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Etext prepared by Gerry Rising.

Etext prepared by Gerry Rising.

WILD FLOWERS.
An Aid to Knowledge of Our Wild Flowers and Their Insect Visitors

WILD FLOWERS.
A Guide to Understanding Our Wild Flowers and Their Insect Visitors

By Neltje Blanchan

By Neltje Blanchan

PREFACE

Surely a foreword of explanation is called for from one who has the temerity to offer a surfeited public still another book on wild flowers. Inasmuch as science has proved that almost every blossom in the world is everything it is because of its necessity to attract insect friends or to repel its foes - its form, mechanism, color, markings, odor, time of opening and closing, and its season of blooming being the result of natural selection by that special insect upon which each depends more or less absolutely for help in perpetuating its species - it seems fully time that the vitally important and interesting relationship existing between our common wild flowers and their winged benefactors should be presented in a popular book.

Surely, a bit of explanation is needed from someone who has the guts to present yet another book on wildflowers to an already overloaded audience. Since science has shown that nearly every flower exists as it does to attract helpful insects or ward off enemies—its shape, structure, color, patterns, scent, opening and closing times, and blooming season all shaped by natural selection from the specific insect it depends on for survival—it's definitely time to share the crucial and fascinating relationship between our common wildflowers and their winged helpers in a reader-friendly book.

Is it enough to know merely the name of the flower you meet in the meadow? The blossom has an inner meaning, hopes and fears that inspire its brief existence, a scheme of salvation for its species in the struggle for survival that it has been slowly perfecting with some insect's help through the ages. It is not a passive thing to be admired by human eyes, nor does it waste its sweetness on the desert air. It is a sentient being, impelled to act intelligently through the same strong desires that animate us, and endowed with certain powers differing only in degree, but not in kind, from those of the animal creation. Desire ever creates form.

Is it enough to just know the name of a flower you come across in the meadow? The bloom holds deeper meaning, with hopes and fears that give life to its short existence, a plan for the survival of its species that it has been gradually refining with the help of insects over time. It’s not just something to be admired by humans, nor does it waste its beauty on the empty air. It’s a living being, driven to act wisely through the same strong desires that motivate us, and it possesses certain abilities that are different only in degree, not in kind, from those of animals. Desire always shapes form.

Do you doubt it? Then study the mechanism of one of our common orchids or milkweeds that are adjusted with such marvelous delicacy to the length of a bee's tongue or of a butterfly's leg; learn why so many flowers have sticky calices or protective hairs; why the skunk cabbage, purple trillium, and carrion flower emit a fetid odor while other flowers, especially the white or pale yellow night bloomers, charm with their delicious breath; see if you cannot discover why the immigrant daisy already whitens our fields with descendants as numerous as the sands of the seashore, whereas you may tramp a whole day without finding a single native ladies' slipper. What of the sundew that not only catches insects, but secretes gastric juice to digest them? What of the bladderwort, in whose inflated traps tiny crustaceans are imprisoned, or the pitcher plant, that makes soup of its guests? Why are gnats and flies seen about certain flowers, bees, butterflies, moths or humming birds about others, each visitor choosing the restaurant most to his liking? With what infinite pains the wants of each guest are catered to! How relentlessly are pilferers punished! The endless devices of the more ambitious flowers to save their species from degeneracy by close inbreeding through fertilization with their own pollen, alone prove the operation of Mind through them. How plants travel, how they send seeds abroad in the world to found new colonies, might be studied with profit by Anglo-Saxon expansionists. Do vice and virtue exist side by side in the vegetable world also? Yes, and every sinner is branded as surely as was Cain. The dodder, Indian pipe, broomrape and beech-drops wear the floral equivalent of the striped suit and the shaved head. Although claiming most respectable and exalted kinsfolk, they are degenerates not far above the fungi. In short, this is a universe that we live in; and all that share the One Life are one in essence, for natural law is spiritual law. "Through Nature to God," flowers show a way to the scientist lacking faith.

Do you doubt it? Then examine the structure of one of our common orchids or milkweeds that are perfectly suited to the length of a bee's tongue or a butterfly's leg. Understand why so many flowers have sticky sepals or protective hairs. Notice why the skunk cabbage, purple trillium, and carrion flower release a foul smell while other flowers, especially the white or pale yellow night bloomers, enchant us with their pleasant scent. See if you can find out why the immigrant daisy already covers our fields with offspring as abundant as the grains of sand on the beach, while you can walk an entire day without spotting a single native lady's slipper. What about the sundew that not only catches insects but also produces digestive juices to break them down? What about the bladderwort, in which tiny crustaceans are trapped in its inflated bladders, or the pitcher plant that turns its visitors into soup? Why do gnats and flies hover around certain flowers, while bees, butterflies, moths, or hummingbirds are drawn to others, each insect choosing their preferred spot to feed? With what tremendous effort the needs of each visitor are catered to! How harshly thieves are punished! The numerous strategies of the more ambitious flowers to prevent their species from weakening through self-fertilization alone demonstrate the presence of Mind working through them. How plants spread, how they send their seeds far and wide to establish new colonies, could provide valuable lessons for Anglo-Saxon expansionists. Do vice and virtue coexist in the plant world too? Yes, and every wrongdoer is marked just like Cain. The dodder, Indian pipe, broomrape, and beech-drops wear the floral equivalent of a prison jumpsuit and a shaved head. Although they boast prestigious relatives, they are degenerates that aren't far above fungi. In short, this is the universe we inhabit; and all who share the One Life are united in essence, for natural law is spiritual law. "Through Nature to God," flowers offer a path to the scientist who lacks faith.

Although it has been stated by evolutionists for many years that in order to know the flowers, their insect relationships must first be understood, it is believed that "Nature's Garden" is the first American work to explain them in any considerable number of species. Dr. Asa Gray, William Hamilton Gibson, Clarence Moores Weed, and Miss Maud Going in their delightful books or lectures have shown the interdependence of a score or more of different blossoms and their insect visitors. Hidden away in the proceedings of scientific societies' technical papers are the invaluable observations of such men as Dr. William Trelease of Wisconsin and Professor Charles Robertson of Illinois. To the latter especially, I am glad to acknowledge my indebtedness. Sprengel, Darwin, Muller, Delpino, and Lubbock, among others, have given the world classical volumes on European flora only, but showing a vast array of facts which the theory of adaptation to insects alone correlates and explains. That the results of illumining researches should be so slow in enlightening the popular mind can be due only to the technical, scientific language used in setting them forth, language as foreign to the average reader as Chinese, and not to be deciphered by the average student either, without the help of a glossary. These writings, as well as the vast array of popular books - too many for individual mention - have been freely consulted after studies made afield.

Although evolutionists have long stated that to understand flowers, we must first comprehend their relationships with insects, "Nature's Garden" is believed to be the first significant American work to explain this for a considerable number of species. Dr. Asa Gray, William Hamilton Gibson, Clarence Moores Weed, and Miss Maud Going have illustrated the interdependence of numerous different blossoms and their insect visitors in their enjoyable books and lectures. Valuable observations by notable figures like Dr. William Trelease of Wisconsin and Professor Charles Robertson of Illinois are hidden within the technical papers of scientific society proceedings. I especially want to express my gratitude to the latter. Sprengel, Darwin, Muller, Delpino, and Lubbock, among others, have produced classic volumes on European flora alone, but they present a vast array of facts that the theory of adaptation to insects explains and correlates. The slow process of enlightening the general public with these illuminating findings can only be attributed to the technical scientific language used, which is as foreign to the average reader as Chinese, and difficult for the average student to decode without a glossary. These writings, along with a vast number of popular books—too many to mention individually—have been thoroughly consulted after field studies.

To Sprengel belongs the glory of first exalting flowers above the level of botanical specimens. After studying the wild geranium he became convinced, as he wrote in 1787, that "the wise Author of Nature has not made even a single hair without a definite design. A hundred years before, one, Nehemias Grew, had said that it was necessary for pollen to reach the stigma of a flower in order that it might set fertile seed, and Linnaeus bad to come to his rescue with conclusive evidence to convince a doubting world that he was right. Sprengel made the next step forward, but his writings lay neglected over seventy years because he advanced the then incredible and only partially true statement that a flower is fertilized by insects which carry its pollen from its anthers to its stigma. In spite of his discoveries that the hairs within the wild geranium protect its nectar from rain for the insect benefactor's benefit; that most flowers which secrete nectar have what he termed "honey guides" - spots of bright color, heavy veining, or some such pathfinder for the visitor on the petals; that sometimes the male flowers, the staminate ones, are separated from the seed-bearing or pistillate ones on distinct plants, he left it to Darwin to show that cross-fertilization by insects, the transfer of pollen from one blossom to another - not from anthers to stigma of the same flower - is the great end to which so much marvelous floral mechanism is adapted. The wind is a wasteful, uncertain pollen distributor. Insects transfer it more economically, especially the more highly organized and industrious ones. In a few instances hummingbirds, as well, unwittingly do the flower's bidding while they feast now here, now there. In spite of Sprengel's most patient and scientific research, that shed great light on the theory of natural selection a half century before Darwin advanced it, he never knew that flowers are nearly always sterile to pollen of another species when carried to them on the bodies of insect visitors, or that cross-pollenized blossoms defeat the self-pollinated ones in the struggle for survival. These facts Darwin proved in endless experiments.

To Sprengel goes the credit for being the first to elevate flowers beyond mere botanical specimens. After examining the wild geranium, he became convinced, as he noted in 1787, that "the wise Creator of Nature has not made even a single hair without a specific purpose." A hundred years earlier, Nehemias Grew had stated that it was essential for pollen to reach a flower's stigma to produce fertile seeds, and Linnaeus had to step in with solid proof to convince a skeptical world that he was right. Sprengel took the next step, but his work was largely ignored for over seventy years because he proposed the then-radical and only partially correct idea that flowers are fertilized by insects that carry their pollen from the anthers to the stigma. Despite his discoveries—that the hairs inside the wild geranium protect its nectar from rain for the benefit of visiting insects; that most flowers that produce nectar have what he called "honey guides"—bright spots of color or distinct veining that help direct visitors; and that sometimes male flowers, the staminate ones, are found on separate plants from the seed-bearing or pistillate ones—he left it to Darwin to demonstrate that cross-fertilization by insects, the transfer of pollen from one flower to another instead of from the anthers to the stigma of the same flower, is the primary purpose of the intricate floral mechanisms. The wind is a wasteful and unreliable pollen distributor, while insects are much more efficient at it, especially those that are more organized and industrious. In some cases, hummingbirds also unknowingly assist flowers while they feed here and there. Despite Sprengel's thorough and scientific research, which illuminated the theory of natural selection a half-century before Darwin presented it, he never realized that flowers are nearly always sterile to pollen from other species when transported on the bodies of insect visitors, nor that cross-pollinated flowers tend to outcompete self-pollinated ones in the survival game. These facts were later proven by Darwin through extensive experiments.

Because bees depend absolutely upon flowers, not only for their own food but for that of future generations for whom they labor; because they are the most diligent of all visitors, and are rarely diverted from one species of flower to another while on their rounds collecting, as they must, both nectar and pollen, it follows they are the most important fertilizing agents. It is estimated that, should they perish, more than half the flowers in the world would be exterminated with them! Australian farmers imported clover from Europe, and although they had luxuriant fields of it, no seed was set for next year's planting, because they had failed to import the bumblebee. After his arrival, their loss was speedily made good.

Because bees completely rely on flowers, not just for their own food but also for the food of future generations that they work for; because they are the most hardworking visitors and rarely switch from one type of flower to another while collecting both nectar and pollen, it’s clear that they are the most crucial pollinators. Estimates suggest that if bees were to disappear, more than half of the flowers worldwide would also vanish! Australian farmers brought clover over from Europe, and even though they had thriving fields of it, they didn’t produce any seeds for the next planting season because they hadn’t brought in the bumblebee. Once the bumblebee arrived, their losses were quickly recovered.

Ages before men cultivated gardens, they had tiny helpers they knew not of. Gardeners win all the glory of producing a Lawson pink or a new chrysanthemum; but only for a few seasons do they select, hybridize, according to their own rules of taste. They take up the work where insects left it off after countless centuries of toil. Thus it is to the night-flying moth, long of tongue, keen of scent, that we are indebted for the deep, white, fragrant Easter lily, for example, and not to the florist; albeit the moth is in his turn indebted to the lily for the length of his tongue and his keen nerves: neither could have advanced without the other. What long vistas through the ages of creation does not this interdependence of flowers and insects open!

Ages before humans started growing gardens, they had small helpers they didn’t even know about. Gardeners get all the credit for producing a Lawson pink or a new chrysanthemum, but they only select and hybridize based on their own taste for a few seasons. They pick up the work where insects left off after countless centuries of hard work. So, we owe the beautiful, white, fragrant Easter lily, for instance, to the night-flying moth, which has a long tongue and a keen sense of smell, not to the florist; although the moth also relies on the lily for the length of its tongue and its sensitive nerves: neither could have progressed without the other. What an amazing view of the ages of creation this interdependence of flowers and insects reveals!

Over five hundred flowers in this book have been classified according to color, because it is believed that the novice, with no knowledge of botany whatever, can most readily identify the specimen found afield by this method, which has the added advantage of being the simple one adopted by the higher insects ages before books were written. Technicalities have been avoided in the text wherever possible, not to discourage the beginner from entering upon one of the most enjoyable and elevating branches of Nature study. The scientific names and classification follow that method adopted by the International Botanical Congress which has now superseded all others; nevertheless the titles employed by Gray, with which older botanists in this country are familiar, are also indicated where they differ from the new nomenclature.

Over five hundred flowers in this book are organized by color because it's thought that beginners, with no knowledge of botany, can easily identify the specimens found in nature using this method. This approach is also simple, just like the method used by insects long before books existed. Technical jargon has been minimized throughout the text to avoid discouraging newcomers from exploring one of the most enjoyable and enriching areas of nature study. The scientific names and classifications follow the system established by the International Botanical Congress, which has taken precedence over all others; however, the names used by Gray, which older botanists in this country recognize, are also provided where they differ from the new terminology.

NELTJE BLANCHAN, New York, March, 1900

NELTJE BLANCHAN, New York, March, 1900

TABLE OF CONTENTS

Preface
List of Illustrations
Blue to Purple Flowers
Magenta to Pink Flowers
White and Greenish Flowers
Yellow and Orange Flowers
Red and Indefinites
Appendices:
   Fragrant Flowers or Leaves
   Unpleasantly Scented
   Plants and Shrubs Conspicuous in Fruit
   Plant Families Represented

Preface
List of Illustrations
Blue to Purple Flowers
Magenta to Pink Flowers
White and Greenish Flowers
Yellow and Orange Flowers
Red and Indefinites
Appendices:
Fragrant Flowers or Leaves
Unpleasantly Scented
Plants and Shrubs Notable for Their Fruit
Plant Families Included

"Let us content ourselves no longer with being mere 'botanists' - historians of structural facts. The flowers are not mere comely or curious vegetable creations, with colors, odors, petals, stamens and innumerable technical attributes. The wonted insight alike of scientist, philosopher, theologian, and dreamer is now repudiated in the new revelation. Beauty is not 'its own excuse for being,' nor was fragrance ever 'wasted on the desert air.' The seer has at last heard and interpreted the voice in the wilderness. The flower is no longer a simple passive victim in the busy bee's sweet pillage, but rather a conscious being, with hopes, aspirations and companionships. The insect is its counterpart. Its fragrance is but a perfumed whisper of welcome, its color is as the wooing blush and rosy lip, its portals are decked for his coming, and its sweet hospitalities humored to his tarrying; and as it speeds its parting affinity, rests content that its life's consummation has been fulfilled." - William Hamilton Gibson.

"Let’s stop being just 'botanists'—historians of structural facts. Flowers aren’t just beautiful or interesting plant creations, with their colors, scents, petals, stamens, and countless technical details. The usual insights from scientists, philosophers, theologians, and dreamers are now rejected in this new understanding. Beauty isn’t 'its own excuse for being,' and fragrance was never 'wasted on the desert air.' The visionary has finally heard and interpreted the voice in the wilderness. The flower is no longer a mere passive victim in the busy bee's sweet foraging, but a conscious being, with hopes, desires, and connections. The insect is its counterpart. Its scent is a fragrant whisper of welcome, its color is like a flirtatious blush and rosy lips, its entrance is prepared for his arrival, and its sweet offerings encourage him to linger; and as it bids farewell, it feels satisfied that its purpose in life has been fulfilled."

"I often think, when working over my plants, of what Linnaeus once said of the unfolding of a blossom: 'I saw God in His glory passing near me, and bowed my head in worship.' The scientific aspect of the same thought has been put into words by Tennyson:

"I often think, when tending to my plants, of what Linnaeus once said about a blossom opening: 'I saw God in His glory passing by me, and bowed my head in reverence.' The scientific side of this idea has been expressed by Tennyson:

    'Flower in the crannied wall
     I pluck you out of the crannies,
     I hold you here, root and all in my hand
     Little flower, - but if I could understand
     What you are, root and all, and all in all,
     I should know what God and man is.'

'Flower in the crannied wall
     I pick you out of the cracks,
     I hold you here, roots and all in my hand
     Little flower, - but if I could understand
     What you are, roots and all, and everything at once,
     I would know what God and humanity is.'

No deeper thought was ever uttered by poet. For in this world of plants, which, with its magician, chlorophyll, conjuring with sunbeams, is ceaselessly at work bringing life out of death, - in this quiet vegetable world we may find the elementary principles of all life in almost visible operation." - JOHN FISKE in "Through Nature to God."

No deeper thought was ever expressed by a poet. For in this world of plants, which, with its magician, chlorophyll, works its magic with sunlight, is constantly bringing life out of death - in this calm plant world, we can observe the basic principles of all life almost visibly at work." - JOHN FISKE in "Through Nature to God."

FROM BLUE TO PURPLE FLOWERS

"If blue is the favorite color of bees, and if bees have so much to do with the origin of flowers, how is it that there are so few blue ones? I believe the explanation to be that all blue flowers have descended from ancestors in which the flowers were green; or, to speak more precisely, in which the leaves surrounding the stamens and pistil were green; and that they have passed through stages of white or yellow, and generally red, before becoming blue." - Sir John Lubbock in "Ants, Bees, and Wasps."

"If blue is bees' favorite color, and if bees are so important to the origin of flowers, why are there so few blue ones? I think the explanation is that all blue flowers have evolved from ancestors whose flowers were green; or, to be more specific, whose leaves around the stamens and pistil were green; and that they went through stages of white or yellow, and usually red, before turning blue." - Sir John Lubbock in "Ants, Bees, and Wasps."

VIRGINIA or COMMON DAY-FLOWER
  (Commelina Virginica) Spiderwort family

VIRGINIA or COMMON DAY-FLOWER
(Commelina Virginica) Spiderwort family

Flowers - Blue, 1 in. broad or less, irregular, grouped at end of stem, and upheld by long leaf-like bracts. Calyx of 3 unequal sepals; 3 petals, 1 inconspicuous, 2 showy, rounded. Perfect stamens 3; the anther of 1 incurved stamen largest; 3 insignificant and sterile stamens; 1 pistil. Stem: Fleshy, smooth, branched, mucilaginous. Leaves: Lance-shaped, 3 to 5 in. long, sheathing the stem at base; upper leaves in a spathe-like bract folding like a hood about flowers. Fruit: A 3-celled capsule, seed in each cell. Preferred Habitat - Moist, shady ground. Flowering Season - June - September. Distribution - Southern New York to Illinois and Michigan, Nebraska, Texas, and through tropical America to Paraguay. - Britton and Browne.

Flowers - Blue, 1 in. wide or smaller, unevenly shaped, clustered at the top of the stem, and supported by long, leaf-like bracts. The calyx has 3 unequal sepals; there are 3 petals, 1 is inconspicuous, and 2 are showy and rounded. There are 3 perfect stamens; the anther on one curved stamen is the largest; there are 3 insignificant and sterile stamens; and 1 pistil. Stem: Fleshy, smooth, branched, and slimy. Leaves: Lance-shaped, 3 to 5 in. long, enclosing the stem at the base; upper leaves in a spathe-like bract that fold like a hood around the flowers. Fruit: A 3-celled capsule, with a seed in each cell. Preferred Habitat - Moist, shady ground. Flowering Season - June - September. Distribution - Southern New York to Illinois and Michigan, Nebraska, Texas, and through tropical America to Paraguay. - Britton and Browne.

Delightful Linnaeus, who dearly loved his little joke, himself confesses to have named the day-flowers after three brothers Commelyn, Dutch botanists, because two of them - commemorated in the two showy blue petals of the blossom - published their works; the third, lacking application and ambition, amounted to nothing, like the inconspicuous whitish third petal! Happily Kaspar Commelyn died in 1731, before the joke was perpetrated in "Species Plantarum."

Delightful Linnaeus, who loved a good joke, admitted that he named the day-flowers after the three Commelyn brothers, Dutch botanists, because two of them—represented by the two bright blue petals of the blossom—published their works; the third, lacking drive and ambition, came to nothing, just like the unremarkable whitish third petal! Fortunately, Kaspar Commelyn passed away in 1731, before this joke was included in "Species Plantarum."

In the morning we find the day-flower open and alert-looking, owing to the sharp, erect bracts that give it support; after noon, or as soon as it has been fertilized by the female bees, that are its chief benefactors while collecting its abundant pollen, the lovely petals roll up, never to open again, and quickly wilt into a wet, shapeless mass, which, if we touch it, leaves a sticky blue fluid on our finger-tips.

In the morning, we see the day-flower open and looking lively, thanks to the stiff, upright bracts that support it. After noon, or as soon as it’s been pollinated by the female bees, its main helpers while gathering its plentiful pollen, the beautiful petals roll up, never to open again, and quickly droop into a wet, formless clump, which, if we touch it, leaves a sticky blue liquid on our fingertips.

The SLENDER DAY-FLOWER (C. erecta), the next of kin, a more fragile-looking, smaller-flowered, and narrower-leafed species, blooms from August to October, from Pennsylvania southward to tropical America and westward to Texas.

The SLENDER DAY-FLOWER (C. erecta), its close relative, is a more delicate-looking species with smaller flowers and narrower leaves. It blooms from August to October, ranging from Pennsylvania down to tropical America and west to Texas.

SPIDERWORT; WIDOW'S or JOB'S TEARS
  (Tradescantia Virginiana) Spiderwort family

SPIDERWORT; WIDOW'S or JOB'S TEARS
  (Tradescantia Virginiana) Spiderwort family

Flowers - Purplish blue, rarely white, showy, ephemeral, 1 to 2 in. broad; usually several flowers, but more drooping buds, clustered and seated between long blade-like bracts at end of stern. Calyx of 3 sepals, much longer than capsule. Corolla of 3 regular petals; 6 fertile stamens, bearded; anthers orange; 1 pistil. Stem: 8 in. to 3 ft. tall, fleshy, erect, mucilaginous, leafy. Leaves: Opposite, long, blade-like, keeled, clasping, or sheathing stem at base. Fruit: 3-celled capsule. Preferred Habitat - Rich, moist woods, thickets, gardens. Flowering Season - May-August. Distribution - New York and Virginia westward to South Dakota and Arkansas.

Flowers - Purplish-blue, occasionally white, flashy, short-lived, 1 to 2 inches wide; typically multiple flowers, but more drooping buds, grouped and positioned between long blade-like bracts at the end of the stem. Calyx has 3 sepals, significantly longer than the capsule. Corolla consists of 3 regular petals; there are 6 fertile stamens with hairs; anthers are orange; 1 pistil. Stem: 8 inches to 3 feet tall, fleshy, upright, slimy, leafy. Leaves: Opposite, long, blade-like, ridged, surrounding or hugging the stem at the base. Fruit: 3-celled capsule. Preferred Habitat - Rich, moist woodlands, thickets, gardens. Flowering Season - May to August. Distribution - From New York and Virginia westward to South Dakota and Arkansas.

As so very many of our blue flowers are merely naturalized immigrants from Europe, it is well to know we have sent to England at least one native that was considered fit to adorn the grounds of Hampton Court. John Tradescant, gardener to Charles I, for whom the plant and its kin were named, had seeds sent him by a relative in the Virginia colony; and before long the deep azure blossoms with their golden anthers were seen in gardens on both sides of the Atlantic - another one of the many instances where the possibilities of our wild flowers under cultivation had to be first pointed out to us by Europeans.

As so many of our blue flowers are just naturalized immigrants from Europe, it's good to know we’ve sent at least one native plant to England that was deemed worthy to beautify the grounds of Hampton Court. John Tradescant, who was the gardener for Charles I and after whom the plant and its relatives were named, received seeds from a relative in the Virginia colony. Soon enough, the deep blue blossoms with their golden anthers were appearing in gardens on both sides of the Atlantic—yet another instance of how Europeans had to show us the potential of our wildflowers when cultivated.

Like its relative the dayflower, the spiderwort opens for part of a day only. In the morning it is wide awake and pert; early in the afternoon its petals have begun to retreat within the calyx, until presently they become "dissolved in tears," like Job or the traditional widow. What was flower only a few hours ago is now a fluid jelly that trickles at the touch. Tomorrow fresh buds will open, and a continuous succession of bloom may be relied upon for a long season. Since its stigma is widely separated from the anthers and surpasses them, it is probable the flower cannot fertilize itself, but is wholly dependent on the female bees and other insects that come to it for pollen. Note the hairs on the stamens provided as footholds for the bees.

Like its relative the dayflower, the spiderwort only opens for part of the day. In the morning, it’s wide awake and lively; by early afternoon, its petals start to retreat within the calyx, until they eventually seem "dissolved in tears," like Job or the traditional widow. What was a flower just hours ago is now a liquid jelly that drips at the touch. Tomorrow, fresh buds will open, and we can count on a steady succession of blooms for a long season. Since its stigma is far apart from the anthers and is larger, it’s likely that the flower can’t fertilize itself and relies entirely on female bees and other insects that come for pollen. Notice the hairs on the stamens that provide footholds for the bees.

The plant is a cousin of the "Wandering Jew" (T. repens), so commonly grown either in water or earth in American sitting-rooms. In a shady lane within New York city limits, where a few stems were thrown out one spring about five years ago, the entire bank is now covered with the vine, that has rooted by its hairy joints, and, in spite of frosts and blizzards, continues to bear its true-blue flowers throughout the summer.

The plant is related to the "Wandering Jew" (T. repens), which is often grown in either water or soil in American living rooms. In a shaded lane within New York City, where a few stems were planted one spring about five years ago, the whole area is now covered with the vine, which has rooted itself with its hairy joints and, despite frost and blizzards, keeps producing its true-blue flowers all summer long.

PICKEREL WEED
  (Pontederia cordata) Pickerel-weed family

Pickerel Weed
  (Pontederia cordata) Pickerel-weed family

Flowers - Bright purplish blue, including filaments, anthers, and style; crowded in a dense spike; quickly fading; unpleasantly odorous. Perianth tubular, 2-lipped, parted into 6 irregular lobes, free from ovary; middle lobe of upper lip with 2 yellow spots at base within. Stamens 6, placed at unequal distances on tube, 3 opposite each lip. Pistil 1, the stigma minutely toothed. Stem: Erect, stout, fleshy, to 4 ft. tall, not often over 2 ft. above water line. Leaves: Several bract-like, sheathing stem at base; leaf only, midway on flower-stalk, thick, polished, triangular, or arrow-shaped, 4 to 8 in. long, 2 to 6 in. across base. Preferred Habitat - Shallow water of ponds and streams. Flowering Season - June-October. Distribution - Eastern half of United States and Canada.

Flowers - Bright purplish blue, including filaments, anthers, and style; arranged in a dense spike; fading quickly; has an unpleasant smell. The perianth is tubular, 2-lipped, divided into 6 irregular lobes, free from the ovary; the middle lobe of the upper lip has 2 yellow spots at the base inside. There are 6 stamens, positioned at unequal distances along the tube, with 3 opposite each lip. The pistil has 1 stigma that is minutely toothed. Stem: Erect, thick, fleshy, up to 4 ft. tall, usually no more than 2 ft. above the water line. Leaves: Several bract-like leaves that sheath the stem at the base; there is only one leaf, located midway on the flower stalk, which is thick, glossy, triangular, or arrow-shaped, measuring 4 to 8 in. long and 2 to 6 in. wide at the base. Preferred Habitat - Shallow water in ponds and streams. Flowering Season - June to October. Distribution - Eastern half of the United States and Canada.

Grace of habit and the bright beauty of its long blue spikes of ragged flowers above rich, glossy leaves give a charm to this vigorous wader. Backwoodsmen will tell you that pickerels lay their eggs among the leaves; but so they do among the sedges, arums, wild rice, and various aquatic plants, like many another fish. Bees and flies, that congregate about the blossoms to feed, may sometimes fly too low, and so give a plausible reason for the pickerel's choice of haunt. Each blossom lasts but a single day; the upper portion, withering, leaves the base of the perianth to harden about the ovary and protect the solitary seed. But as the gradually lengthened spike keeps up an uninterrupted succession of bloom for months, more than ample provision is made for the perpetuation of the race - a necessity to any plant that refuses to thrive unless it stands in water. Ponds and streams have an unpleasant habit of drying up in summer, and often the pickerel weed looks as brown as a bulrush where it is stranded in the baked mud in August. When seed falls on such ground, if indeed it germinates at all, the young plant naturally withers away.

The elegance of habit and the striking beauty of its long blue spikes of jagged flowers above rich, shiny leaves give a charm to this robust wetland plant. People in the woods say that pickerels lay their eggs among the leaves; and they do so among the sedges, arums, wild rice, and various water plants, just like many other fish. Bees and flies that gather around the blossoms to feed may sometimes fly too low, providing a likely reason for why pickerels choose this spot. Each flower lasts only a single day; the top part wilts, leaving the base of the flower to harden around the ovary and protect the single seed. However, as the spike continues to grow, it maintains a steady flow of blooms for months, ensuring plenty of chances for the species to survive—essential for any plant that struggles to grow unless it's in water. Ponds and streams have a frustrating tendency to dry up in summer, and often the pickerel weed looks as brown as a bulrush when it's left stranded in baked mud in August. When seeds fall on such ground, if they germinate at all, the young plant usually withers away.

In the Bulletin of the Torrey Botanical Club, Mr. W. H. Leggett, who made a careful study of the flower, tells that three forms occur, not on the same, but on different plants, being even more distinctly trimorphic than the purple Loosestrife. As these flowers set no seed without insects' aid, the provisions made to secure the greatest benefit from their visits are marvelous. Of the three kinds of blossoms, one raises its stigma on a long style reaching to the top of the flower; a second form lifts its stigma only halfway up, and the third keeps its stigma in the bottom of the tube. Now, there are two sets of stamens, three in each set bearing pollen grains of different size and value. Whenever the stigma is high, the two sets of stamens keep out of its way by occupying the lowest and middle positions, or just where the stigmas occur in the two other forms; or, let us say, whenever the stigma is in one of the three positions, the different sets of stamens occupy the other two. In a long series of experiments on flowers occurring in two and three forms - dimorphic and trimorphic - Darwin proved that perfect fertility can be obtained only when the stigma in each form is pollenized with grains carried from the stamens of a corresponding height. For example, a bee on entering the flower must get his abdomen dusted with pollen from the long stamens, his chest covered from the middle-length stamens, and his tongue and chin from the set in the bottom of the tube nearest the nectary. When he flies off to visit another flower, these parts of his body coming in contact with the stigmas that occupy precisely the position where the stamens were in other individuals, he necessarily brushes off each lot of pollen just where it will do the most good. Pollen brought from high stamens, for example, to a low stigma, even should it reach it, which is scarcely likely, takes little or no effect. Thus cross-fertilization is absolutely essential, and in three-formed flowers there are two chances to one of securing it.

In the Bulletin of the Torrey Botanical Club, Mr. W. H. Leggett, who conducted a detailed study of the flower, notes that three forms exist, not on the same plant, but on different plants, being even more distinctly trimorphic than the purple Loosestrife. Since these flowers don’t produce seeds without the help of insects, the strategies they use to maximize the benefits from these visits are remarkable. Among the three types of blossoms, one raises its stigma on a long style that reaches the top of the flower; a second form raises its stigma halfway up, and the third keeps its stigma at the bottom of the tube. There are two sets of stamens, with three in each set that produce pollen grains of different sizes and quality. Whenever the stigma is high, the two sets of stamens stay out of its way by positioned themselves at the lowest and middle areas, or where the stigmas are located in the other two forms; or, in other words, whenever the stigma is in one of the three positions, the different sets of stamens take up the other two. Through extensive experiments on flowers that come in two and three forms—dimorphic and trimorphic—Darwin demonstrated that perfect fertility can only be achieved when the stigma in each form is pollinated with grains from the stamens at a matching height. For example, a bee entering the flower must get pollen on its abdomen from the long stamens, its chest dusted from the medium-length stamens, and its tongue and chin from the set at the bottom of the tube closest to the nectar. When it flies off to another flower, these areas of its body will come into contact with the stigmas that are in exactly the position where the stamens were in other individuals, ensuring that it brushes off each type of pollen exactly where it will be most effective. Pollen transferred from high stamens to a low stigma, even if it reaches it—which is quite unlikely—has little or no effect. Therefore, cross-fertilization is absolutely essential, and with three-formed flowers, there are two chances out of three to achieve it.

WILD HYACINTH, SCILLA or SQUILL. QUAMASH
  (Quamasia kyacinthina; Scilla Fraseri of Gray) Lily family

WILD HYACINTH, SCILLA or SQUILL. QUAMASH
  (Quamasia kyacinthina; Scilla Fraseri of Gray) Lily family

Flowers - Several or many, pale violet blue, or rarely white, in a long, loose raceme; perianth of 6 equal, narrowly oblong, widely spreading divisions, the thread-like filaments inserted at their bases; style thread-like, with 3-lobed stigma. Scape: 1 to 2 ft. high, from egg-shaped, nearly black bulb, 1 to 1 1/2 in. long. Leaves: Grass-like, shorter than flowering scape, from the base. Fruit: A 3-angled, oval capsule containing shining black seeds. Preferred Habitat - Meadows, prairies, and along banks of streams. Flowering Season - April-May. Distribution - Pennsylvania and Ohio westward to Minnesota, south to Alabama and Texas.

Flowers - Several or many, pale violet blue, or rarely white, in a long, loose cluster; the perianth has 6 equal, narrow, oblong parts that spread widely, with thread-like filaments attached at their bases; the style is thread-like, with a 3-lobed stigma. Scape: 1 to 2 ft. tall, from an egg-shaped, nearly black bulb, 1 to 1 1/2 in. long. Leaves: Grass-like, shorter than the flowering scape, coming from the base. Fruit: A 3-angled, oval capsule containing shiny black seeds. Preferred Habitat - Meadows, prairies, and along streambanks. Flowering Season - April-May. Distribution - Pennsylvania and Ohio west to Minnesota, south to Alabama and Texas.

Coming with the crocuses, before the snow is off the ground, and remaining long after their regal gold and purple chalices have withered, the Siberian scillas sold by seedsmen here deserve a place in every garden, for their porcelain-blue color is rare as it is charming; the early date when they bloom makes them especially welcome; and, once planted and left undisturbed, the bulbs increase rapidly, without injury from overcrowding. Evidently they need little encouragement to run wild. Nevertheless they are not wild scillas, however commonly they may be miscalled so. Certainly ladies' tresses, known as wild hyacinth in parts of New England, has even less right to the name.

Coming with the crocuses, before the snow is gone, and staying long after their royal gold and purple flowers have faded, the Siberian scillas offered by seed sellers here deserve a spot in every garden. Their porcelain-blue color is as rare as it is beautiful; the early time when they bloom makes them especially welcome; and once planted and left alone, the bulbs grow quickly without the danger of overcrowding. Clearly, they don’t need much help to spread. However, they are not wild scillas, despite what they are often called. In fact, ladies' tresses, known as wild hyacinth in parts of New England, have even less claim to the name.

Our true native wild hyacinth, or scilla, is quite a different flower, not so pure a blue as the Siberian scilla, and paler; yet in the middle West, where it abounds, there are few lovelier sights in spring than a colony of these blossoms directed obliquely upward from slender, swaying scapes among the lush grass. Their upward slant brings the stigma in immediate contact with an incoming visitor's pollen-laden body. As the stamens diverge with the spreading of the divisions of the perianth, to which they are attached, the stigma receives pollen brought from another flower, before the visitor dusts himself anew in searching for refreshment, thus effecting cross-pollination. Ants, bees, wasps, flies, butterflies, and beetles may be seen about the wild hyacinth, which is obviously best adapted to the bees. The smallest insects that visit it may possibly defeat Nature's plan and obtain nectar without fertilizing the flower, owing to the wide passage between stamens and stigma. In about an hour, one May morning, Professor Charles Robertson captured over six hundred insects, representing thirty-eight distinct species, on a patch of wild hyacinths in Illinois.

Our native wild hyacinth, or scilla, is quite different from the Siberian scilla; it has a less intense blue and is lighter in color. However, in the Midwest, where it thrives, there are few sights in spring as beautiful as a group of these flowers leaning slightly upward from delicate, swaying stems among the green grass. Their upward angle helps the stigma come into close contact with the pollen-laden bodies of visiting insects. As the stamens spread apart along with the petal divisions they are attached to, the stigma catches pollen from another flower before the insect dusts itself off while looking for more nectar, enabling cross-pollination. Ants, bees, wasps, flies, butterflies, and beetles can be seen around the wild hyacinth, which is clearly best suited for bees. The tiniest insects visiting may actually disrupt Nature's plan and sip nectar without fertilizing the flower due to the wide gap between the stamens and stigma. On one May morning, Professor Charles Robertson collected over six hundred insects from a patch of wild hyacinths in Illinois, representing thirty-eight different species.

The bulb of a MEDITERRANEAN SCILLA (S. maritima) furnishes the sourish-sweet syrup of squills used in medicine for bronchial troubles.

The bulb of a MEDITERRANEAN SCILLA (S. maritima) provides the sour-sweet syrup of squills that is used in medicine for bronchial issues.

The GRAPE HYACINTH (Muscari botrycides), also known as Baby's Breath, because of its delicate faint fragrance, escapes from gardens at slight encouragement to grow wild in the roadsides and meadows from Massachusetts to Virginia and westward to Ohio. Its tiny, deep-blue, globular flowers, stiffly set around a fleshy scape that rises between erect, blade-like, channeled leaves, appear spring after spring wherever the small bulbs have been planted. On the east end of Long Island there are certain meadows literally blued with the little runaways.

The GRAPE HYACINTH (Muscari botryoides), also called Baby's Breath due to its light, delicate fragrance, easily escapes from gardens and grows wild along roadsides and meadows from Massachusetts to Virginia and all the way to Ohio. Its small, deep-blue, round flowers are stiffly arranged around a thick stem that rises between upright, blade-like, channelled leaves, appearing spring after spring wherever the little bulbs have been planted. On the eastern end of Long Island, there are some meadows that are literally covered in these little flowers.

PURPLE TRILLIUM, ILL-SCENTED WAKE-ROBIN or BIRTH-ROOT
  (Trillium erectum) Lily-of-the-Valley family

PURPLE TRILLIUM, BAD-SMELLING WAKE-ROBIN or BIRTH-ROOT
  (Trillium erectum) Lily-of-the-Valley family

Flowers - Solitary, dark, dull purple, or purplish red; rarely greenish, white, or pinkish; on erect or slightly inclined footstalk. Calyx of 3 spreading sepals, 1 to 1 1/2 in. long, or about length of 3 pointed, oval petals; stamens 6; anthers longer than filaments; pistil spreading into 3 short, recurved stigmas. Stem: Stout, 8 to i6 in. high, from tuber-like rootstock. Leaves: In a whorl of 3; broadly ovate, abruptly pointed, netted-veined. Fruit: A 6-angled, ovate, reddish berry. Preferred Habitat - Rich, moist woods. Flowering Season - April-June. Distribution - Nova Scotia westward to Manitoba, southward to North Carolina and Missouri.

Flowers - Solitary, dark, dull purple, or purplish red; rarely greenish, white, or pinkish; on straight or slightly angled stems. The calyx has 3 spreading sepals, 1 to 1.5 inches long, or about the same length as 3 pointed, oval petals; there are 6 stamens; the anthers are longer than the filaments; the pistil spreads into 3 short, curved stigmas. Stem: Sturdy, 8 to 16 inches tall, from tuber-like rootstock. Leaves: In a whorl of 3; broadly ovate, sharply pointed, with a netted vein pattern. Fruit: A 6-angled, ovate, reddish berry. Preferred Habitat - Rich, moist woods. Flowering Season - April to June. Distribution - Nova Scotia west to Manitoba, south to North Carolina and Missouri.

Some weeks after the jubilant, alert robins have returned from the South, the purple trillium unfurls its unattractive, carrion-scented flower. In the variable colors found in different regions, one can almost trace its evolution from green, white, and red to purple, which, we are told, is the course all flowers must follow to attain to blue. The white and pink forms, however attractive to the eye, are never more agreeable to the nose than the reddish-purple ones. Bees and butterflies, with delicate appreciation of color and fragrance, let the blossom alone, since it secretes no nectar; and one would naturally infer either that it can fertilize itself without insect aid - a theory which closer study of its organs goes far to disprove - or that the carrion-scent, so repellent to us, is in itself an attraction to certain insects needful for cross-pollination. Which are they? Beetles have been observed crawling over the flower, but without effecting any methodical result. One inclines to accept Mr. Clarence M. Weed's theory of special adaptation to the common green flesh-flies (Lucilia carnicina), which would naturally be attracted to a flower resembling in color and odor a raw beefsteak of uncertain age. These little creatures, seen in every butcher shop throughout the summer, the flower furnishes with a free lunch of pollen in consideration of the transportation of a few grains to another blossom. Absence of the usual floral attractions gives, the carrion flies a practical monopoly of the pollen food, which no doubt tastes as it smells.

Some weeks after the cheerful, alert robins return from the South, the purple trillium opens its unappealing, carrion-scented flower. In the varying colors found in different regions, you can almost trace its evolution from green, white, and red to purple, which, we’re told, is the path all flowers must take to achieve blue. The white and pink forms, while visually appealing, are never more pleasant to the nose than the reddish-purple ones. Bees and butterflies, with their keen sense of color and fragrance, ignore the blossom since it doesn’t produce nectar; and one might naturally conclude either that it can self-fertilize without help from insects—a theory which a closer look at its organs largely disproves—or that the carrion scent, which is so off-putting to us, actually attracts certain insects needed for cross-pollination. Which ones are they? Beetles have been seen crawling over the flower, but without achieving any consistent results. One tends to support Mr. Clarence M. Weed's theory of special adaptation to the common green flesh-flies (Lucilia carnicina), which would naturally be drawn to a flower that looks and smells like a raw beefsteak of uncertain freshness. These little creatures, found in every butcher shop throughout the summer, are provided with a free lunch of pollen in exchange for transporting a few grains to another blossom. The lack of the usual floral attractions gives the carrion flies a practical monopoly on the pollen supply, which no doubt tastes as it smells.

The SESSILE-FLOWERED WAKE-ROBIN (T. sessile), whose dark purple, purplish-red, or greenish blossom, narrower of sepal and petals than the preceding, is seated in a whorl of three egg-shaped, sometimes blotched, leaves, possesses a rather pleasant odor; nevertheless it seems. to have no great attraction for insects. The stigmas, which are very large, almost touch the anthers surrounding them; therefore the beetles which one frequently sees crawling over them to feed on the pollen so jar them, no doubt, as to self-fertilize the flower; but it is scarcely probable these slow crawlers often transfer the grains from one blossom to another. A degraded flower like this has little need of color and perfume, one would suppose; yet it may be even now slowly perfecting its way toward an ideal of which we see a part only complete. In deep, rich, moist woods and thickets the. sessile trillium blooms in April or May, from Pennsylvania, Ohio, and Minnesota southward nearly to the Gulf.

The SESSILE-FLOWERED WAKE-ROBIN (T. sessile), with its dark purple, purplish-red, or greenish flower—narrower in sepals and petals than the previous one—is surrounded by a whorl of three egg-shaped, sometimes blotched leaves and has a fairly pleasant scent; however, it doesn’t seem to attract many insects. The stigmas, which are very large, nearly touch the anthers around them, so the beetles commonly seen crawling over to feed on the pollen probably jostle them enough to self-fertilize the flower; but it’s unlikely these slow movers often transfer pollen from one flower to another. A flower like this, which has degraded, seems to need little color and fragrance; still, it might be gradually evolving towards an ideal of which we only see part of the completion. In deep, rich, moist woods and thickets, the sessile trillium blooms in April or May, found from Pennsylvania, Ohio, and Minnesota down to nearly the Gulf.

LARGER BLUE FLAG; BLUE IRIS; FLEUR-DE-LIS; FLOWER-DE-LUCE
  (Iris versicolor) Iris family

LARGER BLUE FLAG; BLUE IRIS; FLEUR-DE-LIS; FLOWER-DE-LUCE
  (Iris versicolor) Iris family

Flowers - Several, 2 to 3 in. long, violet-blue variegated with yellow, green, or white, and purple veined. Six divisions of the perianth: 3 outer ones spreading, recurved; 1 of them bearded, much longer and wider than the 3 erect inner divisions; all united into a short tube. Three stamens under 3 overhanging petal-like divisions of the style, notched at end; under each notch is a thin plate, smooth on one side, rough and moist (stigma) on side turned away from anther. Stem: 2 to 3 ft. high, stout, straight, almost circular, sometimes branching above. Leaves: Erect, sword-shaped, shorter than stem, somewhat hoary, from 1/2 to 1 in. wide, folded, and in a compact flat cluster at base; bracts usually longer than stem of flower. Fruit: Oblong capsule, not prominently 3-lobed, and with 2 rows of round, flat seeds closely packed in each cell. Rootstock: Creeping, horizontal, fleshy. Preferred Habitat - Marshes, wet meadows. Flowering Season - May-July. Distribution - Newfoundland and Manitoba to Arkansas and Florida.

Flowers - Several, 2 to 3 inches long, violet-blue with yellow, green, or white stripes, and purple veins. Six parts of the flower: 3 outer ones that spread and curve backward; one of them has hair-like projections, much longer and wider than the 3 upright inner parts; all connected into a short tube. Three stamens sit beneath 3 petal-like parts of the style that are notched at the end; under each notch is a thin plate that is smooth on one side and rough and moist (stigma) on the side away from the anther. Stem: 2 to 3 feet tall, thick, straight, nearly circular, sometimes branching near the top. Leaves: Upright, sword-shaped, shorter than the stem, somewhat grayish, from 1/2 to 1 inch wide, folded, and in a compact flat cluster at the base; bracts usually longer than the flower stem. Fruit: Oblong capsule, not sharply 3-lobed, with 2 rows of round, flat seeds closely packed in each section. Rootstock: Creeping, horizontal, fleshy. Preferred Habitat - Marshes, wet meadows. Flowering Season - May-July. Distribution - Newfoundland and Manitoba to Arkansas and Florida.

"The fleur-de-lys, which is the flower of chivalry," says Ruskin, "has a sword for its leaf and a lily for its heart." When that young and pious Crusader, Louis VII, adopted it for the emblem of his house, spelling was scarcely an exact science, and the fleur-de-Louis soon became corrupted into its present form. Doubtless the royal flower was the white iris, and as li is the Celtic for white, there is room for another theory as to the origin of the name. It is our far more regal looking, but truly democratic blossom, jostling its fellows in the marshes, that is indeed "born in the purple."

"The fleur-de-lys, which symbolizes chivalry," says Ruskin, "has a sword for its leaf and a lily for its heart." When the young and devout Crusader, Louis VII, chose it as the emblem of his house, spelling wasn't very precise, and the fleur-de-Louis quickly evolved into its current form. Clearly, the royal flower was the white iris, and since li means white in Celtic, there's another theory about the name's origin. It's our much more regal-looking, yet truly democratic flower, mingling with others in the marshes, that is indeed "born in the purple."

When Napoleon wished to pose as the true successor of those ancient French kings whose territory included the half of Europe - ignoring every Louis who ever sat on the throne, for their very name and emblem had become odious to the people - he discarded the fleur-de-lis, to replace it with golden bees, the symbol in armory for industry and perseverance. It is said some relics of gold and fine stones, somewhat resembling an insect in shape, had been found in the tomb of Clovis's father, and on the supposition that these had been bees, Napoleon appropriated them for the imperial badge. Henceforth "Napoleonic bees" appeared on his coronation robe and wherever a heraldic emblem could be employed.

When Napoleon wanted to present himself as the true successor of the ancient French kings whose lands covered half of Europe—overlooking every Louis who ever ruled, since their name and emblem had become hated by the people—he got rid of the fleur-de-lis and replaced it with golden bees, which symbolized hard work and perseverance. It’s said that some relics made of gold and precious stones, resembling insects, were found in the tomb of Clovis's father. Assuming these were bees, Napoleon adopted them as the imperial emblem. From then on, "Napoleonic bees" appeared on his coronation robe and wherever a heraldic emblem was needed.

But even in the meadows of France Napoleon need not have looked far from the fleurs-de-lis growing there to find bees. Indeed, this gorgeous flower is thought by scientists to be all that it is for the bees' benefit, which, of course, is its own also. Abundant moisture, from which to manufacture nectar - a prime necessity with most irises - certainly is for our blue flag. The large showy blossom cannot but attract the passing bee, whose favorite color (according to Sir John Lubbock) it waves. The bee alights on the convenient, spreading platform, and, guided by the dark veining and golden lines leading to the nectar, sips the delectable fluid shortly to be changed to honey. Now, as he raises his head and withdraws it from the nectary, he must rub it against the pollen-laden anther above, and some of the pollen necessarily falls on the visitor. As the sticky side of the plate (stigma), just under the petal-like division of the style, faces away from the anther, which is below it in any case, the flower is marvelously guarded against fertilization from its own pollen. The bee, flying off to another iris, must first brush past the projecting lip of the over-arching style, and leave on the stigmatic outer surface of the plate some of the pollen brought from the first flower, before reaching the nectary. Thus cross-fertilization is effected; and Darwin has shown how necessary this is to insure the most vigorous and beautiful offspring. Without this wonderful adaptation of the flower to the requirements of its insect friends, and of the insect to the needs of the flower, both must perish; the former from hunger, the latter because unable to perpetuate its race. And yet man has greedily appropriated all the beauties of the floral kingdom as designed for his sole delight

But even in the meadows of France, Napoleon wouldn’t have had to look far from the lilies growing there to find bees. In fact, scientists believe this beautiful flower exists primarily for the bees' benefit, which, of course, is also beneficial to itself. Plenty of moisture, necessary for producing nectar—a key requirement for most irises—is definitely true for our blue flag. The large, showy blossom cannot help but attract passing bees, who are drawn to its favorite color (according to Sir John Lubbock). The bee lands on the convenient, spreading platform and, guided by the dark veining and golden lines leading to the nectar, drinks the tasty liquid that will soon be turned into honey. As it lifts its head and pulls away from the nectar chamber, it must brush against the pollen-filled anther above, causing some of the pollen to fall onto the visitor. Since the sticky part of the plate (stigma), just under the petal-like section of the style, faces away from the anther, which is below it, the flower is wonderfully protected from fertilization by its own pollen. When the bee flies off to another iris, it must first brush past the protruding lip of the overarching style, leaving some of the pollen it collected from the first flower on the outer surface of the stigmatic plate before reaching the nectar chamber. This way, cross-fertilization occurs; and Darwin has demonstrated how vital this is for ensuring the most vigorous and beautiful offspring. Without this incredible adaptation of the flower to meet the needs of its insect friends, and of the insect to fulfill the needs of the flower, both would perish—the flower from lack of nourishment and the insect because it couldn't continue its species. Yet, humanity has eagerly taken all the beauties of the flower kingdom for its sole enjoyment.

The name iris, meaning a deified rainbow, which was given this group of plants by the ancients, shows a fine appreciation of their superb coloring, their ethereal texture, and the evanescent beauty of the blossom.

The name iris, meaning a divine rainbow, which was given to this group of plants by the ancients, reflects a great appreciation of their stunning colors, their delicate texture, and the fleeting beauty of the flowers.

In spite of the name given to another species, the SOUTHERN BLUE FLAG (I. hexagona) is really the larger one; its leaves, which are bright green, and never hoary, often equaling the stem in its height of from two to three feet. The handsome solitary flower, similar to that of the larger blue flag, nevertheless has its broad outer divisions fully an inch larger, and is seated in the axils at the top of the circular stem. The oblong, cylindric, six-angled capsule also contains two rows of seeds in each cavity. From South Carolina and Florida to Kentucky, Missouri, and Texas one finds this iris blooming in the swamps during April and May.

In spite of its name, the SOUTHERN BLUE FLAG (I. hexagona) is actually the larger species; its bright green leaves are never fuzzy and can be as tall as the stem, reaching heights of two to three feet. The beautiful single flower, similar to that of the larger blue flag, has outer petals that are a full inch larger and blooms in the axils at the top of the round stem. The long, cylindrical, six-angled capsule also contains two rows of seeds in each cavity. This iris can be found blooming in swamps from South Carolina and Florida to Kentucky, Missouri, and Texas during April and May.

The SLENDER BLUE FLAG (I. prismatica; I. Virginica of Gray), found growing from New Brunswick to North Carolina, but mainly near the coast, and often in the same oozy ground with the larger blue flag, may be known by its grass-like leaves, two or three of which usually branch out from the slender flexuous stem; by its solitary or two blue flowers, variegated with white and veined with yellow, that rear themselves on slender foot-stems; and by the sharply three-angled, narrow, oblong capsule, in which but one row of seeds is borne in each cavity. This is the most graceful member of a rather stiffly stately family.

The SLENDER BLUE FLAG (I. prismatica; I. Virginica of Gray) grows from New Brunswick to North Carolina, mostly along the coast, and often in the same muddy areas as the larger blue flag. You can recognize it by its grass-like leaves, usually two or three of which branch out from the slender, flexible stem; its solitary or paired blue flowers, marked with white and veined with yellow, that rise on thin foot-stems; and its sharply three-angled, narrow, oblong capsule, which holds a single row of seeds in each cavity. This is the most elegant member of a somewhat stiff and formal family.

POINTED BLUE-EYED GRASS; EYE-BRIGHT; BLUE STAR
  (Sisyrinchium angustifolium) Iris family

POINTED BLUE-EYED GRASS; EYE-BRIGHT; BLUE STAR
  (Sisyrinchium angustifolium) Iris family

Flowers - From blue to purple, with a yellow center; a Western variety, white; usually several buds at the end of stem, between 2 erect unequal bracts; about 1/2 in. across; perianth of 6 spreading divisions, each pointed with a bristle from a notch; stamens 3, the filaments united to above the middle; pistil 1, its tip 3-cleft. Stem: 3 to 14 in. tall, pale hoary green, flat, rigid, 2-edged. Leaves: Grass-like, pale, rigid, mostly from base. Fruit: 3-celled capsule, nearly globose. Preferred Habitat - Moist fields and meadows. Flowering Season - May-August. Distribution - Newfoundland to British Columbia, from eastern slope of Rocky Mountains to Atlantic, south to Virginia and Kansas.

Flowers - Range in color from blue to purple with a yellow center; a Western type is white; usually has several buds at the end of the stem, positioned between 2 upright, uneven bracts; about ½ inch across; the perianth consists of 6 spreading parts, each tipped with a bristle from a notch; has 3 stamens with filaments joined above the middle; 1 pistil with a 3-parted tip. Stem: 3 to 14 inches tall, pale silvery green, flat, stiff, and 2-edged. Leaves: Grass-like, pale, stiff, mainly emerging from the base. Fruit: 3-chambered capsule, nearly round. Preferred Habitat - Moist fields and meadows. Flowering Season - May-August. Distribution - From Newfoundland to British Columbia, spanning the eastern slope of the Rocky Mountains to the Atlantic, and south to Virginia and Kansas.

Only for a day, and that must be a bright one, will this "little sister of the stately blue flag" open its eyes, to close them in indignation on being picked; nor will any coaxing but the sunshine's induce it to open them again in water, immediately after. The dainty flower, growing in dense tufts, makes up in numbers what it lacks in size and lasting power, flecking our meadows with purplish ultramarine blue in a sunny June morning. Later in the day, apparently there are no blossoms there, for all are tightly closed, never to bloom again. New buds will unfold to tinge the field on the morrow.

Only for a day, and it has to be a bright one, will this "little sister of the stately blue flag" open its eyes, only to close them in indignation when picked; nor will anything but the sunshine persuade it to open them again in water right after. The delicate flower, growing in dense clusters, makes up in numbers what it lacks in size and longevity, adding splashes of purplish ultramarine blue to our meadows on a sunny June morning. Later in the day, it seems like there are no blossoms left, as all are tightly closed, never to bloom again. New buds will emerge to color the field the next day.

Usually three buds nod from between a pair of bracts, the lower one of which may be twice the length of the upper one but only one flower opens at a time. Slight variations in this plant have been considered sufficient to differentiate several species formerly included by Gray and other American botanists under the name of S. Bermudiana.

Usually, three buds hang between a pair of bracts, with the lower one possibly being twice as long as the upper one, but only one flower blooms at a time. Slight variations in this plant have been deemed enough to distinguish several species that were previously grouped by Gray and other American botanists under the name S. Bermudiana.

LARGE or EARLY, PURPLE-FRINGED ORCHIS
  (Habenaria grandiflora; H. fimbriata of Gray) Orchid family

LARGE or EARLY, PURPLE-FRINGED ORCHIS
  (Habenaria grandiflora; H. fimbriata of Gray) Orchid family

Flowers - Pink-purple and pale lilac, sometimes nearly white; fragrant, alternate, clustered in thick, dense spikes from 3 to 15 in. long. Upper sepal and toothed petals erect; the lip of deepest shade, 1/2 in. long, fan-shaped, 3-parted, fringed half its length, and prolonged at base into slender, long spur; stamen united with style into short column; 2 anther sacs slightly divergent, the hollow between them glutinous, stigmatic. Stem. 1 to 5 ft. high, angled, twisted. Leaves: Oval, large, sheathing the stem below; smaller, lance-shaped ones higher up; bracts above. Root: Thick, fibrous. Preferred Habitat - Rich, moist meadows, muddy places, woods. Flowering Season - June-August. Distribution - New Brunswick to Ontario; southward to North Carolina, westward to Michigan.

Flowers - Pink-purple and pale lilac, sometimes almost white; fragrant, arranged alternately, clustered in thick, dense spikes ranging from 3 to 15 inches long. The upper sepal and toothed petals stand upright; the lip is the deepest shade, 1/2 inch long, fan-shaped, divided into three parts, fringed halfway up, and extended at the base into a slender, long spur; the stamen is fused with the style into a short column; two anther sacs are slightly apart, with a sticky space between them that is stigmatic. Stem: 1 to 5 feet tall, angled, twisted. Leaves: Oval, large, wrapping around the stem at the base; smaller, lance-shaped leaves higher up; bracts above. Root: Thick, fibrous. Preferred Habitat - Rich, moist meadows, muddy spots, forests. Flowering Season - June-August. Distribution - New Brunswick to Ontario; south to North Carolina, west to Michigan.

Because of the singular and exquisitely unerring adaptations of orchids as a family to their insect visitors, no group of plants has greater interest for the botanist since Darwin interpreted their marvelous mechanism, and Gray, his instant disciple, revealed the hidden purposes of our native American species, no less wonderfully constructed than the most costly exotic in a millionaire's hothouse.

Because of the unique and incredibly precise adaptations of orchids as a family to their insect visitors, no group of plants has caught the attention of botanists like this since Darwin explained their amazing mechanisms, and Gray, his immediate follower, uncovered the hidden purposes of our native American species, which are just as wonderfully designed as the most expensive exotic plants in a millionaire’s greenhouse.

A glance at the spur of this orchid, one of the handsomest and most striking of its clan, and the heavy perfume of the flower, would seem to indicate that only a moth with a long proboscis could reach the nectar secreted at the base of the thread-like passage. Butterflies, attracted by the conspicuous color, sometimes hover about the showy spikes of bloom, but it is probable that, to secure a sip, all but possibly the very largest of them must go to the smaller purple-fringed orchis, whose shorter spur holds out a certain prospect of reward; for, in these two cases, as in so many others, the flower's welcome for an insect is in exact proportion to the length of its visitor's tongue. Doubtless it is one of the smaller sphinx moths, such as we see at dusk working about the evening primrose and other flowers deep of chalice, and heavily perfumed to guide visitors to their feast, that is the great purple-fringed orchid's benefactor, since the length of its tongue is perfectly adapted to its needs. Attracted by the showy, broad lower petal, his wings ever in rapid motion, the moth proceeds to unroll his proboscis and drain the cup, that is frequently an inch and a half deep. Thrusting in his head, either one or both of his large, projecting eyes are pressed against the sticky button-shaped disks to which the pollen masses are attached by a stalk, and as he raises his head to depart, feeling that he is caught, he gives a little jerk that detaches them, and away he flies with these still fastened to his eyes.

A look at the spur of this orchid, one of the most beautiful and eye-catching in its family, along with the strong scent of the flower, suggests that only a moth with a long proboscis could access the nectar hidden at the base of the thread-like tube. Butterflies, drawn in by the bright color, sometimes hover around the flashy flower spikes, but it’s likely that, to get a drink, all but maybe the largest ones must go for the smaller purple-fringed orchid, whose shorter spur offers a better chance of a reward. In these situations, as in many others, a flower's appeal to an insect is directly related to the length of its visitor's tongue. It’s probably one of the smaller sphinx moths, like those we see at dusk fluttering around the evening primrose and other flowers with deep cups and strong fragrances to attract visitors to their food, that helps the great purple-fringed orchid, since its tongue fits perfectly for the task. Enticed by the vibrant, wide lower petal, the moth, with its wings constantly moving, unrolls its proboscis to sip from the cup, which is often an inch and a half deep. As it pushes its head in, one or both of its large, protruding eyes press against the sticky, button-shaped disks where the pollen masses are connected by a stalk, and as it lifts its head to leave, feeling trapped, it gives a little jerk that frees the pollen, flying off with it still stuck to its eyes.

Even while he is flying to another flower, that is to say, in half a minute, the stalks of the pollen masses bend downward from the perpendicular and slightly toward the center, or just far enough to require the moth, in thrusting his proboscis into the nectary, to strike the glutinous, sticky stigma. Now, withdrawing his head, either or both of the golden clubs he brought in with him will be left on the precise spot where they will fertilize the flower. Sometimes, but rarely, we catch a butterfly or moth from the smaller or larger purple orchids with a pollen mass attached to his tongue, instead of to his eyes; this is when he does not make his entrance from the exact center - as in these flowers he is not obliged to do - and in order to reach the nectary his tongue necessarily brushes against one of the sticky anther sacs. The performance may be successfully imitated by thrusting some blunt point about the size of a moth's head, a dull pencil or a knitting-needle, into the flower as an insect would enter. Withdraw the pencil, and one or both of the pollen masses will be found sticking to it, and already automatically changing their attitude. In the case of the large, round-leaved orchis, whose greenish-white flowers are fertilized in a similar manner by the sphinx moth, the anther sacs converge, like little horns; and their change of attitude while they are being carried to fertilize another flower is quite as exquisitely exact.

Even while he's flying to another flower, which takes about half a minute, the pollen stalks lean downwards from the vertical and slightly inward, just enough so that when the moth sticks its proboscis into the nectar, it hits the sticky stigma. Now, as it pulls back its head, one or both of the golden pollen masses it brought in will be left exactly where they can fertilize the flower. Occasionally, but not often, we catch a butterfly or moth from the small or large purple orchids with a pollen mass stuck to its tongue, instead of its eyes; this happens when it doesn't enter from the exact center— which it doesn't have to do with these flowers— and to reach the nectar, its tongue brushes against one of the sticky anther sacs. You can imitate this action by pushing a blunt point about the size of a moth's head, like a dull pencil or a knitting needle, into the flower like an insect would. When you pull out the pencil, one or both of the pollen masses will stick to it and have automatically begun to change their position. In the case of the large, round-leaved orchis, whose greenish-white flowers are fertilized in a similar way by the sphinx moth, the anther sacs come together like little horns; and their change in position while being moved to fertilize another flower is just as precisely beautiful.

Usually in wetter ground than we find its more beautiful big sister growing in, most frequently in swamps and bogs, the SMALLER PURPLE-FRINGED ORCHIS (H. psycodes) lifts its perfumed lilac spires. Thither go the butterflies and long-lipped bees to feast in July and August. Inasmuch as without their aid the orchid must perish from its inability to set fertile seed, no wonder it woos its benefactors with a showy mass of color, charming fringes, sweet perfume, and copious draughts of nectar, and makes their visits of the utmost value to itself by the ingenious mechanism described above. Here is no waste of pollen; that is snugly packed in little bundles, ready to be carried off, but placed where they cannot come in contact with the adjoining stigma, since every orchid, almost without exception, refuses to be deteriorated through self-fertilization.

Typically found in wetter areas than its more attractive relative, the SMALLER PURPLE-FRINGED ORCHIS (H. psycodes) rises with its fragrant lilac spikes, often in swamps and bogs. Butterflies and long-lipped bees visit it to feed during July and August. Since the orchid cannot produce fertile seeds without their help, it makes sense that it attracts these pollinators with vibrant colors, charming fringes, delightful fragrances, and abundant nectar, ensuring their visits are extremely beneficial to itself through the clever mechanism described above. There is no waste of pollen; it’s neatly packed in small bundles, ready to be taken, but positioned so that it doesn't come into contact with the nearby stigma, as almost all orchids avoid self-fertilization to prevent degeneration.

>From New Jersey and Illinois southward, particularly in mountainous regions, if not among the mountains themselves, the FRINGELESS PURPLE ORCHIS (H. perarnoena) may be found blooming in moist meadows through July and August. Moisture, from which to manufacture the nectar that orchids rely upon so largely to entice insects to work for them, is naturally a prime necessity; yet Sprengel attempted to prove that many orchids are gaudy shams and produce no nectar, but exist by an organized system of deception. "Scheinsaftblumen" he called them. From the number of butterflies seen hovering about this fringeless orchis and its more attractive kin, it is small wonder their nectaries are soon exhausted and they are accused of being gay deceivers. Sprengel's much-quoted theory would credit moths, butterflies, and even the highly intelligent bees with scant sense; but Darwin, who thoroughly tested it, forever exonerated these insects from imputed stupidity and the flowers from gross dishonesty. He found that many European orchids secrete their nectar between the outer and inner walls of the tube, which a bumblebee can easily pierce, but where Sprengel never thought to look for it. The large lip of this orchis is not fringed, but has a fine picotee edge. The showy violet-purple, long-spurred flowers are alternately set on a stem that is doing its best if it reach a height of two and a half feet.

>From New Jersey and Illinois down through the mountainous areas, including some regions high in the mountains, the FRINGELESS PURPLE ORCHIS (H. perarnoena) can be seen blooming in damp meadows during July and August. Moisture, which is essential for creating the nectar that orchids heavily depend on to attract insects to help them, is clearly a crucial requirement; however, Sprengel tried to show that many orchids are flashy impostors and produce no nectar, instead relying on a clever system of deception. He referred to them as "Scheinsaftblumen." Given the number of butterflies seen fluttering around this fringeless orchis and its more eye-catching relatives, it’s no wonder their nectaries are quickly drained, leading them to be labeled as charming deceivers. Sprengel's widely cited theory would suggest that moths, butterflies, and even very clever bees lack intelligence; but Darwin, who thoroughly examined the issue, cleared these insects of any supposed foolishness and the flowers of serious dishonesty. He discovered that many European orchids produce their nectar between the outer and inner walls of the tube, which a bumblebee can easily break through, but where Sprengel never thought to search for it. The large lip of this orchis is unfringed but features a delicate picotee edge. The striking violet-purple, long-spurred flowers are arranged alternately on a stem that tops out at about two and a half feet.

WATER-SHIELD or WATER TARGET
  (Brasenia purpurea; B. peltata of Gray) Water-lily family

WATER-SHIELD or WATER TARGET
  (Brasenia purpurea; B. peltata of Gray) Water-lily family

Flowers - Small, dull purplish, about 1/2 in. across, on stout footstalks from axils of upper leaves; 3 narrow sepals and petals; stamens 12 to 18; pistils 4 to 18, forming 1 to 3-seeded pods. Stem: From submerged rootstock; slender, branching, several feet long, covered with clear jelly, as are footstalks and lower leaf surfaces. Leaves: On long petioles attached to center of underside of leaf, floating or rising, oval to roundish, 2 to 4 in. long, 1 1/2 to 2 in. wide. Preferred Habitat - Still, rather deep water of ponds and slow streams. Flowering Season - All summer. Distribution - Parts of Asia, Africa, and Australia, Nova Scotia to Cuba, and westward from California to Puget Sound.

Flowers - Small, dull purple, about ½ inch across, on sturdy stems from the axils of upper leaves; 3 narrow sepals and petals; 12 to 18 stamens; 4 to 18 pistils, forming pods with 1 to 3 seeds. Stem: Grows from submerged rootstock; slender, branching, several feet long, covered with clear jelly, as are the stems and lower leaf surfaces. Leaves: Attached with long petioles to the center of the underside of the leaf, either floating or rising, oval to roundish, 2 to 4 inches long, 1.5 to 2 inches wide. Preferred Habitat - Still, fairly deep water in ponds and slow streams. Flowering Season - All summer. Distribution - Parts of Asia, Africa, and Australia, from Nova Scotia to Cuba, and westward from California to Puget Sound.

Of this pretty water plant Dr. Abbott says, in "Wasteland Wanderings": "I gathered a number of floating, delicate leaves, and endeavored to secure the entire stem also; but this was too difficult a task for an August afternoon. The under side of the stem and leaf are purplish brown and were covered with translucent jelly, embedded in which were millions of what I took to be insects' eggs. They certainly had that appearance. I was far more interested to find that, usually, beneath each leaf there was hiding a little pike. The largest was not two inches in length. When disturbed, they swam a few inches, and seemed wholly 'at sea' if there was not another leaf near by to afford them shelter."

Of this pretty water plant, Dr. Abbott says in "Wasteland Wanderings": "I collected several floating, delicate leaves and tried to secure the whole stem too, but that was too challenging for an August afternoon. The underside of the stem and leaf is a purplish-brown and was covered with translucent jelly, in which were millions of what I assumed were insect eggs. They definitely looked that way. I was much more intrigued to discover that, usually, hiding beneath each leaf was a little pike. The largest was not more than two inches long. When disturbed, they swam a few inches and seemed completely 'lost' without another leaf nearby for shelter."

EUROPEAN or COMMON GARDEN COLUMBINE
  (Aquilegia vulgaris) Crowfoot family

EUROPEAN or COMMON GARDEN COLUMBINE
  (Aquilegia vulgaris) Crowfoot family

Flowers - Showy, blue, purple, or white, 1 1/2 to 2 in. broad, or
about as broad as long; spurs stout and strongly incurved.
General characteristics of plant resembling wild columbine.
Preferred Habitat - Escaped from gardens to woods and fields in
Eastern and Middle States. Native of Europe.
Flowering Season - May-July.

Flowers - Bright blue, purple, or white, 1.5 to 2 inches wide, or
about as wide as they are long; spurs thick and strongly curved.
General characteristics of the plant are similar to wild columbine.
Preferred Habitat - Has escaped from gardens to woods and fields in
the Eastern and Middle States. Native to Europe.
Flowering Season - May-July.

A heavier, less graceful flower than either the wild red and yellow columbine or the exquisite, long-spurred, blue and white species (A. coerulea) of the Rocky Mountain region; nevertheless this European immigrant, now making itself at home here, is a charming addition to our flora. How are insects to reach the well of nectar secreted in the tip of its incurved, hooked spur? Certain of the long-lipped bees, large bumblebees, whose tongues have developed as rapidly as the flower, are able to drain it. Hummingbirds, partial to red flowers, fertilize the wild columbine, but let this one alone. Muller watched a female bumblebee making several vain attempts to sip this blue one. Soon the brilliant idea of biting a hole through each spur flashed through her little brain, and the first experiment proving delightfully successful, she proceeded to bite holes through other flowers without first trying to suck them. Apparently she satisfied her feminine conscience with the reflection that the flower which made dining so difficult for its benefactors deserved no better treatment.

A heavier, less graceful flower than both the wild red and yellow columbine and the beautiful, long-spurred blue and white type (A. coerulea) from the Rocky Mountain region; still, this European newcomer, now settling in here, adds charm to our local plant life. How can insects reach the reservoir of nectar hidden in the tip of its curved, hooked spur? Certain long-tongued bees, like large bumblebees, whose tongues have evolved alongside the flower, can access it. Hummingbirds, which are drawn to red flowers, pollinate the wild columbine but ignore this one. Muller observed a female bumblebee making several unsuccessful attempts to sip from this blue flower. Soon, the clever idea of biting a hole in each spur came to her mind, and after successfully trying it once, she went on to bite holes in other flowers without even attempting to extract nectar first. It seemed she reassured herself that a flower that made it so difficult for its helpers deserved no better treatment.

FIELD or BRANCHED LARKSPUR; KNIGHT'S-SPUR; LARK-HEEL
  (Delphinium Consoilda) Crowfoot family

FIELD or BRANCHED LARKSPUR; KNIGHT'S-SPUR; LARK-HEEL
  (Delphinium Consoilda) Crowfoot family

Flowers - Blue to pinkish and whitish, 1 to 1 1/2 in. long, hung on slender stems and scattered along spreading branches; 5 petal-like sepals, the rear one prolonged into long, slender, curving spur; 2 petals, united. Stem: 1 to 2 1/2 ft. high. Leaves: Divided into very finely cut linear segments. Fruit: Erect, smooth pod tipped with a short beak; open on one side. Preferred Habitat - Roadsides and fields. Flowering Season - June-August. Distribution - Naturalized from Europe; from New Jersey southward, occasionally escaped from gardens farther north.

Flowers - Ranging from blue to pinkish and whitish, 1 to 1.5 inches long, hanging on slender stems and spread across branching limbs; 5 petal-like sepals, with the back one extending into a long, slender, curving spur; 2 petals that are fused together. Stem: 1 to 2.5 feet tall. Leaves: Divided into very finely cut, linear segments. Fruit: An upright, smooth pod with a short beak; opens on one side. Preferred Habitat - Roadsides and fields. Flowering Season - June to August. Distribution - Naturalized from Europe; found from New Jersey southwards, occasionally escaping from gardens further north.

Keats should certainly have extolled the larkspurs in his sonnet on blue. No more beautiful group of plants contributes to the charm of gardens, woods, and roadsides, where some have escaped cultivation and become naturalized, than the delphinium, that take their name from a fancied resemblance to a dolphin (delphin), given them by Linnaeus in one of his wild flights of imagination. Having lost the power to fertilize themselves, according to Muller, they are pollenized by both bees and butterflies, insects whose tongues have kept pace with the development of certain flowers, such as the larkspur, columbine, and violet, that they may reach into the deep recesses of the spurs where the nectar is hidden from all but benefactors.

Keats should definitely have praised the larkspurs in his sonnet about blue. No group of plants adds more beauty to gardens, woods, and roadsides than the delphinium, which has some varieties that have escaped cultivation and become naturalized. They take their name from a fancied resemblance to a dolphin (delphin), a name given by Linnaeus during one of his imaginative moments. According to Muller, having lost the ability to fertilize themselves, they rely on bees and butterflies for pollination. These insects have developed tongues that match the evolution of certain flowers, like larkspur, columbine, and violet, so they can reach into the deep spurs where the nectar is hidden from everyone except those who are helpful.

The TALL WILD LARKSPUR (D. urceolatum; D. exaltatum of Gray) waves long, crowded, downy wands of intense purplish blue in the rich woods of Western Pennsylvania, southward to the Carolinas and Alabama, and westward to Nebraska. Its spur is nearly straight, not to increase the difficulty a bee must have in pressing his lips through the upper and lower petals to reach the nectar at the end of it. First, the stamens successively raise themselves in the passage back of the petals to dust his head; then, when each has shed its pollen and bent down again, the pistil takes its turn in occupying the place, so that a pollen-laden bee, coming to visit the blossom from an earlier flower; can scarcely help fertilizing it. It is said there are but two insects in Europe with lips long enough to reach the bottom of the long horn of plenty hung by the BEE LARKSPUR (D. elatum), that we know only in gardens here. Its yellowish bearded lower petals readily deceive one into thinking a bee has just alighted there.

The TALL WILD LARKSPUR (D. urceolatum; D. exaltatum of Gray) boasts long, dense, fuzzy spikes of vivid purplish-blue in the lush woods of Western Pennsylvania, extending south to the Carolinas and Alabama, and west to Nebraska. Its spur is almost straight, making it easier for a bee to squeeze its mouth through the upper and lower petals to get to the nectar inside. First, the stamens rise one by one in the space behind the petals to dust the bee's head; then, after each has released its pollen and droops back down, the pistil takes its place, ensuring that a pollen-covered bee visiting the flower from an earlier bloom almost inevitably fertilizes it. It’s said that only two insects in Europe have long enough mouths to reach the bottom of the long nectar horn of the BEE LARKSPUR (D. elatum), which we only know from gardens here. Its yellowish, bearded lower petals can easily trick one into thinking a bee has just landed there.

>From April to June the DWARF LARKSPUR or STAGGER-WEED (D. tricorne), which, however, may sometimes grow three feet high, lifts a loose raceme of blue, rarely white, flowers an inch or more long, at the end of a stout stem rising from a tuberous root. Its slightly ascending spur, its three widely spreading seed vessels, and the deeply cut leaf of from five to seven divisions are distinguishing characteristics. From Western Pennsylvania and Georgia to Arkansas and Minnesota it is found in rather stiff soil. Butterflies, which prefer erect flowers, have some difficulty to cling while they drain the almost upright spurs, especially the Papilios, which usually suck with their wings in motion. But the bees, to which the delphinium are best adapted, although butterflies visit them quite as frequently, find a convenient landing place prepared for them, and fertilize the flower while they sip with ease.

>From April to June, the DWARF LARKSPUR or STAGGER-WEED (D. tricorne), which can sometimes grow up to three feet tall, produces a loose cluster of blue flowers, occasionally white, each an inch or more long, at the top of a sturdy stem that comes from a tuberous root. Its slightly upward-curving spur, three widely spreading seed pods, and deeply cut leaves with five to seven divisions are key features. It's found in fairly tough soil from Western Pennsylvania and Georgia to Arkansas and Minnesota. Butterflies, which prefer upright flowers, have some trouble clinging on while they feed from the almost vertical spurs, particularly the Papilios, which usually suck nectar with their wings in motion. However, bees, which are best suited for delphiniums and are just as frequent visitors, find a convenient place to land and fertilize the flower while they sip comfortably.

More slender, downy, and dwarf of stem than the preceding is the
CAROLINA LARKSPUR (D. Carolinianum), whose blue flowers, varying
to white, and its very finely cleft leaves, may be found in the
South, on prairies in the North and West, and in the Rocky
Mountain region.

More slender, softer, and shorter than the previous one is the
CAROLINA LARKSPUR (D. Carolinianum), whose blue flowers, ranging
to white, and its very finely divided leaves, can be found in the
South, on prairies in the North and West, and in the Rocky
Mountain region.

LIVER-LEAF; HEPATICA; LIVERWORT; ROUND-LOBED or KIDNEY
LIVER-LEAF; NOBLE LIVER-WORT; SQUIRREL CUP
  (Hepalica Hepatica; H. triloba of Gray) Crowfoot family

LIVER-LEAF; HEPATICA; LIVERWORT; ROUND-LOBED or KIDNEY
LIVER-LEAF; NOBLE LIVER-WORT; SQUIRREL CUP
  (Hepalica Hepatica; H. triloba of Gray) Crowfoot family

Flowers - Blue, lavender, purple, pinkish, or white; occasionally, not always, fragrant; 6 to 12 petal-like, colored sepals (not petals, as they appear to be), oval or oblong; numerous stamens, all bearing anthers; pistils numerous 3 small, sessile leaves, forming an involucre directly under flower, simulate a calyx, for which they might be mistaken. Stems: Spreading from the root, 4 to 6 in. high, a solitary flower or leaf borne at end of each furry stem. Leaves: 3-lobed and rounded, leathery, evergreen; sometimes mottled with, or entirely, reddish purple; spreading on ground, rusty at blooming time, the new leaves appearing after the flowers. Fruit: Usually as many as pistils, dry, 1-seeded, oblong, sharply pointed, never opening. Preferred Habitat - Woods; light soil on hillsides. Flowering Season - December-May. Distribution - Canada to Northern Florida, Manitoba to Iowa and Missouri. Most common East.

Flowers - Blue, lavender, purple, pinkish, or white; sometimes fragrant but not always; 6 to 12 petal-like sepals (not petals, even though they look like them), oval or oblong; many stamens, each with anthers; numerous pistils; there are 3 small, stemless leaves that form an involucre directly under the flower, resembling a calyx, which they might be confused with. Stems: Spreading from the root, 4 to 6 inches high, with a single flower or leaf at the end of each fuzzy stem. Leaves: 3-lobed and rounded, leathery, evergreen; sometimes mottled with, or entirely reddish purple; spreading on the ground, rusty at blooming time, with new leaves appearing after the flowers. Fruit: Usually as many as the pistils, dry, 1-seeded, oblong, sharply pointed, never opening. Preferred Habitat - Woods; light soil on hillsides. Flowering Season - December-May. Distribution - From Canada to Northern Florida, and from Manitoba to Iowa and Missouri. Most common in the East.

Even under the snow itself bravely blooms the delicate hepatica, wrapped in fuzzy furs as if to protect its stems and nodding buds from cold. After the plebeian skunk cabbage, that ought scarcely to be reckoned among true flowers - and William Hamilton Gibson claimed even before it - it is the first blossom to appear. Winter sunshine, warming the hillsides and edges of woods, opens its eyes,

Even beneath the snow, the delicate hepatica bravely blooms, wrapped in fuzzy coverings to shield its stems and nodding buds from the cold. After the common skunk cabbage, which hardly qualifies as a true flower—William Hamilton Gibson even claimed this before it—it’s the first blossom to show up. Winter sunshine warms the hillsides and edges of woods, opening its eyes,

       "Blue as the heaven it gates at,
    Startling the loiterer in the naked groves
    With unexpected beauty; for the time
    Of blossoms and green leaves is yet afar."

"Blue like the sky it opens up to,
    Surprising the person hanging out in the bare woods
    With unexpected beauty; because the season
    Of flowers and green leaves is still a ways off."

"There are many things left for May," says John Burroughs, "but nothing fairer, if as fair, as the first flower, the hepatica. I find I have never admired this little firstling half enough. When at the maturity of its charms, it is certainly the gem of the woods. What an individuality it has! No two clusters alike; all shades and sizes…. A solitary blue-purple one, fully expanded and rising over the brown leaves or the green moss, its cluster of minute anthers showing like a group of pale stars on its little firmament, is enough to arrest and hold the dullest eye. Then,…there are individual hepaticas, or individual families among them, that are sweet scented. The gift seems as capricious as the gift of genius in families. You cannot tell which the fragrant ones are till you try them. Sometimes it is the large white ones, sometimes the large purple ones, sometimes the small pink ones. The odor is faint and recalls that of the sweet violets. A correspondent, who seems to have carefully observed these fragrant hepaticas, writes me that this gift of odor is constant in the same plant; that the plant which bears sweet-scented flowers this year will bear them next."

"There are many things left for May," says John Burroughs, "but nothing more beautiful, if as beautiful, as the first flower, the hepatica. I've realized I haven't admired this little first bloom nearly enough. When it's fully mature, it truly is the gem of the woods. It has such a unique character! No two clusters are the same; they come in all shades and sizes… A solitary blue-purple one, fully open and rising above the brown leaves or green moss, with its cluster of tiny anthers looking like a group of pale stars in its little sky, is enough to catch and hold even the dullest eye. Then,… there are individual hepaticas, or unique families among them, that are sweet-scented. This gift seems as unpredictable as the gift of genius in families. You can't tell which ones are fragrant until you experience them. Sometimes it’s the large white ones, sometimes the large purple ones, and sometimes the small pink ones. The scent is faint and reminiscent of sweet violets. A correspondent, who seems to have carefully observed these fragrant hepaticas, tells me that this gift of scent is consistent in the same plant; the plant that has sweet-scented flowers this year will have them again next."

It is not evident that insect aid is necessary to transfer the tiny, hairy spiral ejected from each cell of the antherid, after it has burst from ripeness, to the canal of the flask-shaped organ at whose base the germ-cell is located. Perfect flowers can fertilize themselves. But pollen-feeding flies, and female hive bees which collect it, and the earliest butterflies trifle about the blossoms when the first warm days come. Whether they are rewarded by finding nectar or not is still a mooted question. Possibly the papillae which cover the receptacle secrete nectar, for almost without exception the insect visitors thrust their proboscides down between the spreading filaments as if certain of a sip. None merely feed on the pollen except the flies and the hive bee.

It’s not clear that insect help is needed to transfer the tiny, hairy spirals released from each cell of the anther after it bursts open when ripe, to the canal of the flask-shaped structure at the base where the germ cell is located. Perfect flowers can self-fertilize. However, pollen-feeding flies, female bees from hives that collect it, and early butterflies flirt around the flowers when the first warm days arrive. Whether they actually find nectar or not is still up for debate. It’s possible that the tiny projections covering the receptacle produce nectar, since almost all insect visitors insert their long mouths between the spreading filaments as if expecting to sip. Only flies and hive bees feed exclusively on the pollen.

The SHARP-LOBED LIVER-LEAF (Hepatica acuta) differs chiefly from the preceding in having the ends of the lobes of its leaves and the tips of the three leaflets that form its involucre quite sharply pointed. Its range, while perhaps not actually more westerly, appears so, since it is rare in the East, where its cousin is so abundant; and common in the West, where the round-lobed liver-leaf is scarce. It blooms in March and April. Professor Halsted has noted that this species bears staminate flowers on one plant and pistillate flowers on another; whereas the Hepatica Hepatica usually bears flowers of both sexes above the same root. The blossoms, which close at night to keep warm, and open in the morning, remain on the beautiful plant for a long time to accommodate the bees and flies that, in this case, are essential to the perpetuation of the species.

The SHARP-LOBED LIVER-LEAF (Hepatica acuta) mainly differs from the previous one by having the ends of its leaf lobes and the tips of the three leaflets that make up its involucre quite pointed. Its range might not actually extend farther west, but it seems that way since it's rare in the East, where its relative is very common, and quite common in the West, where the round-lobed liver-leaf is hard to find. It blooms in March and April. Professor Halsted has observed that this species has male flowers on one plant and female flowers on another, while Hepatica usually has both male and female flowers on the same root. The blossoms close at night to stay warm and open in the morning, lasting a long time on the beautiful plant to accommodate the bees and flies that are crucial for the species' survival.

PURPLE VIRGIN'S BOWER
  (Atragene Americana) Crowfoot family

PURPLE VIRGIN'S BOWER
  (Atragene Americana) Crowfoot family

Flowers - Showy, purplish blue, about 3 in. across; 4 sepals, broadly expanded, thin, translucent, strongly veined, very large, simulating petals; petals small, spoon-shaped; stamens very numerous ; styles long, persistent, plumed throughout. Stem: Trailing or partly climbing with the help of leafstalks and leaflets. Leaves: Opposite, compounded of 3 egg-shaped, pointed leaflets on slender petioles. Preferred Habitat - - Rocky woodlands. Flowering Season - May-June. Distribution - Hudson Bay westward, south to Minnesota and Virginia.

Flowers - Bright purple-blue, about 3 inches wide; 4 sepals, widely spread, thin, clear, strongly veined, very large, resembling petals; petals small, spoon-shaped; stamens very numerous; styles long, persistent, feathery throughout. Stem: Trailing or partially climbing with the support of leafstalks and leaflets. Leaves: Opposite, made up of 3 egg-shaped, pointed leaflets on slender petioles. Preferred Habitat - Rocky woodlands. Flowering Season - May-June. Distribution - Hudson Bay westward, south to Minnesota and Virginia.

The day on which one finds this rare and beautiful flower in some rocky ravine high among the hills or mountains becomes memorable to the budding botanist. At an elevation of three thousand feet in the Catskills it trails its way over the rocks, fallen trees, and undergrowth of the forest, suggesting some of the handsome Japanese species introduced by Sieboldt and Fortune to Occidental gardens. No one who sees this broadly expanded blossom could confuse it either with the thick and bell-shaped purple LEATHER-FLOWER (C. Viorna), so exquisitely feathery in fruit, that grows in rich, moist soil from Pennsylvania southward and westward; or with the far more graceful and deliciously fragrant purple MARSH CLEMATIS (C. crispa) of our Southern States. The latter, though bell-shaped also, has thin, recurved sepals, and its persistent styles are silky, not feathery at seed-time.

The day someone finds this rare and beautiful flower in a rocky ravine high up in the hills or mountains becomes unforgettable for the aspiring botanist. At an elevation of three thousand feet in the Catskills, it trails over the rocks, fallen trees, and underbrush of the forest, reminiscent of some of the stunning Japanese species introduced by Siebold and Fortune to Western gardens. No one who sees this broad, open blossom could mistake it for the thick, bell-shaped purple LEATHER-FLOWER (C. Viorna), which is exquisitely feathery when it bears fruit and grows in rich, moist soil from Pennsylvania southward and westward; or for the much more graceful and pleasantly fragrant purple MARSH CLEMATIS (C. crispa) found in our Southern States. The latter, while also bell-shaped, has thin, recurved sepals, and its persistent styles are silky, not feathery during seed time.

ORPINE; LIVE-FOREVER; MIDSUMMER-MEN; LIVE-LONG; PUDDING-BAG
PLANT; GARDEN STONECROP; WITCHES' MONEY
  (Sedum Telephium) Orpine family

ORPINE; LIVE-FOREVER; MIDSUMMER-MEN; LIVE-LONG; PUDDING-BAG
PLANT; GARDEN STONECROP; WITCHES' MONEY
  (Sedum Telephium) Orpine family

Flowers - Dull purplish, very pale or bright reddish purple in close, round, terminal clusters, each flower 1/3 in. or less across, 5-parted, the petals twice as long as the sepals; 10 stamens, alternate ones attached to petals; pistils 4 or 5. Stem: 2 ft. high or less, erect, simple, in tufts, very smooth, pale green, juicy, leafy. Leaves: Alternate, oval, slightly scalloped, thick, fleshy, smooth, juicy, pale gray green, with stout midrib, seated on stalk. Preferred Habitat - Fields, waysides, rocky soil, originally escaped from gardens. Flowering Season - June- September. Distribution - Quebec westward, south to Michigan and Maryland.

Flowers - Dull purplish or very pale to bright reddish-purple, clustered closely in round terminal bunches, with each flower about 1/3 inch or less in diameter, having 5 parts. The petals are twice the length of the sepals; there are 10 stamens, with the alternate ones attached to the petals; there are 4 or 5 pistils. Stem: Up to 2 ft. high, upright, simple, growing in tufts, very smooth, pale green, juicy, and leafy. Leaves: Alternating, oval, slightly scalloped, thick, fleshy, smooth, juicy, pale gray-green, with a strong midrib, sitting on stalks. Preferred Habitat - Fields, roadsides, rocky soil; originally escaped from gardens. Flowering Season - June to September. Distribution - From Quebec westward, south to Michigan and Maryland.

Children know the live-forever, not so well by the variable flower - for it is a niggardly bloomer - as by the thick leaf that they delight to hold in the mouth until, having loosened the membrane, they are able to inflate it like a paper bag. Sometimes dull, sometimes bright, the flower clusters never fail to attract many insects to their feast, which is accessible even to those of short tongues. Each blossom is perfect in itself, i.e., it contains both stamens and pistils; but to guard against self-fertilization it ripens its anthers and sheds its pollen on the insects that carry it away to older flowers before its own stigmas mature and become susceptible to imported pollen. After the seed-cases take on color, they might be mistaken for blossoms.

Kids know the everlasting plant, not so much for its sparse flowers—which don’t bloom often—but for the thick leaves that they love to chew on until they can puff them up like a paper bag. Sometimes dull, sometimes bright, the flower clusters always attract a lot of insects to their meal, which even those with short tongues can reach. Each flower is perfect on its own, having both stamens and pistils; but to prevent self-pollination, it lets its anthers mature and drops pollen onto the insects that carry it to older flowers before its own stigmas are ready to accept pollen. Once the seed pods change color, they could easily be mistaken for flowers.

As if the plant did not already possess enough popular names, it needs must share with the European goldenrod and our common mullein the title of Aaron's rod. Sedere, to sit, the root of the generic name, applies with rare appropriateness to this entire group that we usually find seated on garden walls, rocks, or, in Europe, even on the roofs of old buildings. Rooting freely from the joints, our plant forms thrifty tufts where there is little apparent nourishment; yet its endurance through prolonged drought is remarkable. Long after the farmer's scythe, sweeping over the roadside, has laid it low, it thrives on the juices stored up in fleshy leaves and stem until it proves its title to the most lusty of all folk names.

As if the plant didn't already have enough popular names, it also shares the title of Aaron's rod with European goldenrod and our common mullein. The root of the generic name, "Sedere," meaning to sit, suits this whole group perfectly since we usually find them perched on garden walls, rocks, or, in Europe, even on the roofs of old buildings. This plant roots easily from its joints, creating lush clumps in areas with little apparent nourishment; yet its ability to survive long periods of drought is impressive. Long after the farmer's scythe has cut it down along the roadside, it continues to thrive on the moisture stored in its thick leaves and stem, earning it one of the most vibrant folk names.

PURPLE or WATER AVENS
  (Geum rivale) Rose family

PURPLE or WATER AVENS
  (Geum rivale) Rose family

Flowers - Purple, with some orange chrome, 1 in. broad or less, terminal, solitary, nodding; calyx 5-lobed, purplish, spreading; 5 petals, abruptly narrowed into claws, forming a cup-shaped corolla; stamens and pistils of indefinite number; the styles, jointed and bent in middle, persistent, feathery below. Stem: 1 to 2 ft. high, erect, simple or nearly so, hairy, from thickish rootstock. Leaves: Chiefly from root, on footstems; lower leaves irregularly parted; the side segments usually few and small; the 1 to 3 terminal segments sharply, irregularly lobed; the few distant stem leaves 3-foliate or simple, mostly seated on stem. Fruit: A dry, hairy head stalked in calyx. Preferred Habitat - Swamps and low, wet ground. Flowering Season - May-July. Distribution - Newfoundland far westward, south to Colorado, eastward to Missouri and Pennsylvania, also northern parts of Old World.

Flowers - Purple, with some orange highlights, 1 inch wide or less, terminal, solitary, drooping; calyx 5-parted, purplish, spreading; 5 petals, suddenly narrowing into claws, forming a cup-shaped corolla; stamens and pistils in an indefinite number; the styles are jointed and bent in the middle, persistent, and feathery below. Stem: 1 to 2 feet tall, upright, simple or nearly so, hairy, coming from a thick rootstock. Leaves: Mainly from the base, on petioles; lower leaves irregularly divided; the side segments are usually few and small; the 1 to 3 terminal segments are sharply and irregularly lobed; the few distant stem leaves are 3-parted or simple, mostly attached to the stem. Fruit: A dry, hairy head with a stalk in the calyx. Preferred Habitat - Swamps and low, wet areas. Flowering Season - May to July. Distribution - Newfoundland far west, south to Colorado, east to Missouri and Pennsylvania, also in northern parts of the Old World.

Mischievous bumblebees, thrusting their long tongues between the sepals and petals of these unopened flowers, steal nectar without conferring any favor in return. Later, when they behave properly and put their heads inside to feast at the disk on which the stamens are inserted, they dutifully carry pollen from old flowers to the early maturing stigmas of younger ones. Self-fertilization must occur, however, if the bees have not removed all the pollen when a blossom closes. When the purple avens opens in Europe, the bees desert even the primrose to feast upon its abundant nectar. Since water is the prime necessity in the manufacture of this sweet, and since insects that feed upon it have so much to do with the multiplication of flowers, it is not surprising that the swamp, which has been called "nature's sanctuary," should have its altars so exquisitely decked. This blossom hangs its head, partly to protect its precious nectar from rain, and partly to make pilfering well nigh impossible to the unwelcome crawling insect that may have braved the forbidding hairy stems.

Mischievous bumblebees, sticking their long tongues between the sepals and petals of these closed flowers, steal nectar without giving anything back. Later, when they behave properly and dive into the flowers to feast on the disk where the stamens are, they dutifully carry pollen from older flowers to the early developing stigmas of younger ones. However, self-fertilization must happen if the bees haven't removed all the pollen when a flower closes. When the purple avens blooms in Europe, the bees abandon even the primrose to indulge in its plentiful nectar. Since water is essential for making this sweet nectar, and since insects that feed on it play a big role in the reproduction of flowers, it’s no surprise that the swamp, known as "nature's sanctuary," has its altars beautifully adorned. This blossom hangs its head, partly to protect its precious nectar from rain, and partly to make it nearly impossible for unwelcome crawling insects to steal from the forbidding hairy stems.

WILD LUPINE; OLD MAID'S BONNETS; WILD PEA; SUN DIAL
  (Lupinus perennis) Pea family

WILD LUPINE; OLD MAID'S BONNETS; WILD PEA; SUN DIAL
  (Lupinus perennis) Pea family

Flowers - Vivid blue, very rarely pink or white, butterfly-shaped corolla consisting of standard, wings, and keel; about 1/2 in. long, borne in a long raceme at end of stern; calyx 2-lipped, deeply toothed. Stem: Erect, branching, leafy, to 2 ft. high. Leaves: Palmnate, compounded of from 7 to 11 (usually 8) leaflets. Fruit: A broad, flat, very hairy pod, 1 1/2 in. long, and containing 4 or 5 seeds. Preferred Habitat - Dry, sandy places, banks, and hillsides. Flowering Season - May-June. Distribution - United States east of Mississippi, and eastern Canada.

Flowers - Bright blue, rarely pink or white, with a butterfly-shaped corolla made up of a standard, wings, and keel; about 1/2 inch long, found in a long cluster at the end of the stem; calyx is 2-lipped and deeply jagged. Stem: Upright, branching, leafy, reaching up to 2 feet high. Leaves: Palmate, consisting of 7 to 11 (usually 8) leaflets. Fruit: A wide, flat, very hairy pod, 1 1/2 inches long, containing 4 or 5 seeds. Preferred Habitat - Dry, sandy areas, banks, and hillsides. Flowering Season - May-June. Distribution - United States east of the Mississippi and eastern Canada.

Farmers once thought that this plant preyed upon the fertility of their soil, as we see in the derivation of its name, from lupus, a wolf; whereas the lupine contents itself with sterile waste land no one should grudge it - steep gravelly banks, railroad tracks, exposed sunny hills, where even it must often burn out under fierce sunshine did not its root penetrate to surprising depths. It spreads far and wide in thrifty colonies, reflecting the vivid color of June skies, until, as Thoreau says, "the earth is blued with it."

Farmers used to believe that this plant drained the fertility from their soil, as indicated by its name, which comes from lupus, meaning wolf; however, the lupine thrives on barren land that nobody would miss—steep gravel banks, railroad tracks, and sunny hills where it often struggles to survive under intense heat, unless its roots dig down to surprising depths. It spreads extensively in thriving colonies, mirroring the bright colors of June skies, until, as Thoreau said, "the earth is blued with it."

What is the advantage gained in the pea-shaped blossom? As usual, the insect that fertilizes the flower best knows the answer. The corolla has five petals, the upper one called the standard, chiefly a flaunted advertisement; two side wings, or platforms, to alight on; and a keel like a miniature boat, formed by the two lower petals, whose edges meet. In this the pistil, stamens, and nectar are concealed and protected. The pressure of a bee's weight as he alights on the wings, light as it must be, is nevertheless sufficient to depress and open the keel, which is elastically affected by their motion, and so to expose the pollen just where the long-lipped bee must rub off some against his underside as he sucks the nectar. He actually seems to pump the pollen that has fallen into the forward part of the keel upon himself, as he moves about. As soon as he leaves the flower, the elastic wings resume their former position, thus closing the keel to prevent waste of pollen. Take a sweet pea from the garden, press down its wings with the thumb and forefinger to imitate the action of the bee on them; note how the keel opens to display its treasures, and resumes its customary shape when the pressure is removed.

What’s the benefit of the pea-shaped blossom? As usual, the insect that fertilizes the flower knows best. The corolla has five petals: the upper one, called the standard, mainly serves as an eye-catching advertisement; two side wings act as landing pads; and a keel, which resembles a tiny boat, is formed by the two lower petals whose edges meet. Inside this keel are the pistil, stamens, and nectar, all hidden and protected. When a bee lands on the wings, even though its weight is light, it’s enough to push down and open the keel. This motion allows the pollen to be exposed right where the long-lipped bee needs to rub some against its belly as it collects nectar. The bee seems to be pumping the pollen that has fallen into the front part of the keel onto itself as it moves around. Once the bee flies away, the elastic wings return to their original position, closing the keel to prevent pollen loss. If you take a sweet pea from the garden and press down on its wings with your thumb and forefinger to mimic the bee’s action, you’ll see how the keel opens to reveal its treasures, and then returns to its usual shape when the pressure is lifted.

The lupine is another of those interesting plants which go to sleep at night. Some members of the genus erect one half of the leaf and droop the other half until it becomes a vertical instead of the horizontal star it is by day. Frequently the leaflets rotate as much as 90 degrees on their own axes. Some lupines fold their leaflets, not at night only, but during the day also there is more or less movement in the leaves. Sun dial, a popular name for the wild lupine, has reference to this peculiarity. The leaf of our species shuts downward around its stem, umbrella fashion, or the leaflets are erected to prevent the chilling which comes to horizontal surfaces by radiation, some scientists think. "That the sleep movements of leaves are in some manner of high importance to the plants which exhibit them," says Darwin, "few will dispute who have observed how complex they sometimes are."

The lupine is another fascinating plant that goes to sleep at night. Some types of lupines lift one half of their leaves and lower the other half, changing from a horizontal star shape during the day to a vertical one at night. The leaflets can rotate by as much as 90 degrees on their own axes. Some lupines fold their leaflets not just at night but also show some movement during the day. The wild lupine is often called a sun dial, which refers to this unique behavior. The leaves of our species close down around their stems like an umbrella, or the leaflets stand upright to avoid the cooling effect that horizontal surfaces experience from radiation, according to some scientists. Darwin notes, "That the sleep movements of leaves are in some manner of high importance to the plants which exhibit them, few will dispute who have observed how complex they sometimes are."

CANADIAN or SHOWY TICK-TREFOIL
  (Meibomia Canadensis; Desmodium Canadense of Gray) Pea family

CANADIAN or SHOWY TICK-TREFOIL
  (Meibomia Canadensis; Desmodium Canadense of Gray) Pea family

Flowers - Pinkish or bluish purple, butterfly-shaped, about 1/2 in. long, borne in dense, terminal, elongated racemes. Stem; Erect, hairy, leafy, 2 to 8 ft. high. Leaves: Compounded of 3 oblong leaflets, the central one largest; upper leaves nearly seated on stem; bracts, conspicuous before flowering, early falling off. Fruit: A flat pod, about 1 in. long, jointed, and covered with minute hooked bristles, the lower edge of pod scalloped; almost seated in calyx. Preferred Habitat - Thickets, woods, riverbanks, bogs. Flowering Season - July-September. Distribution - New Brunswick to Northwest Territory, south to North Carolina, westward to Indian Territory and Dakota.

Flowers - Pink or bluish-purple, butterfly-shaped, about ½ inch long, found in dense, terminal, elongated clusters. Stem: Erect, hairy, leafy, ranging from 2 to 8 feet high. Leaves: Made up of 3 oblong leaflets, with the central one being the largest; upper leaves nearly sit on the stem; bracts, noticeable before flowering, fall off early. Fruit: A flat pod about 1 inch long, jointed, and covered with tiny hooked bristles, the lower edge of the pod is scalloped; almost rests in the calyx. Preferred Habitat - Thickets, woods, riverbanks, bogs. Flowering Season - July-September. Distribution - From New Brunswick to the Northwest Territory, south to North Carolina, and westward to Indian Territory and Dakota.

As one travels hundreds or even thousands of miles in a comfortable railway carriage and sees the same flowers growing throughout the length and breadth of the area, one cannot but wonder however the plants manage to make the journey. We know some creep along the ground, or under it, a tortoise pace, but a winning one; that some send their offspring flying away from home, like dandelions and thistles; and many others with wings and darts are blown by the wind. Berries have their seeds dropped afar by birds. Aquatic plants and those that grow beside running water travel by river and flood. European species reach our shores among the ballast. Darwin raised over sixty wild plants from seed carried in a pellet of mud taken from the leg of a partridge. So on and so on. The imagination delights to picture these floral vagabonds, each with its own clever method of getting a fresh start in the world. But by none of these methods just mentioned do the tick-trefoils spread abroad. Theirs is indeed a by hook or by crook system. The scalloped, jointed pod, where the seeds lie concealed, has minute crooked bristles, which catch in the clothing of man or beast, so that every herd of sheep, every dog, every man, woman, or child who passes through a patch of trefoils gives them a lift. After a walk through the woods and lanes of late summer and autumn, one's clothes reveal scores of tramps that have stolen a ride in the hope of being picked off and dropped amid better conditions in which to rear a family.

As you travel hundreds or even thousands of miles in a comfortable train and see the same flowers growing everywhere, you can't help but wonder how they manage to make the journey. Some plants creep along the ground or underground at a slow pace, but it’s effective; others send their seeds flying away from home, like dandelions and thistles; while many more are carried by the wind. Berries have their seeds dropped far and wide by birds. Aquatic plants and those that grow near flowing water travel by river and flood. European species arrive on our shores as ballast. Darwin even grew over sixty wild plants from seeds found in a mud pellet taken from a partridge's leg. And so on. It’s fun to imagine these wandering flowers, each with its own clever way of starting anew. However, the tick-trefoils don’t spread this way. Their method is quite different. The scalloped, jointed pod, where the seeds are hidden, has tiny crooked bristles that cling to the clothing of people and animals. So, every flock of sheep, every dog, every person—man, woman, or child—who walks through a patch of trefoils helps them out. After a stroll through the woods and paths in late summer and autumn, your clothes reveal many travelers that have hitched a ride, hoping to be dropped off in a better spot to raise a family.

Only the largest bees can easily "explode" the showy tick-trefoil. A bumblebee alights upon a flower, thrusts his head under the base of the standard petal, and forces apart the wing petals with his legs, in order to dislodge them from the standard. This motion causes the keel, also connected with the standard, to snap down violently, thus releasing the column within and sending upward an explosion of pollen on the under surface of the bee. Here we see the wing petals acting as triggers to discharge the flower. Depress them and up flies the fertilizing dust - once. The little gun will not "go off" twice. No nectar rewards the visitor, which usually is a pollen-collecting bee. The highly intelligent and important bumblebee has the advantage over his smaller kin in being able to discharge the pollen from both large and smaller flowers.

Only the largest bees can easily "explode" the flashy tick-trefoil. A bumblebee lands on a flower, pushes its head under the base of the standard petal, and pries the wing petals apart with its legs to dislodge them from the standard. This movement causes the keel, which is also connected to the standard, to snap down forcefully, releasing the column inside and sending a burst of pollen onto the bee's underside. Here, we see the wing petals acting like triggers to release the flower. Press them down, and the fertilizing dust flies out - but only once. The little mechanism won't "fire" again. There's no nectar to reward the visitor, which is usually a pollen-gathering bee. The highly intelligent and crucial bumblebee has an advantage over its smaller relatives by being able to release pollen from both large and small flowers.

The NAKED-FLOWERED TICK-TREFOIL (M. nudiflora; D. nudiflorum of Gray) lifts narrow, few-flowered panicles of rose-purple blooms during July and August. The flowers are much smaller than those of the showy trefoil; however, when seen in masses, they form conspicuous patches of color in dry woods. Note that there is a flower stalk which is usually leafless and also a leaf-bearing stem rising from the base of the plant, the latter with its leaves all crowded at the top, if you would distinguish this very common species from its multitudinous kin. The trefoliate leaves are pale beneath. The two or three jointed pod rises far above the calyx on its own stalk, as in the next species.

The NAKED-FLOWERED TICK-TREFOIL (M. nudiflora; D. nudiflorum of Gray) produces narrow clusters of rose-purple flowers during July and August. The flowers are much smaller than those of the showy trefoil, but when they bloom in groups, they create noticeable patches of color in dry woods. It's important to note that there is a flower stalk that is usually leafless and a leaf-bearing stem that grows from the base of the plant, with the leaves all crowded at the top, which helps you identify this very common species among its many relatives. The three-part leaves are pale on the underside. The two or three jointed pod extends well above the calyx on its own stalk, similar to the next species.

The POINTED-LEAVED TICK-TREFOIL (M. grandifiora; D. acuminatum of Gray) has for its distinguishing feature a cluster of leaves high up on the same stem from which rises a stalk bearing a quantity of purple flowers that are large by comparison only. The leaves have leaflets from two to six inches long, rounded on the sides, but acutely pointed, and with scattered hairs above and below. This trefoil is found blooming in dry or rocky woods, throughout a wide range, from June to September.

The POINTED-LEAVED TICK-TREFOIL (M. grandifiora; D. acuminatum of Gray) is uniquely identified by a cluster of leaves higher up on the same stem, which supports a stalk filled with relatively large purple flowers. The leaves have leaflets that are two to six inches long, rounded on the sides but sharply pointed, and have scattered hairs on both the top and bottom. This trefoil blooms in dry or rocky woods across a broad area from June to September.

Lying outstretched for two to six feet on the dry ground of open woods and copses east of the Mississippi, the PROSTRATE TICK-TREFOIL (M. Michauxii; D. rotundifoliurn of Gray) can certainly be named by its soft hairiness, the almost perfect roundness of its trefoliate leaves, its rather loose racemes of deep purple flowers that spring both from the leaf axils and from the ends of the sometimes branching stem; and by its three to five jointed pod, which is deeply scalloped on its lower edge and somewhat indented above, as well.

Lying flat for two to six feet on the dry ground of open woods and thickets east of the Mississippi, the PROSTRATE TICK-TREFOIL (M. Michauxii; D. rotundifolium of Gray) is definitely recognizable by its soft hairs, the nearly perfect roundness of its three-leaved leaves, its slightly loose clusters of deep purple flowers that grow both from the leaf axils and from the tips of the sometimes branching stem; and by its three to five jointed pod, which has a deeply scalloped lower edge and is somewhat indented above, too.

BLUE, TUFTED, or COW VETCH or TARE; CAT PEAS; TINEGRASS
  (Vicia Cracca) Pea family

BLUE, TUFTED, or COW VETCH or TARE; CAT PEAS; TINEGRASS
  (Vicia Cracca) Pea family

Flowers - Blue, later purple; 1/2 in. long, growing downward in 1-sided spike, 15 to 40 flowered; calyx oblique, small, with unequal teeth; corolla butterfly-shaped, consisting of standard, wings, and keel, all oblong; the first clawed, the second oblique, and adhering to the shorter keel; 10 stamens, 1 detached from other 9. Stem: Slender, weak, climbing or trailing, downy, 2 to 4 ft. long. Leaves: Tendril bearing, divided into 18 to 24 thin, narrow, oblong leaflets. Fruit: A smooth pod 1 in. long or less, 5 to 8 seeded. Preferred Habitat - Dry soil, fields, wastelands. Flowering Season - June-August. Distribution - United States from New Jersey, Kentucky, and Iowa northward and northwestward. Europe and Asia.

Flowers - Blue, later turning purple; about 1/2 inch long, hanging down in a one-sided spike with 15 to 40 flowers; calyx slanted, small, with uneven teeth; corolla shaped like a butterfly, consisting of a standard, wings, and keel, all oblong; the first is clawed, the second is slanted, and attached to the shorter keel; 10 stamens, with 1 separate from the other 9. Stem: Slender, weak, climbing or trailing, fuzzy, 2 to 4 feet long. Leaves: Tendril-bearing, divided into 18 to 24 thin, narrow, oblong leaflets. Fruit: A smooth pod about 1 inch long or less, containing 5 to 8 seeds. Preferred Habitat - Dry soil, fields, wastelands. Flowering Season - June-August. Distribution - United States from New Jersey, Kentucky, and Iowa northward and northwestward. Europe and Asia.

Dry fields blued with the bright blossoms of the tufted vetch, and roadsides and thickets where the angular vine sends forth vivid patches of color, resound with the music of happy bees. Although the parts of the flower fit closely together, they are elastic, and opening with the energetic visitor's weight and movement give ready access to the nectary. On his departure they resume their original position, to protect both nectar and pollen from rain and pilferers whose bodies are not perfectly adapted to further the flower's cross-fertilization. The common bumblebee (Bombus terrestris) plays a mean trick, all too frequently, when he bites a hole at the base of the blossom, not only gaining easy access to the sweets for himself, but opening the way for others less intelligent than he, but quite ready to profit by his mischief, and so defeat nature's plan. Dr. Ogle observed that the same bee always acts in the same manner, one sucking the nectar legitimately, another always biting a hole to obtain it surreptitiously, the natural inference, of course, being that some bees, like small boys, are naturally depraved.

Dry fields are filled with the bright blooms of tufted vetch, and the roadsides and thickets where the jagged vines spread out show off vibrant patches of color, buzzing with the sounds of happy bees. Although the flower parts fit tightly together, they are flexible, and opening up under the weight and movement of an energetic visitor allows easy access to the nectar. Once he leaves, they close back up to protect both the nectar and pollen from rain and thieves whose bodies aren't designed to help the flower’s cross-pollination. The common bumblebee (Bombus terrestris) often pulls a sneaky trick by biting a hole at the base of the blossom, getting easy access to the sweet nectar for himself, while also allowing others, who are not as clever as he is, to take advantage of his mischief and disrupt nature's plan. Dr. Ogle noticed that the same bee always behaves in the same way—one will suck the nectar legitimately, while another always bites a hole to sneakily get it. The natural conclusion, of course, is that some bees, like little boys, are simply mischievous.

In cultivated fields and waste places farther south and westward to the Pacific Coast roams the COMMON or PEBBLE VETCH OR TARE (V. saliva), another domesticated weed that has come to us from Europe, where it is extensively grown for fodder. Let no reproach fall on these innocent plants that bear an opprobrious name: the tare of Scripture is altogether different, the bearded darnel of Mediterranean regions, whose leaves deceive one by simulating those of wheat, and whose smaller seeds, instead of nourishing man, poison him. Only one or two light blue-purple flowers grow in the axils of the leaves of our common vetch. The leaf, compounded of from eight to fourteen leaflets, indented at the top, has a long terminal tendril, whose little sharp tip assists the awkward vine, like a grappling hook.

In cultivated fields and wastelands further south and west toward the Pacific Coast roams the COMMON or PEBBLE VETCH OR TARE (V. saliva), another domestic weed that has come to us from Europe, where it’s widely grown for livestock feed. Don’t judge these harmless plants that have a negative name: the tare mentioned in the Bible is completely different, referring to the bearded darnel found in Mediterranean regions, whose leaves mimic those of wheat, and whose smaller seeds, instead of feeding people, can poison them. Only one or two light blue-purple flowers grow in the spaces between the leaves of our common vetch. The leaf, made up of eight to fourteen leaflets with notches at the top, has a long terminal tendril, whose sharp tip helps the clumsy vine grip onto things like a grappling hook.

The AMERICAN VETCH or TARE or PEA VINE (V. Americana) boasts slightly larger bluish-purple flowers than the blue vetch, but fewer of them; from three to nine only forming its loose raceme. In moist soil throughout a very broad northerly and westerly range it climbs and trails its graceful way, with the help of the tendrils on the tips of leaves compounded of from eight to fourteen oblong, blunt, and veiny leaflets.

The AMERICAN VETCH, also known as TARE or PEA VINE (V. Americana), has slightly larger bluish-purple flowers compared to the blue vetch, but there are fewer of them, forming a loose raceme of just three to nine flowers. It grows in moist soil across a wide northern and western range, climbing and trailing gracefully with the help of tendrils at the tips of leaves made up of eight to fourteen oblong, blunt, and veiny leaflets.

BEACH, SEA, SEASIDE, or EVERLASTING PEA
  (Lathyrus maritimus) Pea family

BEACH, SEA, SEASIDE, or EVERLASTING PEA
  (Lathyrus maritimus) Pea family

Flowers - Purple, butterfly-shaped, consisting of standard petal, wings, and keel; 1 in. long or less, clustered in short raceme at end of slender footstalk from leaf axils; calyx 5-toothed; stamens 10 (9 and 1); style curved, flattened, bearded on inner side. Stem: to 2 ft. long, stout, reclining, spreading, leafy. Leaves: Compounded of 3 to 6 pairs of oblong leaflets somewhat larger than halberd-shaped stipules at base of leaf; branched tendrils at end of it. Fruit: A flat, 2-valved, veiny pod, continuous between the seeds. Preferred Habitat - Beaches of Atlantic and Pacific Oceans, also of Great Lakes. Flowering Season - May-August. Sometimes blooming again in autumn. Distribution - New Jersey to Arctic Circle; also Northern Europe and Asia.

Flowers - Purple, butterfly-shaped, made up of standard petals, wings, and a keel; about 1 inch long or less, grouped in short clusters at the end of slender stems from leaf axils; calyx with 5 teeth; 10 stamens (9 and 1); style curved, flattened, and fuzzy on the inside. Stem: up to 2 feet long, thick, leaning, spreading, and leafy. Leaves: Made of 3 to 6 pairs of oblong leaflets slightly larger than the halberd-shaped stipules at the base of the leaf; has branched tendrils at the end. Fruit: A flat, veined pod with 2 valves, connected between the seeds. Preferred Habitat - Beaches of the Atlantic and Pacific Oceans, as well as the Great Lakes. Flowering Season - May to August. Occasionally blooms again in autumn. Distribution - From New Jersey to the Arctic Circle; also found in Northern Europe and Asia.

Sturdy clumps of the beach pea, growing beyond reach of the tide in the dunes and sandy wastelands back of the beach, afford the bee the last restaurant where he may regale himself without fear of drowning. From some members of the pea family, as from the wild lupine, for example, his weight, as he moves about, actually pumps the pollen that has fallen into the forward part of the blossom's keel onto his body, that he may transfer it to another flower. In some other members his weight so depresses the keel that the stamens are forced out to dust him over, the flower resuming its original position to protect its nectar and the remaining pollen just as soon as the pressure is removed. Other peas, again, burst at his pressure, and discharge their pollen on him. Now, in the beach pea, and similarly in the vetches, the style is hairy on its inner side, to brush out the pollen on the visitor who sets the automatic sweeper in motion as he alights and moves about. So perfectly have many members of this interesting family adapted their structure to the requirements of insects, and so implicitly do they rely on their automatic mechanism, that they have actually lost the power to fertilize themselves.

Sturdy clusters of beach pea, growing out of reach of the tide in the dunes and sandy areas behind the beach, provide the bee with its last dining spot where it can enjoy a meal without the risk of drowning. From some members of the pea family, like the wild lupine, for instance, the bee's weight, as it moves around, actually pushes the pollen that has settled in the front part of the flower's keel onto its body, allowing it to transfer it to another flower. In other members, its weight depresses the keel so much that the stamens pop out to dust the bee, and the flower returns to its original position to protect its nectar and remaining pollen as soon as the pressure is lifted. Other peas, however, burst under the pressure, releasing their pollen onto the bee. In the beach pea, and similarly in vetches, the style is hairy on the inside, brushing off the pollen onto the visitor who activates the automatic sweeper as it lands and moves around. Many members of this fascinating family have adapted their structure so well to the needs of insects and rely so heavily on their automatic mechanisms that they have actually lost the ability to fertilize themselves.

In moist or wet ground throughout a northern range from ocean to ocean, the MARSH VETCHLING (Lathyrus palustris) bears its purple, butterfly-shaped flowers, that are the merest trifle over half the size of those of the beach pea. From two to six of these little blossoms are alternately set along the end of the stalk. The leaflets, which are narrowly oblong, and acute at the apex, stand up opposite each other in pairs (from two to four) along the main leafstalk, that splits at the end to form hooked tendrils.

In moist or wet ground across a northern range from ocean to ocean, the MARSH VETCHLING (Lathyrus palustris) displays its purple, butterfly-shaped flowers, which are just a bit over half the size of those of the beach pea. Two to six of these small blossoms are arranged alternately along the end of the stalk. The leaflets, which are narrow and pointed at the tip, grow in pairs (ranging from two to four) opposite each other along the main leaf stalk, which splits at the end to create hooked tendrils.

BUTTERFLY or BLUE PEA
  (Clitoria Mariana) Pea family

BUTTERFLY or BLUE PEA
  (Clitoria Mariana) Pea family

Flowers - Bright lavender blue, showy, about 2 in. long; from 1 to 3 borne on a short peduncle. Calyx tubular, 5-toothed; corolla butterfly-shaped, consisting of very large, erect standard petal, notched at rounded apex; 2 oblong, curved wings, and shorter, acute keel; 10 stamens; style incurved, and hairy along inner side. Stem: Smooth, ascending or partly twining, 1 to 3 ft. high. Leaves: Compounded of 3 oblong leaflets, paler beneath, each on short stalk. Fruit: A few-seeded, acutely pointed pod about 1 in. long. Preferred Habitat - Dry soil. Flowering Season - June-July. Distribution - New Jersey to Florida, westward to Missouri, Texas, and Mexico.

Flowers - Bright lavender blue, striking, about 2 inches long; from 1 to 3 flowers are borne on a short stem. The calyx is tubular and has 5 teeth; the corolla is butterfly-shaped, with a very large, upright standard petal that is notched at the rounded tip; it has 2 oblong, curved wings, and a shorter, pointed keel; there are 10 stamens; the style is curved inward and has hair on the inner side. Stem: Smooth, growing upward or partially climbing, 1 to 3 feet tall. Leaves: Made up of 3 oblong leaflets, lighter underneath, each on a short stalk. Fruit: A few-seeded, sharply pointed pod about 1 inch long. Preferred Habitat - Dry soil. Flowering Season - June-July. Distribution - From New Jersey to Florida, westward to Missouri, Texas, and Mexico.

A beautiful blossom, flaunting a large banner out of all proportion to the size of its other parts, that it may arrest the attention of its benefactors the bees. According to Henderson, the plant, which is found in our Southern States and over the Mexican border, grows also in the Khasia Mountains of India, but in no intervening place. Several members of the tropic-loving genus, that produce large, highly colored flowers, have been introduced to American hothouses; but the blue butterfly pea is our only native representative. The genus is thought to take its name from kleio, to shut up, in reference to the habit these peas have of seeding long before the flower drops off.

A beautiful flower, showcasing a large bloom that stands out compared to the rest of the plant, to catch the attention of its pollinators, the bees. According to Henderson, this plant, found in our Southern States and across the Mexican border, also grows in the Khasia Mountains of India, but not in any areas in between. Several members of the tropics-loving genus that produce large, brightly colored flowers have been introduced to American greenhouses, but the blue butterfly pea is our only native species. The genus is believed to be named after kleio, meaning to shut, referencing the way these peas produce seeds long before the flower falls off.

WILD or HOG PEANUT
  (Falcata comosa; Amphicarpaea monoica of Gray) Pea family

WILD or HOG PEANUT
  (Falcata comosa; Amphicarpaea monoica of Gray) Pea family

Flowers - Numerous small, showy ones, borne in drooping clusters from axils of upper leaves; lilac, pale purplish, or rarely white, butterfly-shaped, consisting of standard petal partly enfolding wings and keel. Calyx tubular, 4 or 5 toothed; 10 stamens (9 and 1); 1 pistil. (Also solitary fertile flowers, lacking petals, on thread-like, creeping branches from lower axils or underground). Stem: Twining wiry brownish-hairy, to 8 ft. long. Leaves: Compounded of 3 thin leaflets, egg-shaped at base, acutely pointed at tip. Fruit: Hairy pod 1 in. long. Also 1-seeded, pale, rounded, underground peanut. Preferred Habitat - Moist thickets, shady roadsides. Flowering Season - August-September. Distribution - New Brunswick westward to Nebraska, south to Gulf of Mexico.

Flowers - Numerous small, showy ones, growing in drooping clusters from the upper leaf axils; lilac, pale purplish, or rarely white, butterfly-shaped, with a standard petal that partially enfolds the wings and keel. The calyx is tubular, with 4 or 5 teeth; there are 10 stamens (9 and 1); and 1 pistil. (Also, there are solitary fertile flowers without petals on thin, creeping branches from lower axils or underground). Stem: Twining, wiry, brownish-hairy, up to 8 ft. long. Leaves: Made up of 3 thin leaflets, egg-shaped at the base, and sharply pointed at the tip. Fruit: Hairy pod that is 1 in. long. Also, a 1-seeded, pale, rounded, underground peanut. Preferred Habitat - Moist thickets, shady roadsides. Flowering Season - August-September. Distribution - New Brunswick westward to Nebraska, south to the Gulf of Mexico.

Amphicarpaea ("seed at both ends"), the Greek name by which this graceful vine was formerly known, emphasizes its most interesting feature, that, nevertheless, seems to many a foolish duplication of energy on Nature's part. Why should the same plant bear two kinds of blossoms and seeds? Among the foliage of low shrubbery and plants in shady lanes and woodside thickets, we see the delicate, drooping clusters of lilac blossoms hanging where bees can readily discover them and, in pilfering their sweets, transfer their pollen from flower to flower. But in case of failure to intercross these blossoms that are dependent upon insect help to set fertile seed, what then? Must the plant run the risk of extinction? Self-fertilization may be an evil, but failure to produce seed at all is surely the greatest one. To guard against such a calamity, insignificant looking flowers that have no petals to open for the enticing of insects, but which fertilize themselves with their own pollen, produce abundant seed close to the ground or under it.Then what need of the showy blossoms hanging in the thicket above? Close inbreeding in the vegetable world, as in the animal, ultimately produces degenerate offspring; and although the showy lilac blossoms of the wild peanut yield comparatively few cross-fertilized seeds, these are quite sufficient to enable the vine to maintain those desired features which are the inheritance from ancestors that struggled in their day and generation after perfection. No plant dares depend upon its cleistogamous or blind flowers alone for offspring; and in the sixty or more genera containing these curious growths, that usually look like buds arrested in development, every plant that bears them bears also showy flowers dependent upon cross-pollination by insect aid.

Amphicarpaea ("seed at both ends"), the Greek name that this elegant vine was once known by, highlights its most fascinating characteristic, which many perceive as a waste of energy by Nature. Why does the same plant produce two types of flowers and seeds? Among the leaves of low shrubs and plants in shady paths and woodland thickets, we see the delicate, drooping clusters of lilac blossoms hanging where bees can easily find them and, while gathering their nectar, move pollen from one flower to another. But what happens if these insect-pollinated blossoms fail to cross-fertilize and produce fertile seeds? Does the plant risk extinction? Self-fertilization may be a drawback, but not producing seeds at all is certainly the biggest problem. To prevent such a disaster, there are insignificant-looking flowers that lack petals to attract insects, but can fertilize themselves with their own pollen, producing plenty of seeds close to the ground or beneath it. So, why do we need the showy blossoms hanging in the thicket above? Inbreeding in the plant world, as in the animal world, eventually results in weaker offspring; although the striking lilac flowers of the wild peanut produce relatively few cross-fertilized seeds, they are enough for the vine to maintain those desirable traits inherited from ancestors that strove for perfection in their time. No plant relies solely on its cleistogamous or blind flowers for reproduction; among the sixty or more genera containing these unique structures, which usually appear as undeveloped buds, every plant with them also has showy flowers that depend on cross-pollination with the help of insects.

The boy who

The kid who

    "Drives home the cows from the pasture
     Up through the long shady lane"

"Brings the cows home from the pasture
     Up the long shady path"

knows how reluctantly they leave the feast afforded by the wild peanut. Hogs, rooting about in the moist soil where it grows, unearth the hairy pods that should produce next year's vines; hence the poor excuse for branding a charming plant with a repellent folk-name,

knows how unwilling they are to leave the feast provided by the wild peanut. Hogs, digging in the damp soil where it grows, uncover the hairy pods that will sprout next year's vines; thus the poor justification for giving a lovely plant an unattractive nickname.

VIOLETS
  (Viola) Violet family

VIOLETS
  (Viola) Violet family

Lacking perfume only to be a perfectly satisfying flower, the COMMON, PURPLE, MEADOW, or HOODED BLUE VIOLET (V. obliqua; V. cucullata of Gray) has nevertheless established itself in the hearts of the people from the Arctic to the Gulf as no sweet-scented, showy, hothouse exotic has ever done. Royal in color as in lavish profusion, it blossoms everywhere - in woods, waysides, meadows, and marshes, but always in finer form in cool, shady dells; with longer flowering scapes in meadow bogs; and with longer leaves than wide in swampy woodlands. The heart-shaped, saw-edged leaves, folded toward the center when newly put forth, and the five-petalled, bluish-purple, golden-hearted blossom are too familiar for more detailed description. From the three-cornered stars of the elastic capsules, the seeds are scattered abroad.

Lacking perfume but still a perfectly delightful flower, the COMMON, PURPLE, MEADOW, or HOODED BLUE VIOLET (V. obliqua; V. cucullata of Gray) has managed to win the hearts of people from the Arctic to the Gulf like no sweet-scented, flashy, greenhouse plant ever has. Rich in color and abundant in number, it blooms everywhere - in forests, along roadsides, meadows, and marshes, but usually looks best in cool, shady spots; with longer flowering stems in wet meadows; and with longer leaves than wide in moist woodlands. The heart-shaped, serrated leaves, which fold toward the center when they first emerge, and the five-petaled, bluish-purple, golden-centered blossom are too familiar for more detailed description. The seeds are scattered far and wide from the three-cornered capsules.

Beards on the spurred lower petal and the two side petals give the bees a foothold when they turn head downward, as some must, to suck nectar. This attitude enables them to receive the pollen dusted on their abdomens, when they jar the flower, at a point nearest their pollen-collecting hairs. It is also an economical advantage to the flower which can sift the pollen downward on the bee instead of exposing it to the pollen-eating interlopers. Among the latter may be classed the bumblebees and butterflies whose long lips and tongues pilfer ad libitum. "For the proper visitors of the bearded violets," says Professor Robertson, "we must look to the small bees, among which the Osmias are the most important."

Beards on the spurred lower petal and the two side petals give bees a grip when they turn upside down, as some have to, to sip nectar. This position lets them collect pollen dusted on their bellies when they shake the flower, at a point closest to their pollen-collecting hairs. It's also a smart advantage for the flower, which can sift the pollen down onto the bee instead of risking it being eaten by intruders. These intruders include bumblebees and butterflies with their long mouths and tongues that steal nectar freely. "For the right visitors of the bearded violets," says Professor Robertson, "we should look to the small bees, especially the Osmias, who are the most important."

When science was younger and hair splitting an uncommon indulgence of botanists, the EARLY BLUE VIOLET (Viola palmata) was thought to be simply a variety of the common purple violet, whose heart-shaped leaves frequently show a tendency to divide into lobes. But the early blue violet, however roundish or heart-shaped its early leaves may be, has the later ones variously divided into from three to thirteen lobes, often almost as much cut on the sides as the leaves of the bird's-foot violet. In dry soil, chiefly in the woods, this violet may be found from Southern Canada westward to Minnesota, and south to northern boundaries of the Gulf States. Only its side petals are bearded to form footrests for the insects that search for the deeply secreted nectar. Many butterflies visit this flower. On entering it a bee must first touch the stigma before any fresh golden pollen is released from the anther cone, and cross-fertilization naturally results.

When science was still developing and detailed distinctions weren’t common among botanists, the EARLY BLUE VIOLET (Viola palmata) was considered just a type of the common purple violet, which usually has heart-shaped leaves that often tend to split into lobes. However, while the early leaves of the early blue violet might be roundish or heart-shaped, the later leaves are typically divided into three to thirteen lobes, often nearly as lobed on the sides as the leaves of the bird's-foot violet. This violet can be found in dry soil, mainly in the woods, from Southern Canada west to Minnesota, and south to the northern borders of the Gulf States. Only its side petals have hairs that act as footrests for insects seeking the deeply hidden nectar. Many butterflies are attracted to this flower. When a bee enters it, it must first touch the stigma before any fresh golden pollen is released from the anther cone, leading to natural cross-fertilization.

In shale and sandy soil, even in the gravel of hillsides, one finds the narrowly divided, finely cut leaves and the bicolored beardless blossom of the BIRD'S-FOOT VIOLET (V. pedata), pale bluish purple on the lower petals, dark purple on one or two upper ones, and with a heart of gold. The large, velvety, pansy-like blossom and the unusual foliage which rises in rather dense tufts are sufficient to distinguish the plant from its numerous kin. This species produces no cleistogamous or blind flowers. Frequently the bird's-foot violet blooms a second time, in autumn, a delightful eccentricity of this family. The spur of its lower petal is long and very slender, and, as might be expected, the longest-tongued bees and butterflies are its most frequent visitors. These receive the pollen on the base of the proboscis.

In shale and sandy soil, even in the gravel of hillsides, you can find the finely divided, delicately shaped leaves and the two-toned, hairless flower of the BIRD'S-FOOT VIOLET (V. pedata). The lower petals are a pale bluish-purple, while one or two of the upper ones are dark purple, featuring a golden center. The large, velvety, pansy-like flower and the unique foliage that grows in dense tufts are enough to set this plant apart from its many relatives. This species doesn’t produce any cleistogamous or blind flowers. Often, the bird's-foot violet blooms again in the fall, a charming quirk of this family. The spur of its lower petal is long and very slender, and, as you might expect, the longest-tongued bees and butterflies are its most common visitors. They collect the pollen at the base of their proboscis.

The WOOLLY BLUE VIOLET (V. sororia), whose stems and younger leaves, at least, are covered with hairs, and whose purplish-blue flowers are more or less bearded within, prefers a shady but dry situation; whereas its next of kin, the ARROW-LEAVED VIOLET (V. sagittata), delights in moist but open meadows and marshes. The latter's long, arrow, or halberd-shaped leaves, usually entire above the middle, but slightly lobed below it, may rear themselves nine inches high in favorable soil, or in dry uplands perhaps only two inches. The flowering scapes grow as tall as the leaves. All but the lower petal of the large, deep, dark, purplish-blue flower are bearded. This species produces an abundance of late cleistogamous flowers on erect stems. These peculiar greenish flowers without petals, that are so often mistaken for buds or seed vessels; that never open, but without insect aid ripen quantities of fertile seed, are usually borne, if not actually under ground, then not far above it, on nearly all violet plants. It will be observed that all species which bear blind flowers rely somewhat on showy, cross-fertilized blossoms also to counteract degeneracy from close inbreeding.

The WOOLLY BLUE VIOLET (V. sororia), which has hairy stems and younger leaves, and purplish-blue flowers that are somewhat bearded on the inside, prefers a shady but dry spot; on the other hand, its relative, the ARROW-LEAVED VIOLET (V. sagittata), thrives in moist but open meadows and marshes. The latter features long, arrow-shaped leaves, usually whole above the middle but slightly lobed below, which can grow up to nine inches tall in good soil, or only about two inches in dry uplands. The flowering stems are as tall as the leaves. All but the lower petal of the large, dark purplish-blue flower have beards. This species produces a lot of late cleistogamous flowers on upright stems. These peculiar greenish flowers, which lack petals and are often confused with buds or seed pods, never open but, without needing insects, produce a lot of fertile seeds. They are typically found either underground or just above it on nearly all violet plants. It's noteworthy that all species with blind flowers also rely on showy, cross-fertilized blossoms to help prevent the negative effects of close inbreeding.

The OVATE-LEAVED VIOLET (V. ovata), formerly reckoned as a mere variety of the former species, is now accorded a distinct rank. Not all the blossoms, but an occasional clump, has a faint perfume like sweet clover. The leaf is elongated, but rather too round to be halberd-shaped; the stems are hairy; and the flowers, which closely resemble those of the arrow-leaved violet, are earlier; making these two species, which are popularly mistaken for one, among the earliest and commonest of their clan. The dry soil of upland woods and thickets is the ovate-leaved violet's preferred habitat.

The OVATE-LEAVED VIOLET (V. ovata), which was once considered just a variety of the previous species, is now recognized as a distinct type. Not every blossom, but sometimes a cluster, has a faint scent similar to sweet clover. The leaf is elongated but a bit too round to be halberd-shaped; the stems are hairy; and the flowers, which look a lot like those of the arrow-leaved violet, bloom earlier. This makes these two species, often confused for one another, some of the earliest and most common in their group. The ovate-leaved violet prefers dry soil found in upland woods and thickets.

In course of time the lovely ENGLISH, MARCH, or SWEET VIOLET, (V. odorata), which has escaped from gardens, and which is now rapidly increasing with the help of seed and runners on the Atlantic and the Pacific coasts, may be established among our wild flowers. No blossom figures so prominently in European literature. In France, it has even entered the political field since Napoleon's day. Yale University has adopted the violet for its own especial flower, although it is the corn-flower, or bachelor's button (Centaurea cyanus) that is the true Yale blue. Sprengel, who made a most elaborate study of the violet, condensed the result of his research into the following questions and answers, which are given here because much that he says applies to our own native species, which have been too little studied in the modern scientific spirit:

In time, the beautiful ENGLISH, MARCH, or SWEET VIOLET (V. odorata), which has escaped from gardens and is now rapidly spreading through seeds and runners along the Atlantic and Pacific coasts, may become a part of our wildflowers. No flower features as prominently in European literature. In France, it has even been involved in politics since the days of Napoleon. Yale University has chosen the violet as its special flower, even though the true Yale blue is represented by the cornflower, or bachelor's button (Centaurea cyanus). Sprengel, who conducted an extensive study of the violet, summarized his findings into the following questions and answers, which are included here because much of what he says also applies to our native species, which have not been studied enough with a modern scientific approach:

"1. Why is the flower situated on a long stalk which is upright, but curved downwards at the free end? In order that it may hang down; which, firstly, prevents rain from obtaining access to the nectar; and, secondly, places the stamens in such a position that the pollen falls into the open space between the pistil and the free ends of the stamens. If the flower were upright, the pollen would fall into the space between the base of the stamen and the base of the pistil, and would not come in contact with the bee.

"1. Why is the flower on a long stem that stands straight but curves downwards at the end? It hangs down so that, first, rain can't reach the nectar, and second, it positions the stamens in a way that the pollen drops into the open space between the pistil and the tips of the stamens. If the flower were upright, the pollen would fall into the space between the base of the stamen and the base of the pistil, and it wouldn't come into contact with the bee."

"2. Why does the pollen differ from that of most other insect-fertilized flowers? In most of such flowers the insects themselves remove the pollen from the anthers, and it is therefore important that the pollen should not easily be detached and carried away by the wind. In the present case, on the contrary, it is desirable that it should be looser and dryer, so that it may easily fall into the space between the stamens and the pistil. If it remained attached to the anther, it would not be touched by the bee, and the flower would remain unfertilized.

"2. Why is the pollen different from that of most other flowers that rely on insects for fertilization? In most of those flowers, the insects themselves take the pollen from the anthers, so it’s important that the pollen doesn’t easily come loose and get blown away by the wind. In this case, however, it’s better for the pollen to be looser and drier, so it can easily fall into the space between the stamens and the pistil. If it stays stuck to the anther, it won't get picked up by the bee, and the flower will stay unfertilized."

"3. Why is the base of the style so thin? In order that the bee may be more easily able to bend the style.

"3. Why is the base of the style so thin? So that the bee can more easily bend the style."

"4. Why is the base of the style bent? For the same reason. The result of the curvature is that the pistil is much more easily bent than would be the case if the style were straight.

"4. Why is the base of the style bent? For the same reason. The result of the curvature is that the pistil can be bent much more easily than if the style were straight."

"5. Finally, why does the membranous termination of the upper filament overlap the corresponding portions of the two middle stamens? Because this enables the bee to move the pistil, and thereby to set free the pollen more easily than would be the case under the reverse arrangement."

"5. Finally, why does the membranous end of the upper filament overlap with the matching parts of the two middle stamens? This allows the bee to shift the pistil, making it easier to release the pollen than if the arrangement were the other way around."

In high altitudes of New England, Colorado. and northward, where the soil is wet and cold, the pale lilac, slightly bearded petals, streaked with darker veins, of the MARSH VIOLET (V. palustris), with its almost round leaves, may be found from May to June. All through the White Mountains one finds it abundant.

In the high altitudes of New England, Colorado, and northward, where the soil is wet and cold, you can find the pale lilac MARSH VIOLET (V. palustris) from May to June, characterized by its slightly bearded petals streaked with darker veins and almost round leaves. It is abundant throughout the White Mountains.

A peculiarity of the DOG or RUNNING VIOLET (V. Labradorica) is that its small, heart-shaped leaves are set along the branching stem, and its pale purple blossoms rise from their angles, pansy fashion. From March to May it blooms throughout its wide range in wet, shady places. Its English prototype, called by the same invidious name, was given the prefix "dog," because the word, which is always intended to express contempt in the British mind, is applied in this case for the flower's lack of fragrance. When a bee visits this violet, his head coming in contact with the stigma jars it, thus opening the little pollen box, whose contents must fall out on his head and be carried away and rubbed off where it will fertilize the next violet visited.

A unique feature of the DOG or RUNNING VIOLET (V. Labradorica) is that its small, heart-shaped leaves are arranged along the branching stem, with pale purple flowers rising from their angles, resembling pansies. It blooms from March to May across its wide range in damp, shady areas. Its English counterpart, sharing the same unflattering name, was given the "dog" prefix because the term is often used in the UK to express disdain, referring to the flower's lack of fragrance. When a bee visits this violet, his head touches the stigma, shaking it and causing the small pollen box to open. The pollen then falls onto his head, which he carries away and rubs off, fertilizing the next violet he visits.

SEA LAVENDER; MARSH ROSEMARY; CANKER-ROOT; INK-ROOT (Limonium Carolinianum; Statice Limonium of Gray) Plumbago family

SEA LAVENDER; MARSH ROSEMARY; CANKER-ROOT; INK-ROOT (Limonium Carolinianum; Statice Limonium of Gray) Plumbago family

Flowers - Very tiny, pale, dull lavender, erect, set along upper side of branches. Calyx 5-toothed, tubular, plaited; corolla of 5 petals opposite as many stamens; 1 pistil with 5 thread-like styles. Scape: 1 to 2 ft. high, slender, leafless, much branched above. Leaves: All from thick, fleshy rootstock, narrowly oblong, tapering into margined petioles, thick, the edges slightly waved, not toothed; midrib prominent. Preferred Habitat - Salt meadows and marshes. Flowering Season - July-October. Distribution - Atlantic coast from Labrador to Florida, westward along the Gulf to Texas; also in Europe.

Flowers - Very small, light, dull lavender, upright, arranged along the upper side of the branches. The calyx has 5 teeth, is tubular, and pleated; the corolla has 5 petals that match the 5 stamens; there is 1 pistil with 5 thread-like styles. Scape: 1 to 2 feet tall, slender, leafless, and highly branched at the top. Leaves: All come from a thick, fleshy rootstock, are narrowly oblong, tapering into margined petioles that are thick with slightly wavy edges, and not toothed; the midrib is prominent. Preferred Habitat - Salt meadows and marshes. Flowering Season - July to October. Distribution - Atlantic coast from Labrador to Florida, westward along the Gulf to Texas; also found in Europe.

Seen in masses, from a little distance, this tiny flower looks like blue-gray mist blown in over the meadows from the sea, and on closer view each plant suggests sea-spray itself. Thrifty housewives along the coast dry it for winter bouquets, partly for ornament and partly because there is an old wives' tradition that it keeps away moths. Statice, from the Greek verb to stop, hence an astringent, was the generic name formerly applied to the plants, with whose roots these same old women believed they cured canker sores.

When you see it from a distance in large groups, this small flower looks like a blue-gray mist drifting over the meadows from the sea, and up close, each plant resembles sea spray. Resourceful housewives along the coast dry it for winter arrangements, partly for decoration and partly because of an old wives' tale that it keeps moths away. Statice, derived from the Greek verb meaning to stop, which refers to its astringent properties, was the generic name once used for these plants. These same old women believed that the roots could cure canker sores.

FRINGED GENTIAN
  (Gentiana crinita) Gentian family

FRINGED GENTIAN
  (Gentiana crinita) Gentian family

Flowers - Deep, bright blue, rarely white, several or many, about 2 in. high, stiffly erect, and solitary at ends of very long foot-stalk. Calyx of 4 unequal, acutely pointed lobes. Corolla funnel form, its four lobes spreading, rounded, fringed around ends, but scarcely on sides. Four stamens inserted on corolla tube; 1 pistil with 2 stigmas. Stem: 1 to 3 ft. high, usually branched, leafy. Leaves: Opposite, upper ones acute at tip, broadening to heart-shaped base, seated on stem. Fruit: A spindle-shaped, 2-valved capsule, containing numerous scaly, hairy seeds. Preferred Habitat - Low, moist meadows and woods. Flowering Season - September-November. Distribution - Quebec, southward to Georgia, and westward beyond the Mississippi.

Flowers - Deep, bright blue, rarely white, with several or many blooms, about 2 inches high, standing stiffly upright and solitary at the ends of very long stems. The calyx has 4 unequal, sharply pointed lobes. The corolla is funnel-shaped, with its four lobes spreading, rounded, and fringed at the ends, but hardly on the sides. There are four stamens attached to the corolla tube; 1 pistil with 2 stigmas. Stem: 1 to 3 feet high, usually branching and leafy. Leaves: Opposite, with the upper ones pointed at the tip, broadening to a heart-shaped base, situated on the stem. Fruit: A spindle-shaped, 2-valved capsule containing numerous scaly, hairy seeds. Preferred Habitat - Low, moist meadows and woods. Flowering Season - September-November. Distribution - Quebec, south to Georgia, and westward past the Mississippi.

    "Thou waitest late, and com'st alone
     When woods are bare and birds have flown,
     And frosts and shortening days portend
     The aged year is near his end.

"You wait late and come alone
     When the woods are bare and the birds have flown,
     And frost and shorter days signal
     The old year is close to its end.

    "Then doth thy sweet and quiet eye
     Look through its fringes to the sky,
     Blue - blue - as if that sky let fail
     A flower from its cerulean wall."

"Then your sweet and gentle eye
     Looks through its fringes to the sky,
     Blue - blue - as if that sky allowed
     A flower to fall from its blue wall."

When we come upon a bed of gentians on some sparkling October day, we can but repeat Bryant's thoughts and express them prosaically who attempt description. In dark weather this sunshine lover remains shut, to protect its nectar and pollen from possible showers. An elusive plant is this gentian, which by no means always reappears in the same places year after year, for it is an annual whose seeds alone perpetuate it. Seating themselves on the winds when autumn gales shake them from out of the home wall, these little hairy scales ride afar, and those that are so fortunate as to strike into soft, moist soil at the end of the journey, germinate. Because this flower is so rarely beautiful that few can resist the temptation of picking it, it is becoming sadly rare near large settlements.

When we come across a patch of gentians on a bright October day, we can only echo Bryant's thoughts and express them plainly when we try to describe it. On cloudy days, this sun-loving flower stays closed up to protect its nectar and pollen from potential rain. The gentian is a tricky plant that doesn’t always come back to the same spots year after year since it’s an annual that reproduces solely by its seeds. When the autumn winds shake them loose from their home, these tiny, hairy scales ride the breeze, and those that are lucky enough to land in soft, moist soil will germinate. Because this flower is so stunningly beautiful, few can resist picking it, which is why it’s becoming sadly rare near large communities.

The special importance of producing a quantity of fertile seed has led the gentians to adopt proterandry - one of the commonest, because most successful, methods of insuring it. The anthers, coming to maturity early, shed their pollen on the bumblebees that have been first attracted by their favorite color and the enticing fringes before they crawl half way down the tube where they can reach the nectar secreted in the walls. After the pollen has been carried from the early flowers, and the stamens begin to wither, up rises the pistil to be fertilized with pollen brought from a newly opened blossom by the bee or butterfly. The late development of the pistil accounts for the error often stated, that some gentians have none. No doubt the fringe, which most scientists regard simply as an additional attraction for winged insects, serves a double purpose in entangling the feet of ants and other crawlers that would climb over the edge to pilfer sweets clearly intended for the bumblebee alone.

The special importance of producing a lot of fertile seeds has led gentians to adopt proterandry—one of the most common and successful methods to ensure this. The anthers mature early, releasing their pollen onto bumblebees that are first drawn in by their favorite color and the attractive fringes before they crawl partway down the tube to access the nectar hidden in the walls. After the pollen has been transferred from the early flowers, and the stamens start to wither, the pistil rises to be fertilized with pollen brought from a newly opened flower by a bee or butterfly. The late development of the pistil explains the common misconception that some gentians have none. The fringe, which most scientists see as just an extra lure for winged insects, likely serves a dual purpose by trapping the feet of ants and other crawlers that might try to climb over the edge to steal nectar meant exclusively for the bumblebee.

Fifteen species of gentian have been gathered during a half-hour walk in Switzerland, where the pastures are spread with sheets of blue. Indeed, one can little realize the beauty of these heavenly flowers who has not seen them among the Alps.

Fifteen species of gentian have been collected during a half-hour walk in Switzerland, where the meadows are blanket with sheets of blue. Truly, one can hardly appreciate the beauty of these magnificent flowers without having seen them in the Alps.

The FIVE-FLOWERED or STIFF GENTIAN, or AGUE-WEED (Gentiana quinquefolia; G. quinqueflora of Gray) has its five-parted, small, picotee-edged blue flowers arranged in clusters, not exceeding seven, at the ends of the branches or seated in the leaf-axils. The slender, branching, ridged stem may rise only two inches in dry soil; or perhaps two feet in rich, moist, rocky ground, where it grows to perfection, especially in mountainous regions. From Canada to Florida and westward to Missouri is its range, and beginning to bloom in August southward, it may not be found until September in the Catskills, and in October it is still in its glory in Ontario. The colorless, bitter juice of many of the gentian tribe has long been valued as a tonic in medicine. Evidently the butterflies that pilfer this "ague-weed," and the bees that are its legitimate feasters, find something more delectable in its blue walls.

The FIVE-FLOWERED or STIFF GENTIAN, also known as AGUE-WEED (Gentiana quinquefolia; G. quinqueflora of Gray), has clusters of small, five-petaled blue flowers with picotee edges, usually no more than seven, found at the ends of the branches or in the leaf axils. The slender, branching, ridged stem may grow only two inches in dry soil, or up to two feet in rich, moist, rocky ground, thriving especially in mountainous areas. Its range stretches from Canada to Florida and westward to Missouri. It starts blooming in August in the south, may not appear until September in the Catskills, and in October, it is still in bloom in Ontario. The clear, bitter juice from many gentians has been valued for its tonic properties in medicine. Clearly, the butterflies that visit this "ague-weed," and the bees that enjoy it, find something tasty in its blue blooms.

A deep, intense blue is the CLOSED, BLIND, or BOTTLE GENTIAN (G. Andrewsii), more truly the color of the "male bluebird's back," to which Thoreau likened the paler fringed gentian. Rarely some degenerate plant bears white flowers. As it is a perennial, we are likely to find it in its old haunts year after year; nevertheless its winged seeds sail far abroad to seek pastures new. This gentian also shows a preference for moist soil. Gray thought that it expanded slightly, and for a short time only in sunshine, but added that, although it is proterandrous, i.e. it matures and sheds its pollen before its stigma is susceptible to any, he believed it finally fertilized itself by the lobes of the stigma curling backward until they touched the anthers. But Gray was doubtless mistaken. Several authorities have recently proved that the flower is adapted to bumblebees. It offers them the last feast of the season, for although it comes into bloom in August southward, farther northward - and it extends from Quebec to the Northwest Territory - it lasts through October.

A deep, intense blue is the CLOSED, BLIND, or BOTTLE GENTIAN (G. Andrewsii), more accurately reflecting the color of the "male bluebird's back," which Thoreau compared to the paler fringed gentian. Occasionally, some offshoots produce white flowers. Since it's a perennial, we usually find it in its old spots year after year; however, its winged seeds travel far and wide to find new places to grow. This gentian prefers moist soil. Gray thought it opened slightly and only for a short time in sunshine, but he mentioned that, while it is proterandrous (meaning it matures and releases its pollen before the stigma is ready to receive any), he believed it eventually fertilized itself by having the lobes of the stigma curl backward until they touched the anthers. But Gray was likely mistaken. Several experts have recently demonstrated that the flower is adapted for bumblebees. It provides them with the last feast of the season, as it blooms in August in the southern regions, but farther north—from Quebec to the Northwest Territory—it lasts through October.

Now, how can a bumblebee enter this inhospitable-looking flower? If he did but know it, it keeps closed for his special benefit, having no fringes or hairs to entangle the feet of crawling pilferers, and no better way of protecting its nectar from rain and marauding butterflies that are not adapted to its needs. But he is a powerful fellow. Watch him alight on a cluster of blossoms, select the younger, nectar-bearing ones, that are distinctly marked white against a light-blue background at the mouth of the corolla for his special guidance. Old flowers from which the nectar has been removed turn deep reddish purple, and the white pathfinders become indistinct. With some difficulty, it is true, the bumblebee (B. Americanorum) thrusts his tongue through the valve of the chosen flower where the five plaited lobes overlap one another; then he pushes with all his might until his head having passed the entrance most of his body follows, leaving only his hind legs and the tip of his abdomen sticking out as he makes the circuit. He has much sense as well as muscle, and does not risk imprisonment in what must prove a tomb by a total and unnecessary disappearance within the bottle. Presently he backs out, brushes the pollen from his head and thorax into his baskets, and is off to fertilize an older, stigmatic flower with the few grains of quickening dust that must remain on his velvety head.

Now, how can a bumblebee get into this unwelcoming flower? If only he knew, it's closed just for him, with no fringes or hairs to snag the feet of wandering thieves, and it’s the best way to keep its nectar safe from rain and hungry butterflies that aren’t suited for it. But he’s a strong guy. Watch him land on a bunch of blossoms, picking out the younger, nectar-filled ones that stand out as white against a light-blue background at the flower's opening to guide him. The older flowers that have lost their nectar turn deep reddish purple, and the white guides become hard to see. With some effort, it’s true, the bumblebee (B. Americanorum) pushes his tongue through the opening of the chosen flower where the five overlapping lobes meet; then he gives it all he’s got until, once his head passes through the entrance, most of his body follows, leaving just his back legs and the tip of his abdomen sticking out as he makes his way around. He’s smart as well as strong, not wanting to get trapped in what would be a tomb by disappearing completely into the flower. Soon, he backs out, brushes the pollen off his head and thorax into his baskets, and he's off to pollinate an older flower with the few grains of life-giving dust that are still on his fuzzy head.

WILD BLUE PHLOX
  (Phlox divaricata) Phlox family

WILD BLUE PHLOX
  (Phlox divaricata) Phlox family

Flowers - Pale lilac blue, slightly fragrant, borne on sticky pedicels, in loose, spreading clusters. Calyx with 5 long, sharp teeth. Corolla of 5 flat lobes, indented like the top of a heart, and united into a slender tube; 5 unequal, straight, short stamens in corolla tube; 1 pistil with 3 stigmas. Stem: to 2 ft. high, finely coated with sticky hairs above, erect or spreading, and producing leafy shoots from base. Leaves: Of flowering stem - opposite, oblong, tapering to a point; of sterile shoots - oblong or egg-shaped, not pointed, 1 to 2 in. long. Preferred habitat - Moist, rocky woods. Flowering Season - April-June. Distribution - Eastern Canada to Florida, Minnesota to Arkansas.

Flowers - Pale lilac blue, slightly fragrant, found on sticky stems, in loose, spreading clusters. Calyx with 5 long, sharp points. Corolla made up of 5 flat lobes, indented like the top of a heart, and joined into a slender tube; 5 unequal, straight, short stamens inside the tube; 1 pistil with 3 stigmas. Stem: up to 2 ft. high, finely covered with sticky hairs above, upright or spreading, and producing leafy shoots from the base. Leaves: On flowering stem - opposite, oblong, tapering to a point; on sterile shoots - oblong or egg-shaped, not pointed, 1 to 2 in. long. Preferred habitat - Moist, rocky woods. Flowering Season - April-June. Distribution - Eastern Canada to Florida, Minnesota to Arkansas.

The merest novice can have no difficulty in naming the flower whose wild and cultivated relations abound throughout North America, the almost exclusive home of the genus, although it is to European horticulturists, as usual the first to see the possibilities in our native flowers, that we owe the gay hybrids in our gardens. Mr. Drummond, a collector from the Botanical Society of Glasgow, early in the thirties sent home the seeds of a species from Texas, which became the ancestor of the gorgeous annuals, the Drummond phloxes of commerce today; and although he died of fever in Cuba before the plants became generally known, not even his kinsman, the author of "Natural Law in the Spiritual World," has done more to immortalize the family name.

The simplest beginner can easily name the flower whose wild and cultivated relatives are plentiful across North America, the almost exclusive home of the genus. However, as is often the case, it is European horticulturists who first recognized the potential of our native flowers, leading to the vibrant hybrids we see in our gardens. Mr. Drummond, a collector from the Botanical Society of Glasgow, sent seeds of a species from Texas back home in the early 1830s, which became the ancestor of the beautiful annuals known today as Drummond phloxes. Although he passed away from fever in Cuba before the plants gained popularity, nobody, not even his relative, the author of "Natural Law in the Spiritual World," has done more to make the family name memorable.

While the wild blue phlox is sometimes cultivated, it is the GARDEN PHLOX (P. paniculata), common in woods and thickets from Pennsylvania to Illinois and southward, that under a gardener's care bears the large terminal clusters of purple, magenta, crimson, pink, and white flowers abundant in old-fashioned, hardy borders. From these it has escaped so freely in many sections of the North and East as to be counted among the local wildflowers. Unless the young offshoots are separated from the parent and given a nook of their own, the flower quickly reverts to the original type. European cultivators claim that the most brilliant colors are obtained by crossing annual with perennial phloxes.

While the wild blue phlox is sometimes grown, it's the GARDEN PHLOX (P. paniculata), found commonly in woods and thickets from Pennsylvania to Illinois and further south, that produces large clusters of purple, magenta, crimson, pink, and white flowers when cared for by a gardener. It has spread so easily in many areas of the North and East that it's considered one of the local wildflowers. If the young offshoots aren't separated from the parent plant and given their own space, the flower quickly goes back to its original form. European gardeners say that the brightest colors come from crossing annual and perennial phloxes.

WILD SWEET WILLIAM (P. maculata), another perennial much sought by cultivators, loves the moisture of low woods and the neighborhood of streams in the Middle and Western States when it is free to choose its habitat; but it, too, has so freely escaped from gardens farther north into dry and dusty roadsides, that anyone who has passed the ruins of Hawthorne's little red cottage at Lenox, for example, and seen the way his wife's clump of white phlox under his study window has spread to cover an acre of hillside, would suppose it to be luxuriating in its favorite locality. This variety of the species (var. Candida) lacks the purplish flecks on stem and lower leaves responsible for the specific name of the type. Pinkish purple or pink blossoms are borne in a rather narrow, elongated panicle on the typical Sweet William.

WILD SWEET WILLIAM (P. maculata), another beloved perennial among gardeners, thrives in the moist, low woodlands and near streams of the Midwestern and Western States when it can pick its environment. However, it has also spread widely from gardens further north into dry, dusty roadsides. Anyone who has passed by the remains of Hawthorne's little red cottage in Lenox, for instance, and has seen how his wife's cluster of white phlox under his study window has expanded to cover an acre of hillside would think it’s thriving in its ideal spot. This particular variety of the species (var. Candida) doesn’t have the purplish spots on its stem and lower leaves that give the main type its name. The typical Sweet William features pinkish purple or pink flowers arranged in a somewhat narrow, elongated cluster.

Most members of the phlox family resort to the trick of coating the upper stem and the peduncles immediately below the flowers with a sticky secretion in which crawling insects, intent on pilfering sweets, meet their death, just as birds are caught on limed twigs. Butterflies, for whom phloxes have narrowed their tubes to the exclusion of most other insects, are their benefactors; but long-tongued bees and flies often seek their nectar. Indeed, the number of strictly butterfly-flowers is surprisingly small.

Most members of the phlox family use a clever trick by covering the upper stem and the stems just below the flowers with a sticky substance that traps crawling insects looking to steal nectar, just like birds get caught on sticky branches. Butterflies, for whom phloxes have made their tubes specifically designed to keep out most other insects, benefit from this; however, long-tongued bees and flies often go after their nectar. In fact, the number of flowers that are strictly for butterflies is surprisingly small.

VIRGINIA COWSLIP; TREE or SMOOTH LUNGWORT; BLUE-BELLS
  (Mertensia Virginica) Borage family

VIRGINIA COWSLIP; TREE or SMOOTH LUNGWORT; BLUE-BELLS
  (Mertensia Virginica) Borage family

Flowers - Pinkish in bud, afterward purplish blue, fading to light blue; about 1 in. long, tubular, funnel form, the tube of corolla not crested; spreading or hanging on slender pedicels in showy, loose clusters at end of smooth stem from 1 to 2 ft. high; stamens 5, inserted on corolla; 1 pistil; ovary of 4 divisions. Leaves: Large, entire, alternate, veiny, oblong or obovate, the upper ones seated on stem; lower very large ones diminishing toward base into long petioles; at first rich, dark purple, afterward pale bluish gray. Fruit: 4 seed-like little nuts, leathery, wrinkled when mature. Preferred Habitat - Alluvial ground, low meadows, and along streams. Flowering Season - March-May. Distribution - Southern Canada to South Carolina and Kansas, west to Nebraska; most abundant in middle West.

Flowers - Pinkish when in bud, turning purplish blue, then fading to light blue; about 1 inch long, tubular, funnel-shaped, with a smooth tube and no crest; they spread or hang on slender stems in eye-catching, loose clusters at the end of smooth stems that are 1 to 2 feet tall; 5 stamens attached to the corolla; 1 pistil; ovary divided into 4 sections. Leaves: Large, whole, alternating, veiny, either oblong or oval, with the upper ones attached directly to the stem; the larger lower leaves gradually becoming smaller and connecting to long stalks; initially a rich, dark purple, later turning a pale bluish gray. Fruit: 4 seed-like, small nuts, leathery and wrinkled when ripe. Preferred Habitat - Floodplains, low meadows, and stream banks. Flowering Season - March to May. Distribution - From southern Canada to South Carolina and Kansas, extending west to Nebraska; most prevalent in the Midwest.

Not to be outdone by its cousins the heliotrope and the forget-me-not, this lovely and far more showy spring flower has found its way into the rockwork and sheltered, moist nooks of many gardens, especially in England, where Mr. W. Robinson, who has appealed for its wider cultivation in that perennially charming book, "The English Flower Garden," says of the Mertensias: "There is something about them more beautiful in form of foliage and stem, and in the graceful way in which they rise to panicles of blue, than in almost any other family…. Handsomest of all is the Virginia cowslip." And yet Robinson never saw the alluvial meadows in the Ohio Valley blued with lovely masses of the plant in April.

Not to be outdone by its cousins the heliotrope and the forget-me-not, this beautiful and much showier spring flower has made its way into the rock gardens and sheltered, moist spots of many gardens, especially in England, where Mr. W. Robinson, who has called for its wider cultivation in that always delightful book, "The English Flower Garden," describes the Mertensias: "There is something about them that is more beautiful in the shape of their leaves and stems, and in the elegant way they rise into clusters of blue, than in almost any other family…. The prettiest of all is the Virginia cowslip." Yet Robinson never saw the alluvial meadows in the Ohio Valley painted with lovely masses of the plant in April.

A great variety of insects visit this blossom, which, being tubular, conducts them straight to the ample feast; but not until they have deposited some pollen brought from another flower on the stigma in their way. The anthers are too widely separated from the stigma to make self-fertilization likely. Occasionally one finds the cowslips perforated by clever bumblebees. As only the females, which are able to sip far deeper cups, are flying when they bloom, they must be either too mischievous or too lazy to drain them in the legitimate manner. Butterflies have only to stand on a flower, not to enter it, in order to sip nectar from the four glands that secrete it abundantly.

A wide variety of insects visit this flower, which, being tubular, leads them straight to a plentiful meal; but not before they drop off some pollen from another flower on the stigma in their path. The anthers are spaced too far from the stigma for self-fertilization to be likely. Occasionally, you'll find cowslips pierced by clever bumblebees. Since only the females, which can reach much deeper, are out flying when they bloom, they must be either too mischievous or too lazy to access the nectar in the proper way. Butterflies just need to land on a flower, not enter it, to sip nectar from the four glands that release it generously.

FORGET-ME-NOT; MOUSE-EAR; SCORPION GRASS; SNAKE GRASS; LOVE ME
  (Myosotis Palustris) Borage family

FORGET-ME-NOT; MOUSE-EAR; SCORPION GRASS; SNAKE GRASS; LOVE ME
  (Myosotis palustris) Borage family

Flowers - Pure blue, pinkish, or white, with yellow eye; flat, 5-lobed, borne in many-flowered, long, often 1-sided racemes. Calyx 5-cleft; the lobes narrow, spreading, erect, and open in fruit; 5 stamens inserted on corolla tube; style threadlike; ovary 4-celled. Stem: Low, branching, leafy, slender, hairy, partially reclining. Leaves: (Myosotis = mouse-ear) oblong, alternate, seated on stem, hairy. Fruit: Nutlets, angled and keeled on inner side. Preferred Habitat - Escaped from gardens to brooksides, marshes, and low meadows. Flowering Season - May-July. Distribution - Native of Europe and Asia, now rapidly spreading from Nova Scotia southward to New Jersey, Pennsylvania, and beyond.

Flowers - Pure blue, pinkish, or white with a yellow center; flat, 5-pointed, and found in long, often one-sided clusters with many flowers. The calyx is 5-parted; the lobes are narrow, spreading, upright, and open when fruiting; there are 5 stamens attached to the corolla tube; the style is thin; and the ovary has 4 cells. Stem: Low, branching, leafy, slender, hairy, and partially sprawling. Leaves: (Myosotis = mouse-ear) oblong, alternate, sitting on the stem, and hairy. Fruit: Nutlets that are angled and ridged on the inner side. Preferred Habitat - Escaped from gardens to stream banks, marshes, and low meadows. Flowering Season - May to July. Distribution - Native to Europe and Asia, now rapidly spreading from Nova Scotia south to New Jersey, Pennsylvania, and beyond.

How rare a color blue must have been originally among our flora is evident from the majority of blue and purple flowers that, although now abundant here and so perfectly at home, are really quite recent immigrants from Europe and Asia. But our dryer, hotter climate never brings to the perfection attained in England

How rare the color blue must have been originally among our plants is clear from the many blue and purple flowers that, even though they are now abundant here and seem perfectly at home, are actually quite recent arrivals from Europe and Asia. However, our drier, hotter climate never allows them to reach the perfection seen in England.

    "The sweet forget-me-nots
     That grow for happy lovers."

"The lovely forget-me-nots
     That bloom for joyful couples."

Tennyson thus ignores the melancholy association of the flower in the popular legend which tells how a lover, when trying to gather some of these blossoms for his sweetheart, fell into a deep pool, and threw a bunch on the bank, calling out, as he sank forever from her sight, "Forget me not." Another dismal myth sends its hero forth seeking hidden treasure caves in a mountain, under the guidance of a fairy. He fills his pockets with gold, but not heeding the fairy's warning to "forget not the best" - i.e., the myosotis - he is crushed by the closing together of the mountain. Happiest of all is the folk-tale of the Persians; as told by their poet Shiraz: "It was in the golden morning of the early world, when an angel sat weeping outside the closed gates of Paradise. He had fallen from his high estate through loving a daughter of earth, nor was he permitted to enter again until she whom he loved had planted the flowers of the forget-me-not in every corner of the world. He returned to earth and assisted her, and together they went hand in hand. When their task was ended, they entered Paradise together, for the fair woman, without tasting the bitterness of death, became immortal like the angel whose love her beauty had won when she sat by the river twining forget-me-nots in her hair."

Tennyson overlooks the sad story tied to the flower in the popular legend that tells of a lover who, while trying to pick some of these blooms for his sweetheart, fell into a deep pool and tossed a bunch onto the bank, calling out as he sank forever from her view, "Forget me not." Another grim myth tells of a hero who sets out to find hidden treasure in a mountain, guided by a fairy. He fills his pockets with gold, but ignoring the fairy's warning to "forget not the best" - referring to the myosotis - he gets crushed by the mountain closing in. The happiest tale of all comes from Persian folklore, as told by their poet Shiraz: "In the golden morning of the early world, an angel sat weeping outside the closed gates of Paradise. He had fallen from grace because he loved a daughter of earth, and he wasn’t allowed to enter again until the one he loved had planted forget-me-not flowers in every corner of the world. He returned to earth and helped her, and together they walked hand in hand. When they completed their task, they entered Paradise together, for the beautiful woman, without experiencing the pain of death, became immortal like the angel whose love her beauty had earned when she sat by the river weaving forget-me-nots into her hair."

It was the golden ring around the forget-me-not's center that first led Sprengel to believe the conspicuous markings at the entrance of many flowers served as pathfinders to insects. This golden circle also shelters the nectar from rain, and indicates to the fly or bee just where it must probe between stigma and anthers to touch them with opposite sides of its tongue. Since it may probe from any point of the circle, it is quite likely that the side of the tongue that touched a pollen-laden anther in one flower will touch the stigma in the next one visited, and so cross-fertilize it. But forget-me-nots are not wholly dependent on insects. When these fail, a fully mature flower is still able to set fertile seed by shedding its own pollen directly on the stigma.

It was the golden ring around the center of the forget-me-not that first made Sprengel think that the bright markings at the entrance of many flowers acted as guides for insects. This golden circle also protects the nectar from rain and shows the fly or bee exactly where it needs to go between the stigma and anthers to touch them with opposite sides of its tongue. Since it can probe from any point on the circle, it’s very likely that the side of the tongue that touched a pollen-covered anther in one flower will touch the stigma in the next flower it visits, helping to cross-pollinate. However, forget-me-nots aren’t completely reliant on insects. When they aren’t around, a fully mature flower can still produce fertile seeds by releasing its own pollen directly onto the stigma.

The SMALLER FORGET-ME-NOT (M. laxa), formerly accounted a mere variety of palustris, but now defined as a distinct species, is a native, and therefore may serve to show how its European relative here will deteriorate in the dryer atmosphere of the New World. Its tiny turquoise flowers, borne on long stems from a very loose raceme, gleam above wet, muddy places from Newfoundland and Eastern Canada to Virginia and Tennessee.

The SMALLER FORGET-ME-NOT (M. laxa), which was previously considered just a variety of palustris, is now recognized as a separate species. It's native, so it illustrates how its European counterpart will struggle in the drier climate of the New World. Its small turquoise flowers, which grow on long stems from a loose cluster, shine above wet, muddy areas from Newfoundland and Eastern Canada to Virginia and Tennessee.

Even smaller still are the blue or white flowers of the FIELD FORGET-ME-NOT, SCORPION GRASS, or MOUSE-EAR (M. arvenis), whose stems and leaves are covered with bristly hairs. It blooms from August to July in dry places, even on hillsides, an unusual locality in which to find a member of this moisture-loving clan. All the flowers remain long in bloom, continually forming new buds on a lengthening stem, and leaving behind little empty green calices.

Even smaller are the blue or white flowers of the FIELD FORGET-ME-NOT, SCORPION GRASS, or MOUSE-EAR (M. arvenis), which have stems and leaves covered with bristly hairs. It blooms from August to July in dry spots, even on hillsides, which is an unusual place to find a member of this moisture-loving group. All the flowers stay in bloom for a long time, constantly forming new buds on a growing stem, and leaving behind small empty green calyxes.

VIPER'S BUGLOSS; BLUE-WEED; VIPER'S HERB or GRASS; SNAKE-FLOWER;
BLUE-THISTLE
  (Echium vulgare) Borage family

VIPER'S BUGLOSS; BLUE-WEED; VIPER'S HERB or GRASS; SNAKE-FLOWER;
BLUE-THISTLE
  (Echium vulgare) Borage family

Flowers - Bright blue, afterward reddish purple, pink in the bud, numerous, clustered on short, 1-sided, curved spikes rolled up at first, and straightening out as flowers expand. Calyx deeply 5-cleft; corolla 1 in. long or less, funnel form, the 5 lobes unequal, acute; 5 stamens inserted on corolla tube, the filaments spreading below, and united above into slender appendage, the anthers forming a cone. 1 pistil with 2 stigmas. Stem: 1 to 2 1/2 ft. high; bristly-hairy, erect, spotted. Leaves: Hairy, rough, oblong to lance-shaped, alternate, seated on stem, except at base of plant. Preferred Habitat - Dry fields, waste places; roadsides. Flowering Season - June-July. Distribution - New Brunswick to Virginia, westward to Nebraska; Europe and Asia.

Flowers - Bright blue at first, then turning reddish purple, and pink in the bud, they are numerous and clustered on short, one-sided, curved spikes that roll up initially and then straighten as the flowers open. The calyx is deeply 5-cleft; the corolla is 1 inch long or less, in a funnel shape, with 5 unequal, sharp lobes. There are 5 stamens attached to the corolla tube, with the filaments spreading below and merging at the top into a slender appendage, while the anthers form a cone. There is 1 pistil with 2 stigmas. Stem: 1 to 2.5 feet tall; bristly-hairy, upright, and spotted. Leaves: Hairy, rough, oblong to lance-shaped, arranged alternately on the stem, except at the base of the plant. Preferred Habitat - Dry fields, waste areas; roadsides. Flowering Season - June to July. Distribution - From New Brunswick to Virginia, west to Nebraska; also found in Europe and Asia.

In England, from whose gardens this plant escaped long ago, a war of extermination that has been waged against the vigorous, beautiful weed by the farmers has at last driven it to the extremity of the island, where a few stragglers about Penzance testify to the vanquishing of what must once have been a mighty army. From England a few refugees reached here in i683, no one knows how; but they proved to be the vanguard of an aggressive and victorious host that quickly overran our open, hospitable country, as if to give vent to revenge for long years of persecution at the hands of Europeans. "It is a fact that all our more pernicious weeds, like our vermin, are of Old-World origin," says.John Burroughs. "…Perhaps the most notable thing about them, when compared with our native species, is their persistence, not to say pugnacity. They fight for the soil; they plant colonies here and there, and will not be rooted out. Our native weeds are for the most part shy and harmless, and retreat before civilization…. We have hardly a weed we can call our own."

In England, where this plant originally came from long ago, farmers have been engaged in a relentless battle to wipe out this vibrant, beautiful weed. They've finally pushed it to the farthest reaches of the island, where a few lone survivors around Penzance show proof of what must have once been a powerful presence. A few of these weeds made their way here in 1683, though no one really knows how they got here; but they turned out to be the front line of an aggressive and successful force that quickly took over our open, welcoming land, seemingly seeking revenge for years of oppression by Europeans. "It's a fact that all our most troublesome weeds, just like our pests, come from the Old World," says John Burroughs. "…Perhaps the most striking thing about them, compared to our native species, is their tenacity, even aggressiveness. They fight for the soil; they establish colonies here and there and refuse to be uprooted. Our native weeds are mostly timid and harmless, retreating in the face of civilization…We hardly have a weed we can truly claim as our own."

Years ago, when simple folk believed God had marked plants with some sign to indicate the special use for which each was intended, they regarded the spotted stem of the bugloss, and its seeds shaped like a serpent's head, as certain indications that the herb would cure snake bites. Indeed, the genus takes its name from Echis, the Greek for viper.

Years ago, when everyday people believed that God had marked plants with signs to show their specific uses, they saw the spotted stem of the bugloss and its seeds shaped like a snake's head as clear signs that the herb could cure snake bites. In fact, the genus is named after Echis, the Greek word for viper.

Because it is showy and offers accessible nectar, a great variety of insects visit the blue-weed; Muller alone observed sixty-seven species about it. We need no longer wonder at its fertility. Of the five stamens one remains in the tube, while the other four project and form a convenient alighting place for visitors, which necessarily dust their under sides with pollen as they enter; for the red anthers were already ripe when the flower opened. Then, however, the short, immature pistil was kept below. After the stamens have shed their pollen and there can be no longer danger of self-fertilization, it gradually elongates itself beyond the point occupied by them, and divides into two little horns whose stigmatic surfaces an incoming pollen-laden insect cannot well fail to strike against. Cross-pollination is so thoroughly secured in this case that the plant has completely lost the power of fertilizing itself. Unwelcome visitors like ants, which would pilfer nectar without rendering any useful service in return, are warded off by the bristly, hairy foliage. Several kinds of female bees seek the bugloss exclusively for food for their larvae as well as for themselves, sweeping up the abundant pollen with their abdominal brushes as they feast without effort.

Because it’s colorful and has easy-to-reach nectar, a wide variety of insects visit the blue-weed; Muller alone noted sixty-seven different species around it. We no longer need to be surprised by its abundance. Of the five stamens, one stays in the tube while the other four extend outward, providing a convenient landing spot for visitors, which dust their undersides with pollen as they enter, since the red anthers were already mature when the flower opened. At that point, however, the short, immature pistil remains below. Once the stamens release their pollen and there's no longer a risk of self-fertilization, the pistil gradually grows longer, surpassing the stamens, and splits into two small horns that are sure to come into contact with the incoming, pollen-covered insect. Cross-pollination is so effectively ensured in this case that the plant has completely lost the ability to fertilize itself. Unwanted visitors like ants, which would steal nectar without providing any benefit in return, are kept away by the bristly, hairy leaves. Several types of female bees visit the bugloss exclusively for food for their larvae and themselves, collecting the abundant pollen with their abdominal brushes as they enjoy a feast without much effort.

BLUE VERVAIN; WILD HYSSOP; SIMPLER'S JOY
  (Verbena hastala) Vervain family

BLUE VERVAIN; WILD HYSSOP; SIMPLER'S JOY
  (Verbena hastala) Vervain family

Flowers - Very small, purplish blue, in numerous slender, erect, compact spikes. Calyx 5-toothed; corolla tubular, unequally 5-lobed; 2 pairs of stamens; 1 pistil. Stem: 3 to 7 ft. high, rough, branched above, leafy, 4-sided. Leaves: Opposite, stemmed, lance-shaped, saw-edged, rough; lower ones lobed at base. Preferred Habitat - Moist meadows, roadsides, waste places. Flowering Season - June-September. Distribution - United States and Canada in almost every part.

Flowers - Very small, purplish-blue, growing in many slender, upright, compact spikes. The calyx has 5 teeth; the corolla is tubular and unevenly 5-lobed; there are 2 pairs of stamens and 1 pistil. Stem: 3 to 7 feet tall, rough, branched at the top, leafy, and 4-sided. Leaves: Opposite, with stems, lance-shaped, serrated edges, and rough texture; the lower leaves are lobed at the base. Preferred Habitat - Moist meadows, roadsides, and disturbed areas. Flowering Season - June to September. Distribution - Found in almost every part of the United States and Canada.

Seeds below, a circle of insignificant purple-blue flowers in the center, and buds at the top of the vervain's slender spires do not produce a striking effect, yet this common plant certainly does not lack beauty. John Burroughs, ever ready to say a kindly, appreciative word for any weed, speaks of its drooping, knotted threads, that "make a pretty etching upon the winter snow." Bees, the vervain's benefactors, are usually seen clinging to the blooming spikes, and apparently sleep on them. Borrowing the name of simpler's joy from its European sister, the flower has also appropriated much of the tradition and folk-lore centered about that plant which herb-gatherers, or simplers, truly delighted to see, since none was once more salable.

Seeds below, a cluster of small purple-blue flowers in the center, and buds at the top of the vervain's slender spikes don't create a dramatic effect, but this common plant definitely has its own beauty. John Burroughs, always ready to say something nice about any weed, mentions its drooping, knotted threads that "make a pretty etching upon the winter snow." Bees, the vervain's helpers, are often seen clinging to the blooming spikes and seem to rest on them. Taking the name simpler's joy from its European counterpart, the flower has also inherited much of the tradition and folklore surrounding that plant, which herb-gatherers, or simplers, were always thrilled to find, as it was once very marketable.

EUROPEAN VERVAIN (V. officinalis) HERB-OF-THE-CROSS, BERBINE, HOLY-HERB, ENCHANTER'S PLANT, JUNO'S TEARS, PIGEON-GRASS, LIGHTNING PLANT, SIMPLER'S JOY, and so on through a long list of popular names for the most part testifying to the plant's virtue as a love-philter, bridal token, and general cure-all, has now become naturalized from the Old World on the Atlantic and Pacific Slopes; and is rapidly appropriating waste arid cultivated ground until, in many places, it is truly troublesome. In general habit like the blue vervain, its flowers are more purplish than blue, and are scattered, not crowded, along the spikes. The leaves are deeply, but less acutely, cut.

EUROPEAN VERVAIN (V. officinalis) HERB-OF-THE-CROSS, BERBINE, HOLY-HERB, ENCHANTER'S PLANT, JUNO'S TEARS, PIGEON-GRASS, LIGHTNING PLANT, SIMPLER'S JOY, and many other popular names mostly highlight the plant's reputation as a love potion, wedding gift, and general remedy. It has now become naturalized from the Old World across the Atlantic and Pacific coasts and is quickly taking over waste and cultivated land, becoming a nuisance in many areas. It generally resembles blue vervain, but its flowers are more purplish than blue and are spaced, not clustered, along the spikes. The leaves are deeply cut but not as sharply.

Ages before Christians ascribed healing virtues to the vervain - found growing on Mount Calvary, and therefore possessing every sort of miraculous power, according to the logic of simple peasant folk - the Druids had counted it among their sacred plants. "When the dog-star arose from unsunned spots" the priests gathered it. Did not Shakespeare's witches learn some of their uncanny rites from these reverend men of old? One is impressed with the striking similarity of many customs recorded of both. Two of the most frequently used ingredients in witches' cauldrons were the vervain and the rue. "The former probably derived its notoriety from the fact of its being sacred to Thor, an honor which marked it out, like other lightning plants, as peculiarly adapted for occult uses," says Mr. Thiselton Dyer in his "Folk-lore of Plants." "Although vervain, therefore, as the enchanter's plant, was gathered by witches to do mischief in their incantations, yet, as Aubrey says, it 'hinders witches from their will,' a circumstance to which Drayton further refers when he speaks of the vervain as ''gainst witchcraft much avayling.'" Now we understand why the children of Shakespeare's time hung vervain and dill with a horseshoe over the door.

A long time before Christians believed in the healing powers of vervain—found on Mount Calvary and thought to have all kinds of miraculous abilities according to the reasoning of simple country folks—the Druids considered it one of their sacred plants. "When the dog star rose from unlit places," the priests harvested it. Didn’t Shakespeare's witches learn some of their strange rituals from these respected ancient figures? One can't help but notice the striking similarities between many customs noted in both groups. Two of the most common ingredients in witches’ cauldrons were vervain and rue. "The former likely gained its bad reputation because it was sacred to Thor, which set it apart, like other lightning plants, as particularly suited for magical uses," writes Mr. Thiselton Dyer in his "Folk-lore of Plants." "So while vervain, known as the enchanter's plant, was collected by witches to cause harm in their spells, it also, as Aubrey notes, 'prevents witches from achieving their goals,' a fact that Drayton mentions when he refers to vervain as 'very effective against witchcraft.'" This helps explain why children in Shakespeare's time hung vervain and dill with a horseshoe over their door.

In his eighth Eclogue, Virgil refers to vervain as a charm to recover lost love. Doubtless this was the verbena, the herba sacra employed in ancient Roman sacrifices, according to Pliny. In his day the bridal wreath was of verbena, gathered by the bride herself.

In his eighth Eclogue, Virgil mentions vervain as a charm to get back lost love. This was definitely the verbena, the sacred herb used in ancient Roman sacrifices, according to Pliny. In his time, the bridal wreath was made of verbena, picked by the bride herself.

NARROW-LEAVED VERVAIN (V. angustifolia), like the blue vervain, has a densely crowded spike of tiny purple or blue flowers that quickly give place to seeds, but usually there is only one spike at the end of a branch. The leaves are narrow, lance-shaped, acute, saw-edged, rough. From Massachusetts and Florida westward to Minnesota and Arkansas one finds the plant blooming in dry fields from June to August, after the parsimonious manner of the vervain tribe.

NARROW-LEAVED VERVAIN (V. angustifolia), similar to blue vervain, has a tightly packed spike of small purple or blue flowers that quickly turn into seeds, but typically there is only one spike at the end of a branch. The leaves are narrow, lance-shaped, pointed, saw-edged, and rough. This plant can be found blooming in dry fields from Massachusetts to Florida and westward to Minnesota and Arkansas from June to August, in the frugal style typical of the vervain family.

It is curious that the vervain, or verbena, employed by brides for centuries as the emblem of chastity, should be one of the notorious botanical examples of a willful hybrid. Generally, the individuals of distinct species do not interbreed; but verbenas are often difficult to name correctly in every case because of their susceptibility to each other's pollen - the reason why the garden verbena may so easily be made to blossom forth into whatever hue the gardener wills. His plants have been obtained, for the most part, from the large-flowered verbena, the beautiful purple, blue, or white species of our Western States (V. Canadensis) crossed with brilliant-hued species imported from South America.

It’s interesting that vervain, or verbena, which brides have used for centuries as a symbol of purity, happens to be one of the well-known examples of a deliberate hybrid. Usually, individuals of different species don’t crossbreed, but verbenas can be tricky to identify accurately in every case because they easily share each other’s pollen. This is why garden verbena can bloom in whatever color the gardener desires. Most of these plants have come from the large-flowered verbena, the lovely purple, blue, or white species from our Western States (V. Canadensis), crossed with brightly colored species brought in from South America.

MAD-DOG SKULLCAP or HELMET-FLOWER; MAD-WEED; HOODWORT
  (Scutellaria lateriflora) Mint family

MAD-DOG SKULLCAP or HELMET-FLOWER; MAD-WEED; HOODWORT
  (Scutellaria lateriflora) Mint family

Flowers - Blue, varying to whitish; several or many, 1/4 in. long, growing in axils of upper leaves or in 1-sided spike-like racemes. Calyx 2-lipped, the upper lip with a helmet-like protuberance; corolla 2-lipped; the lower, 3-lobed lip spreading; the middle lobe larger than the side ones. Stamens, 4, in pairs, under the upper lip; upper pair the shorter; one pistil, the style unequally cleft in two. Stem: Square, smooth, leafy, branched, 8 in. to 2 ft. high. Leaves: Opposite, oblong to lance-shaped, thin, toothed, on slender pedicles, 1 to 3 in. long, growing gradually smaller toward top of stem. Fruit: 4 nutlets. Preferred Habitat - Wet, shady ground. Flowering Season - July-September. Distribution - Uneven throughout United States and the British Possessions.

Flowers - Blue, ranging to whitish; several or many, 1/4 in. long, growing in the axils of upper leaves or in one-sided spike-like racemes. Calyx 2-lipped, with the upper lip having a helmet-like bump; corolla 2-lipped; the lower lip has 3 lobes that spread out; the middle lobe is larger than the side ones. There are 4 stamens, in pairs, located under the upper lip; the upper pair is shorter; there is one pistil, with the style unevenly split into two. Stem: Square, smooth, leafy, and branched, ranging from 8 in. to 2 ft. high. Leaves: Opposite, oblong to lance-shaped, thin, toothed, on slender stalks, 1 to 3 in. long, getting gradually smaller toward the top of the stem. Fruit: 4 nutlets. Preferred Habitat - Wet, shady ground. Flowering Season - July-September. Distribution - Uneven throughout the United States and the British Territories.

By the helmet-like appendage on the upper lip of the calyx, which to the imaginative mind of Linnaeus suggested Scutellum (a little dish), which children delight to spring open for a view of the four tiny seeds attached at the base when in fruit, one knows this to be a member of the skullcap tribe, a widely scattered genus of blue and violet two-lipped flowers, some small to the point of insignificance, like the present species, others showy enough for the garden, but all rich in nectar, and eagerly sought by bees. The wide middle lobe of the lower lip forms a convenient platform on which to alight; the stamens in the roof of a newly opened blossom dust the back of the visitor as he explores the nectary; and as the stamens of an older flower wither when they have shed their pollen, and the style then rises to occupy their position, it follows that, in flying from the top of one spike of flowers to the bottom of another, where the older ones are, the visitor, for whom the whole scheme of color, form, and arrangement was planned, deposits on the sticky top of the style some of the pollen he has brought with him and so cross-fertilizes the flower. When the seeds begin to form and the now useless corolla drops off, the helmet-like appendage on the top of the calyx enlarges and meets the lower lip, so enclosing and protecting the tiny nutlets. After their maturity, either the mouth gapes from dryness, or the appendage drops off altogether, from the same cause, to release the seeds. Old herb doctors, who professed to cure hydrophobia with this species, are responsible for its English misnomer.

By the helmet-like structure on the upper lip of the calyx, which Linnaeus creatively named Scutellum (a little dish), and which kids love to snap open to see the four tiny seeds at the base when it’s bearing fruit, we can tell this is part of the skullcap family. This diverse group includes blue and violet flowers with two lips, some so small they're almost insignificant, like this species, while others are showy enough for gardens. All are rich in nectar and are highly sought after by bees. The wide middle part of the lower lip creates a convenient landing spot; the stamens inside a newly opened flower dust the back of any visitor exploring the nectar. As the stamens of an older flower wither after releasing pollen, the style rises to take their place, meaning that when a visitor flies from the top of one flower spike to the bottom of another, where the older flowers are located, they leave some of the pollen they brought on the sticky top of the style, effectively cross-fertilizing the flower. Once the seeds start to develop and the now useless petals fall off, the helmet-like structure on the top of the calyx grows larger and meets the lower lip, enclosing and protecting the tiny seeds. After the seeds mature, either the mouth opens due to drying out, or the appendage simply falls off for the same reason, allowing the seeds to be released. Old herbalists who claimed to treat hydrophobia with this plant are behind its misleading English name.

Perhaps the most beautiful member of the genus is the SHOWY SKULLCAP (S. serrata), whose blue corolla, an inch long, has its narrow upper lip shorter than the spreading lower one. The flowers are set opposite each other at the end of the smooth stem, which rises from one to two feet high in the woods throughout a southerly and westerly range. As several other skullcaps have distinctly saw-edged leaves, this plant might have been given a more distinctive adjective, thinks one who did not have the naming of 200,000 species!

Perhaps the most beautiful member of the genus is the SHOWY SKULLCAP (S. serrata), which has a blue corolla about an inch long, featuring a narrow upper lip that's shorter than the spreading lower lip. The flowers are arranged opposite each other at the end of the smooth stem, which can grow from one to two feet tall in the woods across a southern and western range. Since several other skullcaps have distinctly saw-edged leaves, this plant might have been assigned a more distinctive name, thinks someone who didn't have the job of naming 200,000 species!

Above dry, sandy soil from New York and Michigan southward the HAIRY SKULLCAP (S. pilosa) lifts short racemes of blue flowers that are only half an inch long, and whose lower lip and lobes at either side are shorter than the arched upper lip. Most parts of the plant are covered with down, the lower stem being especially hairy; and this fact determines the species when connected with its rather distant pairs of indented, veiny leaves, ranging from oblong to egg-shaped, and furnished with petioles which grow gradually shorter toward the top, where pairs of bracts, seated on the stem, part to let the flowers spring from their axils.

Above the dry, sandy soil stretching from New York to Michigan, the HAIRY SKULLCAP (S. pilosa) stands tall with short clusters of blue flowers that are just half an inch long. The lower lip and side lobes of the flower are shorter than the arched upper lip. Most parts of the plant are covered in fine hair, especially the lower stem, which helps identify the species along with its somewhat distant, notched, veiny leaves that vary from oblong to egg-shaped. These leaves have petioles that get gradually shorter toward the top, where pairs of bracts attach to the stem, allowing the flowers to emerge from their axils.

The LARGER or HYSSOP SKULLCAP (S. integrifolia) rarely has a dent in its rounded oblong leaves ,which, like the stem, are covered with fine down. Its lovely, bright blue flowers, an inch long, the lips of about equal length, are grouped opposite each other at the top of a stem that never lifts them higher than two feet; and so their beauty is often concealed in the tall grass of roadsides and meadows and the undergrowth of woods and thickets, where they bloom from May to August, from southern New England to the Gulf of Mexico, westward to Texas.

The LARGER or HYSSOP SKULLCAP (S. integrifolia) rarely has a notch in its rounded, oblong leaves, which, like the stem, are covered in fine hair. Its beautiful, bright blue flowers, about an inch long with lips that are roughly the same length, are arranged opposite each other at the top of a stem that doesn’t rise higher than two feet. Because of this, their beauty is often hidden in the tall grass along roadsides and meadows and in the underbrush of woods and thickets, where they bloom from May to August, from southern New England to the Gulf of Mexico, and westward to Texas.

This tribe of plants is almost exclusively North American, but the hardy MARSH SKULLCAP or HOODED WILLOW-HERB (S. galericulata), at least, roams over Europe, and Asia also, with the help of runners, as well as seeds that, sinking into the soft earth of swamps and the borders of brooks, find growth easy. The blue flowers which grow singly in the axils of the upper leaves are quite as long as those of the larger and the showy skullcaps; the oblong, lance-shaped leaves, which are mostly seated on the branching stem, opposite each other, have low teeth. Why do leaves vary as they do, especially in closely allied species? "The causes which have led to the different forms of leaves have been, so far as I know," says Sir John Lubbock, "explained in very few cases: those of the shapes and structure of seeds are tolerably obvious in some species, but in the majority they are still entirely unexplained; and, even as regards the blossoms themselves, in spite of the numerous and conscientious labors of so many eminent naturalists, there is as yet no single species thoroughly known to us."

This group of plants is almost entirely native to North America, but the tough MARSH SKULLCAP or HOODED WILLOW-HERB (S. galericulata) does spread into Europe and Asia as well, thanks to its runners and seeds that easily take root in the soft soil of swamps and along stream banks. The blue flowers that grow individually in the axils of the upper leaves are just as long as those of the larger, more showy skullcaps; the oblong, lance-shaped leaves, which mostly grow opposite each other on the branching stem, have small teeth along the edges. Why do leaves differ so much, especially in closely related species? "The reasons that have led to the different forms of leaves have been, as far as I know," says Sir John Lubbock, "explained in very few instances: the shapes and structures of seeds are fairly clear in some species, but most remain entirely unexplained; and, even regarding the flowers themselves, despite the extensive and diligent work of many notable naturalists, there isn’t yet a single species that we thoroughly understand."

GROUND IVY or JOY; GILL-OVER-THE-GROUND; FIELD BALM; CREEPING
CHARLIE
  (Glecoma hederacea; Nepeta Glechoma of Gray) Mint family

GROUND IVY or JOY; GILL-OVER-THE-GROUND; FIELD BALM; CREEPING
CHARLIE
  (Glecoma hederacea; Nepeta Glechoma of Gray) Mint family

Flowers - Light bluish purple, dotted with small specks of reddish violet; growing singly or in clusters along stem, seated in leaf axils; calyx hairy, with 5 sharp teeth; corolla tubular, over 1/2 in. long, 2-lipped, the upper lip 2-lobed, lower lip with 3 spreading lobes, middle one largest; 4 stamens in pairs under upper lip; the anther sacs spreading; pistil with 2-lobed style. Stem: Trailing, rooting at intervals, sometimes 18 in. long, leafy, the branches ascending. Leaves: From 1/2 to 1 1/2 in. across; smooth, rounded, kidney-shaped, scallop-edged. Preferred Habitat - Waste places, shady ground. Flowering Season - March-May. Distribution - Eastern half of Canada and the United States, from Georgia and Kansas northward.

Flowers - Light bluish purple with small specks of reddish violet; growing singly or in clusters along the stem, nestled in leaf axils; the calyx is hairy with 5 sharp teeth; the corolla is tubular, over 1/2 inch long, and has 2 lips, the upper lip being 2-lobed and the lower lip having 3 spreading lobes, with the middle one being the largest; there are 4 stamens in pairs beneath the upper lip; the anther sacs spread out; the pistil has a 2-lobed style. Stem: Trailing, rooting at intervals, sometimes up to 18 inches long, leafy, with branches that ascend. Leaves: From 1/2 to 1 1/2 inches across; smooth, rounded, kidney-shaped, with scalloped edges. Preferred Habitat - Waste areas, shady ground. Flowering Season - March-May. Distribution - Eastern half of Canada and the United States, from Georgia and Kansas northward.

Besides the larger flowers, containing both stamens and pistils, borne on this little immigrant, smaller female flowers, containing a pistil only, occur just as they do in thyme, mint, marjoram, and doubtless other members of the great family to which all belong. Muller attempted to prove that these small flowers, being the least showy, are the last to be visited by insects, which, having previously dusted themselves with pollen from the stamens of the larger flowers when they first open, are in a condition to make cross-fertilization certain. So much for the small flower's method of making insects serve its end; the larger flowers have another way. At first they are male; that is, the pistil is as yet undeveloped and the four stamens are mature, ready to shed pollen on any insect alighting on the lip. Later, when the stamens are past maturity, the pistil elongates itself and is ready for the reception of pollen brought from younger flowers. Many blossoms are male on the first day of opening, and female later, to protect themselves against self-fertilization.

Besides the larger flowers, which have both stamens and pistils, this little immigrant also produces smaller female flowers that contain only a pistil, just like those found in thyme, mint, marjoram, and probably other members of the same family. Muller tried to show that these small flowers, being less noticeable, are the last ones to attract insects. These insects, having already gotten pollen from the stamens of the larger flowers when they first bloom, are then in a perfect position for cross-fertilization. That's how the small flowers get insects to help them. The larger flowers have a different strategy. Initially, they are male; the pistil hasn't developed yet, and the four stamens are mature, ready to release pollen onto any insect that lands on the flower. Later, once the stamens are past their prime, the pistil grows and is prepared to receive pollen from younger flowers. Many blossoms are male on the first day they open and become female later to avoid self-fertilization.

In Europe, where the aromatic leaves of this little creeper were long ago used for fermenting and clarifying beer, it is known by such names as ale-hoof and gill ale-gill, it is said, being derived from the old French word, guiller, to ferment or make merry. Having trailed across Europe, the persistent hardy plant is now creeping its way over our continent, much to the disgust of cattle, which show unmistakable dislike for a single leaf caught up in a mouthful of herbage.

In Europe, where the fragrant leaves of this little creeper were used long ago to ferment and clarify beer, it goes by names like ale-hoof and gill ale-gill, the latter being believed to come from the old French word, guiller, which means to ferment or to have fun. After spreading across Europe, this resilient plant is now spreading across our continent, much to the annoyance of cattle, which clearly dislike a single leaf tangled in their mouthful of grass.

Very closely allied to the ground ivy is the CATMINT or CATNIP (Nepela Cataria) ,whose pale-purple, or nearly white flowers, dark-spotted, may be most easily named by crushing the coarsely toothed leaves in one's hand. It is curious how cats will seek out this hoary-hairy plant in the waste places where it grows and become half-crazed with delight over its aromatic odor.

Very closely related to ground ivy is CATMINT or CATNIP (Nepeta Cataria), whose pale purple or almost white flowers, spotted with dark markings, can be easily identified by crushing the coarse-toothed leaves in your hand. It's interesting how cats will seek out this fuzzy plant in the wild areas where it grows and become almost crazed with joy over its fragrant smell.

SELF-HEAL; HEAL-ALL; BLUE CURLS; HEART-OF-THE-EARTH; BRUNELLA
(Prunella vulgaris) Mint family

SELF-HEAL; HEAL-ALL; BLUE CURLS; HEART-OF-THE-EARTH; BRUNELLA
(Prunella vulgaris) Mint family

Flowers - Purple and violet, in dense spikes, somewhat resembling a clover head; from 1/2 to 1 in. long in flower, becoming 4 times the length in fruit. Corolla tubular, irregularly 2-lipped, the upper lip darker and hood-like; the lower one 3-lobed, spreading, the middle and largest lobe fringed; 4 twin-like stamens ascending under upper lip; filaments ofthe lower and longer pair 2-toothed at summit, one of the teeth bearing an anther, the other tooth sterile; style thread-like, shorter than stamens, and terminating in a 2-cleft stigma. Calyx 2-parted, half the length of corolla, its teeth often hairy on edges. Stem: 2 in. to 2 ft. high, erect or reclining, simple or branched. Leaves: Opposite, oblong. Fruit: 4 nutlets, round and smooth. Preferred Habitat - Fields, roadsides, waste places. Flowering Season - May-October. Distribution - North America, Europe, Asia.

Flowers - Purple and violet, in dense spikes, somewhat resembling a clover head; 1/2 to 1 inch long when in bloom, becoming 4 times longer when in fruit. The corolla is tubular and irregularly 2-lipped, with the upper lip darker and hood-like; the lower lip has 3 lobes that spread out, with the middle and largest lobe fringed. There are 4 stamens that resemble twins, rising under the upper lip; the filaments of the longer lower pair are 2-toothed at the top, one with an anther and the other tooth being sterile. The style is thread-like, shorter than the stamens, and ends in a divided stigma. The calyx is 2-parted and half the length of the corolla, and its teeth are often hairy along the edges. Stem: 2 inches to 2 feet high, upright or leaning, simple or branched. Leaves: Opposite and oblong. Fruit: 4 nutlets that are round and smooth. Preferred Habitat - Fields, roadsides, and wastelands. Flowering Season - May to October. Distribution - North America, Europe, Asia.

This humble, rusty green plant, weakly lopping over the surrounding grass, so that often only its insignificant purple, clover-like flower heads are visible, is another of those immigrants from the old countries which, having proved fittest in the fiercer struggle for existence there, has soon after its introduction here exceeded most of our more favored native flowers in numbers. Everywhere we find the heal-all, sometimes dusty and stunted by the roadside, sometimes truly beautiful in its fresh purple, violet, and white when perfectly developed under happy conditions. In England, where most flowers are deeper hued than with us, the heal-all is rich purple. What is the secret of this flower's successful march across three continents? As usual, the chief reason is to be found in the facility it offers insects to secure food; and the quantity of fertile seed it is therefore able to ripen as the result of their visits is its reward. Also, its flowering season is unusually long, and it is a tireless bloomer. It is finical in no respect; its sprawling stems root easily at the joints, and it is very hardy.

This humble, rusty green plant, weakly leaning over the surrounding grass, often reveals only its small purple, clover-like flower heads. It’s another one of those immigrants from the old countries that, having proven to be the fittest in the tougher competition there, quickly outnumbered many of our more cherished native flowers after arriving here. We see the heal-all everywhere, sometimes dusty and stunted by the roadside, sometimes truly beautiful in its fresh purple, violet, and white when fully developed under ideal conditions. In England, where most flowers are richer in color than here, the heal-all is a deep purple. What’s the secret to this flower’s successful journey across three continents? As usual, the main reason lies in how easily insects can access its food supply; the amount of fertile seed it can produce as a result of their visits is its reward. Plus, its flowering season is unusually long, and it blooms nonstop. It’s not picky at all; its sprawling stems easily take root at the joints, and it’s very resilient.

Several species of bumblebees enter the flower, which being set in dense clusters enables them to suck the nectar from each with the minimum loss of time, the smaller bee spending about two seconds to each. After allowing for the fraction of time it takes him to sweep his eyes and the top of his head with his forelegs to free them from the pollen which must inevitably be shaken from the stamen in the arch of the corolla as he dives deeply after the nectar in the bottom of the throat, and to pass the pollen, just as honeybees do, with the most amazing quickness, from the forelegs to the middle ones, and thence to the hairy "basket" on the hind ones - after making all allowances for such delays, this small worker is able to fertilize all the flowers in the fullest cluster in half a minute! When the contents of the baskets of two different species of bumblebees caught on this blossom were examined under the microscope, the pollen in one case proved to be heal-all, with some from the goldenrod, and a few grains of a third kind not identified; and in the other case; heal-all pollen and a small proportion of some unknown kind. Bees that are evidently out for both nectar and pollen on the same trip have been detected visiting white and yellow flowers on their way from one heal-all cluster to another; and this fact, together with the presence of more than one kind of pollen in the basket, shows that the generally accepted statement that bees confine themselves to flowers of one kind or color during a trip is not always according to fact.

Several species of bumblebees visit the flowers, which are grouped closely together, allowing them to collect nectar from each one quickly—taking about two seconds per flower. After accounting for the time it takes to clean their eyes and the top of their heads with their forelegs to remove the pollen shaken from the stamens as they dive deep for nectar, and to transfer the pollen just like honeybees do—quickly moving it from their forelegs to their middle legs, and then to the hairy "basket" on their hind legs—this small worker can fertilize all the flowers in a dense cluster in just half a minute! When examining the pollen in the baskets of two different species of bumblebees collected from this flower under a microscope, one sample contained heal-all pollen, some from goldenrod, and a few unidentified grains; while the other had heal-all pollen with a small amount of an unknown type. Bees that clearly gather both nectar and pollen on the same trip have been seen visiting white and yellow flowers while moving from one heal-all cluster to another; this evidence, along with the presence of multiple types of pollen in the baskets, indicates that the common belief that bees stick to one kind or color of flower during a trip is not always accurate.

The older name of the plant, Brunella, and the significant one, altered by Linnaeus into the softer sound it now bears, is doubtless derived from the German word, braune, the quinsy. Quaint old Parkinson reads: "This is generally called prunella and brunella from the Germans who called it brunellen, because it cureth that disease which they call die bruen, common to soldiers in campe, but especially in garrison, which is an inflammation of the mouth, throat, and tongue." Among the old herbalists who pretended to cure every ill that flesh is heir to with it, it was variously known as carpenter's herb, sicklewort, hook-heal, slough-heal, and brownwort.

The plant used to be called Brunella, a name that Linnaeus changed to its softer current version. This name probably comes from the German word "braune," meaning quinsy. The charming old herbalist Parkinson notes: "It is usually referred to as prunella and brunella by the Germans, who called it brunellen because it cures the disease they call die bruen, common among soldiers in the field, especially in garrison, which is an inflammation of the mouth, throat, and tongue." Among traditional herbalists who claimed to treat any ailment with it, it was known by various names like carpenter's herb, sicklewort, hook-heal, slough-heal, and brownwort.

AMERICAN or MOCK PENNYROYAL; TICKWEED; SQUAW MINT
  (Hedeoma pulegioides) Mint family

AMERICAN or MOCK PENNYROYAL; TICKWEED; SQUAW MINT
  (Hedeoma pulegioides) Mint family

Flowers - Very small, bluish purple, clustered in axils of upper leaves. Calyx tubular, unequally 5-cleft; teeth of upper lip triangular, hairy in throat. Corolla 2-lipped, upper lip erect, notched; lower one 3-cleft, spreading; 2 anther-bearing stamens under upper lip; 2 sterile but apparent; 1 pistil with 2-cleft style. Stem: Low, erect, branched, square, hairy, 6 to 18 in. high. Leaves: Small, opposite, ovate to oblong, scantily toothed, strongly aromatic, pungent. Preferred Habitat - Dry fields, open woodland. Flowering Season - July-September. Distribution - Cape Breton Island westward to Nebraska, south to Florida.

Flowers - Very small, bluish-purple, clustered in the axils of the upper leaves. The calyx is tubular and has 5 unequal clefts; the teeth of the upper lip are triangular and hairy in the throat. The corolla has 2 lips: the upper lip is upright and notched; the lower lip is 3-cleft and spreading. There are 2 anther-bearing stamens under the upper lip, 2 that are visible but sterile, and 1 pistil with a 2-cleft style. Stem: Low, upright, branched, square, hairy, reaching 6 to 18 inches tall. Leaves: Small, opposite, ovate to oblong, lightly toothed, strongly aromatic, and pungent. Preferred Habitat - Dry fields, open woodland. Flowering Season - July-September. Distribution - Cape Breton Island westward to Nebraska, south to Florida.

However insignificant its flower, this common little plant unmistakably proclaims its presence throughout the neighborhood. So powerful is the pungent aroma of its leaves that dog doctors sprinkle them about freely in the kennels to kill fleas, a pest by no means exterminated in Southern Europe, however, where the true pennyroyal of commerce (Mentha Pulegium) is native. Herb gatherers who collect our pennyroyal, that is so similar to the European species it is similarly employed in medicine, say they can scent it from a greater distance than any other plant.

However insignificant its flower, this common little plant clearly announces its presence all around the neighborhood. The strong smell of its leaves is so potent that veterinarians scatter them liberally in kennels to kill fleas, a nuisance that is by no means eradicated in Southern Europe, where the true pennyroy

BASTARD PENNYROYAL, which, like the Self-heal, is sometimes called BLUE CURLS (Trichostema dichotomum), chooses dry fields, but preferably sandy ones, where we find its abundant, tiny blue flowers, that later change to purple, from July to October. Its balsam-like odor is not agreeable, neither has the plant beauty to recommend it; yet where it grows, from Maine to Florida, and west to Texas, it is likely to be so common we cannot well pass it unnoticed. The low, stiff, slender, much-branched, and rather clammy stem bears opposite, oblong, smooth-edged leaves narrowed into petioles. One, two, or three flowers, borne at the tips of the branches, soon fall off, leaving the 5-cleft calyx to cradle four exposed nutlets.

BASTARD PENNYROYAL, which is sometimes called BLUE CURLS (Trichostema dichotomum), prefers dry fields, especially sandy ones, where we can find its plentiful, tiny blue flowers that later turn purple, from July to October. Its balsam-like scent isn't pleasant, and the plant doesn’t have much beauty to recommend it; however, it grows abundantly from Maine to Florida, and all the way to Texas, making it hard to miss. The low, stiff, slender, highly branched, and somewhat sticky stem has opposite, oblong, smooth-edged leaves that taper into petioles. One, two, or three flowers grow at the tips of the branches but quickly fall off, leaving the 5-cleft calyx to hold four exposed nutlets.

>From the five-lobed tubular corolla protrude four very long, curling, blue or violet stamens - hair stamens the Greek generic title signifies - and the pretty popular name of blue curls also has reference to these conspicuous filaments that are spirally coiled in the bud.

>From the five-petaled tubular flower, four long, curling, blue or violet stamens stick out - "hair stamens," as the Greek name suggests - and the charming common name "blue curls" also refers to these noticeable filaments that are spirally coiled in the bud.

In general habit like the two preceding plants, the FALSE PENNYROYAL (Isanthus brachiatus) nevertheless prefers that its sandy home should be near streams. From Quebec to Georgia, westward to Minnesota and Texas, it blooms in midsummer, lifting its small, tubular, pale blue flowers from the axils of pointed, opposite leaves. An unusual characteristic in one of the mint tribe is that the five sharp lobes of its bell-shaped calyx, and the five rounded, spreading lobes of the corolla, are of equal length, hence its Greek name signifying an equal flower.

In terms of overall appearance like the two previous plants, the FALSE PENNYROYAL (Isanthus brachiatus) prefers to grow in sandy areas close to streams. It can be found from Quebec to Georgia, and as far west as Minnesota and Texas, blooming in midsummer. It showcases its small, tubular, pale blue flowers from the axils of pointed, opposite leaves. A unique feature among the mint family is that the five sharp lobes of its bell-shaped calyx and the five rounded, spreading lobes of the corolla are all the same length, which is reflected in its Greek name that means "equal flower."

WILD or CREEPING THYME
  (Thymus Serpyllum) Mint family

WILD or CREEPING THYME
  (Thymus Serpyllum) Mint family

Flowers - Very small purple or pink purple, fragrant, clustered at ends of branches or in leaf axils. Hairy calyx and corolla 2-lipped, the latter with lower lip 3-cleft; stamens 4; style 2-cleft. Leaves: Oblong, opposite, aromatic. Stem: 4 to 12 in. long) creeping, woody, branched, forming dense cushions. Preferred Habitat - Roadsides, dry banks, and waste places. Flowering Season - June-September. Distribution - Naturalized from Europe. Nova Scotia to Middle States.

Flowers - Very small purple or light pink flowers, fragrant, grouped together at the ends of branches or in the leaf joints. The calyx and corolla are hairy and have two lips, with the lower lip being split into three parts; there are four stamens and a two-pronged style. Leaves: Oblong, opposite, aromatic. Stem: 4 to 12 inches long, creeping, woody, branched, forming dense mats. Preferred Habitat - Roadsides, dry banks, and waste areas. Flowering Season - June to September. Distribution - Naturalized from Europe, found from Nova Scotia to the Middle States.

    "I know a bank where the wild thyme blows,
     Where oxlips and the nodding violet grows;
     Quite over-canopied with luscious woodbine,
     With sweet musk-roses, and with eglantine."
                        - A Midsummer Night's Dream.

"I know a place where wild thyme thrives,
     Where oxlips and nodding violets grow;
     Completely covered by luscious vines,
     With sweet musk roses and eglantine."
                        - A Midsummer Night's Dream.

According to Danish tradition, anyone waiting by an elder-bush on Midsummer Night at twelve o'clock will see the king of fairyland and all his retinue pass by and disport themselves in favorite haunts, among others the mounds of fragrant wild thyme. How well Shakespeare knew his folklore!

According to Danish tradition, anyone standing by an elder bush on Midsummer Night at midnight will see the king of fairyland and all his followers pass by and enjoy themselves in their favorite spots, including the hills of fragrant wild thyme. How well Shakespeare knew his folklore!

Thyme is said to have been one of the three plants which made the Virgin Mary's bed. Indeed, the European peasants have as many myths as there are quotations from the poets about this classic plant. Its very name denotes that it was used as an incense in Greek temples. No doubt it was the Common Thyme (T. vulgaris), an erect, tall plant cultivated in gardens here as a savory, that Horace says the Romans used so extensively for bee culture.

Thyme is said to be one of the three plants that made the Virgin Mary's bed. In fact, European peasants have as many myths about this classic plant as there are quotes from poets. Its name itself suggests that it was used as incense in Greek temples. Undoubtedly, it was the Common Thyme (T. vulgaris), a tall, upright plant grown in gardens here as a seasoning, that Horace mentions as being extensively used by the Romans for beekeeping.

Dense cushions of creeping thyme usually contain two forms of blossoms on separate plants - hermaphrodite (male and female which are much the commoner; and pistillate, or only female, flowers, in which the stamens develop no pollen. The latter are more fertile; none can fertilize itself. But blossoms so rich in nectar naturally attract quantities of insects - bees and butterflies chiefly. A newly opened hermaphrodite flower, male on the first day, dusts its visitors as they pass the ripe stamens. This pollen they carry to a flower two days old, which, having reached the female stage, receives it on the mature two-cleft stigma, now erect and tall, whereas the stamens are past maturity.

Dense cushions of creeping thyme usually have two types of flowers on separate plants—hermaphrodite (male and female) flowers, which are the more common type, and pistillate flowers, which are only female and don't produce pollen. The pistillate flowers are more fertile, but they can't fertilize themselves. The flowers are rich in nectar, which naturally attracts a lot of insects, mainly bees and butterflies. A newly opened hermaphrodite flower is male on the first day and dusts its visitors with pollen as they pass by the ripe stamens. The pollen is then carried to a flower that's two days old, which has reached the female stage and receives it on the mature two-cleft stigma, now standing tall, while the stamens have passed their peak.

GARDEN, SPEAR, or MACKEREL MINT
  (Mentha spicata; M. viridis of Gray) Mint family

GARDEN, SPEAR, or MACKEREL MINT
  (Mentha spicata; M. viridis of Gray) Mint family

Flowers - Small, pale bluish, or pinkish purple, in whorls, forming terminal, interrupted, narrow spikes, 2 to 4 in. long in fruit, the central one surpassing lateral ones. Calyx bell-shaped, toothed; corolla tubular, 4-cleft. Stamens 4; style 2-cleft. Stem: Smooth, 1 to 1 1/2 ft. high, branched. Leaves: Opposite, narrowly oblong, acute, saw-edged, aromatic. Preferred Habitat - Moist soil. Flowering Season - July-September. Distribution - Eastern half of Canada and United States. Also Europe and Asia.

Flowers - Small, light blue or pinkish-purple, arranged in whorls, forming terminal, interrupted, narrow spikes that are 2 to 4 inches long when in fruit, with the central spike being taller than the lateral ones. The calyx is bell-shaped and toothed; the corolla is tubular and has 4 clefts. There are 4 stamens and a style that is 2-cleft. Stem: Smooth, 1 to 1.5 feet tall, branched. Leaves: Opposite, narrowly oblong, pointed, serrated edges, aromatic. Preferred Habitat - Moist soil. Flowering Season - July-September. Distribution - Eastern half of Canada and the United States. Also found in Europe and Asia.

The poets tell us that Proserpine, Pluto's wife, in a fit of jealousy changed a hated rival into the mint plant, whose name Mentha, in its Latin form, or Minthe, the Greek equivalent, is still that of the metamorphosed beauty, a daughter of Cocytus, who was also Pluto's wife. Proserpine certainly contrived to keep her rival's memory fragrant. But how she must delight in seeing her under the chopping-knife and served up as sauce!

The poets tell us that Proserpine, Pluto's wife, out of jealousy turned a hated rival into the mint plant, which still carries the name Mentha in Latin or Minthe in Greek, the name of the transformed beauty, a daughter of Cocytus, who was also Pluto's wife. Proserpine definitely managed to keep her rival's memory sweet-smelling. But how she must relish seeing her chopped up and served as sauce!

It is a curious fact that among the Labiates, or two-lipped blossoms to which thymes and mints belong, there very frequently occur species bearing flowers that are male on the first day (staminate) and female, or pistillate, on the second day, and also smaller female flowers on distinct plants. Muller believed this plan was devised to attract insects, first by the more showy hermaphrodite flower, that they might carry its pollen to the less conspicuous female flower, which they would naturally visit last; but this interesting theory has yet to be proved. Nineteen species of flies, to which the mints are specially adapted, have been taken in the act of transferring pollen. Ten varieties of the lower hymenoptera (bees, wasps, and others) commonly resort to the fragrant spikes of bloom.

It's an interesting fact that among the Labiates, or two-lipped flowers like thymes and mints, there are often species that have flowers that are male on the first day (staminate) and female, or pistillate, on the second day, along with smaller female flowers on separate plants. Muller thought this setup was designed to attract insects, initially by the more vibrant hermaphrodite flower, so that they would carry its pollen to the less noticeable female flower, which they would naturally visit last; however, this fascinating theory has yet to be proven. Nineteen species of flies, which are especially suited to mints, have been observed transferring pollen. Ten varieties of lower hymenoptera (bees, wasps, and others) frequently visit the fragrant flower spikes.

PEPPERMINT (M. piiterita), similar in manner of growth to the preceding, is another importation from Europe now thoroughly at home here in wet soil. The volatile oil obtained by distilling its leaves has long been an important item of trade in Wayne County, New York. One has only to crush the leaves in one's hand to name the flower.

PEPPERMINT (M. piiterita), which grows similarly to the previous plant, is another import from Europe that has become well established in wet soil here. The essential oil extracted by distilling its leaves has been a significant trade product in Wayne County, New York, for a long time. You just have to crush the leaves in your hand to recognize the scent.

Our native WILD MINT (M. Canadensis), common along brook-sides and in moist soil from New Brunswick to Virginia and far westward, has its whorls of small purplish flowers seated in the leaf axils. Its odor is like pennyroyal. The true PENNYROYAL, not to be confused with our spurious woodland annual, is M. Pulegium, a native of Europe, whence a number of its less valuable relatives, all perennials, have traveled to become naturalized Americans.

Our native WILD MINT (M. Canadensis), commonly found along stream banks and in damp soil from New Brunswick to Virginia and far westward, features clusters of small purplish flowers growing in the leaf axils. Its scent is similar to pennyroyal. The actual PENNYROYAL, which should not be mixed up with our false woodland annual, is M. Pulegium, a native of Europe, from where several of its less valuable relatives, all perennials, have come to be naturalized in America.

In dry open woods and thickets and by the roadside, from late August throughout September, we find blooming the aromatic fragrant STONE MINT, SWEET HORSE-MINT, or AMERICAN DITTANY (Cunila origanoides; C. Mariana of Gray). Its small pink-purple, lilac, or whitish flowers, that are only about half as long as the protruding pair of stamens, are borne in loose terminal clusters at the ends of the stiff, branched, slender, sometimes reddish, stem. A pair of rudimentary, useless stamens remain within the two-lipped tube; the exserted pair, affording the most convenient alighting place for the visiting flies, dust their undersides with pollen the first day the flower opens; on the next, the stigma will be ready to receive pollen carried from young flowers.

In dry open woods and shrubby areas and along the roadside, from late August through September, we see the aromatic STONE MINT, SWEET HORSE-MINT, or AMERICAN DITTANY (Cunila origanoides; C. Mariana of Gray) in bloom. Its small pink-purple, lilac, or whitish flowers, which are only about half as long as the extended pair of stamens, grow in loose clusters at the top of the rigid, branched, slender, sometimes reddish stem. A pair of small, useless stamens stays inside the two-lipped tube; the extended pair provides the perfect landing spot for visiting flies, which get dusted with pollen on the first day the flower opens; by the next day, the stigma is ready to receive pollen brought from younger flowers.

NIGHTSHADE; BLUE BINDWEED; FELONWORT; BITTERSWEET; SCARLET or
SNAKE BERRY; POISON-FLOWER; WOODY NIGHTSHADE
  (Solanum Dulcamara) Potato family

NIGHTSHADE; BLUE BINDWEED; FELONWORT; BITTERSWEET; SCARLET or
SNAKE BERRY; POISON-FLOWER; WOODY NIGHTSHADE
  (Solanum Dulcamara) Potato family

Flowers - Blue, purple, or, rarely, white with greenish spots on each lobe; about 1/2 in. broad, clustered in slender, drooping cymes. Calyx 5-lobed, oblong, persistent on the berry; corolla deeply, sharply 5-cleft, wheel-shaped, or points curved backward; 5 stamens inserted on throat, yellow, protruding, the anthers united to form a cone; stigma small. Stem: Climbing or straggling, woody below, branched, 2 to 8 ft. long. Leaves: Alternate, 2 to 4 in. long, 1 to 2 1/2 in. wide, pointed at the apex, usually heart-shaped at base; some with 2 distinct leaflets below on the petiole, others have leaflets united with leaf like lower lobes or wings. Fruit: A bright red, oval berry. Preferred Habitat - Moist thickets, fence rows. Flowering Season - May-September. Distribution - United States east of Kansas, north of New Jersey. Canada, Europe, and Asia.

Flowers - Blue, purple, or, rarely, white with greenish spots on each lobe; about 1/2 inch wide, clustered in slender, drooping groups. The calyx is 5-lobed, oblong, and stays on the berry; the corolla is deeply and sharply 5-cleft, wheel-shaped, or points curved backward; there are 5 stamens inserted at the throat, yellow, protruding, with the anthers joined to form a cone; the stigma is small. Stem: Climbing or spreading, woody at the base, branched, 2 to 8 feet long. Leaves: Alternate, 2 to 4 inches long, 1 to 2.5 inches wide, pointed at the tip, usually heart-shaped at the base; some have 2 distinct leaflets below on the petiole, others have leaflets united with leaf-like lower lobes or wings. Fruit: A bright red, oval berry. Preferred Habitat - Moist thickets, fence rows. Flowering Season - May-September. Distribution - United States east of Kansas, north of New Jersey, Canada, Europe, and Asia.

More beautiful than the graceful flowers are the drooping cymes of bright berries, turning from green to yellow, then to orange and scarlet, in the tangled thicket by the shady roadside in autumn, when the unpretending, shrubby vine, that has crowded its way through the rank midsummer vegetation, becomes a joy to the eye. Another bittersweet, so-called, festoons the hedgerows with yellow berries which, bursting, show their scarlet-coated seeds. Rose hips and mountain-ash berries, among many other conspicuous bits of color, arrest attention, but not for us were they designed. Now the birds are migrating, and, hungry with their long flight, they gladly stop to feed upon fare so attractive. Hard, indigestible seeds traverse the alimentary canal without alteration and are deposited many miles from the parent that bore them. Nature's methods for widely distributing plants cannot but stir the dullest imagination.

More beautiful than the elegant flowers are the drooping clusters of bright berries, changing from green to yellow, then to orange and red, in the tangled bushes by the shady roadside in autumn, when the unassuming, shrubby vine, which has pushed its way through the dense midsummer growth, becomes a delight to the eye. Another bittersweet variety decorates the hedgerows with yellow berries that burst open to reveal their red-coated seeds. Rose hips and mountain-ash berries, among many other noticeable pops of color, catch our attention, but they weren't meant for us. Now the birds are migrating, and, famished from their long journey, they happily stop to feast on such tempting food. Hard, indigestible seeds pass through their digestive systems unchanged and are dropped miles away from the parent plant that produced them. Nature's ways of spreading plants are sure to ignite the imagination of even the least inspired.

The purple pendent flowers of this nightshade secrete no nectar, therefore many insects let them alone; but it is now believed that no part of the plant is poisonous. Certainly one that claims the potato, tomato, and eggplant among its kin has no right to be dangerous. The BLACK, GARDEN, or DEADLY NIGHTSHADE, also called MOREL (S. nigrum), bears jet-black berries that are alleged to be fatal. Nevertheless, female bumblebees, to which its white flowers are specially adapted, visit them to draw out pollen from the chinks of the anthers with their jaws, just as they do in the case of the wild, sensitive plant, and with no more disastrous result. It has been well said that the nightshades are a blessing both to the sick and to the doctors. The present species takes its name from dulcis, sweet, and amaras, bitter, referring to the taste of the juice; the generic name is derived from solamen, solace or consolation, referring to the relief afforded by the narcotic properties of some of these plants.

The purple hanging flowers of this nightshade don’t produce nectar, so many insects tend to ignore them; however, it’s currently thought that no part of the plant is toxic. After all, a plant that includes potatoes, tomatoes, and eggplants as relatives shouldn't be harmful. The BLACK, GARDEN, or DEADLY NIGHTSHADE, also known as MOREL (S. nigrum), produces jet-black berries that are said to be deadly. Still, female bumblebees, which are specially adapted to its white flowers, visit them to collect pollen from the gaps in the anthers with their jaws, just like they do with the wild sensitive plant, and without any negative consequences. It’s often said that nightshades are beneficial for both the sick and the doctors. This species gets its name from dulcis, meaning sweet, and amaras, meaning bitter, referring to the taste of its juice; the generic name comes from solamen, meaning solace or comfort, highlighting the relief provided by the narcotic properties of some of these plants.

BLUE or WILD TOADFLAX; BLUE LINARIA
  (Linaria Canadensis) Figwort family

BLUE or WILD TOADFLAX; BLUE LINARIA
  (Linaria Canadensis) Figwort family

Flowers - Pale blue to purple, small, irregular, in slender spikes. Calyx 5-pointed; corolla 2-lipped, with curved spur longer than its tube, which is nearly closed by a white, 2-ridged projection or palate; the upper lip erect, 2-lobed; lower lip 3-lobed, spreading. Stamens 4, in pairs, in throat; 1 pistil. Stem: Slender, weak, of sterile shoots, prostrate; flowering stem, ascending or erect, 4 in. to 2 ft. high. Leaves: Small, linear, alternately scattered along stem, or oblong in pairs or threes on leafy sterile shoots. Preferred Habitat - Dry soil, gravel, or sand. Flowering Season - May-October. Distribution - North, Central, and South Americas.

Flowers - Light blue to purple, small, irregular, in slender spikes. The calyx has 5 points; the corolla is 2-lipped, with a curved spur that's longer than its nearly closed tube, which features a white, 2-ridged projection or palate; the upper lip is upright and 2-lobed; the lower lip is 3-lobed and spreading. There are 4 stamens in pairs in the throat; 1 pistil. Stem: Slender and weak, with sterile shoots that are prostrate; flowering stem either ascending or erect, ranging from 4 inches to 2 feet tall. Leaves: Small and linear, alternately scattered along the stem, or oblong in pairs or threes on leafy sterile shoots. Preferred Habitat - Dry soil, gravel, or sand. Flowering Season - May to October. Distribution - North, Central, and South Americas.

Sometimes lying prostrate in the dust, sometimes erect, the linaria's delicate spikes of bloom wear an air of injured innocence, yet the plant, weak as it looks, has managed to spread over three Americas from ocean to ocean. More beautiful than the rather scrawny flowers are the tufts of cool green foliage made by the sterile shoots that take complete possession of a wide area around the parent plants.

Sometimes lying flat in the dirt, sometimes standing tall, the linaria's delicate flower spikes give off an impression of hurt innocence, yet the plant, fragile as it seems, has successfully spread across three Americas from coast to coast. More beautiful than the somewhat skinny flowers are the clusters of cool green leaves created by the sterile shoots that completely fill a large area around the parent plants.

Unlike its relative butter-and-eggs, the corolla of this toadflax is so contracted that bees cannot enter it; but by inserting their long tongues, they nevertheless manage to drain it. Small, short-tongued bees contrive to reach only a little nectar. The palate, so valuable to the other linaria, has in this one lost its function; and the larger flies, taking advantage of the flower's weakness, pilfer both sweets and pollen. Butterflies, to which a slender spurred flower is especially attractive, visit this one in great numbers, and as they cannot regale themselves without touching the anthers and stigma, they may be regarded as the legitimate visitors.

Unlike its relative butter-and-eggs, the corolla of this toadflax is so tight that bees can’t get inside; but by extending their long tongues, they still manage to suck out the nectar. Smaller bees with short tongues can only access a little bit of nectar. The palate, which is so useful to other linaria, has lost its purpose in this one; and larger flies take advantage of the flower's design, stealing both nectar and pollen. Butterflies, attracted to flowers with slender spurs, visit this one in large numbers, and since they can’t enjoy the nectar without brushing against the anthers and stigma, they can be seen as the rightful visitors.

Wolf, rat, mouse, sow, cow, cat, snake, dragon, dog, toad, are among the many animal prefixes to the names of flowers that the English country people have given for various and often most interesting reasons. Just as dog, used as a prefix, expresses an idea of worthlessness to them, so toad suggests a spurious plant; the toadflax being made to bear what is meant to be an odious name because before flowering it resembles the true flax, linum, from which the generic title is derived.

Wolf, rat, mouse, sow, cow, cat, snake, dragon, dog, and toad are just a few of the animal names that English country folks have used as prefixes for flowers, often for fascinating reasons. For them, the prefix "dog" implies worthlessness, while "toad" hints at a deceptive plant; the toadflax gets its unflattering name because, before it blooms, it looks a lot like true flax, linum, which is where its generic name comes from.

MARYLAND FIGWORT; BEE PLANT; KNOTTED FIGWORT; HEAL-ALL; PILEWORT
  (Scrophularia Marylandica; S. nodosa of Gray) Figwort family

MARYLAND FIGWORT; BEE PLANT; KNOTTED FIGWORT; HEAL-ALL; PILEWORT
  (Scrophularia Marylandica; S. nodosa of Gray) Figwort family

Flowers - Very small, dull green on outside; vivid, shining brownish purple within; borne in almost leafless terminal clusters on slender stems; Calyx 5-parted.; corolla of 5 rounded lobes, the 2 upper ones erect, side ones ascending, lower one bent downward; 5 staroens, 4 of them twin-like and bearing anthers, the fifth sterile, a mere scale on roof of the globular corolla tube; style with knot-like stigma. Stem: From 3 to 10 ft. high, square, with grooved sides, widely. branching. Leaves: From 3 to 12 in. long, oblong, pointed, coarsely toothed, on slender stems, strong smelling. Preferred Habitat - Moist, shady ground. Flowering Season - July-September. Distribution - New York to the Carolinas, westward to Tennessee and Kansas; possibly beyond.

Flowers - Very small, dull green on the outside; vibrant, shiny brownish-purple on the inside; found in nearly leafless terminal clusters on slender stems; calyx is 5-parted; corolla has 5 rounded lobes, with the 2 upper ones standing upright, the side ones rising, and the lower one bent downward; there are 5 stamens, 4 of which are paired and have anthers, while the fifth is sterile, a small scale at the top of the globular corolla tube; style has a knot-like stigma. Stem: Ranges from 3 to 10 ft. tall, square, with grooved sides, and widely branching. Leaves: Ranges from 3 to 12 in. long, oblong, pointed, coarsely toothed, on slender stems, with a strong smell. Preferred Habitat - Moist, shady ground. Flowering Season - July-September. Distribution - New York to the Carolinas, west to Tennessee and Kansas; possibly beyond.

An insignificant little flower by itself, conspicuous only because it rears itself in clusters on a level with one's eyes, lacking beauty, perfume, and all that makes a blossom charming to the human mind - why has it been elevated by the botanists to the dignity of lending its name to a large and important family, and why is it mentioned at all in a popular flower book beside the more showy ornaments of nature's garden? Both questions have the same answer: Because it is the typical flower of the family, and therefore serves as an illustration of the manner in which many others are fertilized. Beautiful blossoms are by no means always the most important ones.

An unremarkable little flower on its own, noticeable only because it grows in clusters at eye level, lacking beauty, fragrance, and everything that makes a flower appealing to people—why has it been promoted by botanists to the honor of giving its name to a large and significant family, and why is it even mentioned in a popular flower book alongside the more striking features of nature's garden? Both questions have the same answer: Because it is the typical flower of the family, and thus it illustrates how many others are fertilized. Beautiful flowers are not always the most important ones.

It well repays one to observe the relative times of maturing anthers and stigmas in the flowers, as thereby hangs a tale in which some insect plays an interesting role. The figwort matures its stigma at the lip of the style before its anthers have ripened their pollen. Why? By having the stigma of a newly opened flower thrust forward to the mouth of the corolla, an insect alighting on the lip, which forms his only convenient landing place, must brush against it and leave upon it some pollen brought from an older flower, whose anthers are already matured. At this early stage of the flower's development its stamens lie curved over in the tube of the corolla; but presently, as the already fertilized style begins to wither, and its stigma is dry and no longer receptive to pollen, then, since there can be no longer any fear of self-pollination - the horror of so many flowers - the figwort uncurls and elevates its stamens. The insect visitor in search of nectar must get dusted with pollen from the late maturing anthers now ready for him. By this ingenious method the flower becomes cross-fertilized and wastes the least pollen.

It’s really worth paying attention to the timing of when anthers and stigmas mature in flowers, as there’s an interesting story involving an insect. The figwort flower matures its stigma at the lip of the style before its anthers have released their pollen. Why is that? By having the stigma of a newly opened flower positioned at the opening of the corolla, an insect landing on the lip, which is its only convenient spot to land, must brush against it and leave some pollen from an older flower, whose anthers are ready. At this early stage of the flower's development, its stamens are curved over inside the tube of the corolla; but soon, as the already fertilized style starts to wither and its stigma dries up and is no longer able to receive pollen, there’s no longer any risk of self-pollination—something many flowers try to avoid—so the figwort unfolds and raises its stamens. The insect visitor looking for nectar will then get covered in pollen from the later-maturing anthers that are now ready for it. Through this clever method, the flower ends up cross-fertilized and uses the least amount of pollen.

Bees and wasps evidently pursue opposite routes in going to work, the former beginning at the bottom of a spike or raceme, where the older, more mature flowers are, and working upward; the wasps commencing at the top, among the newly opened ones. In spite of the fact that we usually see hive bees about this plant, pilfering the generous supply of nectar in each tiny cup, it is undoubtedly the wasp that is the flower's truest benefactor, since he carries pollen from the older blossoms of the last raceme visited to the projecting stigmas of the newly opened flowers at the top of the next cluster. Manifestly no flower, even though it were especially adapted to wasps, as this one is, could exclude bees. About one-third of all its visitors are wasps.

Bees and wasps clearly take different approaches when going to work. Bees start at the bottom of a spike or cluster, where the older, more mature flowers are, and move upward, while wasps begin at the top, among the newly opened blooms. Even though we usually see hive bees around this plant, taking advantage of the abundant nectar in each tiny cup, it’s actually the wasp that truly benefits the flower. They carry pollen from the older blossoms of the last cluster they visited to the receptive stigmas of the newly opened flowers at the top of the next cluster. Obviously, no flower, even if it were specifically designed for wasps like this one, could exclude bees. Around one-third of all its visitors are wasps.

HAIRY BEARD-TONGUE
  (Pentstemon hirsutus; P. pubescens of Gray) Figwort family

HAIRY BEARD-TONGUE
  (Pentstemon hirsutus; P. pubescens of Gray) Figwort family

Flowers - Dull violet or lilac and white, about 1 in. long, borne in a loose spike. Calyx 5-parted, the sharply pointed sepals overlapping; corolla, a gradually inflated tube widening where the mouth divides into a 2-lobed upper lip and a 3-lobed lower lip; the throat nearly closed by hairy palate at base of lower lip; sterile fifth stamen densely bearded for half its length; 4 anther-bearing stamens, the anthers divergent. Stem: 1 to 3 ft. high, erect, downy above. Leaves: Oblong to lance shape, upper ones seated on stem; lower ones narrowed into petioles. Preferred Habitat - Dry or rocky fields, thickets, and open woods. Flowering Season - May-July. Distribution - Ontario to Florida, Manitoba to Texas.

Flowers - Dull violet or lilac and white, about 1 inch long, grouped in a loose spike. Calyx has 5 parts, with sharply pointed overlapping sepals; the corolla is a gradually widening tube that splits into a 2-lobed upper lip and a 3-lobed lower lip; the throat is nearly closed by a hairy palate at the base of the lower lip; the sterile fifth stamen is densely bearded for half its length; there are 4 anther-bearing stamens with divergent anthers. Stem: 1 to 3 feet tall, upright, and downy above. Leaves: Oblong to lance-shaped, with the upper ones seated on the stem; lower ones taper into petioles. Preferred Habitat - Dry or rocky fields, thickets, and open woods. Flowering Season - May to July. Distribution - From Ontario to Florida, and from Manitoba to Texas.

It is the densely bearded, yellow, fifth stamen (pente =five, stemon = a stamen) which gives this flower its scientific name and its chief interest to the structural botanist. From the fact that a blossom has a lip in the center of the lower half of its corolla, that an insect must use as its landing place, comes the necessity for the pistil to occupy a central position. Naturally, a fifth stamen would be only in its way, an encumbrance to be banished in time. In the figwort, for example, we have seen the fifth stamen reduced, from long sterility, to a mere scale on the roof of the corolla tube in other lipped flowers, the useless organ has disappeared; but in the beard-tongue, it goes through a series of curious curves from the upper to the under side of the flower to get out of the way of the pistil. Yet it serves an admirable purpose in helping close the mouth of the flower, which the hairy lip alone could not adequately guard against pilferers. A long-tongued bee, thrusting in his head up to his eyes only, receives the pollen in his face. The blossom is male (staminate) in its first stage and female (pistillate) in its second.

It's the densely bearded, yellow fifth stamen (pente = five, stemon = stamen) that gives this flower its scientific name and makes it especially interesting to structural botanists. Because the flower has a lip in the center of the lower half of its corolla, which serves as a landing spot for insects, the pistil has to be positioned in the center. Naturally, the fifth stamen would just get in the way, becoming something to eliminate over time. In figwort, for instance, we've seen the fifth stamen reduced to just a scale on the roof of the corolla tube due to long sterility, and in other lipped flowers, the useless organ has completely vanished. However, in the beard-tongue, it takes on a series of strange curves from the upper to the lower side of the flower to avoid the pistil. Still, it plays a valuable role by helping to close the flower's mouth, which the hairy lip alone can't sufficiently protect against intruders. A long-tongued bee, pushing its head in just until its eyes, ends up getting pollen all over its face. The blossom is male (staminate) in its first stage and female (pistillate) in its second.

While this is the beard-tongue commonly found in the Eastern United States, particularly southward, and one of the most beautiful of its clan, the western species have been selected by the gardeners for hybridizing into those more showy, but often less charming, flowers now quite extensively cultivated. Several varieties of these, having escaped from gardens in the East, are locally common wild.

While this is the beard-tongue commonly found in the Eastern United States, especially in the south, and one of the most beautiful of its kind, the western species have been chosen by gardeners for hybridizing into those showier, but often less appealing, flowers that are now widely cultivated. Several varieties of these, which have escaped from gardens in the East, are now commonly found in the wild.

The LARGE-FLOWERED BEARD-TONGUE (P. grandiflorus), one of the finest prairie species, whose lavender-blue, bell-shaped corolla is abruptly dilated above the calyx, measures nearly two inches long. Its sterile filament, curved over at the summit, is bearded there only.

The LARGE-FLOWERED BEARD-TONGUE (P. grandiflorus), one of the best prairie species, has a lavender-blue, bell-shaped flower that flares out above the calyx and is almost two inches long. Its sterile filament, which curves at the tip, only has hairs at that point.

Handsomest of all is the COBEA BEARD-TONGUE, a native of the Southwest, with a broadly rounded, bell-shaped corolla, hairy without, like the leaves, but smooth within. The pale purple blossom, delicately suffused with yellow, and pencilled with red lines - pathfinders for the bees - has the base of its tube creamy white. Few flowers hang from each stout clammy spike.

The most attractive of all is the COBEA BEARD-TONGUE, which originates from the Southwest. It features a broad, bell-shaped flower that is hairy on the outside, similar to its leaves, but smooth on the inside. The pale purple blossom, lightly tinged with yellow and marked with red lines – guiding bees – has a creamy white base at the tube's opening. There are only a few flowers hanging from each thick, sticky spike.

The more densely crowded spikes of the large SMOOTH BEARD-TONGUE (P. glaber), a smaller blue or purple flowered, narrower-leaved species, that shows an unusual preference for moist soil throughout its range, is, like the other beard-tongues mentioned, better known to the British gardener, perhaps, than to Americans, who have yet to learn the value of many of their wild flowers under cultivation.

The more densely packed spikes of the large SMOOTH BEARD-TONGUE (P. glaber), which has smaller blue or purple flowers and narrower leaves, shows a unique preference for moist soil throughout its habitat. Like the other beard-tongues mentioned, it might be better known to British gardeners than to Americans, who have yet to appreciate the benefits of many of their wildflowers in gardens.

The tall FOXGLOVE BEARD-TONGUE (P. digitalis), with large, showy white blossoms tinged with purple, the one most commonly grown in gardens here, escapes on the slightest encouragement to run wild again from Maine to Virginia, west to Illinois and Arkansas. Small bees crawl into the broad tube, and butterflies drain the nectar evidently secreted for long-tongued bees, but without certainly transferring pollen. To insure cross-fertilization, the flower first develops its anthers, whose saw-edges grating against the visitors thorax, aid in sifting out the dry pollen; and later the style, which when immature clung to the top of the corolla, lowers its receptive stigma to oppose the bee's entrance. Professor Robertson has frequently detected the common wasp nipping holes with her sharp jaws in the base of the tube. With remarkable intelligence she invariably chose to insert her tongue at the precise spots where the nectar is stored on either side of the sterile filament.

The tall FOXGLOVE BEARD-TONGUE (P. digitalis), with its large, eye-catching white flowers tinted with purple, is the most commonly cultivated variety in gardens around here. It easily escapes back into the wild from Maine to Virginia, and as far west as Illinois and Arkansas. Small bees crawl into the wide tube of the flower, while butterflies sip the nectar that's clearly meant for long-tongued bees, although it's not guaranteed they transfer any pollen. To ensure cross-fertilization, the flower first produces its anthers, which scrape against the visitors' thoraxes, helping to release the dry pollen; later, the style, which initially clings to the top of the corolla while immature, lowers its receptive stigma to block the bee's entrance. Professor Robertson has often observed the common wasp making small holes with her sharp jaws at the base of the tube. With impressive intelligence, she consistently chooses to insert her tongue at the exact spots where the nectar is stored on either side of the sterile filament.

BLUE-EYED MARY; INNOCENCE; BROAD-LEAVED COLLINSIA
  (Collinsia verna) Figwort family

BLUE-EYED MARY; INNOCENCE; BROAD-LEAVED COLLINSIA
  (Collinsia verna) Figwort family

Flowers - On slender, weak stalks; whorled in axils of upper leaves. Blue on lower lip of corolla, its middle lobe folded lengthwise to enclose 4 adhering stamens and pistil; upper lip white, with scalloped margins; corolla from 1/2 to 3/4 in. long, its throat about equaling the deeply 5-cleft calyx. Stem: Hoary, slender, simple or branched, from 6 in. to 2 ft. high. Leaves: Thin, opposite; upper and more acute ones clasping the stem; lower, ovate ones on short petioles. Fruit: A round capsule to which the enlarged calyx adheres. Preferred Habitat - Moist meadows, woods, and thickets. Flowering Season - April-June. Distribution - Western New York and Pennsylvania to Wisconsin, Kentucky, and Indian Territory.

Flowers - On slender, weak stems; arranged in whorls in the axils of the upper leaves. Blue on the lower lip of the corolla, with its middle lobe folded lengthwise to enclose 4 attached stamens and a pistil; the upper lip is white with scalloped edges; the corolla measures between 1/2 and 3/4 inches long, and its throat is roughly the same as the deeply 5-cleft calyx. Stem: Silvery, slender, either simple or branched, ranging from 6 inches to 2 feet high. Leaves: Thin, opposite; the upper leaves are more pointed and clasp the stem; the lower leaves are ovate on short petioles. Fruit: A round capsule to which the enlarged calyx clings. Preferred Habitat - Moist meadows, woods, and thickets. Flowering Season - April to June. Distribution - From Western New York and Pennsylvania to Wisconsin, Kentucky, and Indian Territory.

Next of kin to the great Paulonia tree, whose deliciously sweet, vanilla-scented, trumpet-shaped violet flowers are happily fast becoming as common here as in their native Japan, what has this fragile, odorless blossom of the meadows in common with it? Apparently nothing; but superficial appearances count for little or nothing among scientists, to whom the structure of floral organs is of prime importance; and analysis instantly shows the close relationship between these dissimilar-looking cousins. Even without analysis one can readily see that the monkey flower is not far removed.

Next of kin to the great Paulonia tree, whose deliciously sweet, vanilla-scented, trumpet-shaped violet flowers are becoming as common here as in their native Japan, what does this fragile, odorless meadow blossom have in common with it? Apparently nothing; but superficial appearances matter little or nothing to scientists, for whom the structure of floral organs is crucial; and analysis quickly reveals the close relationship between these seemingly different cousins. Even without analysis, it's easy to see that the monkey flower isn't too far off.

Because few writers have arisen as yet in the newly settled regions of the middle West and Southwest, where blue-eyed Mary dyes acres of meadow land with her heavenly color, her praises are little sung in the books, but are loudly buzzed by myriads of bees that are her most devoted lovers. "I regard the flower as especially adapted to the early flying bees with abdominal collecting brushes for pollen - i.e., species of Osmia - and these bees," says Professor Robertson of Illinois, "although not the exclusive visitors, are far more abundant and important than all the other visitors together." For them are the brownish marks on the palate provided as pathfinders. At the pressure of their strong heads the palate yields to give them entrance, and at their removal it springs back to protect the pollen against the inroads of flies, mining bees, and beetles. As the longer stamens shed their pollen before the shorter ones mature theirs, bees must visit the flower several times to collect it all.

Because there aren't many writers yet in the newly settled areas of the Midwest and Southwest, where blue-eyed Mary spreads her beautiful color across fields, her praises aren't widely celebrated in books, but are loudly sung by countless bees that are her most devoted admirers. "I see the flower as especially suited to the early flying bees with collecting brushes on their abdomens for pollen - specifically, species of Osmia - and these bees," says Professor Robertson of Illinois, "while not the only visitors, are far more numerous and important than all the other visitors combined." The brownish markings on the palate serve as guides for them. When they press with their strong heads, the palate gives way to let them in, and when they pull back, it snaps back to shield the pollen from flies, mining bees, and beetles. Since the longer stamens shed their pollen before the shorter ones have theirs ready, bees have to visit the flower multiple times to gather it all.

MONKEY-FLOWER
  (Minulus ringens) Figwort family

Monkey-flower
  (Mimulus ringens) Figwort family

Flowers - Purple, violet, or lilac, rarely whitish; about 1 in. long, solitary, borne on slender footstems from axils of upper leaves. Calyx prismatic, 5-angled, 5-toothed; corolla irregular, tubular, narrow in throat, 2-lipped; upper lip 2-lobed, erect; under lip 3-lobed, spreading; 4 stamens, a long and a short pair, inserted on corolla tube; pistil with 2-lobed, plate-like stigma. Stem: Square, erect, usually branched, 1 to 3 ft. high. Leaves: Opposite, oblong to lance-shaped, saw-edged, mostly seated on stem. Preferred Habitat - Swamps, beside streams and ponds. Flowering Season - June-September. Distribution - Manitoba, Nebraska, and Texas, eastward to Atlantic Ocean.

Flowers - Purple, violet, or lilac, rarely whitish; about 1 in. long, solitary, growing on slender footstems from the axils of upper leaves. Calyx is prismatic, 5-angled, and 5-toothed; corolla is irregular, tubular, narrow at the throat, and has 2 lips; the upper lip is 2-lobed and erect; the lower lip is 3-lobed and spreading; there are 4 stamens, one long and one short pair, attached to the corolla tube; the pistil has a 2-lobed, plate-like stigma. Stem: Square, upright, usually branched, 1 to 3 ft. high. Leaves: Opposite, oblong to lance-shaped, serrated, mostly sitting directly on the stem. Preferred Habitat - Swamps, next to streams and ponds. Flowering Season - June-September. Distribution - Manitoba, Nebraska, and Texas, extending eastward to the Atlantic Ocean.

No wader is the square-stemmed Monkey-flower whose grinning corolla peers at one from grassy tuffets in swamps, from the brookside, the springy soil of low meadows, and damp hollows beside the road; but moisture it must have to fill its nectary and to soften the ground for the easier transit of its creeping rootstock. Imaginative eyes see what appears to them the gaping (ringens) face of a little ape or buffoon (mimulus) in this common flower whose drolleries, such as they are, call forth the only applause desired - the buzz of insects that become pollen-laden during the entertainment.

No wader is the square-stemmed Monkey-flower whose smiling petals look out from grassy patches in swamps, by the brook, in the springy soil of low meadows, and in the damp hollows beside the road; but it needs moisture to fill its nectar and to soften the ground for its creeping roots to move easily. Creative minds see what looks like the open (ringens) face of a little monkey or clown (mimulus) in this common flower whose antics, as modest as they are, attract the only applause it seeks - the buzz of insects that become loaded with pollen during the show.

Now the advanced stigma of this flower is peculiarly irritable, and closes up on contact with an incoming visitor's body, thus exposing the pollen-laden anthers behind it, and, except in rare cases, preventing self-fertilization. Delpino was the first to guess what advantage so sensitive a stigma might mean. Probably the smaller bees find the tube too long for their short tongues. The yellow palate, which partially guards the entrance to the nectary from pilferers, of course serves also as a pathfinder to the long-tongued bees.

Now the advanced stigma of this flower is particularly sensitive and closes up when it comes into contact with a visitor's body, revealing the pollen-filled anthers behind it and, except in rare cases, preventing self-fertilization. Delpino was the first to suggest what advantage such a sensitive stigma might provide. It’s likely that the smaller bees find the tube too long for their short tongues. The yellow palate, which partially protects the entrance to the nectary from thieves, also acts as a guide for the long-tongued bees.

AMERICAN BROOKLIME
  (Veronica Americana) Figwort family

AMERICAN BROOKLIME
  (Veronica Americana) Figwort family

Flowers - Light blue to white, usually striped with deep blue or purple structure of flower similar to that of V. officinalis, but borne in long, loose racemes branching outward on stems that spring from axils of most of the leaves. Stem: Without hairs, usually branched, 6 in. to 3 ft. long, lying partly on ground and rooting from lower joints. Leaves: Oblong, lance-shaped, saw-edged, opposite, petioled, and lacking hairs; 1 to 3 in. long, 1/4 to 1 in. wide. Fruit: A nearly round, compressed, but not flat, capsule with flat seeds in 2 cells. Preferred Habitat - In brooks, ponds, ditches, swamps. Flowering Season - April-September. Distribution - From Atlantic to Pacific, Alaska to California and New Mexico, Quebec to Pennsylvania.

Flowers - Light blue to white, often with deep blue or purple stripes. The flower's structure is similar to that of V. officinalis, but it grows in long, loose clusters that branch out on stems originating from the leaf axils. Stem: Hairless, usually branched, measuring 6 inches to 3 feet long, lying partially on the ground and rooting from lower joints. Leaves: Oblong, lance-shaped, saw-toothed, opposite, with petioles and without hairs; 1 to 3 inches long, ¼ to 1 inch wide. Fruit: A nearly round, compressed capsule that isn’t flat, containing flat seeds in 2 cells. Preferred Habitat - In brooks, ponds, ditches, and swamps. Flowering Season - April to September. Distribution - From the Atlantic to the Pacific, Alaska to California and New Mexico, Quebec to Pennsylvania.

This, the perhaps most beautiful native speedwell, whose sheets of blue along the brookside are so frequently mistaken for masses of forget-me-nots by the hasty observer, of course shows marked differences on closer investigation; its tiny blue flowers are marked with purple pathfinders, and the plant is not hairy, to mention only two. But the poets of England are responsible for most of whatever confusion stills lurks in the popular mind concerning these two flowers. Speedwell, a common medieval benediction from a friend, equivalent to our farewell or adieu, and forget - me-not of similar intent, have been used interchangeably by some writers in connection with parting gifts of small blue flowers. It was the germander speedwell that in literature and botanies alike was most commonly known as the forget-me-not for over two hundred years, or until only fifty years ago. When the "Mayflower" and her sister ships were launched; "Speedwell" was considered a happier name for a vessel than it proved to be.

This, perhaps the most beautiful native speedwell, whose patches of blue along the brookside are often mistaken for groups of forget-me-nots by the rushed observer, clearly shows distinct differences upon closer inspection; its tiny blue flowers have purple markings, and the plant is not hairy, just to name two. However, the poets of England are to blame for most of the confusion that still exists in the popular mind about these two flowers. Speedwell, a common medieval blessing from a friend, equivalent to our farewell or adieu, and forget-me-not with a similar intent, have been used interchangeably by some writers in connection with parting gifts of small blue flowers. It was the germander speedwell that was most commonly known in literature and botany as the forget-me-not for over two hundred years, or until just fifty years ago. When the "Mayflower" and her sister ships were launched, "Speedwell" was thought to be a more fortunate name for a ship than it turned out to be.

The WATER SPEEDWELL, or PIMPERNEL (V. Anagallis-aquatica), differs from the preceding chiefly in having most of its leaves seated on the stalk, only the lower ones possessing stems, and those short ones. In autumn the increased growth of sterile shoots from runners produce almost circular leaves, often two inches broad, a certain aid to identification.

The WATER SPEEDWELL, or PIMPERNEL (V. Anagallis-aquatica), differs from the previous plant mainly because most of its leaves are attached directly to the stem, with only the lower leaves having short stems. In autumn, the growth of sterile shoots from runners produces nearly circular leaves, which can be about two inches wide, helping with identification.

Another close relation, the MARSH or SKULLCAP SPEEDWELL (V. scutellata), on the other hand, has long, very slender, acute leaves, their teeth far apart; and as these three species are the only members of their clan likely to be found in watery places within our limits, a close examination of the leaves of any water-loving plant bearing small four-lobed blue flowers, usually marked with lines of a deeper blue or purple, should enable one to correctly name the species. None of these blossoms can be carried far after being picked; they have a tantalizing habit of dropping off, leaving a bouquet of tiny green calices chiefly.

Another close relative, the MARSH or SKULLCAP SPEEDWELL (V. scutellata), has long, very narrow, pointed leaves with widely spaced teeth. Since these three species are the only ones you'll likely find in wet areas within our region, closely examining the leaves of any water-loving plant with small four-lobed blue flowers—usually lined with darker blue or purple—should help you identify the species. None of these flowers can be held for long after being picked; they have a frustrating tendency to drop off, leaving mainly a bunch of tiny green calyxes.

Many kinds of bees, wasps, flies, and butterflies fertilize all these little flowers, which are first staminate, then pistillate, simply by crawling over them in search of nectar.

Many types of bees, wasps, flies, and butterflies pollinate all these little flowers, which are first male and then female, just by crawling over them looking for nectar.

COMMON SPEEDWELL; FLUELLIN; PAUL'S BETONY; GROUND-HELE
  (Veronica officinalis) Figwort family

COMMON SPEEDWELL; FLUELLIN; PAUL'S BETONY; GROUND-HELE
(Veronica officinalis) Figwort family

Flowers - Pale blue, very small, crowded on spike-like racemes from axils of leaves, often from alternate axils. Calyx 4-parted; corolla of 4 lobes, lower lobe commonly narrowest ; 2 divergent stamens inserted at base and on either side of upper corolla lobe ; a knob-like stigma on solitary pistil. Stem: From 3 to 10 in. long, hairy, often prostrate, and rooting at joints. Leaves: Opposite, oblong, obtuse, saw-edged, narrowed at base. Fruit: Compressed heart-shaped capsule, containing numerous flat seeds. Preferred Habitat - Dry fields, uplands, open woods. Flowering Season - May-August. Distribution - From Michigan and Tennessee eastward, also from Ontario to Nova Scotia. Probably an immigrant from Europe and Asia.

Flowers - Pale blue, very small, clustered on spike-like racemes from leaf axils, often from alternate axils. The calyx has 4 parts; the corolla has 4 lobes, with the lower lobe usually the narrowest; there are 2 divergent stamens attached at the base and on either side of the upper corolla lobe; a knob-like stigma is on the single pistil. Stem: 3 to 10 inches long, hairy, often sprawled out, and rooting at the joints. Leaves: Opposite, oblong, blunt-ended, serrated edges, tapering at the base. Fruit: Compressed heart-shaped capsule containing many flat seeds. Preferred Habitat - Dry fields, uplands, open woods. Flowering Season - May-August. Distribution - From Michigan and Tennessee eastward, also from Ontario to Nova Scotia. Likely an immigrant from Europe and Asia.

An ancient tradition of the Roman Church relates that when Jesus was on His way to Calvary, He passed the home of a certain Jewish maiden, who, when she saw the drops of agony on His brow, ran after Him along the road to wipe His face with her kerchief. This linen, the monks declared, ever after bore the impress of the sacred features - vera iconica, the true likeness. When the Church wished to canonize the pitying maiden, an abbreviated form of the Latin words was given her, St. Veronica, and her kerchief became one of the most precious relics at St. Peter's, where it is said to be still preserved. Medieval flower lovers, whose piety seems to have been eclipsed only by their imaginations, named this little flower from a fancied resemblance to the relic. Of course, special healing virtue was attributed to the square of pictured linen, and since all could not go to Rome to be cured by it, naturally the next step was to employ the common, wayside plant that bore the saint's name. Mental healers will not be surprised to learn that because of the strong popular belief in its efficacy to cure all fleshly ills, it actually seemed to possess miraculous powers. For scrofula it was said to be the infallible remedy, and presently we find Linnaeus grouping this flower, and all its relatives under the family name of Scrofulariaceae. "What's in a name?" Religion, theology, medicine, folk-lore, metaphysics, what not?

An old tradition of the Roman Church says that when Jesus was on His way to Calvary, He passed a certain Jewish girl’s house. When she saw the drops of suffering on His forehead, she ran after Him along the road to wipe His face with her handkerchief. The monks claimed that this linen afterward bore the imprint of His sacred features - vera iconica, the true likeness. When the Church wanted to canonize the compassionate girl, she was given a shortened form of the Latin words, St. Veronica, and her handkerchief became one of the most treasured relics at St. Peter's, where it is said to still be kept. Medieval flower lovers, whose devotion seemed to be overshadowed only by their imaginations, named this little flower because it resembled the relic. Naturally, special healing properties were attributed to the square of depicted linen, and since not everyone could go to Rome to be healed by it, the next step was to use the common roadside plant that had the saint's name. Mental healers won't be surprised to learn that due to the strong popular belief in its ability to cure all physical ailments, it actually seemed to have miraculous powers. It was said to be the perfect remedy for scrofula, and soon Linnaeus classified this flower and all its relatives under the family name of Scrofulariaceae. "What's in a name?" Religion, theology, medicine, folklore, metaphysics, and more?

One of the most common wild flowers in England is this same familiar little blossom of that lovely shade of blue known by Chinese artists as "the sky after rain." "The prettiest of all humble roadside flowers I saw," says Burroughs, in "A Glance at British Wild Flowers." "It is prettier than the violet, and larger and deeper colored than our houstonia. It is a small and delicate edition of our hepatica, done in indigo blue, and wonted to the grass in the fields and by the waysides.

One of the most common wildflowers in England is this familiar little blossom of that lovely shade of blue called "the sky after rain" by Chinese artists. "It's the prettiest of all the humble roadside flowers I've seen," says Burroughs in "A Glance at British Wild Flowers." "It's prettier than the violet and larger and deeper in color than our houstonia. It’s a small and delicate version of our hepatica, painted in indigo blue, and it's often found among the grass in the fields and along the roadsides."

'The little speedwell's darling blue'

'The little speedwell's lovely blue'

sings Tennyson. I saw it blooming with the daisy and buttercup upon the grave of Carlyle. The tender human and poetic element of his stern, rocky nature was well expressed by it."

sings Tennyson. I saw it blooming with the daisy and buttercup on Carlyle's grave. The gentle human and poetic side of his tough, rocky character was beautifully captured by it.

Only as it grows in masses is the speedwell conspicuous - a sufficient reason for its habit of forming colonies and of gathering its insignificant blossoms together into dense spikes, since by these methods it issues a flaunting advertisement of its nectar. The flower that simplifies dining for insects has its certain reward in rapidly increased and vigorous descendants. To save repetition, the reader interested in the process of fertilization is referred to the account of the Maryland figwort, since many members of the large family to which both belong employ the same method of economizing pollen and insuring fertile seed. In this case visitors have only to crawl over the tiny blossoms.

Only when it grows in large groups does speedwell stand out—this is a good reason for its nature of forming colonies and clustering its small flowers into dense spikes, as these strategies serve as a bright advertisement for its nectar. The flower that makes it easy for insects to feed has a clear payoff in the form of rapidly increasing and healthy offspring. To avoid repetition, readers who are interested in the process of fertilization can refer to the account of the Maryland figwort, since many members of the large family that both plants belong to use the same method to save pollen and ensure fertile seeds. In this case, visitors just need to crawl over the tiny flowers.

>From Labrador to Alaska, throughout almost every section of the United States, in South America, Europe, and Asia, roams the THYME-LEAVED SPEEDWELL (V. serpyllifolia), by the help of its numerous flat seeds, that are easily transported on the wind, and by its branching stem, that lies partly on the ground, rooting where the joints touch earth. The small oval leaves, barely half an inch long, grow in pairs. The tiny blue, or sometimes white, flowers, with dark pathfinders to the nectary, are borne on spike-like racemes at the ends of the stem and branches that rear themselves upward in fields and thickets to display their bloom before the passing bee.

>From Labrador to Alaska, throughout nearly every part of the United States, in South America, Europe, and Asia, the THYME-LEAVED SPEEDWELL (V. serpyllifolia) thrives, thanks to its many flat seeds that can easily be carried by the wind, and its branching stem that lies partially on the ground, taking root where the joints touch the soil. The small oval leaves, just over half an inch long, grow in pairs. The tiny blue, or sometimes white, flowers, with dark markings leading to the nectary, are found on spike-like racemes at the tips of the stems and branches, which stand upright in fields and thickets to showcase their blossoms to passing bees.

PALE, or NAKED, or ONE-FLOWERED BROOM-RAPE (Thalesia uniflora; Aphyllon uniflorum of Gray) Broom-rape family

PALE, or NAKED, or ONE-FLOWERED BROOM-RAPE (Thalesia uniflora; Aphyllon uniflorum of Gray) Broom-rape family

Flowers - Violet, rarely white, delicately fragrant, solitary at end of erect, glandular peduncles. Calyx hairy, bell-shaped, 5-toothed, not half the length of corolla, which is 1 in. or less long, with curved tube spreading into 2 lips, 5-lobed, yellow-bearded within; 4 stamens, in pairs, inserted on tube of corolla ; 1 pistil. Stem: About 1 in. long, scaly, often entirely underground; the 1 to 4 brownish scape-like peduncles, on which flowers are borne, from 3 to 8 in. high. Leaves: None. Fruit: An elongated, egg-shaped, 1-celled capsule containing numerous seeds. Preferred Habitat - Damp woods and thickets. Flowering Season - April-June. Distribution - British Possessions and United States from coast to coast, southward to Virginia, and Texas.

Flowers - Usually violet, sometimes white, pleasantly fragrant, found alone at the end of upright, hairy stems. The calyx is hairy, bell-shaped, with 5 points, not half the length of the corolla, which is 1 inch or shorter, featuring a curved tube that splits into 2 lips, 5 lobes, and yellow beard inside; there are 4 stamens in pairs attached to the tube of the corolla; 1 pistil. Stem: About 1 inch long, scaly, often fully underground; the 1 to 4 brownish, scape-like stems that hold the flowers range from 3 to 8 inches high. Leaves: None. Fruit: An elongated, egg-shaped capsule with one compartment that contains many seeds. Preferred Habitat - Damp woods and thickets. Flowering Season - April-June. Distribution - British territories and the United States from coast to coast, south to Virginia and Texas.

A curious, beautiful parasite, fastened on the roots of honest plants from which it draws its nourishment. The ancestors of this species, having deserted the path of rectitude ages ago to live by piracy, gradually lost the use of their leaves, upon which virtuous plants depend as upon a part of their digestive apparatus; they grew smaller and smaller, shriveled and dried, until now that the one-flowered broom-rape sucks its food, rendered already digestible through another's assimilation, no leaves remain on its brownish scapes. Disuse of any talent in the vegetable kingdom, as in the spiritual, leads to inevitable loss: "Unto every one which hath shall be given; and from him that hath not, even that he hath shall be taken away."

A fascinating, pretty parasite that clings to the roots of honest plants to draw its nutrients. The ancestors of this species abandoned the path of righteousness long ago to survive by stealing, gradually losing their leaves, which virtuous plants rely on as part of their digestive system; they shrank more and more, withered and dried up, until now the one-flowered broom-rape feeds on nutrients already broken down by others, and its brownish stalks have no leaves left. The neglect of any ability in the plant world, just like in the spiritual world, leads to certain loss: "To everyone who has, more will be given; and from the one who has not, even what they have will be taken away."

HAIRY RUELLIA
  (Ruellia ciliosa) Acanthus family

HAIRY RUELLIA
  (Ruellia ciliosa) Acanthus family

Flowers - Pale violet blue, showy, about 2 in. long, solitary or clustered in the axils or at the end of stem. Calyx of 5 bristle-shaped hairy segments; corolla with very slender tube expanding above in 5 nearly equal obtuse lobes; stamens 4; pistil with recurved style. Stem: Hairy, especially above, erect, 1 to 2 1/2 ft. high. Leaves: Opposite, oblong, narrowed at apex, entire, covered with soft white hairs. Preferred Habitat - Dry soil. Flowering Season - June-September. Distribution - New Jersey southward to the Gulf and westward to Michigan and Nebraska.

Flowers - Light violet-blue, attractive, about 2 inches long, either alone or grouped in the axils or at the end of the stem. The calyx has 5 bristle-like hairy segments; the corolla features a very slender tube that widens above into 5 nearly equal rounded lobes; there are 4 stamens; the pistil has a curved style. Stem: Hairy, especially at the top, upright, 1 to 2.5 feet tall. Leaves: Opposite, oblong, tapering at the tip, smooth edges, covered with soft white hairs. Preferred Habitat - Dry soil. Flowering Season - June to September. Distribution - From New Jersey down to the Gulf and west to Michigan and Nebraska.

Many charming ruellias from the tropics adorn hothouses and window gardens in winter; but so far north as the New Jersey pine barrens, and westward where killing frosts occur, this perennial proves to be perfectly hardy. In addition to its showy blossoms, which so successfully invite insects to transfer their pollen, thereby counteracting the bad effects of close inbreeding, the plant bears inconspicuous cleistogamous or blind ones also. These look like arrested buds that never open; but, being fertilized with their own pollen, ripen abundant seed nevertheless.

Many beautiful ruellias from the tropics are popular in greenhouses and window gardens during winter; however, as far north as the New Jersey pine barrens, and westward where harsh frosts happen, this perennial is completely hardy. Along with its vibrant flowers that effectively attract insects for pollen transfer, helping to reduce the negative effects of inbreeding, the plant also produces inconspicuous cleistogamous or "blind" flowers. These resemble buds that never fully open, but since they are fertilized with their own pollen, they still produce a lot of seeds.

One frequently finds holes bitten in these flowers, as in so many others long of tube or spur. Bumblebees, among the most intelligent and mischievous of insects, are apt to be the chief offenders; but wasps are guilty too, and the female carpenter bee, which ordinarily slits holes to extract nectar, has been detected in the act of removing circular pieces of the corolla from this ruellia with which to plug up a thimble-shaped tube in some decayed tree. Here she deposits an egg on top of a layer of baby food, consisting of a paste of pollen and nectar, and seals up the nursery with another bit of leaf or flower, repeating the process until the long tunnel is filled with eggs and food for larvae. Then she dies, leaving her entire race apparently extinct, and living only in embryo for months. This is the bee which commonly cuts her round plugs from rose leaves.

One often finds holes bitten into these flowers, just like in many others with long tubes or spurs. Bumblebees, which are among the most clever and playful insects, tend to be the main culprits; however, wasps are also responsible, as is the female carpenter bee. This bee usually makes holes to get nectar, but has been caught in the act of removing circular pieces of the flower from this ruellia to plug a thimble-shaped tube in some rotting tree. Here, she lays an egg on top of a layer of baby food made from a mixture of pollen and nectar, and seals the nursery with another piece of leaf or flower, repeating the process until the long tunnel is filled with eggs and food for the larvae. Then she dies, leaving her entire lineage seemingly extinct, living only as embryos for months. This is the bee that often cuts her round plugs from rose leaves.

The SMOOTH RUELLIA (R. strepens), an earlier bloomer than the preceding, and with a more southerly range, has a shorter, thicker tube to its handsome blue flower, and lacks the hairs which guard its relative from crawling pilferers.

The SMOOTH RUELLIA (R. strepens), which blooms earlier than the previous one and has a more southern distribution, features a shorter, thicker tube leading to its beautiful blue flower and doesn’t have the hairs that protect its relative from sneaky pests.

BLUETS; INNOCENCE; HOUSTONIA; QUAKER LADIES; QUAKER BONNETS;
VENUS' PRIDE
  (Houstonia caerulea) Madder family

BLUETS; INNOCENCE; HOUSTONIA; QUAKER LADIES; QUAKER BONNETS;
VENUS' PRIDE
  (Houstonia caerulea) Madder family

Flowers - Very small, light to purplish blue or white, with yellow center, and borne at end of each erect slender stem that rises from 3 to 7 in. high. Corolla funnel-shaped, with 4 oval, pointed, spreading lobes that equal the slender tube in length; rarely the corolla has more divisions; 4 stamens inserted on tube of corolla; 2 stigmas; calyx 4-lobed. Leaves: Opposite, seated on stem, oblong, tiny; the lower ones spatulate. Fruit: A 2-lobed pod, broader than long, its upper half free from calyx; seeds deeply concave. Root stock: Slender, spreading, forming dense tufts. Preferred Habitat - Moist meadows, wet rocks and banks. Flowering Season - April-July, or sparsely through summer. Distribution - Eastern Canada and United States west to Michigan, south to Georgia and Alabama.

Flowers - Very small, light purplish-blue or white with a yellow center, found at the end of each slender, upright stem that grows from 3 to 7 inches tall. The corolla is funnel-shaped, with 4 oval, pointed lobes that are the same length as the slender tube; sometimes the corolla has more divisions. There are 4 stamens attached to the tube of the corolla and 2 stigmas; the calyx has 4 lobes. Leaves: Opposite, attached to the stem, oblong, and tiny; the lower leaves are spatula-shaped. Fruit: A 2-lobed pod, wider than it is long, with its upper half free from the calyx; seeds are deeply concave. Root stock: Slender and spreading, forming dense tufts. Preferred Habitat - Moist meadows, wet rocks, and banks. Flowering Season - April to July, or scattered throughout the summer. Distribution - Eastern Canada and the United States, west to Michigan, and south to Georgia and Alabama.

Millions of these dainty wee flowers, scattered through the grass of moist meadows and by the wayside, reflect the blue and the serenity of heaven in their pure, upturned faces. Where the white variety grows, one might think a light snowfall had powdered the grass, or a milky way of tiny floral stars had streaked a terrestrial path. Linnaeus named the flower for Dr. Houston, a young English physician, botanist, and collector, who died in South America in 1733, after an exhausting tramp about the Gulf of Mexico.

Millions of these delicate little flowers, scattered across the grass in damp meadows and along the roadside, mirror the blue and calmness of the sky in their pure, upward-facing blooms. Where the white variety grows, it might seem like a light snowfall has dusted the grass or a pathway of tiny floral stars has decorated the earth. Linnaeus named the flower after Dr. Houston, a young English doctor, botanist, and collector, who passed away in South America in 1733 after a tiring trek around the Gulf of Mexico.

To secure cross-fertilization, the object toward which so much marvelous floral organism is directed, this little plant puts forth two forms of blossoms - one with the stamens in the lower portion of the corolla tube, and the stigmas exserted; the other form with the stigmas below, and the stamens elevated to the mouth of the corolla. But the two kinds do not grow in the same patch, seed from either producing after its kind. Many insects visit these blossoms, but chiefly small bees and butterflies. Conspicuous among the latter is the common little meadow fritillary (Brenthis bellona), whose tawny, dark-speckled wings expand and close in apparent ecstasy as he tastes the tiny drop of nectar in each dainty enameled cup. Coming to feast with his tongue dusted from anthers nearest the nectary, he pollenizes the large stigmas of a short-styled blossom without touching its tall anthers. But it is evident that he could not be depended on to fertilize the long-styled form, with its smaller stigma, because of this ability to insert his slender tongue from the side where it avoids contact. Flies and beetles enter the blossoms, but small bees are best adapted as all-round benefactors. This simple-looking blossom, that measures barely half an inch across, is clever enough to multiply its lovely species a thousand fold, while many a larger, and therefore one might suppose a wiser, flower dwindles toward extinction.

To ensure cross-pollination, which is the goal of this amazing floral organism, this little plant produces two types of flowers - one has the stamens at the bottom of the corolla tube with the stigmas sticking out, while the other has the stigmas below and the stamens raised to the top of the corolla. However, the two types don’t grow in the same area; seeds from either type only produce more of their own kind. Many insects visit these flowers, particularly small bees and butterflies. A standout among them is the common little meadow fritillary (Brenthis bellona), whose orange, dark-spotted wings flutter in delight as it sips the tiny drop of nectar in each delicate enameled cup. As it comes to feast with its tongue dusted from the nearby anthers, it pollinates the large stigmas of a short-styled flower without touching its tall anthers. However, it’s clear that it can’t be relied upon to fertilize the long-styled form, with its smaller stigma, because it can insert its slender tongue from the side without making contact. Flies and beetles do enter these flowers, but small bees are the most effective as all-around helpers. This seemingly simple flower, barely half an inch wide, smartly manages to multiply its beautiful species a thousand times, while many larger flowers, which one might assume are wiser, fade towards extinction.

John Burroughs found a single bluet in blossom one January, near Washington, when the clump of earth on which it grew was frozen solid. A pot of roots gathered in autumn and placed in a sunny window has sent up a little colony of star-like flowers throughout a winter.

John Burroughs discovered a single bluet in bloom one January near Washington, even though the ground it grew in was completely frozen. A pot of roots collected in the fall and set in a sunny window has sent up a small group of star-like flowers throughout the winter.

WILD, COMMON, or CARD TEASEL; GYPSY COMBS
  (Dipsacus sylvestris) Teasel family

WILD, COMMON, or CARD TEASEL; GYPSY COMBS
  (Dipsacus sylvestris) Teasel family

Flowers - Purple or lilac, small, packed in dense, cylindric heads, 3 to 4 in. long; growing singly on ends of footstalks, the flowers set among stiffly pointed, slender scales. Calyx cup-shaped, 4-toothed. Corolla 4-lobed; stamens 4; leaves of involucre, slender, bristled, curved upward as high as flower-head or beyond. Stems: 3 to 6 ft. high, stout, branched, leafy, with numerous short prickles. Leaves: Opposite, lance-shaped, seated on stem, with bristles along the stout midrib. Preferred Habitat - Roadsides and waste places. Flowering Season - July-September. Distribution - Maine to Virginia, westward to Ontario and the Mississippi. Europe and Asia.

Flowers - Purple or lilac, small, packed in dense, cylindrical heads, 3 to 4 inches long; growing singly on the ends of footstalks, the flowers are set among stiffly pointed, slender scales. The calyx is cup-shaped and has 4 teeth. The corolla is 4-lobed; there are 4 stamens; the leaves of the involucre are slender, bristled, and curve upward as high as the flower head or beyond. Stems: 3 to 6 feet high, sturdy, branched, leafy, with numerous short prickles. Leaves: Opposite, lance-shaped, attached to the stem, with bristles along the sturdy midrib. Preferred Habitat - Roadsides and waste areas. Flowering Season - July to September. Distribution - From Maine to Virginia, west to Ontario and the Mississippi. Found in Europe and Asia.

Manufacturers find that no invention can equal the natural teasel head for raising a nap on woolen cloth, because it breaks at any serious obstruction, whereas a metal substitute, in such a case, tears the material. Accordingly, the plant is largely cultivated in the west of England, and quantities that have been imported from France and Germany may be seen in wagons on the way to the factories in any of the woolen-trade towns. After the flower-heads wither, the stems are cut about eight inches long, stripped of prickles, to provide a handle, and after drying, the natural tool is ready for use.

Manufacturers find that no invention can match the natural teasel head for raising a nap on woolen fabric because it breaks at any significant obstacle, whereas a metal alternative tears the material in such situations. As a result, the plant is extensively grown in the west of England, and you can see large quantities imported from France and Germany being transported in wagons to factories in various wool-producing towns. Once the flower heads wither, the stems are cut to about eight inches long, stripped of prickles to create a handle, and after drying, the natural tool is ready to use.

Bristling with armor, the teasel is not often attacked by browsing cattle. Occasionally even the upper leaf surfaces are dotted over with prickles enough to tear a tender tongue. This is a curious feature, for prickles usually grow out of veins. In the receptacle formed where the bases of the upper leaves grow together, rain and dew are found collected - a certain cure for warts, country people say. Venus' Cup, Bath, or Basin, and Water Thistle, are a few of the teasel's folk names earned by its curious little tank. In it many small insects are drowned, and these are supposed to contribute nourishment to the plant; for Mr. Francis Darwin has noted that protoplasmic filaments reach out into the liquid.

Covered in armor, the teasel isn't often targeted by grazing cattle. Sometimes even the upper leaf surfaces have enough prickles to hurt a sensitive tongue. This is interesting because prickles usually grow from veins. In the cup formed where the bases of the upper leaves come together, rain and dew collect—said to be a sure remedy for warts, according to locals. Venus' Cup, Bath or Basin, and Water Thistle are some of the teasel's folk names, earned because of its unique little reservoir. Many small insects end up drowned in it, which are thought to provide nourishment to the plant; Mr. Francis Darwin noted that protoplasmic filaments reach out into the liquid.

Owing to the stiff spines which radiate from the flower cluster, the bumblebees, which principally fertilize it, can reach the florets only with their heads, and not pollenize them by merely crawling over them as in the true compositae. But by first maturing its anthers, then when they have shed their pollen, elevating its stigmas, the teasel prevents self-fertilization.

Due to the stiff spines that stick out from the flower cluster, bumblebees, which mainly pollinate it, can only access the florets with their heads and can't just crawl over them like in true composites. However, by first maturing its anthers and then lifting its stigmas after they have released their pollen, the teasel stops self-pollination.

HAREBELL or HAIRBELL; BLUE BELLS of SCOTLAND; LADY'S THIMBLE
  (Campanula rotundifolia) Bellflower family

HAREBELL or HAIRBELL; BLUE BELLS of SCOTLAND; LADY'S THIMBLE
  (Campanula rotundifolia) Bellflower family

Flowers - Bright blue or violet blue, bell-shaped, 1/2 in. long or over, drooping from hair-like stalks. Calyx of 5-pointed, narrow, spreading lobes; slender stamens alternate with lobes of corolla, and borne on summit of calyx tube, which is adherent to ovary; pistil with 3 stigmas in maturity only. Stem: Very slender, 6 in. to 3 ft. high, often several from same root; simple or branching. Leaves: Lower ones nearly round, usually withered and gone by flowering season; stem leaves narrow, pointed, seated on stem. Fruit: An egg-shaped, pendent, 3-celled capsule with short openings near base; seeds very numerous, tiny. Preferred Habitat - Moist rocks, uplands. Flowering Season - June-September. Distribution - Arctic regions of Europe, Asia, and America; southward on this continent, through Canada to New Jersey and Pennsylvania; westward to Nebraska, to Arizona in the Rockies, and to California in the Sierra Nevadas.

Flowers - Bright blue or violet blue, bell-shaped, about ½ inch long or more, drooping from hair-like stems. The calyx has 5 pointed, narrow, spreading lobes; slender stamens alternate with the lobes of the corolla and are located at the top of the calyx tube, which is attached to the ovary; the pistil has 3 stigmas that mature only. Stem: Very slender, ranging from 6 inches to 3 feet tall, often several arise from the same root; can be simple or branching. Leaves: The lower leaves are nearly round, usually withered and gone by the flowering season; the stem leaves are narrow and pointed, situated on the stem. Fruit: An egg-shaped, hanging, 3-celled capsule with short openings near the base; seeds are very numerous and tiny. Preferred Habitat - Moist rocks, uplands. Flowering Season - June to September. Distribution - Arctic regions of Europe, Asia, and America; southward on this continent through Canada to New Jersey and Pennsylvania; westward to Nebraska, to Arizona in the Rockies, and to California in the Sierra Nevadas.

The inaccessible crevice of a precipice, moist rocks sprayed with the dashing waters of a lake or some tumbling mountain stream, wind-swept upland meadows, and shady places by the roadside may hold bright bunches of these hardy bells, swaying with exquisite grace on tremulous, hair-like stems that are fitted to withstand the fiercest mountain blasts, however frail they appear. How dainty, slender, tempting these little flowers are! One gladly risks a watery grave or broken bones to bring down a bunch from its aerial cranny.

The hard-to-reach nook of a cliff, wet rocks splashed by the rushing waters of a lake or a cascading mountain stream, breezy high meadows, and shady spots by the road may have vibrant clusters of these tough flowers, swaying gracefully on delicate, hair-thin stems that can survive the strongest mountain winds, no matter how fragile they seem. How delicate, slim, and inviting these little flowers are! One willingly risks getting soaking wet or hurt to grab a bunch from its high spot.

It was a long stride forward in the evolutionary scale when the harebell welded its five once separate petals together; first at the base, then farther and farther up the sides, until a solid bell-shaped structure resulted. This arrangement which makes insect fertilization a more certain process because none of the pollen is lost through apertures, and because the visitor must enter the flower only at the vital point where the stigmas come in contact with his pollen-laden body, has given to all the flowers that have attained to it, marked ascendency.

It was a significant step forward in evolution when the harebell fused its five once separate petals together; first at the base, then higher up the sides, until a solid bell-shaped structure was formed. This design makes insect pollination more reliable because no pollen is lost through openings, and the visitor must enter the flower only at the crucial point where the stigmas make contact with their pollen-covered body. This has given all the flowers that have reached this stage a notable advantage.

Like most inverted blossoms, the harebell hangs its head to protect its nectar and pollen, not only from rain, but from the intrusion of undesirable crawling insects which would simply brush off its pollen in the grass before reaching the pistil of another flower, and so defeat cross-fertilization, the end and aim of so many blossoms. Advertising for winged insects by its bright color, the harebell attracts bees, butterflies, and many others. These visitors cannot well walk on the upright petals, and sooner or later must clasp the pistil if they would secure the nectar secreted at the base. In doing so, they will dust themselves and the immature pistil with the pollen from the surrounding anthers; but a newly opened flower is incapable of fertilization. The pollen, although partially discharged in the unopened bud, is prevented from falling out by a coat of hairs on the upper part of the style. By the time all the pollen has been removed by visitors, however, and the stamens which matured early have withered, the pistil has grown longer, until it looks like the clapper in a bell; the stigma at its top has separated into three horizontal lobes which, being sticky on the under side, a pollen-laden insect on entering the bell must certainly brush against them and render them fertile. But bumblebees, its chief benefactors, and others may not have done their duty by the flower; what then? Why, the stigmas in that case finally bend backward to reach the left over pollen, and fertilize themselves, obviously the next best thing for them to do. How one's reverence increases when one begins to understand, be it ever so little of, the divine plan!

Like most drooping flowers, the harebell lowers its head to protect its nectar and pollen, not just from rain, but from unwanted crawling insects that would brush off its pollen in the grass before reaching another flower's pistil, preventing cross-fertilization, which is the goal of many blooms. By showcasing its bright color, the harebell attracts bees, butterflies, and other creatures. These visitors can’t really walk on the upright petals, so they eventually have to reach the pistil to get the nectar secreted at the base. In doing so, they cover themselves and the immature pistil with pollen from the surrounding anthers; however, a newly opened flower isn't ready for fertilization. Although some pollen is released in the unopened bud, a coat of hairs on the upper part of the style keeps it from falling out. By the time all the pollen has been taken by visitors, and the early-maturing stamens have dried up, the pistil grows longer, resembling a bell's clapper; the stigma at the top splits into three horizontal lobes, which are sticky underneath, so when a pollen-laden insect enters the bell, it must brush against them, making them fertile. But if bumblebees, its main helpers, and others haven’t done the job for the flower, what happens then? In that case, the stigmas bend back to collect the leftover pollen and fertilize themselves, which is clearly the next best option. How one's appreciation grows when one starts to grasp even a little of the divine plan!

"Probably the most striking blue and purple wild flowers we have," says John Burroughs, "are of European origin. These colors, except with the fall asters and gentians, seem rather unstable in our flora." This theory is certainly borne out in the case of the RAMPION, EUROPEAN, or CREEPING BELLFLOWER (C. rapunculoides), now detected in the act of escaping from gardens from New Brunswick to Ontario, Southern New York, Pennsylvania, and Ohio, and making itself very much at home in our fields and along the waysides. Compared with the delicate little harebell, it is a plant of rank, rigid habit. Its erect, rather stout stem, set with elongated oval, hairy, alternate leaves, and crowned with a one-sided raceme of widely expanded, purple-blue bells rising about two feet above the ground, has little of the exquisite grace of its cousin. It blooms from July to September. This is the species whose roots are eaten by the omnivorous European peasant.

"Probably the most striking blue and purple wildflowers we have," says John Burroughs, "are from Europe. These colors, except for the fall asters and gentians, seem rather unstable in our flora." This theory is definitely supported by the case of the RAMPION, EUROPEAN, or CREEPING BELLFLOWER (C. rapunculoides), which is now escaping from gardens from New Brunswick to Ontario, Southern New York, Pennsylvania, and Ohio, making itself quite at home in our fields and along the roadsides. Compared to the delicate little harebell, it is a plant with a robust, stiff appearance. Its upright, fairly stout stem, adorned with elongated oval, hairy, alternate leaves, and topped with a one-sided raceme of widely expanded, purple-blue bells rising about two feet above the ground, lacks the exquisite grace of its relative. It blooms from July to September. This is the species whose roots are eaten by the omnivorous European peasant.

One of the few native campanulas, the TALL BELLFLOWER (C. Americana), waves long, slender wands studded with blue or sometimes whitish flowers high above the ground of moist thickets and woods throughout the eastern half of this country, but rarely near the sea. Doubtless the salt air, which intensifies the color of so many flowers, would brighten its rather slatey blue. The corolla, which is flat, round, about an inch across, and deeply cleft into five pointed petals, has the effect of a miniature pinwheel in motion. Mature flowers have the style elongated, bent downward, then curved upward, that the stigmas may certainly be in the way of the visiting insect pollen-laden from an earlier bloomer, and be cross-fertilized. The larger bees, its benefactors, which visit it for nectar, touch only the upper side of the style, on which they must alight; but the anthers waste pollen by shedding it on all sides. No insect can take shelter from rain or pass the night in this flower, as he frequently does in its more hospitable relative, the harebell. English gardeners, more appreciative than our own of our native flora, frequently utilize this charming plant in their rockwork, increasing their stock by a division of the dense, leafy rosettes.

One of the few native campanulas, the TALL BELLFLOWER (C. Americana), stands tall with long, slender stalks adorned with blue or occasionally whitish flowers that rise high above the ground in moist thickets and woodlands across the eastern half of the country, but it’s rarely found near the sea. The salt air, which enhances the colors of many flowers, would likely brighten its somewhat grayish-blue hue. The corolla is flat, round, about an inch wide, and has five pointed petals that create the appearance of a tiny pinwheel in motion. Mature flowers have an elongated style that bends downward before curving upward, ensuring that the stigmas are positioned to catch pollen from insects visiting from earlier blooms. The larger bees, which help pollinate it by seeking nectar, land on the upper side of the style, but the anthers release pollen all around. No insect can take shelter from rain or spend the night in this flower as they often do in its more accommodating relative, the harebell. English gardeners, who are more appreciative of our native plants than those here, often use this lovely flower in their rock gardens and increase their stock by dividing the dense, leafy rosettes.

VENUS' LOOKING-GLASS; CLASPING BELLFLOWER
  (Legouzia perfoliata; Specularia perfoliata of Gray)
Bellflower family

VENUS' LOOKING-GLASS; CLASPING BELLFLOWER
  (Legouzia perfoliata; Specularia perfoliata of Gray)
Bellflower family

Flowers - Violet blue, from 1/2 to 3/4 in. across; solitary or 2 or 3 together, seated, in axils of upper leaves. Calyx lobes varying from 3 to 5 in earlier and later flowers, acute, rigid; corolla a 5-spoked wheel; 5 stamens; pistil with 3 stigmas. Stem: 6 in. to 2 ft. long, hairy, densely leafy, slender, weak. Leaves: Round, clasped about stem by heart-shaped base. Preferred Habitat - Sterile waste places, dry woods. Flowering Season - May-September. Distribution - From British Columbia, Oregon, and Mexico, east to Atlantic Ocean.

Flowers - Violet blue, ranging from 1/2 to 3/4 inches wide; either solitary or in groups of 2 or 3, located in the axils of the upper leaves. Calyx lobes can vary from 3 to 5 in earlier and later flowers, pointed and stiff; the corolla resembles a 5-spoked wheel; there are 5 stamens; the pistil has 3 stigmas. Stem: 6 inches to 2 feet long, hairy, densely leafy, slender, and weak. Leaves: Round, clasping the stem with a heart-shaped base. Preferred Habitat - Poorly maintained areas, dry woodlands. Flowering Season - May to September. Distribution - From British Columbia, Oregon, and Mexico, stretching east to the Atlantic Ocean.

At the top of a gradually lengthened and apparently overburdened leafy stalk, weakly leaning upon surrounding vegetation, a few perfect blossoms spread their violet wheels, while below them insignificant earlier flowers, which, although they have never opened, nor reared their heads above the hollows of the little shell-like leaves where they lie secluded, have, nevertheless, been producing seed without imported pollen while their showy sisters slept. But the later blooms, by attracting insects, set cross-fertilized seed to counteract any evil tendencies that might weaken the species if it depended upon self-fertilization only. When the European Venus' looking-glass used to be cultivated in gardens here, our grandmothers tell us it was altogether too prolific, crowding out of existence its less fruitful, but more lovely, neighbors.

At the top of a gradually lengthened and seemingly overburdened leafy stalk, a few perfect blossoms spread their violet petals, leaning weakly on the surrounding vegetation. Below them, insignificant earlier flowers, which have never opened or lifted their heads above the small, shell-like leaves where they lie hidden, have still been producing seeds without the need for pollen from other plants while their showy sisters remained dormant. However, the later blooms, by attracting insects, set cross-fertilized seeds to prevent any negative trends that could weaken the species if it relied solely on self-fertilization. When the European Venus' looking-glass was cultivated in gardens here, our grandmothers tell us it was far too prolific, pushing out its less fruitful but more beautiful neighbors.

The SMALL VENUS' LOOKING-GLASS (L. biflora), of similar habit to the preceding, but with egg-shaped or oblong leaves seated on, not clasping, its smooth and very slender stem, grows in the South and westward to California.

The SMALL VENUS' LOOKING-GLASS (L. biflora), which has a similar growth pattern to the previous one, features egg-shaped or oblong leaves that sit on its smooth and very slender stem, rather than clasping it. It grows in the southern regions and westward to California.

GREAT LOBELIA; BLUE CARDINAL-FLOWER
  (Lobelia syphilitica) Bellflower family

GREAT LOBELIA; BLUE CARDINAL-FLOWER
  (Lobelia syphilitica) Bellflower family

Flowers - Bright blue, touched with white, fading to pale blue, about 1 in. long, borne on tall, erect, leafy spike. Calyx 5-parted, the lobes sharply cut, hairy. Corolla tubular, open to base on one side, 2-lipped, irregularly 5-lobed, the petals pronounced at maturity only. Stamens 5, united by their hairy anthers into a tube around the style; larger anthers smooth. Stem: 1 to 3 ft. high, stout, simple, leafy, slightly hairy. Leaves: Alternate, oblong, tapering, pointed, irregularly toothed, 2 to 6 in. long, 1/2 to 2 in. wide. Preferred Habitat - Moist or wet soil; beside streams. Flowering Season - July-October Distribution - Ontario and northern United States west to Dakota, south to Kansas and Georgia.

Flowers - Bright blue with white highlights, fading to pale blue, about 1 inch long, growing on tall, upright, leafy spikes. The calyx is 5-parted, with sharply cut, hairy lobes. The corolla is tubular, open on one side at the base, 2-lipped, and irregularly 5-lobed, with pronounced petals only when mature. There are 5 stamens, joined by their hairy anthers to form a tube around the style; the larger anthers are smooth. The stem is 1 to 3 feet tall, thick, simple, leafy, and slightly hairy. The leaves are alternate, oblong, tapering, pointed, and irregularly toothed, measuring 2 to 6 inches long and 1/2 to 2 inches wide. Preferred Habitat - Moist or wet soil; next to streams. Flowering Season - July-October Distribution - Ontario and northern United States west to Dakota, south to Kansas and Georgia.

To the evolutionist, ever on the lookout for connecting links, the lobelias form an interesting group, because their corolla, slit down the upper side and somewhat flattened, shows the beginning of the tendency toward the strap or ray flowers that are nearly confined to the composites of much later development, of course, than tubular single blossoms. Next to massing their flowers in showy heads, as the composites do, the lobelias have the almost equally advantageous plan of crowding theirs along a stem so as to make a conspicuous advertisement to attract the passing bee and to offer him the special inducement of numerous feeding places close together.

To the evolutionist, always searching for connecting links, the lobelias are an intriguing group because their flower shape, which is split down the upper side and somewhat flattened, shows the beginning of the trend toward strap or ray flowers, which are mostly found in the composites that developed much later than tubular single blossoms. In addition to grouping their flowers in showy heads like the composites, lobelias also have the nearly equally beneficial strategy of clustering their flowers along a stem to create a noticeable attraction for passing bees, providing them with the special advantage of having multiple feeding spots close together.

The handsome GREAT LOBELIA, constantly and invidiously compared with its gorgeous sister the cardinal flower, suffers unfairly. When asked what his favorite color was, Eugene Field replied: "Why, I like any color at all so long as it's red!" Most men, at least, agree with him, and certainly hummingbirds do; our scarcity of red flowers being due, we must believe, to the scarcity of hummingbirds, which chiefly fertilize them. But how bees love the blue blossoms!

The beautiful GREAT LOBELIA, often unfairly compared to its stunning relative the cardinal flower, faces an undeserved reputation. When asked about his favorite color, Eugene Field said, "I like any color as long as it's red!" Most people, at least, share his sentiment, and definitely hummingbirds do; we must assume that our lack of red flowers is due to the shortage of hummingbirds, which mainly pollinate them. But how the bees adore the blue flowers!

There are many cases where the pistil of a flower necessarily comes in contact with its own pollen, yet fertilization does not take place, however improbable this may appear. Most orchids, for example, are not susceptible to their own pollen. It would seem as if our lobelia, in elevating its stigma through the ring formed by the united anthers, must come in contact with some of the pollen they have previously discharged from their tips, not only on the bumblebee that shakes it out of them when he jars the flower, but also within the tube. But when the anthers are mature, the two lobes of the still immature stigma are pressed together, and cannot be fertilized. Nevertheless, the hairy tips of some of the anthers brush off the pollen grains that may have lodged on the stigma as it passes through the ring in its ascent, thus making surety doubly sure. Only after the stigma projects beyond the ring of anthers does it expand its lobes, which are now ready to receive pollen brought from another later flower by the incoming bumblebee to which it is adapted.

There are many instances where the pistil of a flower comes into contact with its own pollen, yet fertilization doesn’t happen, no matter how unlikely that might seem. For example, most orchids aren’t affected by their own pollen. It appears that our lobelia, by raising its stigma through the circle formed by the joined anthers, must come into contact with some of the pollen they've already released from their tips, not just from the bumblebee that shakes it out when it vibrates the flower, but also within the tube. However, when the anthers are mature, the two lobes of the still immature stigma press together and can’t be fertilized. Still, the hairy tips of some of the anthers sweep off the pollen grains that might have settled on the stigma as it moves through the ring in its rise, ensuring that it’s extra secure. Only after the stigma extends beyond the ring of anthers does it open its lobes, which are now ready to accept pollen brought from another later flower by the incoming bumblebee it’s suited for.

Linnaeus named this group of plants for Matthias de l'Obel, a Flemish botanist, or herbalist more likely, who became physician to James I. of England.

Linnaeus named this group of plants after Matthias de l'Obel, a Flemish botanist, or more likely an herbalist, who became the physician to James I of England.

Preferably in dry, sandy soil or in meadows, and over a wide range, the slender, straight shoots of PALE SPIKED LOBELIA (L. spicata) bloom early and throughout the summer months, the inflorescence itself sometimes reaching a height of two feet. At the base of the plant there is usually a tuft of broadly oblong leaves; those higher up narrow first into spoon-shaped, then into pointed, bracts, along the thick and gradually lengthened spike of scattered bloom. The flowers are oft en pale enough to be called white. Like their relatives, they first ripen their anthers to prevent self-fertilization.

Preferably in dry, sandy soil or meadows, the slender, straight shoots of PALE SPIKED LOBELIA (L. spicata) bloom early and continue throughout the summer months, sometimes reaching a height of two feet. At the base of the plant, there is usually a tuft of broad, oblong leaves; those higher up narrow first into spoon-shaped, then into pointed bracts, along the thick and gradually extended spike of scattered blooms. The flowers are often pale enough to be called white. Like their relatives, they mature their anthers first to avoid self-fertilization.

The lithe, graceful little BROOK LOBELIA (L. Kalmii), whose light-blue flowers, at the end of thread-like footstems, form a loose raceme, sways with a company of its fellows among the grass on wet banks, beside meadow runnels and brooks, particularly in limestone soil, from Nova Scotia to the Northwest Territory and southward to New Jersey. It bears an insignificant capsule, not inflated like the Indian tobacco's; and long, narrow, spoon-shaped leaves. Twenty inches is the greatest height this little plant may hope to attain.

The delicate, graceful BROOK LOBELIA (L. Kalmii), with its light-blue flowers on thin stems forming a loose cluster, sways alongside its companions in the grass on wet banks, near meadow streams and brooks, especially in limestone soil, stretching from Nova Scotia to the Northwest Territory and all the way down to New Jersey. It produces a small capsule, not swollen like that of Indian tobacco, and has long, narrow, spoon-shaped leaves. The maximum height this little plant can reach is just twenty inches.

Not only beside water, and in it, but often totally immersed, grows the WATER LOBELIA or GLADIOLE (L. Dortmanna). The slender, hollow, smooth stem rises from a submerged tuft of round, hollow, fleshy leaves longitudinally divided by a partition, and bears at the top a scattered array of pale-blue flowers from August to September.

Not just near water, and in it, but often completely submerged, grows the WATER LOBELIA or GLADIOLE (L. Dortmanna). The slender, hollow, smooth stem rises from a submerged clump of round, hollow, fleshy leaves that are divided by a partition, and at the top, it displays a scattered array of pale-blue flowers from August to September.

INDIAN or WILD TOBACCO; GAG-ROOT; ASTHMA-WEED; BLADDER-POD
LOBELIA
  (Lobelia inflata) Bellflower family

INDIAN or WILD TOBACCO; GAG-ROOT; ASTHMA-WEED; BLADDER-POD
LOBELIA
  (Lobelia inflata) Bellflower family

Flowers - Pale blue or violet, small, borne at short intervals in spike-like leafy racemes. Calyx 5-parted, its awl-shaped lobes 1/4 in. long, or as long as the tubular, 2-lipped, 5-cleft, corolla that opens to base of tube on upper side. Stamens, 5 united by their hairy anthers into a ring around the 2-lobed style. Stem: From 1 to 3 feet high, hairy, very acrid, much branched, leafy. Leaves: Alternate, oblong or ovate, toothed, the upper ones acute, seated on stem; lower ones obtuse, petioled, to 2 1/2 in. long. Fruit: A much inflated, rounded, ribbed, many seeded capsule. Preferred Habitat - Dry fields and thickets; poor soil. Flowering Season - July-November. Distribution - Labrador westward to the Missouri River, south to Arkansas and Georgia.

Flowers - Small, pale blue or violet flowers that grow at short intervals in spike-like clusters with leaves. The calyx has 5 parts, with its pointed lobes about 1/4 inch long, matching the length of the tubular, 2-lipped, 5-part corolla that opens from the base of the tube on the upper side. There are 5 stamens that are fused by their hairy anthers, forming a ring around the 2-lobed style. Stem: Ranges from 1 to 3 feet high, hairy, very pungent, and highly branched with leaves. Leaves: Alternate, oblong or oval, toothed, with the upper leaves pointing, attached to the stem; the lower leaves are rounded with petioles, up to 2 1/2 inches long. Fruit: A large, inflated, rounded capsule with ribs, containing many seeds. Preferred Habitat - Dry fields and thickets; poor soil. Flowering Season - July-November. Distribution - From Labrador west to the Missouri River, and south to Arkansas and Georgia.

The most stupid of the lower animals knows enough to let this poisonous, acrid plant alone; but not so man, who formerly made a quack medicine from it in the days when a drug that set one's internal organism on fire was supposed to be especially beneficial. One taste of the plant gives a realizing sense of its value as an emetic. How the red man enjoyed smoking and chewing the bitter leaves, except for the drowsiness that followed, is a mystery.

The dumbest of the lower animals knows better than to stay away from this poisonous, harsh plant; but not humans, who in the past created a fake medicine from it when a drug that burned the insides was thought to be really good for you. One taste of the plant quickly makes you understand its use as a laxative. It's a mystery how Native Americans enjoyed smoking and chewing the bitter leaves, aside from the drowsiness that came afterward.

On account of the smallness of its flowers and their scantiness, the Indian tobacco is perhaps the least attractive of the lobelias, none of which has so inflated a seed vessel, the distinguishing characteristic of this common plant.

Due to the small size of its flowers and their rarity, Indian tobacco is probably the least appealing of the lobelias, none of which has such a swollen seed pod, which is the defining feature of this common plant.

CHICORY; SUCCORY; BLUE SAILORS; BUNK
  (Cichorium Intybus) Chicory family

CHICORY; SUCCORY; BLUE SAILORS; BUNK
  (Cichorium Intybus) Chicory family

Flower-head - Bright, deep azure to gray blue, rarely pinkish or white, 1 to 1 1/2 in. broad, set close to stem, often in small clusters for nearly the entire length; each head a composite of ray flowers only, 5-toothed at upper edge, and set in a flat green receptacle. Stem: Rigid, branching, to 3 ft. high. Leaves: Lower ones spreading on ground, 3 to 6 in. long, spatulate, with deeply cut or irregular edges, narrowed into petioles, from a deep tap-root; upper leaves of stem and branches minute, bract-like. Preferred Habitat - Roadsides, waste places, fields. Flowering Season - July-October. Distribuition - Common in Eastern United States and Canada, south to the Carolinas; also sparingly westward to Nebraska.

Flower-head - Bright, deep blue to gray blue, rarely pinkish or white, 1 to 1.5 inches wide, growing close to the stem, often in small clusters along most of its length; each head consists of only ray flowers that are 5-toothed at the top edge, set in a flat green base. Stem: Sturdy, branching, up to 3 feet tall. Leaves: Lower leaves spread out on the ground, 3 to 6 inches long, spoon-shaped, with deeply cut or irregular edges, tapering into petioles, growing from a deep tap-root; upper leaves on the stem and branches are small and bract-like. Preferred Habitat - Roadsides, waste areas, fields. Flowering Season - July to October. Distribution - Common in the Eastern United States and Canada, extending south to the Carolinas; also found sparsely westward to Nebraska.

At least the dried and ground root of this European invader is known to hosts of people who buy it undisguised or not, according as they count it an improvement to their coffee or a disagreeable adulterant. So great is the demand for chicory that, notwithstanding its cheapness, it is often in its turn adulterated with roasted wheat, rye, acorns, and carrots. Forced and blanched in a warm, dark place, the bitter leaves find a ready market as a salad known as "barbe de Capucin" by the fanciful French. Endive and dandelion, the chicory's relatives, appear on the table too, in spring, where people have learned the possibilities of salads, as they certainly have in Europe.

At least the dried and ground root of this European invader is recognized by many people who buy it either openly or not, depending on whether they see it as an improvement to their coffee or an unpleasant additive. The demand for chicory is so high that, despite its low cost, it is often mixed with roasted wheat, rye, acorns, and carrots. When forced and blanched in a warm, dark place, the bitter leaves are sold as a salad known as "barbe de Capucin" by the imaginative French. Endive and dandelion, relatives of chicory, also make an appearance on the table in spring, as people have discovered the potential of salads, just like they have in Europe.

>From the depth to which the tap-root penetrates, it is not unlikely the succory derived its name from the Latin succurrere = to run under. The Arabic name chicourey testifies to the almost universal influence of Arabian physicians and writers in Europe after the Conquest. As chicoree, achicoria, chicoria, cicorea, chicorie, cichorei, cikorie, tsikorei, and cicorie the plant is known respectively to the French, Spanish, Portuguese, Italians, Germans, Dutch, Swedes, Russians, and Danes.

>The depth to which the taproot extends suggests that the name succory likely comes from the Latin word succurrere, meaning to run under. The Arabic name chicourey reflects the widespread impact of Arab physicians and writers in Europe after the Conquest. The plant is known as chicoree, achicoria, chicoria, cicorea, chicorie, cichorei, cikorie, tsikorei, and cicorie in French, Spanish, Portuguese, Italian, German, Dutch, Swedish, Russian, and Danish, respectively.

On cloudy days or in the morning only throughout midsummer the "peasant posy" opens its "dear blue eyes"

On cloudy days or only in the morning during midsummer, the "peasant posy" opens its "dear blue eyes."

     "Where tired feet
      Toil to and fro;
      Where flaunting Sin
      May see thy heavenly hue,
      Or weary Sorrow look from thee
      Toward a tenderer blue!"
                          - Margaret Deland.

"Where tired feet
      Work back and forth;
      Where blatant Sin
      Can see your heavenly color,
      Or weary Sadness gaze from you
      Toward a softer blue!"
                          - Margaret Deland.

In his "Humble Bee" Emerson, too, sees only beauty in the "Succory to match the sky;" but, mirabile dictu, Vergil, rarely caught in a prosaic, practical mood, wrote, "And spreading succ'ry chokes the rising field."

In his "Humble Bee," Emerson also sees only beauty in the "Succory to match the sky;" but, surprisingly, Vergil, who seldom wrote in a straightforward, practical way, stated, "And spreading succ'ry chokes the rising field."

IRON-WEED; FLAT TOP
  (Vernonia Noveboracensis) Thistle family.

IRON-WEED; FLAT TOP
  (Vernonia Noveboracensis) Thistle family.

Flower-head - Composite of tubular florets only, intense reddish-purple thistle-like heads, borne on short, branched peduncles and forming broad, flat clusters; bracts of involucre, brownish purple, tipped with awl-shaped bristles. Stem: 3 to 9 ft. high, rough or hairy, branched. Leaves: Alternate, narrowly oblong or lanceolate, saw-edged, 3 to 10 in. long, rough. Preferred Habitat - Moist soil, meadows, fields. Flowering Season - July-September. Distribution - Massachusetts to Georgia, and westward to the Mississippi.

Flower head - A cluster made up of only tubular florets, featuring deep reddish-purple thistle-like heads on short, branched stems, forming wide, flat clusters; the bracts of the involucre are brownish-purple and tipped with sharp bristles. Stem: 3 to 9 ft. tall, rough or hairy, and branched. Leaves: Alternating, narrow oblong or lance-shaped, serrated edges, 3 to 10 in. long, rough texture. Preferred Habitat - Moist soil, meadows, and fields. Flowering Season - July to September. Distribution - From Massachusetts to Georgia, and westward to the Mississippi.

Emerson says a weed is a plant whose virtues we have not yet discovered; but surely it is no small virtue in the iron-weed to brighten the roadsides and low meadows throughout the summer with bright clusters of bloom. When it is on the wane, the asters, for which it is sometimes mistaken, begin to appear, but an instant's comparison shows the difference between the two flowers. After noting the yellow disk in the center of an aster, it is not likely the iron-weed's thistle-like head of ray florets only will ever again be confused with it. Another rank-growing neighbor with which it has been confounded by the novice is the Joe Pye weed, a far paler, pinkish flower.

Emerson says a weed is a plant whose benefits we haven't discovered yet; but it's certainly no small benefit for the iron-weed to brighten the roadsides and low meadows all summer with its vibrant clusters of blooms. As it starts to fade, the asters, which it’s sometimes mistaken for, begin to show up, but just a quick look reveals the difference between the two flowers. After noticing the yellow disk in the center of an aster, it’s unlikely that the iron-weed's thistle-like cluster of ray florets will ever be confused with it again. Another fast-growing neighbor that beginners often mistake it for is the Joe Pye weed, which has much paler, pinkish flowers.

To each tiny floret, secreting nectar in its tube, many insects, attracted by the bright color of the iron-weed standing high above surrounding vegetation, come to feast. Long-lipped bees and flies rest awhile for refreshment, but butterflies of many beautiful kinds are by far the most abundant visitors. Pollen carried out by the long, hairy styles as they extend to maturity must attach itself to their tongues. The tiger swallow-tail butterfly appears to have a special preference for this flower. (See Self-Heal.)

To each tiny floret, secreting nectar in its tube, many insects, attracted by the bright color of the ironweed standing tall above the surrounding plants, come to feast. Long-lipped bees and flies take a break for some refreshment, but butterflies of various beautiful kinds are by far the most frequent visitors. Pollen collected by the long, hairy styles as they mature must stick to their tongues. The tiger swallowtail butterfly seems to particularly favor this flower. (See Self-Heal.)

COMMON or SCALY BLAZING STAR; COLIC-ROOT; RATTLESNAKE MASTER;
BUTTON SNAKEROOT
  (Lacinaria squarrosa; Liatris squarrosa of Gray) Thistle
family

COMMON or SCALY BLAZING STAR; COLIC-ROOT; RATTLESNAKE MASTER;
BUTTON SNAKEROOT
  (Lacinaria squarrosa; Liatris squarrosa of Gray) Thistle
family

Flower-heads - Composite, about 1 in. long, bright purple or rose purple, of tubular florets only, from an involucre of overlapping, rigid, pointed bracts; each of the few flower-heads from the leaf axils along a slender stem in a wand-like raceme. Stem: 1/2 to 2 ft. high. Leaves: Alternate, narrow, entire. Preferred habitat - Dry, rich soil. Flowering Season - June-September. Distribution - Ontario to the Gulf of Mexico, westward to Nebraska.

Flower heads - Composite, about 1 inch long, bright purple or rose purple, made up of only tubular florets, surrounded by an involucre of overlapping, rigid, pointed bracts; each of the few flower heads grows from the leaf axils along a slender stem in a wand-like raceme. Stem: 0.5 to 2 feet high. Leaves: Alternate, narrow, whole. Preferred habitat - Dry, rich soil. Flowering Season - June-September. Distribution - Ontario to the Gulf of Mexico, west to Nebraska.

Beginning at the top, the apparently fringed flower-heads open downward along the wand, whose length depends upon the richness of the soil. All of the flowers are perfect and attract long-tongued bees and flies (especially Exoprosopa fasciata) and butterflies, which, as they sip from the corolla tube, receive the pollen carried out and exposed on the long divisions of the style. Some people have pretended to cure rattlesnake bites with applications of the globular tuber of this and the next species.

Beginning at the top, the seemingly fringed flower heads open downward along the stem, which varies in length depending on how rich the soil is. All of the flowers are perfect and attract long-tongued bees and flies (especially Exoprosopa fasciata) and butterflies. As they sip from the corolla tube, they collect pollen that gets carried out and exposed on the long parts of the style. Some people have claimed to treat rattlesnake bites by applying the rounded tuber of this and the next species.

The LARGE BUTTON SNAKEROOT, BLUE BLAZING STAR, or GAY FEATHER (L. scariosa), may attain six feet, but usually not more than half that height; and its round flower-heads normally stand well away from the stout stem on foot-stems of their own. The bristling scales of the involucre, often tinged with purple at the tips, are a conspicuous feature. With much the same range and choice of habitat as the last species, this Blazing Star is a later bloomer, coming into flower in August, and helping the goldenrods and asters brighten the landscape throughout the early autumn. The name of gay feather, miscellaneously applied to several blazing stars, is especially deserved by this showy beauty of the family.

The LARGE BUTTON SNAKEROOT, BLUE BLAZING STAR, or GAY FEATHER (L. scariosa) can grow up to six feet tall, but usually, it’s about half that height. Its round flower heads typically extend away from the strong stem on their own footstalks. The bristly scales of the involucre, often with purple tips, are a striking feature. Sharing a similar range and habitat preferences as the previous species, this Blazing Star blooms later, starting in August, and adds to the vibrance of goldenrods and asters that light up the landscape during early autumn. The name "gay feather," which is used for several types of blazing stars, particularly suits this striking beauty in the family.

Unlike others of its class, the DENSE BUTTON SNAKEROOT, DEVIL'S BIT, ROUGH or BACKACHE ROOT, PRAIRIE PINE or THROATWORT (L. spicata), the commonest species we have, chooses moist soil, even salt marshes near the coast, and low meadows throughout a range nearly corresponding with that of the scaly blazing star. Resembling its relatives in general manner of growth, we note that its oblong involucre, rounded at the base, has blunt, not sharply pointed, bracts; that the flower-heads are densely set close to the wand for from four to fifteen inches; that the five to thirteen bright rose-purple florets which compose each head occasionally come white; that its leaves are long and very narrow, and that October is not too late to find the plant in bloom.

Unlike others in its category, the DENSE BUTTON SNAKEROOT, DEVIL'S BIT, ROUGH or BACKACHE ROOT, PRAIRIE PINE or THROATWORT (L. spicata), which is the most common species we have, prefers moist soil, even salt marshes near the coast, and low meadows across an area almost matching that of the scaly blazing star. Similar to its relatives in general growth habits, we observe that its oblong involucre, rounded at the base, has blunt, not sharply pointed, bracts; that the flower heads are densely clustered close to the stem for four to fifteen inches; that the five to thirteen bright rose-purple florets in each head can sometimes be white; that its leaves are long and very narrow; and that October is not too late to find the plant in bloom.

BLUE and PURPLE ASTERS or STARWORTS
  Thistle family

BLUE and PURPLE ASTERS or STARWORTS
  Thistle family

Evolution teaches us that thistles, daisies, sunflowers, asters, and all the triumphant horde of composites were once very different flowers from what we see today. Through ages of natural selection of the fittest among their ancestral types, having finally arrived at the most successful adaptation of their various parts to their surroundings in the whole floral kingdom, they are now overrunning the earth. Doubtless the aster's remote ancestors were simple green leaves around the vital organs, and depended upon the wind, as the grasses do - a most extravagant method - to transfer their pollen. Then some rudimentary flower changed its outer row of stamens into petals, which gradually took on color to attract insects and insure a more economical method of transfer. Gardeners today take advantage of a blossom's natural tendency to change stamens into petals when they wish to produce double flowers. As flowers and insects developed side by side, and there came to be a better and better understanding between them of each other's requirements, mutual adaptation followed. The flower that offered the best advertisement, as the composites do, by its showy rays; that secreted nectar in tubular flowers where no useless insect could pilfer it; that fastened its stamens to the inside wall of the tube where they must dust with pollen the underside of every insect, unwittingly cross-fertilizing the blossom as he crawled over it; that massed a great number of these tubular florets together where insects might readily discover them and feast with the least possible loss of time - this flower became the winner in life's race. Small wonder that our June fields are white with daisies and the autumn landscape is glorified with goldenrod and asters!

Evolution shows us that thistles, daisies, sunflowers, asters, and all the other successful members of the composite family were once very different from the flowers we see today. After ages of natural selection among their ancestors, they have finally adapted most effectively to their environments in the floral kingdom and are now thriving all over the earth. It's likely that the aster's distant ancestors were simple green leaves surrounding their essential parts, relying on the wind, much like grasses do—a rather inefficient method—for pollination. Eventually, a primitive flower transformed its outer row of stamens into petals, which gradually developed color to attract insects and ensure a more efficient method of pollination. Nowadays, gardeners take advantage of a flower's natural inclination to turn stamens into petals when they want to create double flowers. As flowers and insects evolved together, they developed a better understanding of what each needed, leading to mutual adaptation. The flower that provided the most effective advertisement, like the composites do with their vibrant rays; that produced nectar in tubular flowers, making it impossible for less useful insects to access; that positioned its stamens on the inside of the tube, ensuring they dusted the lower side of every insect, accidentally cross-pollinating as they crawled; and that clustered many tubular florets together for easy insect access and quick feasting—this flower emerged victorious in the competition of life. It's no wonder our June fields are blanketed in white daisies and the autumn landscape is brightened by goldenrod and asters!

Since North America boasts the greater part of the two hundred and fifty asters named by scientists, and as variations in many of our common species frequently occur, the tyro need expect no easy task in identifying every one he meets afield. However, the following are possible acquaintances to everyone:

Since North America has the majority of the two hundred and fifty asters identified by scientists, and because variations in many of our common species often happen, beginners shouldn’t expect an easy time identifying every one they come across in the field. However, the following are possible plants that everyone might recognize:

In dry, shady places the LARGE or BROAD-LEAVED ASTER (A. macrophyllus), so called from its three or four conspicuous, heart-shaped leaves on long petioles, in a clump next the ground, may be more easily identified by these than by the pale lavender or violet flower-heads of about sixteen rays each which crown its reddish angular stem in August and September. The disk turns reddish brown.

In dry, shady areas, the LARGE or BROAD-LEAVED ASTER (A. macrophyllus), named for its three or four distinct, heart-shaped leaves on long stems, can be more easily recognized by these leaves than by its pale lavender or violet flower heads, each with about sixteen rays, which bloom at the top of its reddish angular stem in August and September. The center turns reddish brown.

In prairie soil, especially about the edges of woods in western New York, southward and westward to Texas and Minnesota, the beautiful SKY-BLUE ASTER (A. azureus) blooms from August till after frost. Its slender, stiff, rough stem branches above to display the numerous bright blue flowers, whose ten to twenty rays measure only about a quarter of an inch in length. The upper leaves are reduced to small flat bracts; the next are linear; and the lower ones, which approach a heart shape, are rough on both sides, and may be five or six inches long.

In prairie soil, particularly along the edges of forests in western New York, extending southward and westward to Texas and Minnesota, the beautiful SKY-BLUE ASTER (A. azureus) blooms from August until after the frost. Its slender, stiff, and rough stem branches out above to showcase the numerous bright blue flowers, which have ten to twenty petals measuring about a quarter of an inch in length. The upper leaves are small and flat; the next set is linear; and the lower leaves, which are almost heart-shaped, are rough on both sides and can be five or six inches long.

Much more branched and bushy is the COMMON BLUE, BRANCHING, WOOD, or HEART-LEAVED ASTER (A. cordifolius), whose generous masses of small, pale lavender flower-heads look like a mist hanging from one to five feet above the earth in and about the woods and shady roadsides from September even to December in favored places.

Much more branched and bushy is the COMMON BLUE, BRANCHING, WOOD, or HEART-LEAVED ASTER (A. cordifolius), whose generous clusters of small, pale lavender flower heads look like a mist hanging one to five feet above the ground in and around the woods and shady roadsides from September to December in ideal spots.

The WAVY or VARIOUS-LEAVED ASTER or SMALL FLEABANE (A. undulatus) has a stiff, rough, hairy, widely branching stalk, whose thick, rough lowest leaves are heart-shaped and set on long foot-stems; above these, the leaves have shorter stems, dilating where they clasp the stalk; the upper leaves, lacking stems, are seated on it, while those of the branches are shaped like tiny awls. The flowers, which measure less than an inch across, often grow along one side of an axis as well as in the usual raceme. Eight to fifteen pale blue to violet rays surround the disks which, yellow at first, become reddish brown in maturity. We find the plant in dry soil, blooming in September and October.

The WAVY or VARIOUS-LEAVED ASTER or SMALL FLEABANE (A. undulatus) has a stiff, rough, hairy, widely branching stem. Its thick, rough lower leaves are heart-shaped and have long stalks. The leaves above these have shorter stalks that widen where they attach to the stem. The upper leaves have no stalks and sit directly on the stem, while the leaves on the branches look like tiny points. The flowers, which are less than an inch wide, often grow along one side of a stem as well as in the usual cluster. Eight to fifteen light blue to violet petals surround the center, which starts yellow and turns reddish brown as it matures. We find this plant in dry soil, blooming in September and October.

By no means tardy, the LATE PURPLE ASTER, so-called, or PURPLE DAISY (A. patens), begins to display its purplish-blue, daisy-like flower-heads early in August, and farther north may be found in dry, exposed places only until October. Rarely the solitary flowers, that are an inch across or more, are a deep, rich violet. The twenty to thirty rays which surround the disk, curling inward to dry, expose the vase-shaped, green, shingled cups that terminate each little branch. The thick, somewhat rigid, oblong leaves, tapering at the tip, broaden at the base to clasp the rough, slender stalk. Range similar to the next species.

By no means late, the LATE PURPLE ASTER, also known as the PURPLE DAISY (A. patens), starts to show its purplish-blue, daisy-like flower heads early in August, and further north, can be found in dry, exposed areas only until October. Occasionally, the solitary flowers, which can be an inch across or more, are a deep, rich violet. The twenty to thirty rays that surround the center curl inward as they dry, revealing the vase-shaped, green, shingled cups that cap each little branch. The thick, somewhat stiff, oblong leaves taper at the tip and widen at the base to hug the rough, slender stem. Its range is similar to the next species.

Certainly from Massachusetts, northern New York, and Minnesota southward to the Gulf of Mexico one may expect to find the NEW ENGLAND ASTER or STARWORT (A. Novae-Angliae) one of the most striking and widely distributed of the tribe, in spite of its local name. It is not unknown in Canada. The branching clusters of violet or magenta-purple flower-heads, from one to two inches across - composites containing as many as forty to fifty purple ray florets around a multitude of perfect five-lobed, tubular, yellow disk florets in a sticky cup - shine out with royal splendor above the swamps, moist fields, and roadsides from August to October. The stout, bristle-hairy stem bears a quantity of alternate lance-shaped leaves lobed at the base where they clasp it.

Certainly, from Massachusetts, northern New York, and Minnesota down to the Gulf of Mexico, you can expect to find the NEW ENGLAND ASTER or STARWORT (A. Novae-Angliae), one of the most striking and widely distributed members of its family, despite its local name. It's also found in Canada. The branching clusters of violet or magenta-purple flower-heads, ranging from one to two inches across—composed of as many as forty to fifty purple ray florets surrounding a multitude of perfect five-lobed, tubular, yellow disk florets in a sticky cup—shine with royal brilliance above the swamps, moist fields, and roadsides from August to October. The thick, bristle-hairy stem supports many alternate lance-shaped leaves that are lobed at the base where they cling to it.

In even wetter ground we find the RED-STALKED, PURPLE-STEMMED, or EARLY PURPLE ASTER, COCASH, SWANWEED, or MEADOW SCABISH (A. puniceus) blooming as early as July or as late as November. Its stout, rigid stem, bristling with rigid hairs, may reach a height of eight feet to display the branching clusters of pale violet or lavender flowers. The long, blade-like leaves, usually very rough above and hairy along the midrib beneath, are seated on the stem. The lovely SMOOTH or BLUE ASTER (A. laevis), whose sky-blue or violet flower-heads, about one inch broad, are common through September and October in dry soil and open woods, has strongly clasping, oblong, tapering leaves, rough margined, but rarely with a saw-tooth, toward the top of the stem, while those low down on it gradually narrow into clasping wings.

In wetter areas, we find the RED-STALKED, PURPLE-STEMMED, or EARLY PURPLE ASTER, COCASH, SWANWEED, or MEADOW SCABISH (A. puniceus) blooming as early as July or as late as November. Its thick, sturdy stem, covered in stiff hairs, can grow up to eight feet tall to show off the branching clusters of pale violet or lavender flowers. The long, blade-like leaves, typically very rough on top and hairy along the midrib underneath, are attached to the stem. The beautiful SMOOTH or BLUE ASTER (A. laevis), with its sky-blue or violet flower heads about one inch wide, is commonly found in dry soil and open woods throughout September and October. It has strongly clasping, oblong, tapering leaves with rough edges, but rarely has a saw-tooth pattern near the top of the stem, while the lower leaves gradually narrow into clasping wings.

In dry, sandy soil, mostly near the coast, from Massachusetts to Delaware, grows one of the loveliest of all this beautiful clan, the LOW, SHOWY, or SEASIDE PURPLE ASTER (A. spectabilis). The stiff, usually unbranched stem does its best in attaining a height of two feet. Above, the leaves are blade-like or narrowly oblong, seated on the stem, whereas the tapering, oval basal leaves are furnished with long footstems, as is customary with most asters. The handsome, bright, violet-purple flower-heads, measuring about an inch and a half across, have from fifteen to thirty rays, or only about half as many as the familiar New England aster. Season August to November.

In dry, sandy soil, mostly near the coast from Massachusetts to Delaware, grows one of the most beautiful members of this grouping, the LOW, SHOWY, or SEASIDE PURPLE ASTER (A. spectabilis). The stiff, usually unbranched stem reaches a height of about two feet. The upper leaves are blade-like or narrowly oblong, attached directly to the stem, while the tapering, oval basal leaves have long petioles, which is typical for most asters. The striking, bright violet-purple flower heads, roughly an inch and a half across, have between fifteen to thirty rays, which is only about half as many as the well-known New England aster. Blooming season is from August to November.

The low-growing BOG ASTER (A. nemoralis), not to be confused with the much taller Red-stalked species often found growing in the same swamp, and having, like it, flower-heads measuring about an inch and a half across, has rays that vary from light violet purple to rose pink. Its oblong to lance-shaped leaves, only two inches long at best, taper to a point at both ends, and are seated on the stem. We look for this aster in sandy bogs from New Jersey northward and westward during August and September.

The low-growing BOG ASTER (A. nemoralis), which is different from the much taller Red-stalked species often found in the same swamp, has flower heads that are about one and a half inches wide and rays that range from light violet purple to rose pink. Its leaves, which are oblong to lance-shaped and only about two inches long, taper to a point at both ends and grow directly from the stem. We search for this aster in sandy bogs from New Jersey northward and westward during August and September.

The STIFF or SAVORY-LEAVED ASTER, SANDPAPER, or PINE STARWORT (Ionactis linariifolius), now separated from the other asters into a genus by itself, is a low, branching little plant with no basal leaves, but some that are very narrow and blade-like, rigid, entire and one-nerved, ascending the stiff stems. The leaves along the branches are minute and awl-shaped, like those on a branch of pine. Only from ten to fifteen violet ray flowers (pistillate) surround the perfect disk florets. From Quebec to the Gulf of Mexico, and westward beyond the Mississippi this prim little shrub grows in tufts on dry or rocky soil, and blooms from July to October.

The STIFF or SAVORY-LEAVED ASTER, SANDPAPER, or PINE STARWORT (Ionactis linariifolius), which is now classified in its own genus apart from other asters, is a small, branching plant that doesn’t have any basal leaves. Instead, it has very narrow, blade-like leaves that are stiff, entire, one-nerved, and grow upright along the sturdy stems. The leaves on the branches are tiny and shaped like awls, similar to those on a pine branch. There are usually ten to fifteen violet ray flowers (pistillate) surrounding the perfect disk florets. This charming little shrub grows in clumps in dry or rocky soil, ranging from Quebec to the Gulf of Mexico and westward beyond the Mississippi, blooming from July to October.

ROBIN'S, or POOR ROBIN'S, or ROBERT'S PLANTAIN; BLUE SPRING
DAISY; DAISY-LEAVED FLEABANE
  (Erigeron pulchellus; E. bellifolium of Gray) Thistle family

ROBIN'S, or POOR ROBIN'S, or ROBERT'S PLANTAIN; BLUE SPRING
DAISY; DAISY-LEAVED FLEABANE
  (Erigeron pulchellus; E. bellifolium of Gray) Thistle family

Flower-heads - Composite, daisy-like, 1 to 1/2 in. across; the outer circle of about 50 pale bluish-violet ray florets; the disk florets greenish yellow. Stem: Simple, erect, hairy, juicy, flexible, from 10 in. to 2 ft. high, producing runners and offsets from base. Leaves: Spatulate, in a flat tuft about the root; stem leaves narrow, more acute, seated, or partly clasping. Preferred Habitat - Moist ground, hills, banks, grassy fields. Flowering Season - April-June. Distribution - United States and Canada, east of the Mississippi.

Flower heads - Composite, daisy-like, 1 to 1/2 inches across; the outer ring consists of about 50 pale bluish-violet ray florets; the disk florets are greenish-yellow. Stem: Simple, upright, hairy, juicy, flexible, between 10 inches and 2 feet high, producing runners and offsets from the base. Leaves: Spoon-shaped, arranged in a flat cluster around the root; stem leaves are narrow, more pointed, and either seated or partly clasping. Preferred Habitat - Moist ground, hills, banks, grassy fields. Flowering Season - April to June. Distribution - United States and Canada, east of the Mississippi.

Like an aster blooming long before its season, Robin's plantain wears a finely cut lavender fringe around a yellow disk of minute florets; but one of the first, not the last, in the long procession of composites has appeared when we see gay companies of these flowers nodding their heads above the grass in the spring breezes as if they were village gossips.

Like an aster blooming well before its time, Robin's plantain has a delicate lavender fringe around a small yellow center of tiny flowers; yet it is among the first, not the last, in the long line of composites to show up when we see cheerful groups of these flowers swaying above the grass in the spring breeze as if they were chatting like village gossips.

Doubtless it was the necessity for attracting insects which led the Robin's plantain and other composites to group a quantity of minute florets, each one of which was once an independent, detached blossom, into a common head. In union there is strength. Each floret still contains, however, its own tiny drop of nectar, its own stamens, its own pistil connected with embryonic seed below; therefore, when an insect alights where he can get the greatest amount of nectar for the least effort, and turns round and round to exhaust each nectary, he is sure to dust the pistils with pollen, and so fertilize an entire flower-head in a trice. The lavender fringe and the hairy involucre and stem serve the end of discouraging crawling insects, which cannot transfer pollen from plant to plant, from pilfering sweets that cannot be properly paid for. Small wonder that, although the composites have attained to their socialistic practices at a comparatively recent day as evolutionists count time, they have become as individuals and as species the most numerous in the world; the thistle family, dominant everywhere, containing not less than ten thousand members.

It's clear that the need to attract insects is what caused the Robin's plantain and other composite plants to cluster many tiny florets, each originally an independent flower, into a single head. There's strength in numbers. Each floret still contains its own little drop of nectar, its own stamens, and its own pistil linked to developing seeds below. So, when an insect lands where it can get the most nectar for the least effort and turns around to drain each nectar source, it inevitably dusts the pistils with pollen, quickly fertilizing the entire flower head. The lavender fringe, along with the hairy involucre and stem, helps keep crawling insects that can’t transfer pollen between plants from stealing the nectar without contributing. It's no surprise that, although composites have developed their social habits relatively recently in evolutionary terms, they have become both individually and as a group the most numerous on the planet; the thistle family, dominant everywhere, includes at least ten thousand members.

COMMON or PHILADELPHIA FLEABANE, or SKEVISH (E. Philadelphicus), a smaller edition of Robin's plantain, with a more findely cut fringe, its reddish-purple ray florets often numbering one hundred and fifty, may be found in low fields and woods throughout North America, except in the circumpolar regions.

COMMON or PHILADELPHIA FLEABANE, or SKEVISH (E. Philadelphicus), a smaller version of Robin's plantain, features a more finely cut fringe. Its reddish-purple ray florets often number around one hundred and fifty and can be found in low fields and woods across North America, except in the circumpolar regions.

THISTLES
  (Carduus) Thistle family

THISTLES
  (Carduus) Thistle family

Is land fulfilling the primal curse because it brings forth thistles? So thinks the farmer, no doubt, but not the goldfinches which daintily feed among the fluffy seeds, nor the bees, nor the "painted lady," which may be seen in all parts of the world where thistles grow, hovering about the beautiful rose-purple flowers. In the prickly cradle of leaves, the caterpillar of this thistle butterfly weaves a web around its main food store.

Is land fulfilling the original curse because it produces thistles? The farmer probably thinks so, but the goldfinches, which delicately feed among the fluffy seeds, don't share that view, nor do the bees, or the "painted lady" butterfly, which can be found all over the world wherever thistles thrive, hovering around the lovely rose-purple flowers. In the spiky shelter of leaves, the caterpillar of this thistle butterfly creates a web around its main food supply.

When the Danes invaded Scotland, they stole a silent night march upon the Scottish camp by marching barefoot; but a Dane inadvertently stepped on a thistle, and his sudden, sharp cry, arousing the sleeping Scots, saved them and their country: hence the Scotch emblem.

When the Danes invaded Scotland, they silently approached the Scottish camp by marching barefoot; but one Dane accidentally stepped on a thistle, and his sudden, sharp cry woke the sleeping Scots, saving them and their country: hence the Scottish emblem.

>From July to November blooms the COMMON, BURR, SPEAR, PLUME, BANK, HORSE, BULL, BLUE, BUTTON, BELL, or ROADSIDE THISTLE (C. lanceolatus or Circium lanceolatum of Gray), a native of Europe and Asia, now a most thoroughly naturalized American from Newfoundland to Georgia, westward to Nebraska. Its violet flower-heads, about an inch and a half across, and as high as wide, are mostly solitary at the ends of formidable branches, up which few crawling creatures venture. But in the deep tube of each floret there is nectar secreted for the flying visitor who can properly transfer pollen from flower to flower. Such a one suffers no inconvenience from the prickles, but, on the contrary, finds a larger feast saved for him because of them. Dense, matted, wool-like hairs, that cover the bristling stems of most thistles, make climbing mighty unpleasant for ants, which ever delight in pilfering sweets. Perhaps one has the temerity to start upward.

>From July to November, the COMMON, BURR, SPEAR, PLUME, BANK, HORSE, BULL, BLUE, BUTTON, BELL, or ROADSIDE THISTLE (C. lanceolatus or Circium lanceolatum of Gray) blooms. This plant, native to Europe and Asia, is now fully naturalized across the Americas, from Newfoundland to Georgia, and as far west as Nebraska. Its violet flower heads, about an inch and a half wide and tall, usually grow solitary at the ends of tough branches that few crawling creatures dare to climb. However, deep within each floret, there’s nectar secreted for the flying visitors that can successfully transfer pollen from one flower to another. These visitors are not bothered by the prickles; in fact, they find a larger feast available because of them. The dense, matted, wool-like hairs covering the prickly stems of most thistles make it very difficult for ants, who love to steal sweets, to climb up. Perhaps one might have the audacity to try going upward.

     "Fain would I climb, yet fear to fall."
     "If thy heart fail thee, climb not at all,"

"Sure, I'd love to climb, but I'm afraid of falling."
     "If you're feeling uncertain, don't try to climb at all,"

might be the ant's passionate outburst to the thistle, and the thistle's reply, instead of a Sir Walter and Queen Elizabeth couplet. Long, lance-shaped, deeply cleft, sharply pointed, and prickly dark green leaves make the ascent almost unendurable; nevertheless the ant bravely mounts to where the bristle-pointed, overlapping scales of the deep green cup hold the luscious flowers. Now his feet becoming entangled in the cottony fibers wound about the scaly armor, and a bristling bodyguard thrusting spears at him in his struggles to escape, death happily releases him. All this tragedy to insure the thistle's cross-fertilized seed that, seated on the autumn winds, shall be blown far and wide in quest of happy conditions for the offspring!

might be the ant's passionate outburst to the thistle, and the thistle's reply, instead of a Sir Walter and Queen Elizabeth couplet. Long, lance-shaped, deeply cleft, sharply pointed, and prickly dark green leaves make the climb almost unbearable; nevertheless, the ant courageously ascends to where the bristle-pointed, overlapping scales of the deep green cup hold the delicious flowers. Now his feet get tangled in the cottony fibers wrapped around the scaly armor, and a bristling bodyguard thrusts spears at him as he struggles to escape; death, in a twist of fate, happily sets him free. All this tragedy to ensure the thistle's cross-fertilized seed that, carried by the autumn winds, will be spread far and wide in search of favorable conditions for the offspring!

Sometimes the PASTURE or FRAGRANT THISTLE (C. odoratus or C. pumilum of Gray) still further protects its beautiful, odorous purple or whitish flower-head, that often measures three inches across, with a formidable array of prickly small leaves just below it. In case a would-be pilferer breaks through these lines, however, there is a slight glutinous strip on the outside of the bracts that compose the cup wherein the nectar-filled florets are packed; and here, in sight of Mecca, he meets his death, just as a bird is caught on limed twigs. The pasture thistle, whose range is only from Maine to Delaware, blooms from July to September.

Sometimes the PASTURE or FRAGRANT THISTLE (C. odoratus or C. pumilum of Gray) further protects its beautiful, fragrant purple or whitish flower head, which can be as much as three inches wide, with a tough layer of prickly small leaves just below it. If a would-be thief breaks through this defense, though, there's a slimy strip on the outside of the bracts that make up the cup where the nectar-filled florets are packed; and here, in sight of the goal, he meets his end, just like a bird getting caught on sticky twigs. The pasture thistle, which only grows from Maine to Delaware, blooms from July to September.

Even gentle Professor Gray hurls anathema at the CANADA THISTLE; "a vile pest" he calls it. As CURSED, CORN, HARD, and CREEPING THISTLE it is variously known here and in Europe, whence it came to overrun our land from Newfoundland to Virginia, westward to Nebraska. By horizontal rootstocks it creeps and forms patches almost impossible to eradicate. The small reddish-purple flower-heads, barely an inch across, usually contain about a hundred florets each. In their tubes the abundant nectar rises high, so that numerous insects, even with the shortest tongues, are able to enjoy it. Not only bees and butterflies, but wasps, flies, and beetles feast diligently. When a floret opens, a quantity of pollen emerges at the upper end of the anther cylinder, pressed up by the growing style. Owing to their slight stickiness and the sharp processes over their entire surface, the pollen grains, which readily cling to the hairs of insects, are transported to the two-branched, hairy stigma of an older floret. But even should insects not visit the flower (and in fine weather they swarm about it), it is marvelously adapted to fertilize itself. Farmers may well despair of exterminating a plant so perfectly equipped in every part; to win life's battles.

Even gentle Professor Gray condemns the CANADA THISTLE; he calls it "a vile pest." Known as CURSED, CORN, HARD, and CREEPING THISTLE, it originated in Europe and has spread across our land from Newfoundland to Virginia, and as far west as Nebraska. It creeps along the ground through horizontal rootstocks and creates patches that are nearly impossible to eliminate. The small reddish-purple flower heads, just about an inch wide, usually contain around a hundred florets each. The nectar rises high in their tubes, allowing many insects, even those with the shortest tongues, to enjoy it. Not just bees and butterflies, but also wasps, flies, and beetles feast on it eagerly. When a floret opens, a bunch of pollen is released from the top of the anther cylinder, pushed up by the growing style. Due to their slight stickiness and the sharp projections covering their surface, the pollen grains easily cling to the hairs of insects and are transported to the two-branched, hairy stigma of an older floret. However, even if insects don’t visit the flower (although they swarm around it in nice weather), it is remarkably able to fertilize itself. Farmers might despair at the idea of exterminating a plant so perfectly equipped to survive.

"The colour of purple…was, amongst the ancients, typical of royalty. It was a kind of red richly shot with blue, and the dye producing it was attained from a shell found in considerable numbers off the coast of Tyre, and on the shore near the site of that ancient city, great heaps of such shells are still to be found. The production of the true royal purple dye was a very costly affair, and therefore it was often imitated with a mixture of cochineal and indigo…" - J. JAMES TISSOT.

"The color purple was considered a symbol of royalty among the ancients. It was a deep red with hints of blue, and the dye used to create it came from a shell found in large quantities off the coast of Tyre. Even today, near the ruins of that ancient city, you can still find heaps of these shells. Making the true royal purple dye was quite expensive, so people often created imitations using a mix of cochineal and indigo…" - J. JAMES TISSOT.

As many so-called purple flowers are more strictly magenta, the reader is referred to the next group if he has not found the flower for which he is in search here. Also to the "White and Greenish" section since many colored flowers show a tendency to revert to the white type from which, doubtless, all were evolved. He should remember that all flowers are more or less variable in shade, according to varying conditions.

As many flowers that are called purple are actually more of a magenta, if you haven't found the flower you're looking for here, check out the next group. Also, take a look at the "White and Greenish" section since many colored flowers tend to revert to the white type they likely evolved from. Keep in mind that all flowers can vary in shade depending on different conditions.

MAGENTA TO PINK FLOWERS

"Botany is a sequel of murder and a chronicle of the dead." -
JULIAN HAWTHORNE.

"Botany is a series of killings and a record of the deceased." -
JULIAN HAWTHORNE.

"A plant is not to be studied as an absolutely dead thing, but rather as a sentient being…. To measure petals, to count stamens, to describe pistils without reference to their functions, or the why and wherefore of their existence, is to content one's self with husks in the presence of a feast of fatness - to listen to the rattle of dry bones rather than the heavenly harmonies of life. We have reason to be profoundly thankful for the signs to be seen on every side, that the dreary stuff which was called botany in the teaching of the past will soon cease to masquerade in its stolen costume, and that our children and our children's children will study not dried specimens or drier books, but the living things which Nature furnishes in such profusion….

"A plant shouldn't be viewed as just a lifeless object, but as a living being…. Measuring petals, counting stamens, and describing pistils without considering their functions or reasons for existence is like settling for empty shells when there's a rich feast available – it's like listening to the clatter of dry bones instead of the beautiful symphony of life. We have every reason to be deeply grateful for the signs everywhere that the dull material previously labeled botany will soon shed its outdated guise, and that our children and their children will learn not from dried specimens or boring textbooks, but from the vibrant living things that Nature abundantly provides….

"The reason of this radical change is not far to seek. Since man has learned that the universal brotherhood of life includes himself as the highest link in the chain of organic creation, his interest in all things that live and move and have a being has greatly increased. The movements of the monad now appeal to him in a way that was impossible under the old conceptions. He sees in each of the millions of living forms with which the earth is teeming, the action of many of the laws which are operating in himself; and has learned that to a great extent his welfare is dependent on these seemingly insignificant relations; that in ways undreamed of a century ago they affect human progress." - CLARENCE MOORES WEED.

"The reason for this major change is easy to understand. Since people have realized that the universal brotherhood of life includes them as the highest link in the chain of living beings, their interest in all things that live and move and exist has significantly increased. The actions of the smallest life forms now resonate with them in a way that was impossible under the old ideas. They see in each of the millions of living organisms that populate the earth the influence of many of the laws that are also at work within themselves; and they have come to understand that, to a large extent, their well-being relies on these seemingly minor connections; that in ways unimaginable a century ago, these connections impact human progress." - CLARENCE MOORES WEED.

MAGENTA TO PINK FLOWERS

SESSILE-LEAVED TWISTED-STALK
  (Streptopus roseus) Lily-of-the-Valley family

Sessile-Leaved Twisted-Stalk
  (Streptopus roseus) Lily-of-the-Valley family

Flowers - Dull, purplish pink, 1/2 in. long or less, solitary, on threadlike, curved footstalks longer than the small flower itself, nodding from leaf-axils. Perianth bill-shaped, of 6 spreading segments; stamens 6, 2-horned; style spreading into 3 branches, stigmatic on inner side. Stem: 1 to 2 1/2 ft. high, simple or forked. Leaves: Thin, alternate, green on both sides, many nerved, tapering at end, rounded at base, where they are seated on stem. Fruit: A round, red, many-seeded berry. Preferred Habitat - Moist woods. Flowering Season - May-July. Distribution - North America east and west, southward to Georgia and Oregon.

Flowers - Dull, purplish-pink, 1/2 inch long or less, solitary, on thin, curved stalks that are longer than the small flower itself, nodding from the axils of leaves. The perianth is bell-shaped, with 6 spreading segments; there are 6 stamens, 2-horned; the style spreads into 3 branches, with stigmas on the inner side. Stem: 1 to 2 1/2 feet high, either simple or forked. Leaves: Thin, alternate, green on both sides, with many veins, tapering at the end and rounded at the base, where they attach to the stem. Fruit: A round, red, many-seeded berry. Preferred Habitat - Moist woods. Flowering Season - May to July. Distribution - North America, both east and west, south down to Georgia and Oregon.

As we look down on this graceful plant, no blossoms are visible; but if we bend the zig-zagged stem backward, we shall discover the little rosy bells swaying from the base of the leaves on curved footstalks (streptos = twisted, pous = a foot or stalk) very much as the plant's relatives the Solomon's seals grow. In the confident expectation of having its seeds dropped far and wide, it bears showy red berries in August for the birds now wandering through the woods with increased, hungry families.

As we look down on this elegant plant, we can't see any flowers; but if we bend the zig-zagged stem back, we'll find the tiny pink bell-shaped flowers swaying from the base of the leaves on curved stems (streptos = twisted, pous = a foot or stalk) just like its relatives, the Solomon's seals. Hoping to have its seeds spread far and wide, it produces bright red berries in August for the birds now roaming through the woods with their growing, hungry families.

The CLASPING-LEAVED TWISTED-STALK (S. amplexifolius), which has one or two greenish-white bells nodding from its axils, may be distinguished when not in flower by its leaves, which are hoary - not green - on the under side, or by its oval berry. Indeed most plants living in wet soil have a coating of down on the under sides of their leaves to prevent the pores from clogging with rising vapors.

The CLASPING-LEAVED TWISTED-STALK (S. amplexifolius), which has one or two greenish-white bells hanging from its axils, can be identified when not in bloom by its leaves, which are hairy—not green—on the underside, or by its oval berry. In fact, most plants that thrive in wet soil have a layer of fluff on the undersides of their leaves to keep the pores from getting blocked by rising moisture.

MOCCASIN FLOWER; PINK, VENUS', or STEMLESS LADY'S SLIPPER
  (Cypripedium acaule) Orchid family

MOCCASIN FLOWER; PINK, VENUS', or STEMLESS LADY'S SLIPPER
  (Cypripedium acaule) Orchid family

Flowers - Fragrant, solitary, large, showy, drooping from end of scape, 6 to 12 in. high. Sepals lance-shaped, spreading, greenish purple, 2 in. long or less; petals narrower and longer than sepals. Lip an inflated sac, often over 2 in. long, slit down the middle, and folded inwardly above, pale magenta, veined with darker pink upper part of interior crested with long white hairs. Stamens united with style into unsymmetrical declined column, bearing an anther on either side, and a dilated triangular petal-like sterile stamen above, arching over the broad concave stigma. Leaves: 2, from the base; elliptic, thick, 6 to 8 in. long. Preferred Habitat - Deep, rocky, or sandy woods. Flowering Season - May-June. Distribution - Canada southward to North Carolina, westward to Minnesota and Kentucky.

Flowers - Fragrant and solitary, these large, showy blooms droop from the end of the stalk, standing 6 to 12 inches high. The sepals are lance-shaped, spreading, and greenish-purple, about 2 inches long or less; the petals are narrower and longer than the sepals. The lip forms an inflated sac, often more than 2 inches long, split down the middle and folded inward at the top, pale magenta with darker pink veining, and the upper part of the interior is crested with long white hairs. The stamens are fused with the style into an asymmetrical, downward-arching column, with an anther on either side, and a broad triangular petal-like sterile stamen above, curving over the wide, concave stigma. Leaves: 2, originating from the base; elliptic, thick, 6 to 8 inches long. Preferred Habitat - Deep, rocky, or sandy woods. Flowering Season - May-June. Distribution - From Canada down to North Carolina, and west to Minnesota and Kentucky.

Because most people cannot forbear picking this exquisite flower that seems too beautiful to be found outside a millionaire's hothouse, it is becoming rarer every year, until the finding of one in the deep forest, where it must now hide, has become the event of a day's walk. Once it was the commonest of the orchids.

Because most people can't resist picking this stunning flower that looks too beautiful to be found outside a millionaire's greenhouse, it's getting rarer every year. Now, discovering one in the deep forest, where it has to hide, has become a highlight of a day's walk. It used to be the most common orchid.

"Cross-fertilization," says Darwin, "results in offspring which vanquish the offspring of self-fertilization in the struggle for existence." This has been the motto of the orchid family for ages. No group of plants has taken more elaborate precautions against self-pollination or developed more elaborate and ingenious mechanism to compel insects to transfer their pollen than this.

"Cross-fertilization," says Darwin, "leads to offspring that outcompete those from self-fertilization in the fight for survival." This has been the guiding principle of the orchid family for centuries. No group of plants has implemented more complex measures to prevent self-pollination or created more intricate and clever systems to ensure insects carry their pollen than this.

The fissure down the front of the pink lady's slipper is not so wide but that a bee must use some force to push against its elastic sloping sides and enter the large banquet chamber where he finds generous entertainment secreted among the fine white hairs in the upper part. Presently he has feasted enough. Now one can hear him buzzing about inside, trying to find a way out of the trap. Toward the two little gleams of light through apertures at the end of a passage beyond the nectary hairs, he at length finds his way. Narrower and narrower grows the passage until it would seem as if he could never struggle through; nor can he until his back has rubbed along the sticky, overhanging stigma, which is furnished with minute, rigid, sharply pointed papillae, all directed forward, and placed there for the express purpose of combing out the pollen he has brought from another flower on his back or head. The imported pollen having been safely removed, he still has to struggle on toward freedom through one of the narrow openings, where an anther almost blocks his way.

The crack down the front of the pink lady's slipper isn’t too wide, but a bee has to push hard against its stretchy sloping sides to get into the big banquet chamber where he finds plenty of food hidden among the fine white hairs up top. After enjoying a good feast, he buzzes around inside, trying to find a way out of the trap. Eventually, he spots the two little glimmers of light through openings at the end of a passage beyond the nectar-filled hairs and makes his way there. The passage gets narrower and narrower, making it seem like he could never get through; and he can’t until his back brushes against the sticky, overhanging stigma, which has tiny, rigid, sharply pointed spikes facing forward, designed to comb out the pollen he brought from another flower on his back or head. Once the pollen has been cleared away, he still has to fight his way to freedom through one of the narrow openings, where a pollen sac almost blocks his path.

As he works outward, this anther, drawn downward on its hinge, plasters his back with yellow granular pollen as a parting gift, and away he flies to another lady's slipper to have it combed out by the sticky stigma as described above. The smallest bees can squeeze through the passage without paying toll. To those of the Andrena and Halictus tribe the flower is evidently best adapted. Sometimes the largest bumblebees, either unable or unwilling to get out by the legitimate route, bite their way to liberty. Mutilated sacs are not uncommon. But when unable to get out by fair means, and too bewildered to escape by foul, the large bee must sometimes perish miserably in his gorgeous prison.

As he moves outward, this anther, pulled down on its hinge, sticks yellow granular pollen to his back as a parting gift, and off he goes to another lady's slipper to have it groomed by the sticky stigma as mentioned earlier. The smallest bees can squeeze through the entrance without paying a toll. It seems the flower is perfectly suited for those in the Andrena and Halictus tribes. Sometimes the biggest bumblebees, either unable or unwilling to exit through the proper route, chew their way to freedom. Damaged sacs are not unusual. However, when they can't escape through fair means and are too confused to find a way out by foul means, the large bee may sometimes end up dying miserably in its beautiful prison.

SHOWY, GAY, or SPRING ORCHIS
  (Orchis spectabilis) Orchid family

SHOWY, GAY, or SPRING ORCHIS
  (Orchis spectabilis) Orchid family

Flowers - Purplish pink, of deeper and lighter shade, the lower lip white, and thick of texture; from 3 to 6 on a spike; fragrant. Sepals pointed, united, arching above the converging petals, and resembling a hood; lip large, spreading, prolonged into a spur, which is largest at the tip and as long as the twisted footstem. Sterm: 4 to 12 in. high, thick, fleshy, 5-sided. Leaves: 2 large, broadly ovate, glossy green, silvery on under side, rising from a few scales from root. Fruit: A sharply angled capsule, 1 in. long. Preferred Habitat - Rich, moist woods, especially under hemlocks. Flowering Season - April-June. Distribution - From New Brunswick and Ontario southward to our Southern States, westward to Nebraska.

Flowers - Purplish pink in various shades, with a white lower lip that has a thick texture; typically 3 to 6 on a spike; fragrant. The sepals are pointed, fused, and arch over the converging petals, resembling a hood; the lip is large and spreading, extended into a spur that is widest at the tip and as long as the twisted footstem. Stem: 4 to 12 inches high, thick, fleshy, and five-sided. Leaves: 2 large, broadly ovate, glossy green, with a silvery underside, rising from a few scales at the root. Fruit: A sharply angled capsule, 1 inch long. Preferred Habitat - Moist, rich woods, especially under hemlocks. Flowering Season - April to June. Distribution - From New Brunswick and Ontario southward to the Southern States, and westward to Nebraska.

Of the six floral leaves which every orchid, terrestrial or aerial, possesses, one is always peculiar in form, pouch-shaped, or a cornucopia filled with nectar, or a flaunted, fringed banner, or a broad platform for the insect visitors to alight on. Some orchids look to imaginative eyes as if they were masquerading in the disguise of bees, moths, frogs, birds, butterflies. A number of these queer freaks are to be found in Europe. Spring traps, adhesive plasters, and hair-triggers attached to explosive shells of pollen are among the many devices by which orchids compel insects to cross-fertilize them, these flowers as a family showing the most marvelous mechanism adapted to their requirements from insects in the whole floral kingdom. No other blossoms can so well afford to wear magenta, the ugliest shade nature produces, the "lovely rosy purple" of Dutch bulb growers, a color that has an unpleasant effect on not a few American stomachs outside of Hoboken.

Of the six petal-like leaves that every orchid, whether on land or in the air, has, one is always unique in shape, like a pouch, a cornucopia filled with nectar, a flashy fringed banner, or a wide platform for insects to land on. Some orchids seem to imaginative observers as if they're disguising themselves as bees, moths, frogs, birds, or butterflies. Many of these unusual variations can be found in Europe. Spring traps, sticky plasters, and hair triggers linked to explosive pollen shells are just a few of the many methods orchids use to get insects to help them cross-pollinate. As a family, these flowers showcase the most incredible mechanisms suited to their needs from insects in the entire flower kingdom. No other blooms can pull off wearing magenta, the most unattractive color in nature, the "lovely rosy purple" popular among Dutch bulb growers, a color that doesn’t sit well with many American stomachs outside Hoboken.

But an orchid, from the amazing cleverness of its operations, is attractive under any circumstances to whomever understands it. This earliest member of the family to appear charms the female bumblebee, to whose anatomy it is especially adapted. The males, whose faces are hairy where the females' are bare, and therefore not calculated to retain the sticky pollen masses, are not yet flying when the showy orchis blooms. Bombus Americanorum, which can drain the longest spurs, B. separatus, B. terricola, and, rarely, butterflies as well, have been caught with its pollen masses attached. The bee alights on the projecting lip, pushes her head into the mouth of the corolla, and, as she sips the nectar from the horn of plenty, ruptures by the slight pressure a membrane of the pouch where two sticky buttons, to which two pollen masses are attached, lie imbedded. Instantly after contact these adhere to the round bare spots on her face, the viscid cement hardening before her head is fairly withdrawn. Now the diverging pollen masses, that look like antennae, fall from the perpendicular, by remarkable power of contraction, to a horizontal attitude, that they may be in the precise position to fertilize the stigma of the next flower visited - just as if they possessed a reasoning intelligence! Even after all the pollen has been deposited on the sticky stigmas of various blossoms, stump-like caudicles to which the two little sacs were attached have been found still plastered on a long-suffering bee. But so rich in nectar are the moisture-loving orchids that, to obtain a draught, the sticky plasters which she must carry do not seem too dear a price to pay. In this showy orchis the nectar often rises an eighth of an inch in the tube, and sufficient pressure to cause a rupture will eject it a foot.

But an orchid, because of its incredible cleverness, is appealing to anyone who understands it, no matter the situation. This first member of the family to bloom attracts female bumblebees, as its structure is specially adapted for them. The males, whose faces are hairy while the females' are smooth, and therefore not able to hold onto the sticky pollen masses, aren’t flying when the showy orchid blooms. Bombus Americanorum, which can reach the longest spurs, B. separatus, B. terricola, and, occasionally, butterflies have been seen with its pollen attached. The bee lands on the protruding lip, pushes her head into the corolla's opening, and as she drinks the nectar from the horn of plenty, a slight pressure ruptures a membrane in the pouch where two sticky buttons with pollen masses are embedded. Instantly, these adhere to the bare spots on her face, and the sticky cement hardens before she can fully withdraw her head. Now, the diverging pollen masses, resembling antennae, fall from their vertical position to a horizontal one, perfectly positioned to fertilize the stigma of the next flower—just as if they had reasoning intelligence! Even after all the pollen has been deposited on the sticky stigmas of various blooms, the stump-like connecting structures to which the two little sacs were attached can still be found stuck on a long-suffering bee. But because the nectar-loving orchids are so rich in nectar, the sticky attachments she has to carry seem like a small price to pay for a drink. In this showy orchid, the nectar often rises an eighth of an inch in the tube, and enough pressure to cause a rupture can eject it up to a foot.

ROSE or SWEET POGONIA; SNAKE-MOUTH
  (Pogonia ophioglossoides) Orchid family

ROSE or SWEET POGONIA; SNAKE-MOUTH
  (Pogonia ophioglossoides) Orchid family

Flowers - Pale rose pink, fragrant, about 1 in. long, usually solitary at end of stem 8 to 15 in. high, and subtended by a leaf-like bract. Sepals and petals equal, oval, about 1/2 in. long, the lip spoon-shaped, crested, and fringed. Column shorter than petals, thick, club-shaped. Anther terminal, attached to back of column, pollen mass in each of its 2 sacs. Stigma a flattened disk below anther. Leaves: 1 to 3, erect, lance-oblong, sometimes one with long footstem from fibrous root. Preferred Habitat - Swamps and low meadows. Flowering Season - June-July. Distribution - Canada to Florida, westward to Kansas.

Flowers - Pale rose pink, fragrant, about 1 inch long, usually single at the end of a stem that’s 8 to 15 inches high, and supported by a leaf-like bract. Sepals and petals are equal, oval, about 1/2 inch long, with the lip being spoon-shaped, crested, and fringed. The column is shorter than the petals, thick, and club-shaped. The anther is at the top, attached to the back of the column, with a pollen mass in each of its 2 sacs. The stigma is a flattened disk located below the anther. Leaves: 1 to 3, upright, lance-oblong, sometimes one has a long stem from the fibrous root. Preferred Habitat - Swamps and low meadows. Flowering Season - June-July. Distribution - Canada to Florida, westward to Kansas.

Rearing its head above the low sedges, often brightened with colonies of the grass pink at the same time, this shy recluse of the swamps woos the passing bee with lovely color, a fragrance like fresh red raspberries, an alluring alighting place all fringed and crested, and with the prospect of hospitable entertainment in the nectary beyond. So in she goes, between the platform and the column overhead, pushing first her head, then brushing her back against the stigma just below the end of the thick column that almost closes the passage. Any powdery pollen she brought on her back from another pogonia must now be brushed off against the sticky stigma. Her feast ended, out she backs. And now a wonderful thing happens. The lid of the anther which is at the end of the column, catching in her shoulders, swings outward on its elastic hinge, releasing a little shower of golden dust, which she must carry on the hairs of her head or back until the sticky stigma of the next pogonia entered kindly wipes it off! This is one of the few orchids whose pollen, usually found in masses, is not united by threads. Without the bee's aid in releasing it from its little box, the lovely species would quickly perish from the face of the earth.

Rearing its head above the low sedges, often brightened with colonies of grass pinks at the same time, this shy recluse of the swamps attracts passing bees with its beautiful colors, a fragrance like fresh red raspberries, and a tempting landing spot all fringed and crested, along with the promise of welcoming entertainment in the nectary beyond. So in she goes, between the platform and the column overhead, first pushing her head in, then brushing her back against the stigma just below the end of the thick column that almost closes off the passage. Any powdery pollen she carried on her back from another pogonia now needs to be brushed off against the sticky stigma. Once her feast is over, she backs out. And now something amazing happens. The lid of the anther at the end of the column, catching on her shoulders, swings outward on its elastic hinge, releasing a small shower of golden dust, which she must carry on the hairs of her head or back until the sticky stigma of the next pogonia kindly wipes it off! This is one of the few orchids whose pollen, usually found in clumps, is not connected by threads. Without the bee's help in releasing it from its little box, this beautiful species would quickly disappear from the earth.

ARETHUSA; INDIAN PINK
 (Arethusa bulbosa) Orchid family

ARETHUSA; INDIAN PINK
 (Arethusa bulbosa) Orchid family

Flowers - 1 to 2 in. long, bright purple pink, solitary, violet scented, rising from between a pair of small scales at end of smooth scape from 5 to 10 in. high. Lip dropping beneath sepals and petals, broad, rounded, toothed, or fringed, blotched with purple, and with three hairy ridges down its surface. Leaf: Solitary, hidden at first, coming after the flower, but attaining length of 6 in. Root: Bulbous. Fruit: A 6-ribbed capsule, 1 in. long, rarely maturing. Preferred Habitat - Northern bogs and swamps. Flowering Season - May-June. Distribution - From North Carolina and Indiana northward to the Fur Countries.

Flowers - 1 to 2 inches long, bright purple-pink, single, with a violet scent, emerging from between a pair of small scales at the top of a smooth stem that is 5 to 10 inches tall. The lip hangs below the sepals and petals, broad, rounded, toothed, or fringed, marked with purple, and has three hairy ridges down its surface. Leaf: Single, initially hidden, appearing after the flower, but reaching a length of 6 inches. Root: Bulbous. Fruit: A 6-ribbed capsule, 1 inch long, rarely ripening. Preferred Habitat - Northern bogs and swamps. Flowering Season - May-June. Distribution - From North Carolina and Indiana northward to the Fur Countries.

One flower to a plant, and that one rarely maturing seed; a temptingly beautiful prize which few refrain from carrying home, to have it wither on the way pursued by that more persistent lover than Alpheus, the orchid-hunter who exports the bulbs to European collectors - little wonder this exquisite orchid is rare, and that from certain of those cranberry bogs of Eastern New England, which it formerly brightened with its vivid pink, it has now gone forever. Like Arethusa, the nymph whom Diana changed into a fountain that she might escape from the infatuated river god, Linnaeus fancied this flower a maiden in the midst of a spring bubbling from wet places where presumably none may follow her.

One flower per plant, and that one rarely maturing seed; an enticingly beautiful prize that few can resist taking home, only to watch it wither on the journey, pursued by a more persistent lover than Alpheus, the orchid hunter who exports the bulbs to European collectors - it's no surprise this exquisite orchid is rare, and that from some of those cranberry bogs in Eastern New England, where it once brightened the landscape with its vivid pink, it has now disappeared forever. Like Arethusa, the nymph who Diana transformed into a fountain to escape the lovesick river god, Linnaeus imagined this flower as a maiden in a spring bubbling up from wet places where no one could follow her.

But the bee, our Arethusa's devoted lover, although no villain, still pursues her. He knows that moisture-loving plants secrete the most nectar. When the head of the bee enters the flower to sip, nothing happens; but as he raises his head to depart, it cannot help lifting the lid of the helmet-shaped anther and so letting fall a few soft pellets of pollen on it. Now, after he has drained the next arethusa, his pollen-laden head must rub against the long sticky stigma before it touches the helmet-like anther lid and precipitates another volley of pollen. In some such manner most of our orchids compel insects to work for them in preventing self-fertilization.

But the bee, our Arethusa's devoted admirer, although not a bad guy, still chases after her. He knows that moisture-loving plants produce the sweetest nectar. When the bee's head goes into the flower to drink, nothing happens; but as he lifts his head to leave, he inevitably raises the lid of the helmet-shaped anther, dropping a few soft pollen pellets onto himself. Now, after he has drained the next Arethusa, his pollen-covered head must brush against the long sticky stigma before it touches the helmet-like anther lid, triggering another burst of pollen. This is how most of our orchids get insects to help them avoid self-fertilization.

Another charming, but much smaller, orchid, that we must don our rubber boots to find where it hides in cool, peaty bogs from Canada and the Northern United States to California, and southward in the Rockies to Arizona, is the CALYPSO (Calypso bulbosa). It is a solitary little flower, standing out from the top of a jointed scape that never rises more than six inches from the solid bulb, hidden in the moss, nor boasts more than one nearly round leaf near its base. The blossom itself suggests one of the lady's slipper orchids, with its rosy purple, narrow, pointed sepals and petals clustered at the top above a large, sac-shaped, whitish lip. The latter is divided into two parts, heavily blotched with cinnamon brown, and woolly with a patch of yellow hairs near the point of the division. May - June.

Another charming, but much smaller, orchid that we need to put on our rubber boots to find hiding in cool, peaty bogs from Canada and the Northern United States to California, and further south in the Rockies to Arizona, is the CALYPSO (Calypso bulbosa). It’s a solitary little flower that stands out from the top of a jointed stem that never rises more than six inches from the solid bulb, which is hidden in the moss, nor does it have more than one nearly round leaf near its base. The blossom itself resembles one of the lady’s slipper orchids, with its rosy purple, narrow, pointed sepals and petals clustered at the top above a large, sac-shaped, whitish lip. The lip is divided into two parts, heavily blotched with cinnamon brown and woolly with a patch of yellow hairs near the division point. May - June.

CALOPOGON; GRASS PINK (Limodorum tuberosum; Calopogon pulchellus of Gray) Orchid family

CALOPOGON; GRASS PINK (Limodorum tuberosum; Calopogon pulchellus of Gray) Orchid family

Flowers - Purplish pink, 1 in. long, 3 to 15 around a long, loose spike. Sepals and petals similar, oval, acute; the lip on upper side of flower is broad at the summit, tapering into a claw, flexible as if hinged, densely bearded on its face with white, yellow, and magenta hairs (Calopogon = beautiful beard). Column below lip (ovary not twisted in this exceptional case); sticky stigma at summit of column, and just below it a 2-celled anther, each cell containing 2 pollen masses, the grain lightly connected by threads. Scape: 1 to 1 1/2 ft. high, slender, naked. Leaf: Solitary, long, grass-like, from a round bulb arising from bulb of previous year. Preferred Habitat - Swamps, cranberry bogs, and low meadows. Flowering Season - June-July. Distribution - Newfoundland to Florida, and westward to the Mississippi.

Flowers - Purplish-pink, 1 inch long, 3 to 15 clustered around a long, loose spike. The sepals and petals are similar, oval, and pointed; the lip on the upper side of the flower is wide at the top and narrows into a claw, flexible as if it's hinged, and densely covered on its face with white, yellow, and magenta hairs (Calopogon = beautiful beard). The column below the lip (the ovary is not twisted in this unique case); there's a sticky stigma at the top of the column, and just below it, a 2-celled anther, with each cell having 2 pollen masses, lightly connected by threads. Scape: 1 to 1.5 feet high, slender, and bare. Leaf: Single, long, grass-like, growing from a round bulb that comes from the bulb of the previous year. Preferred Habitat - Swamps, cranberry bogs, and low meadows. Flowering Season - June-July. Distribution - From Newfoundland to Florida and westward to the Mississippi.

Fortunately this lovely orchid, one of the most interesting of its highly organized family, is far from rare, and where we find the rose pogonia and other bog-loving relatives growing, the calopogon usually outnumbers them all. Limodorum translated reads meadow-gift; but we find the flower less frequently in grassy places than those who have waded into its favorite haunts could wish.

Fortunately, this beautiful orchid, one of the most fascinating members of its well-structured family, is quite common. In areas where we find the rose pogonia and other wetland-loving relatives, the calopogon typically outnumbers them all. Limodorum translates to meadow-gift; however, we encounter the flower less often in grassy areas than those who have ventured into its preferred habitats would hope.

Owing to the crested lip being oddly situated on the upper part of the flower, which appears to be growing upside down in consequence, one might suppose a visiting insect would not choose to alight on it. The pretty club-shaped, vari-colored hairs, which he may mistake for stamens, and which keep his feet from slipping, irresistibly invite him there, however, when, presto! down drops the fringed lip with startling suddenness. Of course, the bee strikes his back against the column when he falls. Now, there are two slightly upturned little wings on either side of the column, which keep his body from slipping off at either side and necessitate its exit from the end where the stigma smears it with viscid matter. The pressure of the insect on this part starts the pollen masses from their pocket just below; and as the bee slides off the end of the column, the exposed, cobwebby threads to which the pollen grains are attached cling to his sticky body. The sticky substance instantly hardening, the pollen masses, which are drawn out from their pocket as he escapes, are cemented to his abdomen in the precise spot where they must strike against the stigma of the next calopogon he tumbles in; hence cross-fertilization results. What recompense does the bee get for such rough handling? None at all, so far as is known. The flower, which secretes no nectar, is doubtless one of those gay deceivers that Sprengel named "Scheinsaftblumen," only it leads its visitors to look for pollen instead of nectar, on the supposition that the club-shaped hairs on the crests are stamens. The wonder is that the intelligent little bees (a species of Andrenidae), which chiefly are its Victims, have not yet learned to boycott it.

Due to the crested lip being oddly positioned on the upper part of the flower, which makes it seem like it’s growing upside down, one might think that an insect visitor wouldn’t land on it. However, the charming club-shaped, multicolored hairs, which the insect might mistake for stamens and which prevent slipping, irresistibly attract him. Suddenly, the fringed lip drops down unexpectedly. Naturally, the bee bumps his back against the column as he falls. On either side of the column, there are two slightly upturned little wings that keep his body from sliding off and force him to exit from the end, where the stigma smears him with a sticky substance. The pressure from the insect on this part triggers the pollen masses to release from their pocket just below; and as the bee slides off the end of the column, the exposed, cobweb-like threads attaching the pollen grains stick to his sticky body. The sticky substance hardens instantly, cementing the pollen masses drawn out from their pocket to his abdomen exactly where they need to hit the stigma of the next calopogon he falls into; thus, cross-fertilization occurs. What does the bee gain from this rough treatment? Nothing, as far as anyone knows. The flower, which doesn’t produce nectar, is undoubtedly one of those colorful deceivers that Sprengel called "Scheinsaftblumen," leading its visitors to search for pollen instead of nectar, under the impression that the club-shaped hairs on the crests are stamens. It’s surprising that these clever little bees (a species of Andrenidae), who are primarily its victims, haven’t learned to avoid it yet.

"Calopogon," says Professor Robertson, who knows more about the fertilization of American wild flowers by insects than most writers, "is one of a few flowers which move the insect toward the stigma…. There is no expenditure in keeping up a supply of nectar, and the flower, although requiring a smooth insect of a certain size and weight, suffers nothing from the visits of those it cannot utilize. Then, there is no delay caused by the insect waiting to suck; but as soon as it alights it is thrown down against the stigma. This occurs so quickly that, while standing net in hand, I have seen insects effect pollination and escape before I could catch them. So many orchids fasten their pollinia upon the faces and tongues of insects that it is interesting to find one which applies them regularly to the first abdominal segment. Mr. Darwin has observed that absence of hair on the tongues of Lepidoptera (butterflies and moths) and on the faces of Hymenoptera (bees; wasps, etc.) has led to the more usual adaptations, and sparseness of hair has its influence in this case. Species of Augochlora are the only insects on which I found pollinia. These bees are very smooth, depending for ornament on the metallic sheen of their bodies. An Halictus repeatedly pulled down the labella (lips) of flowers from which pollinia had not been removed; and the only reason I can assign for its failure to extract pollinia is that it is more hairy than the Augochlora.

"Calopogon," says Professor Robertson, who knows more about how insects fertilize American wildflowers than most writers, "is one of the few flowers that attracts insects to its stigma…. It doesn't need to keep producing nectar, and although the flower requires a smooth insect of a certain size and weight, it doesn't suffer from visits by those it can't use. There's no waiting time for the insect to feed; as soon as it lands, it's pushed down against the stigma. This happens so fast that while I've been standing there with my net, I’ve seen insects pollinate and fly away before I could catch them. Many orchids attach their pollen to the faces and tongues of insects, so it's fascinating to find one that consistently applies it to the first segment of the abdomen. Mr. Darwin noted that the lack of hair on the tongues of Lepidoptera (butterflies and moths) and on the faces of Hymenoptera (bees, wasps, etc.) has led to the more common adaptations, and the thinness of hair matters in this case. The species of Augochlora are the only insects I've found with pollen. These bees are very smooth, relying on the metallic shine of their bodies for decoration. One Halictus repeatedly pulled down the lips of flowers that hadn’t had their pollen removed; the only reason I can think of for its failure to get the pollen is that it has more hair than the Augochlora."

COMMON PERSICARIA, PINK KNOTWEED, or JOINT-WEED; SMARTWEED
  (Polygonum Pennsylvanicum) Buckwheat family

COMMON PERSICARIA, PINK KNOTWEED, or JOINT-WEED; SMARTWEED
  (Polygonum Pennsylvanicum) Buckwheat family

Flowers - Very small, pink, collected in terminal, dense, narrow, obtuse spikes, 1 to 2 in. long. Calyx pink or greenish, 5-parted, like petals; no corolla; stamens 8 or less; style 2-parted. Stem: 1 to 3 ft. high, simple or branched, often partly red, the joints swollen and sheathed; the branches above, and peduncles glandular. Leaves: Oblong, lance-shaped, entire edged, 2 to 11 in. long, with stout midrib, sharply tapering at tip, rounded into short petioles below. Preferred Habitat - Waste places, roadsides, moist soil. Flowering Season - July-October. Distribution - Nova Scotia to the Gulf of Mexico; westward to Texas and Minnesota.

Flowers - Very small, pink, grouped in terminal, dense, narrow, blunt spikes, 1 to 2 inches long. The calyx is pink or greenish, 5-parted, resembling petals; there is no corolla; stamens are 8 or fewer; style is 2-parted. Stem: 1 to 3 feet tall, either simple or branched, often partially red, with swollen, sheathed joints; the upper branches and peduncles are glandular. Leaves: Oblong, lance-shaped, with smooth edges, 2 to 11 inches long, featuring a thick midrib, sharply tapering at the tip, and rounded into short petioles at the base. Preferred Habitat - Disturbed areas, roadsides, moist soil. Flowering Season - July to October. Distribution - From Nova Scotia to the Gulf of Mexico; westward to Texas and Minnesota.

Everywhere we meet this commonest of plants or some of its similar kin, the erect pink spikes brightening roadsides, rubbish heaps, fields, and waste places, from midsummer to frost. The little flowers, which open without method anywhere on the spike they choose, attract many insects, the smaller bees (Andrena) conspicuous among the host. As the spreading divisions of the perianth make nectar-stealing all too easy for ants and other crawlers that would not come in contact with anthers and stigma where they enter a flower near its base, most buckwheat plants whose blossoms secrete sweets protect themselves from theft by coating the upper stems with glandular hairs that effectually discourage the pilferers. Shortly after fertilization, the little rounded, flat-sided fruit begins to form inside the persistent pink calyx. At any time the spike-like racemes contain more bright pink buds and shining seeds than flowers. Familiarity alone breeds contempt for this plant, that certainly possesses much beauty.

We can find this common plant everywhere, along with some of its similar relatives, with its upright pink spikes brightening up roadsides, trash heaps, fields, and neglected areas from midsummer to frost. The tiny flowers, which open randomly on the spike wherever they like, attract a variety of insects, especially the smaller bees (Andrena) that stand out among the crowd. Since the spread-out parts of the flower make it easy for ants and other crawlers to steal nectar without touching the anthers and stigma when they enter near the base, most buckwheat plants that produce sweet nectar protect themselves from theft by covering the upper stems with glandular hairs that effectively deter these thieves. Shortly after fertilization, the small, rounded, flat-sided fruit starts forming inside the persistent pink calyx. At any time, the spike-like clusters contain more bright pink buds and shiny seeds than flowers. People often take this plant for granted, but it certainly has a lot of beauty.

The LADY'S THUMB (P. Persicaria), often a troublesome weed, roams over the whole of North America, except at the extreme north - another illustration of the riotous profusion of European floral immigrants rejoicing in the easier struggle for existence here. Its pink spikes are shorter and less slender than those of the preceding taller, but similar species, and its leaves, which are nearly seated on the stem, have dark triangular or lunar marks near the center in the majority of cases.

The LADY'S THUMB (P. Persicaria), often a pesky weed, spreads across most of North America except for the far north—another example of the chaotic abundance of European plant immigrants thriving more easily here. Its pink spikes are shorter and not as slender as those of the previous taller but similar species, and its leaves, which almost sit directly on the stem, usually have dark triangular or moon-like marks near the center.

An insignificant little plant, found all over our continent, Europe, and Asia, is the familiar KNOT-GRASS or DOORWEED (P. aviculare), often trailing its leafy, jointed stems over the ground, but at times weakly erect, to display its tiny greenish or white pink-edged flowers, clustered in the axils of oblong, bluish-green leaves that are considerably less than an inch long. Although in bloom from June to October, insects seldom visit it, for it secretes very little, if any, nectar. As might be expected in such a case, its stem is smooth.

An unremarkable little plant that can be found all over our continent, Europe, and Asia is the common KNOT-GRASS or DOORWEED (P. aviculare). It often trails its leafy, jointed stems along the ground, but sometimes stands weakly upright to show off its tiny greenish or white flowers with pink edges, which grow in clusters in the axils of long, bluish-green leaves that are less than an inch long. Although it blooms from June to October, insects rarely visit it because it produces very little, if any, nectar. As you might expect, its stem is smooth.

When the amphibious WATER PERSICARIA (P. amphibium) lifts its short, dense, rose-colored ovoid or oblong club of bloom above ponds and lakes, it is sufficiently protected from crawling pilferers, of course, by the water in which it grows. But suppose the pond dries up and the plant is left on dry ground, what then? Now, a remarkable thing happens: protective glandular, sticky hairs appear on the epidermis of the leaves and stems, which were perfectly smooth when the flowers grew in water. Such small wingless insects as might pilfer nectar without bringing to their hostess any pollen from other blossoms are held as fast as on bird-lime. The stem, which sometimes floats, sometimes is immersed, may attain a length of twenty feet; the rounded, elliptic, petioled leaves may be four inches long or only half that size. From Quebec to New Jersey, and westward to the Pacific, the solitary, showy inflorescence, which does well to attain a height of an inch, may be found during July and August.

When the amphibious WATER PERSICARIA (P. amphibium) lifts its short, dense, pinkish oval or oblong bloom above ponds and lakes, it is usually protected from crawling thieves by the water it grows in. But what happens if the pond dries up and the plant is left on dry land? A fascinating change occurs: sticky, glandular hairs appear on the leaves and stems, which were completely smooth when the flowers were submerged. Small, wingless insects that might steal nectar without pollinating the plant are trapped like they're stuck in glue. The stem can float or be fully submerged and may grow up to twenty feet long; the rounded, elliptical leaves can be up to four inches long or only two inches. From Quebec to New Jersey, and all the way to the Pacific, this solitary, colorful bloom, which typically only reaches about an inch in height, can be found during July and August.

Throughout the summer, narrow, terminal, erect, spike-like racemes of small, pale pink, flesh-colored, or greenish flowers are sent upward by the MILD WATER PEPPER (P. hydropiperoides). It is like a slender, pale variety of the common pink persicaria. One finds its inconspicuous, but very common, flowers from June to September. The plant, which grows in shallow water, swamps, and moist places throughout the Union and considerably north and south of it, rises three feet or less. The cylindric sheaths around the swollen joints of the stem are fringed with long bristles - a clue to identification. Another similar WATER PEPPER or SMARTWEED (P. hydropiper) is so called because of its acrid, biting juice.

Throughout the summer, narrow, upright spikes of small, pale pink, flesh-colored, or greenish flowers grow upward from the MILD WATER PEPPER (P. hydropiperoides). It's like a slender, paler version of the common pink persicaria. You can find its unremarkable but very common flowers from June to September. This plant, which grows in shallow water, swamps, and damp areas across the country and much further north and south, typically reaches three feet or less. The cylindrical sheaths around the swollen joints of the stem have long bristles—this helps with identification. Another similar WATER PEPPER or SMARTWEED (P. hydropiper) gets its name from its sharp, biting juice.

The CLIMBING FALSE BUCKWHEAT (P. scandens) straggles over bushes in woods, thickets, and by the waysides throughout a very wide range; yet its small, dull, greenish-yellow and pinkish flowers, loosely clustered in long pedicelled racemes, are so inconspicuous during August and September, when the showy composites are in their glory, that we give them scarcely a glance. The alternate leaves, which are heart-shaped at the base and pointed at the lip, suggesting those of the morning glory, are on petioles arising from sheaths over the enlarged joints which, in this family, are always a most prominent characteristic - (Poly = many, gonum = a knee). The three outer sepals, keeled when in flower, are irregularly winged when the three-angled, smooth achene hangs from the matured blossom in autumn, the season at which the vine assumes its greatest attractiveness.

The CLIMBING FALSE BUCKWHEAT (P. scandens) spreads over bushes in woods, thickets, and along roadsides across a wide area; however, its small, dull greenish-yellow and pinkish flowers, loosely grouped in long-stemmed clusters, are so easy to overlook during August and September, when the bright composites are in full bloom, that we hardly notice them. The alternate leaves, which are heart-shaped at the base and pointed at the tip, resemble those of the morning glory, and are on stems that come from sheaths over the enlarged joints, a distinctive feature of this family - (Poly = many, gonum = a knee). The three outer sepals, ridged when in bloom, become irregularly winged when the three-angled, smooth seed hangs from the mature flower in autumn, the time when the vine looks its best.

The ARROW-LEAVED TEAR THUMB (P. sagittatum), found in ditches and swampy wet soil, weakly leans on other plants, or climbs over them with the help of the many sharp, recurved prickles which arm its four-angled stem. Even the petioles and underside of the leaf's midrib are set with prickles. The light green leaves, that combine the lance and the arrow shapes, take on a beautiful russet-red tint in autumn. The little, five-parted rose-colored or greenish-white flowers grow in small, close terminal heads from July to September from Nova Scotia to the Gulf and far westward.

The ARROW-LEAVED TEAR THUMB (P. sagittatum), which grows in ditches and wet, swampy soil, weakly leans on other plants or climbs over them using its many sharp, backward-facing prickles that cover its four-sided stem. Even the petioles and the underside of the leaf's midrib are covered in prickles. The light green leaves, which blend lance and arrow shapes, develop a striking russet-red color in the fall. The small, five-part rose-colored or greenish-white flowers bloom in tight clusters from July to September, ranging from Nova Scotia to the Gulf and far westward.

SEASIDE or COAST JOINTWEED or KNOT-GRASS (Polygonella articulata; Polygonum articulatum of Gray) a low, slender, wiry, diffusely spreading little plant, with thread-like leaves seated on its much-jointed stem, rises cleanly from out the sand of the coast from Maine to Florida, and the shores of the Great Lakes. Very slender racemes of tiny, nodding, rose-tinted white flowers, with a dark midrib to each of the five calyx segments, are insignificant of themselves; but when seen in masses, from July to October, they tinge the upper beaches and sandy meadows with a pink blush that not a few artists have transferred to the foreground of their marine pictures.

SEASIDE or COAST JOINTWEED or KNOT-GRASS (Polygonella articulata; Polygonum articulatum of Gray) is a small, slender, wiry plant that spreads out and has thread-like leaves on its many-jointed stem. It grows cleanly out of the sand along the coast from Maine to Florida, and also on the shores of the Great Lakes. Its very slender clusters of tiny, drooping, pale pinkish-white flowers, each with a dark center line on the five calyx segments, may seem insignificant alone; however, when they bloom in groups from July to October, they give the upper beaches and sandy meadows a soft pink hue that many artists have captured in their coastal paintings.

CORN COCKLE; CORN ROSE; CORN or RED CAMPION; CROWN-OF-THE-FIELD
  (Agrostemma Githago; Lychnis Githago of Gray) Pink family

CORN COCKLE; CORN ROSE; CORN or RED CAMPION; CROWN-OF-THE-FIELD
  (Agrostemma Githago; Lychnis Githago of Gray) Pink family

Flowers - Magenta or bright purplish crimson, to 3 in. broad, solitary at end of long, stout footstem; 5 lobes of calyx leaf-like, very long and narrow, exceeding petals. Corolla of 5 broad, rounded petals; 10 stamens; 5 styles alternating with calyx lobes, opposite petals. Stem: 1 to 3 ft. high, erect, with few or no branches, leafy, the plant covered with fine white hairs. Leaves: Opposite, seated on stem, long, narrow, pointed, erect. Fruit: a 1-celled, many-seeded capsule. Preferred Habitat - Wheat and other grain fields; dry, waste places. Flowering Season - July-September. Distribution - United States at large; most common in Central and Western States. Also in Europe and Asia.

Flowers - Magenta or bright purplish crimson, up to 3 inches wide, solitary at the end of a long, sturdy stem; 5 lobes of the calyx are leaf-like, very long and narrow, extending past the petals. The corolla has 5 broad, rounded petals; 10 stamens; 5 styles alternating with the calyx lobes, opposite the petals. Stem: 1 to 3 feet tall, upright, with few or no branches, leafy, and covered with fine white hairs. Leaves: Opposite, attached to the stem, long, narrow, pointed, and upright. Fruit: a 1-celled, many-seeded capsule. Preferred Habitat - Wheat and other grain fields; dry, wasteland. Flowering Season - July-September. Distribution - Widespread across the United States; most common in the Central and Western States. Also found in Europe and Asia.

"Allons! allons! sow'd cockle, reap'd no corn," exclaims Biron in "Love's Labor Lost." Evidently the farmers even in Shakespeare's day counted this brilliant blossom the pest it has become in many of our own grain fields just as it was in ancient times, when Job, after solemnly protesting his righteousness, called on his own land to bear record against him if his words were false. "Let thistles grow instead of wheat, and cockle instead of barley," he cried, according to James the First's translators; but the "noisome weeds" of the original text seem to indicate that these good men were more anxious to give the English people an adequate conception of Job's willingness to suffer for his honor's sake than to translate literally. Possibly the cockle grew in Southern Asia in Job's time : today its range is north.

"Come on! Come on! sowed cockle, reaped no corn," exclaims Biron in "Love's Labor Lost." Clearly, farmers even back in Shakespeare's time considered this striking flower the nuisance it has become in many of our grain fields, just as it was in ancient times when Job, after firmly declaring his innocence, called on his own land to testify against him if he was lying. "Let thistles grow instead of wheat, and cockle instead of barley," he shouted, according to James the First's translators; but the "noisome weeds" of the original text suggest that these good men were more focused on giving the English people a proper understanding of Job's willingness to suffer for his honor than on translating literally. It's possible the cockle grew in Southern Asia during Job's time: today it primarily grows in the north.

Like many another immigrant to our hospitable shores, this vigorous invader shows a tendency to outstrip native blossoms in life's race. Having won in the struggle for survival in the old country, where the contest has been most fiercely waged for centuries, it finds life here easy, enjoyable. What are its methods for insuring an abundance of fertile seed? We see that the tube of the flower is so nearly closed by the stamens and five-styled pistil as to be adapted only to the long, slender tongues of moths and butterflies, for which benefactors it became narrow and deep to reserve the nectar. "A certain night-flying moth (one of the Dianthaecia) fertilizes flowers of this genus exclusively, and its larvae feed on their unripe seeds as a staple. Bees and some long-tongued flies seen about the corn cockle doubtless get pollen only; but there are few flowers so deep that the longest-tongued bees cannot sip them. Butterflies, attracted by the bright color of the flower - and to them color is the most catchy of advertisements - are guided by a few dark lines on the petals to the nectary.

Like many other immigrants to our welcoming shores, this energetic invader tends to outpace native blooms in the race of life. Having triumphed in the struggle for survival in the old country, where the competition has been fiercest for centuries, it finds life here easy and enjoyable. What are its strategies for ensuring a plentiful supply of fertile seeds? We notice that the flower's tube is almost closed off by the stamens and five-styled pistil, making it suitable only for the long, slender tongues of moths and butterflies, which it has adapted to reserve the nectar. "A certain night-flying moth (one of the Dianthaecia) exclusively fertilizes flowers of this genus, and its larvae feed on their unripe seeds as a staple. Bees and some long-tongued flies seen around the corn cockle likely only gather pollen; however, there are few flowers so deep that even the longest-tongued bees can't reach them. Butterflies, drawn in by the flower's bright color – which is the most eye-catching form of advertisement for them – are directed by a few dark lines on the petals to the nectar source.

Soon after the blossom opens, five of the stamens emerge from the tube and shed their pollen on the early visitor. Later, the five other stamens empty the contents of their anthers on more tardy comers. Finally, when all danger of self-fertilization is past, the styles stretch upward, and the butterfly, whose head is dusted with pollen brought from earlier flowers, necessarily leaves some on their sticky surfaces as he takes the leavings in the nectary.

Soon after the flower blooms, five of the stamens come out of the tube and release their pollen on the first visitor. Later, the other five stamens release their anther contents on the later arrivals. Finally, when the risk of self-fertilization is gone, the styles rise up, and the butterfly, whose head is covered in pollen from earlier flowers, inevitably leaves some on the sticky surfaces as it feeds on the nectar.

So much cross-fertilized seed as the plant now produces and scatters through the grain fields may well fill the farmer's prosaic mind with despair. To him there is no glory in the scarlet of the poppy comparable with the glitter of a silver dollar; no charm in the heavenly blue of the corn-flower, that likewise preys upon the fertility of his soil; the vivid flecks of color with which the cockle lights up his fields mean only loss of productiveness in the earth that would yield him greater profit without them. Moreover, seeds of this so-called weed not only darken his wheat when they are threshed out together, but are positively injurious if swallowed in any quantity. Emerson said every plant is called a weed until its usefulness is discovered. Linnaeus called this flower Agrostemma = the crown-of-the-field. Agriculturalists never realize that beauty is in itself a sufficient plea for respected existence. Not a few of the cockle's relatives adorn men's gardens.

The amount of cross-pollinated seeds that the plant now produces and spreads throughout the grain fields may leave the farmer feeling hopeless. To him, there’s no beauty in the bright red of the poppy compared to the shine of a silver dollar; no appeal in the heavenly blue of the cornflower, which also takes away the fertility of his soil; the bright spots of color that the cockle adds to his fields only mean a loss of productivity in the land that could yield him more profit without them. Additionally, the seeds of this so-called weed not only contaminate his wheat when they are threshed together, but they can also be harmful if consumed in large amounts. Emerson said every plant is considered a weed until its usefulness is recognized. Linnaeus called this flower Agrostemma, or the crown-of-the-field. Farmers often overlook that beauty in itself is a valid reason for existence. Many of the cockle's relatives add charm to people's gardens.

WILD PINK or CATCHFLY
  (Silene Caroliniana; S. Pennsylvanica of Gray) Pink family

WILD PINK or CATCHFLY
  (Silene Caroliniana; S. Pennsylvanica of Gray) Pink family

Flowers - Rose pink, deep or very pale; about inch broad, on slender footstalks, in terminal clusters. Calyx tubular, 5-toothed, much enlarged in fruit, sticky; 5 petals with claws enclosed in calyx, wedged-shaped above, slightly notched. Stamens 10; pistil with 3 styles. Stem: 4 to 10 in. high, hairy, sticky above, growing in tufts. Leaves: Basal ones spatulate; 2 or 3 pairs of lance-shaped, smaller leaves seated on stem. Preferred Habitat - Dry, gravelly, sandy, or rocky soil. Flowering Season - April-June. Distribution - New England, south to Georgia, westward to Kentucky.

Flowers - Rose pink, deep or very light; about an inch wide, on slender stems, in clusters at the top. The calyx is tubular, with 5 teeth, much larger in fruit, and sticky; it has 5 petals with claws enclosed in the calyx, wedge-shaped above, slightly notched. There are 10 stamens and a pistil with 3 styles. Stem: 4 to 10 inches high, hairy, sticky above, growing in tufts. Leaves: The basal ones are spatula-shaped; there are 2 or 3 pairs of lance-shaped, smaller leaves attached to the stem. Preferred Habitat - Dry, gravelly, sandy, or rocky soil. Flowering Season - April to June. Distribution - New England, south to Georgia, westward to Kentucky.

Fresh, dainty, and innocent-looking as Spring herself are these bright flowers. Alas, for the tiny creatures that try to climb up the rosy tufts to pilfer nectar, they and their relatives are not so innocent as they appear! While the little crawlers are almost within reach of the cup of sweets, their feet are gummed to the viscid matter that coats it, and here their struggles end as flies' do on sticky fly-paper, or birds' on limed twigs. A naturalist counted sixty-two little corpses on the sticky stem of a single pink. All this tragedy to protect a little nectar for the butterflies which, in sipping it, transfer the pollen from one flower to another, and so help them to produce the most beautiful and robust offspring.

Fresh, delicate, and innocent-looking as Spring herself are these bright flowers. Sadly, for the tiny creatures that try to climb up the rosy clusters to steal nectar, they and their relatives are not as innocent as they seem! While the little crawlers are almost within reach of the sweet nectar, their feet get stuck in the sticky substance that covers it, and here their struggles end like flies on sticky traps, or birds on gluing branches. A naturalist counted sixty-two tiny corpses on the sticky stem of a single pink flower. All this tragedy serves to protect a little nectar for the butterflies which, by sipping it, transfer pollen from one flower to another, helping them produce the most beautiful and strongest offspring.

The pink, which has two sets of stamens of five each, elevates first one set, then the other, for economy's sake and to run less risk of failure to get its pollen transferred in case of rain when its friends are not flying. After all the golden dust has been shed, however, up come the three recurved styles from the depth of the tube to receive pollen brought by butterflies from younger flowers. There are few cups so deep that the largest bumblebees cannot suck them. Flies which feed on the pink's pollen only, sometimes come by mistake to older blossoms in the stigmatic stage, and doubtless cross-fertilize them once in a while.

The pink flower has two sets of stamens, each with five stamens. It raises one set first, then the other, to save energy and reduce the risk of failing to transfer its pollen if it rains and its pollinator friends aren't around. After all the golden pollen has been shed, the three curved styles emerge from the depths of the flower’s tube to catch pollen that butterflies bring from younger blooms. Few flowers are so deep that even the largest bumblebees can’t reach them. Flies that only feed on the pink's pollen sometimes mistakenly visit older blossoms in the stigma stage and occasionally cross-pollinate them.

In waste places and woods farther southward and westward, and throughout the range of the Wild Pink as well, clusters of the SLEEPY CATCHFLY (S. antirrhina) open their tiny pink flowers for a short time only in the sunshine. At any stage they are mostly calyx, but in fruit this part is much expanded. Swollen, sticky joints are the plant's means of defense from crawlers. Season: Summer.

In deserted areas and woods further south and west, and throughout the range of the Wild Pink as well, groups of the SLEEPY CATCHFLY (S. antirrhina) bloom their small pink flowers only briefly in the sunlight. At any stage, they primarily consist of the calyx, but when fruiting, this part is much larger. Swollen, sticky joints help the plant defend itself against crawling creatures. Season: Summer.

When moths begin their rounds at dusk, the NIGHT-FLOWERING CATCHFLY (S. noctiflora) opens its pinkish or white flowers to emit a fragrance that guides them to a feast prepared for them alone. Day-blooming catchflies have no perfume, nor do they need it; their color and markings are a sufficient guide to the butterflies. Sticky hairs along the stems of this plant ruthlessly destroy, not flies, but ants chiefly, that would pilfer nectar without being able to render the flower any service. Yet the calyx is beautifully veined, as if to tantalize the crawlers by indicating the path to a banquet hail they may never reach. Only a very few flowers, an inch across or less, are clustered at the top of the plant, which blooms from July to September in waste places east of the Mississippi and in Canada.

When moths start to come out at dusk, the NIGHT-FLOWERING CATCHFLY (S. noctiflora) opens its pinkish or white flowers, releasing a scent that leads them to a feast made just for them. Day-blooming catchflies don’t have any fragrance, and they don’t need it; their color and patterns are enough to attract butterflies. The sticky hairs along the stems of this plant mercilessly capture not flies, but mainly ants, which would steal nectar without helping the flower in return. However, the calyx is beautifully veined, as if to tease the crawlers by showing them the way to a banquet hall they may never reach. Only a few flowers, an inch across or less, are grouped at the top of the plant, which blooms from July to September in neglected areas east of the Mississippi and in Canada.

SOAPWORT; BOUNCING BET; HEDGE PINK; BRUISEWORT; OLD MAID'S PINK;
FULLER'S HERB
  (Saponaria officinalis) Pink family

SOAPWORT; BOUNCING BET; HEDGE PINK; BRUISEWORT; OLD MAID'S PINK;
FULLER'S HERB
  (Saponaria officinalis) Pink family

Flowers - Pink or whitish, fragrant, about 1 inch broad, loosely clustered at end of stem, also sparingly from axils of upper leaves. Calyx tubular, 5-toothed, about 3/4 in. long; 5 petals, the claws inserted in deep tube. Stamens 10, in 2 sets; 1 pistil with 2 styles. Flowers frequently double. Stem: to 2 ft. high, erect, stout, sparingly branched, leafy. Leaves: Opposite, acutely oval, 2 to 3 in. long, about 1 in. wide, 3 to 5 ribbed. Fruit: An oblong capsule, shorter than calyx, opening at top by 4 short teeth or valves. Preferred Habitat - Roadsides, banks, and waste places. Flowering Season - June-September. Distribution - Generally common. Naturalized from Europe.

Flowers - Pink or white, fragrant, about 1 inch wide, loosely grouped at the end of the stem, and also appearing sparingly from the axils of the upper leaves. The calyx is tubular, 5-toothed, about 3/4 inch long; it has 5 petals, with the bases inserted deep into the tube. There are 10 stamens arranged in 2 sets; 1 pistil with 2 styles. Flowers are often double. Stem: up to 2 ft tall, upright, sturdy, and sparingly branched, with leaves. Leaves: Opposite, sharply oval, 2 to 3 inches long, about 1 inch wide, with 3 to 5 ribs. Fruit: An oblong capsule, shorter than the calyx, which opens at the top with 4 short teeth or valves. Preferred Habitat - Roadsides, banks, and neglected areas. Flowering Season - June to September. Distribution - Generally common. Naturalized from Europe.

A stout, buxom, exuberantly healthy lassie among flowers is bouncing Bet, who long ago escaped from gardens whither she was brought from Europe, and ran wild beyond colonial farms to roadsides, along which she has traveled over nearly our entire area. Underground runners and abundant seed soon form thrifty colonies. This plant, to which our grandmothers ascribed healing virtues, makes a cleansing, soap-like lather when its bruised leaves are agitated in water.

A sturdy, plump, and vibrantly healthy young woman among flowers is bouncing Bet, who long ago escaped from the gardens where she was brought from Europe and ran wild beyond colonial farms to roadsides, along which she has traveled across nearly our entire area. Underground runners and plentiful seeds quickly create thriving colonies. This plant, which our grandmothers believed had healing properties, produces a cleansing, soap-like lather when its crushed leaves are shaken in water.

Butterflies, which delight in bright colors and distinct markings, find little to charm them here; but the pale shade of pink or white, easily distinguished in the dark, and the fragrance, strongest after sunset, effectively advertise the flower at dusk when its benefactors begin to fly. The sphinx moth, a frequent visitor, works as rapidly in extracting nectar from the deep tube as any hawk moth, so frequently mistaken for a hummingbird. The little cliff-dwelling bees (Halictus), among others, visit the flowers by day for pollen only. At first five outer stamens protrude slightly from the flower and shed their pollen on the visitor, immediately over the entrance. Afterward, having spread apart to leave the entrance free, the path is clear for the five inner stamens to follow the same course. Now the styles are still enclosed in the tube but when there is no longer fear of self-fertilization - that is to say, when the pollen has all been carried off, and the stamens have withered - up they come and spread apart to expose their rough upper surfaces to pollen brought from younger flowers by the moths.

Butterflies, which love bright colors and distinct patterns, find little to attract them here; however, the pale shades of pink or white, easily seen in the dark, and the fragrance, strongest after sunset, effectively signal the flower at dusk when its pollinators begin to fly. The sphinx moth, a regular visitor, extracts nectar from the deep tube as quickly as any hawk moth, often mistaken for a hummingbird. The small cliff-dwelling bees (Halictus), among others, visit the flowers during the day just for pollen. At first, five outer stamens slightly stick out from the flower and release their pollen onto the visitor right over the entrance. After that, they spread apart to clear the way for the five inner stamens to do the same. Now the styles are still inside the tube, but when there's no longer a risk of self-fertilization—that is, when all the pollen has been taken, and the stamens have withered—they rise up and spread apart to expose their rough upper surfaces to pollen brought from younger flowers by the moths.

DEPTFORD PINK
  (Dianthus Armeria) Pink family

DEPTFORD PINK
  (Dianthus Armeria) Carnation family

Flowers - Pink, with whitish dots, small, borne in small clusters at end of stem. Calyx tubular, 5-toothed, with several bract-like leaves at base; 5 petals with toothed edges, clawed at base within deep calyx; 10 stamens; 1 pistil with 2 styles. Stem: 6 to 18 in. high, stiff, erect, finely hairy, few branches. Leaves: Opposite, blade-shaped, or lower ones rounded at end. Preferred Habitat - Fields, roadsides. Flowering Season - June-September. Distribution - Southern Ontario, New England, south to Maryland, west to Michigan.

Flowers - Pink, with white dots, small, found in small clusters at the end of the stem. The calyx is tubular, with 5 teeth, and has several bract-like leaves at the base; there are 5 petals with jagged edges, clawed at the base inside the deep calyx; 10 stamens; 1 pistil with 2 styles. Stem: 6 to 18 inches high, stiff, upright, finely hairy, with few branches. Leaves: Opposite, blade-shaped, or the lower ones rounded at the end. Preferred Habitat - Fields, roadsides. Flowering Season - June to September. Distribution - Southern Ontario, New England, south to Maryland, west to Michigan.

The true pinks of Europe, among which are the SWEET WILLIAM or BUNCH PINK (D. barbatus) of our gardens, occasionally wild here, and the deliciously spicy CLOVE PINK (D. Carophyllus), ancestor of the superb carnations of the present day, that have reached a climax in the Lawson pink of newspaper fame, were once held sacred to Jupiter, hence Dianthus = Jove's own flower. The Deptford pink, a rather insignificant little European immigrant, without fragrance, has a decided charm, nevertheless, when seen in bright patches among the dry grass of early autumn, with small butterflies, that are its devoted admirers, hovering above.

The true pinks of Europe, including the SWEET WILLIAM or BUNCH PINK (D. barbatus) often found in our gardens and sometimes growing wild, along with the wonderfully fragrant CLOVE PINK (D. caryophyllus), which is the ancestor of today's beautiful carnations that peaked with the Lawson pink popularized in the newspapers, were once considered sacred to Jupiter, giving Dianthus its meaning as Jove's flower. The Deptford pink, a fairly unremarkable little European immigrant without any scent, still holds a certain charm when seen in bright clusters among the dry grass of early autumn, accompanied by small butterflies that are its devoted fans, fluttering above.

PINK OR PALE CORYDALIS (Capnoides sempervirens; Corydalis glauca of Gray) Poppy family

PINK OR PALE CORYDALIS (Capnoides sempervirens; Corydalis glauca of Gray) Poppy family

Flowers - Pink, with yellow tip, about 1/2 in. long, a few borne in a loose, terminal raceme. Calyx of 2 small sepals; corolla irregular, of 4 erect, closed, and flattened petals joined, 1 of outer pair with short rounded spur at base, the interior ones narrow and keeled on back. Stamens 6, in 2 sets, Opposite outer petals; 1 pistil. Stem: Smooth, curved, branched, 1 to 2 feet high. Leaves: Pale grayish green, delicate, divided into variously and finely cut leaflets. Fruit: Very narrow, erect pod, 1 to 2 in. long. Preferred Habitat - Rocky, rich, cool woods. Flowering Season - April-September. Distribution - Nova Scotia westward to Alaska, south to Minnesota and North Carolina.

Flowers - Pink, with a yellow tip, about 1/2 inch long, with a few grouped together in a loose, terminal raceme. The calyx has 2 small sepals; the corolla is irregular, consisting of 4 upright, closed, and flattened petals that are fused together, with one of the outer pair featuring a short rounded spur at the base, while the inner ones are narrow and keeled on the back. There are 6 stamens arranged in 2 sets, opposite the outer petals; and 1 pistil. Stem: Smooth, curved, branched, reaching 1 to 2 feet high. Leaves: Pale grayish-green, delicate, divided into various finely cut leaflets. Fruit: Very narrow, upright pod, 1 to 2 inches long. Preferred Habitat - Rocky, rich, cool woods. Flowering Season - April-September. Distribution - Nova Scotia west to Alaska, south to Minnesota and North Carolina.

Dainty little pink sacs, yellow at the mouth, hang upside down along a graceful stem, and instantly suggest the Dutchman's breeches, squirrel corn, bleeding heart, and climbing fumitory, to which the plant is next of kin. Because the lark (Korydalos) has a spur, the flower, which boasts a small one also, borrows its Greek name.

Dainty little pink sacs, yellow at the mouth, hang upside down along a graceful stem, instantly reminding us of Dutchman's breeches, squirrel corn, bleeding heart, and climbing fumitory, which are all related plants. Since the lark (Korydalos) has a spur, the flower, which features a small one too, takes its name from Greek.

Hildebrand proved by patient experiments that some flowers of this genus have not only lost the power of self-fertilization, but that they produce fertile seed only when pollen from another plant is carried to them. Yet how difficult they make dining for their benefactors! The bumblebee, which can reach the nectar, but not lap it conveniently, often "gets square" with the secretive blossom by nipping holes through its spur, to which the hive bees and others hasten for refreshment. We frequently find these punctured flowers. But hive and other bees visiting the blossom for pollen, some rubs off against their breast when they depress the two middle petals, a sort of sheath that contains pistil and stamens.

Hildebrand showed through careful experiments that some flowers of this type have not only lost the ability to self-fertilize but also produce fertile seeds only when pollen from another plant is brought to them. Yet, they make it tricky for their helpers to gather food! The bumblebee, which can reach the nectar but not drink it easily, often "gets even" with the secretive flower by making holes in its spur, which attracts hive bees and others looking for a snack. We often come across these punctured flowers. However, hive and other bees that visit the flower for pollen sometimes brush against their bodies when they push down the two middle petals, which act as a sort of cover for the pistil and stamens.

HARDHACK; STEEPLE BUSH
  (Spiraea tomentosa) Rose family

HARDHACK; STEEPLE BUSH
  (Spiraea tomentosa) Rose family

Flowers - Pink or magenta, rarely white, very small, in dense, pyramidal clusters. Calyx of 5 sepals; corolla of 5 rounded petals; stamens, 20 to 60; usually 5 pistils, downy. Stem: 2 to 3 ft. high, erect, shrubby, simple, downy. Leaves: Dark green above, covered with whitish woolly hairs beneath; oval, saw-edged, 1 to 2 in. long. Preferred Habitat - Low moist ground, roadside ditches, swamps. Flowering Season - July-September. Distribution - Nova Scotia westward, and southward to Georgia and Kansas.

Flowers - Pink or magenta, rarely white, very small, in dense, pyramidal clusters. The calyx has 5 sepals; the corolla has 5 rounded petals; there are usually 20 to 60 stamens and 5 downy pistils. Stem: 2 to 3 ft. tall, upright, shrubby, simple, and downy. Leaves: Dark green on top, covered with whitish woolly hairs underneath; oval, saw-edged, 1 to 2 in. long. Preferred Habitat - Low moist ground, roadside ditches, swamps. Flowering Season - July-September. Distribution - Nova Scotia westward, and southward to Georgia and Kansas.

These bright spires of pink bloom attract our attention no less than the countless eyes of flies, beetles, and bees, ever on the lookout for food to be eaten on the spot or stored up for future progeny. Pollen-feeding insects such as these, delight in the spireas, most of which secrete little or no nectar, but yield an abundance of pollen, which they can gather from the crowded panicles with little loss of time, transferring some of it to the pistils, of course, as they move over the tiny blossoms. But most spireas are also able to fertilize themselves, insects failing them.

These bright pink flowers grab our attention just as much as the countless flies, beetles, and bees that are always searching for food to eat right away or to store for their future offspring. Pollen-loving insects like these enjoy spireas, most of which produce little or no nectar but offer plenty of pollen. They can quickly gather it from the dense clusters while also transferring some to the pistils as they visit the small blooms. However, most spireas can also self-fertilize when insects aren't around.

An instant's comparison shows the steeple bush to be closely related to the fleecy, white meadow-sweet, often found growing near. The pink spires, which bloom from the top downward, have pale brown tips where the withered flowers are, toward the end of summer.

An instant's comparison shows the steeple bush to be closely related to the fluffy, white meadow-sweet, often found growing nearby. The pink spikes, which bloom from the top downward, have light brown tips where the dried flowers are, towards the end of summer.

Why is the under side of the leaves so woolly? Not as a protection against wingless insects crawling upward, that is certain; for such could only benefit these tiny clustered flowers. Not against the sun's rays, for it is only the under surface that is coated. When the upper leaf surface is hairy, we know that the plant is protected in this way from perspiring too freely. Doubtless these leaves of the steeple bush, like those of other plants that choose a similar habitat, have woolly hairs beneath as an absorbent to protect their pores from clogging with the vapors that must rise from the damp ground where the plant grows. If these pores were filled with moisture from without, how could they possibly throw off the waste of the plant? All plants are largely dependent upon free perspiration for health, but especially those whose roots, struck in wet ground, are constantly sending up moisture through the stem and leaves.

Why is the underside of the leaves so fuzzy? It's definitely not to protect against wingless insects crawling up, because that would actually help these tiny clustered flowers. It's not to block the sun's rays either, since only the underside is covered. When the upper leaf surface is hairy, we know that the plant is protected from losing too much moisture. These leaves of the steeple bush, like those of other plants in similar environments, likely have fuzzy hairs underneath to absorb moisture and keep their pores clear of the vapors rising from the damp ground where they grow. If these pores were clogged with outside moisture, how could they get rid of the plant's waste? All plants rely on proper perspiration for their health, but especially those with roots in wet ground that are constantly drawing up moisture through their stems and leaves.

PURPLE-FLOWERING OR VIRGINIA RASPBERRY
  (Rubus odoratus) Rose family

PURPLE-FLOWERING OR VIRGINIA RASPBERRY
  (Rubus odoratus) Rose family

Flowers - Royal purple or bluish pink, showy, fragrant, 1 to 2 in. broad, loosely clustered at top of stem. Calyx sticky-hairy, deeply 5-parted, with long pointed tips; corolla of 5 rounded petals; stamens and pistils very numerous. Stem: 3 to 5 ft. high, erect, branched, shrubby, bristly, not prickly. Leaves: Alternate, petioled, 3 to 5 lobed, middle lobe largest, and all pointed; saw-edged lower leaves immense. Fruit: A depressed red berry, scarcely edible. Preferred Habitat - Rocky woods, dells, shady roadsides. Flowering Season - June-August. Distribution - Northern Canada south to Georgia, westward to Michigan and Tennessee.

Flowers - Royal purple or bluish pink, showy, fragrant, 1 to 2 inches wide, loosely clustered at the top of the stem. The calyx is sticky and hairy, deeply 5-parted, with long pointed tips; the corolla has 5 rounded petals; there are very numerous stamens and pistils. Stem: 3 to 5 feet tall, upright, branched, shrubby, bristly, not prickly. Leaves: Alternate, with petioles, 3 to 5 lobed, the middle lobe being the largest, and all pointed; the lower leaves are huge with saw-like edges. Fruit: A flattened red berry, hardly edible. Preferred Habitat - Rocky woods, dells, shady roadsides. Flowering Season - June-August. Distribution - Northern Canada down to Georgia, westward to Michigan and Tennessee.

To be an unappreciated, unloved relative of the exquisite wild rose, with which this flower is so often likened, must be a similar misfortune to being the untalented son of a great man, or the unhappy author of a successful first book never equaled in later attempts. But where the bright blossoms of the Virginia raspberry burst forth above the roadside tangle and shady woodland dells, even those who despise magenta see beauty in them where abundant green tones all discordant notes into harmony. Purple, as we of today understand the color, the flower is not; but rather the purple of ancient Orientals. On cool, cloudy days the petals are a deep, clear purplish rose, that soon fades and dulls with age, or changes into pale, bluish pink when the sun is hot.

To be an overlooked, unloved relative of the beautiful wild rose, which this flower is often compared to, must be a similar misfortune to being the talentless son of a great man, or the unhappy writer of a successful first book that was never matched in later works. But where the bright blossoms of the Virginia raspberry pop up above the roadside tangle and shady woodland valleys, even those who dislike magenta see beauty in them, where the abundant green tones blend all the clashing notes into harmony. The flower is not purple in the way we understand it today; instead, it’s like the purple of ancient Orientals. On cool, cloudy days, the petals are a deep, clear purplish rose that quickly fades and dulls with age, or shifts to a pale, bluish pink when the sun is hot.

Many yellow stamens help conceal the nectar secreted in a narrow ring between the filaments and the base of the receptacle. Bumblebees, the principal and most efficient visitors, which can reach sweets more readily than most insects, although numerous others help to self-fertilize the flower, bring to the mature stigmas of a newly opened blossom pollen carried on their undersides from the anthers of a flower a day or two older. When the inner row of anthers shed their pollen, some doubtless falls on the stigmas below them, and so spontaneous self-fertilization may occur. Fruit sets quickly; nevertheless the shrub keeps on flowering nearly all summer. Children often fold the lower leaves, which sometimes measure a foot across, to make drinking-cups.

Many yellow stamens help hide the nectar secreted in a narrow ring between the filaments and the base of the receptacle. Bumblebees, the main and most efficient visitors, can access the sweet nectar more easily than most insects, although many others contribute to self-fertilizing the flower. They bring pollen on their undersides from the anthers of a flower that’s a day or two older to the mature stigmas of a newly opened blossom. When the inner row of anthers release their pollen, some certainly falls on the stigmas below, allowing for spontaneous self-fertilization to happen. Fruit sets quickly; however, the shrub continues to flower nearly all summer. Kids often fold the lower leaves, which can sometimes be a foot wide, to create drinking cups.

QUEEN-OF-THE-PRAIRIE
  (Ulmaria rubra; Spirea lobata of Gray) Rose family

QUEEN-OF-THE-PRAIRIE
  (Ulmaria rubra; Spirea lobata of Gray) Rose family

Flowers - Deep pink, like the peach blossom, fragrant, about 1/3 in. across, clustered in large cymose panicles on a long footstalk. Calyx 5-lobed; 5-clawed, rose-like petals; stamens numerous; pistils 5 to 15, usually 10. Stem: 2 to 8 ft. tall, smooth, grooved, branched. Leaves: Mostly near the ground, large, rarely measuring 3 ft. long, compounded of from 3 to 7 leaflets; end leaflet, of 7 to 9 divisions, much the largest; side leaflets opposite, seated on stem, 3 to 5 lobed or parted; all lobes acute, and edges unequally incised. Prominent kidney-shaped stipules. Preferred Habitat - Moist meadows and prairies. Flowering Season - June-July. Distribution - Western Pennsylvania to Michigan and Iowa, and southward.

Flowers - Deep pink, like peach blossoms, fragrant, about 1/3 inch across, grouped in large cymose clusters on a long stem. Calyx with 5 lobes; 5 clawed, rose-like petals; numerous stamens; pistils ranging from 5 to 15, usually 10. Stem: 2 to 8 feet tall, smooth, grooved, branched. Leaves: Mostly near the ground, large, rarely up to 3 feet long, made up of 3 to 7 leaflets; the end leaflet, with 7 to 9 divisions, is the largest; side leaflets are opposite, attached to the stem, and 3 to 5 lobed or divided; all lobes are pointed, with unevenly notched edges. Noticeable kidney-shaped stipules. Preferred Habitat - Moist meadows and prairies. Flowering Season - June-July. Distribution - From western Pennsylvania to Michigan and Iowa, and further south.

A stately, beautiful native plant, seen to perfection where it rears bright panicles of bloom above the ranker growth in the low moist meadows of the Ohio Valley. When we find it in the East, it has only recently escaped from man's gardens into Nature's. Butterflies and bees pay grateful homage to this queen. Indeed, butterflies appear to have a special fondness for pink, as bees have for blue flowers. Cattle delight to chew the leaves, which, when crushed, give out a fragrance like sweet birch.

A majestic, beautiful native plant, best appreciated when it displays vibrant clusters of flowers above the thicker vegetation in the low, wet meadows of the Ohio Valley. In the East, it has only recently moved from people's gardens into the wild. Butterflies and bees show their appreciation for this queen of the meadows. In fact, butterflies seem to have a particular liking for pink, just as bees do for blue flowers. Cattle enjoy munching on the leaves, which release a scent similar to sweet birch when crushed.

WILD ROSES
  (Rosa) Rose family

WILD ROSES
  (Rosa) Rose family

Just as many members of the lily tribe show a preference for the rule of three in the arrangements of their floral parts, so the wild roses cling to the quinary method of some primitive ancestor, a favorite one also with the buttercup and many of its kin, the geraniums, mallows, and various others. Most of our fruit trees and bushes are near relatives of the rose. Five petals and five sepals, then, we always find on roses in a state of nature; and although the progressive gardener of today has nowhere shown his skill more than in the development of a multitude of petals from stamens in the magnificent roses of fashionable society, the most highly cultivated darling of the greenhouses quickly reverts to the original wild type, setting his work of years at naught, if once it regain its natural liberties through neglect.

Just like many members of the lily family prefer the rule of three in their flower arrangements, wild roses stick to the five-part structure inherited from some ancient ancestor, which is also popular among buttercups and many of their relatives, like geraniums, mallows, and others. Most of our fruit trees and bushes are close relatives of the rose. So, we always see five petals and five sepals on roses in their natural state; although today's skilled gardeners have done an amazing job developing roses with many petals from stamens, when these highly cultivated greenhouse favorites are neglected, they quickly revert to their original wild form, undoing years of work.

To protect its foliage from being eaten by hungry cattle, the rose goes armed into the battle of life with curved, sharp prickles, not true thorns or modified branches, but merely surface appliances which peel off with the bark. To destroy crawling pilferers of pollen, several species coat their calices, at least, with fine hairs or sticky gum; and to insure wide distribution of offspring, the seeds are packed in the attractive, bright red calyx tube or hip, a favorite food of many birds, which drop them miles away. When shall we ever learn that not even a hair has been added to or taken from a blossom without a lawful cause, and study it accordingly? Fragrance, abundant pollen, and bright-colored petals naturally attract many insects; but roses secrete no nectar. Some species of bees, and a common beetle (Trichius piger) for example, seem to depend upon certain wild roses exclusively for pollen to feed themselves and their larvae. Bumblebees, to which roses are adapted, require a firmer support than the petals would give, and so alight on the center of the flower, where the pistil receives pollen carried by them from other roses. Although the numerous stamens and the pistils mature simultaneously, the former are usually turned outward, that the incoming pollen-laden insect may strike the stigma first. When the large bees cease their visits as they may in long-continued dull or rainy weather, the rose, turning toward the sun, stands more or less obliquely, and some of the pollen must fall on its stigma. Occasional self-fertilization matters little.

To protect its leaves from being eaten by hungry cattle, the rose goes into the fight of life with curved, sharp prickles—these aren't true thorns or modified branches, but just surface features that peel off with the bark. To defend against pests that steal pollen, several species have fine hairs or sticky gum on their calices; and to ensure broad distribution of offspring, the seeds are packed in the attractive, bright red calyx tube or hip, a favorite snack for many birds, which drop them miles away. When will we learn that not even a hair has been added to or removed from a blossom without a valid reason and study it as such? Fragrance, plentiful pollen, and brightly colored petals naturally attract many insects; but roses don't produce nectar. Some bee species and a common beetle (Trichius piger), for example, seem to rely on certain wild roses entirely for pollen to feed themselves and their larvae. Bumblebees, which roses are adapted to, need more solid support than the petals can provide, so they land in the center of the flower, where the pistil collects pollen they bring from other roses. Although the many stamens and the pistils mature at the same time, the stamens usually point outward so that the incoming, pollen-carrying insect hits the stigma first. When the large bees stop visiting due to long spells of dull or rainy weather, the rose, turning toward the sun, leans at an angle, and some of the pollen is bound to fall on its stigma. Occasional self-fertilization doesn't matter much.

If plants have insect benefactors, they have their foes as well and hordes of tiny aphids, commonly known as green flies or plant lice, moored by their sucking tubes to the tender sprays of roses, wild and cultivated, live by extracting their juices. A curious relationship exists between these little creatures and the ants, which "milk" them by stroking and caressing them with their antennae until they emit a tiny drop of sweet, white fluid. The yellow ant, that lives an almost subterranean life, actually domesticates flocks and herds of root-feeding aphids; the brown ant appropriates those that live among the bark of trees; and the common black garden ant (Lasius niger), devoting itself to the aphis of the rose bushes, protects it in extraordinary ways, delightfully described by the author of "Ants, Bees, and Wasps."

If plants have insect allies, they also have enemies. Swarms of tiny aphids, commonly called green flies or plant lice, attach themselves with their sucking tubes to the soft shoots of both wild and cultivated roses, feeding by extracting their sap. There's a fascinating relationship between these little creatures and ants, which "milk" them by stroking them with their antennae until they release a small drop of sweet, white fluid. The yellow ant, which lives almost underground, actually domesticates groups of root-feeding aphids; the brown ant collects those that dwell in the bark of trees; and the common black garden ant (Lasius niger), which focuses on the aphids of rose bushes, protects them in remarkable ways, beautifully described by the author of "Ants, Bees, and Wasps."

In literature, ancient and modern, sacred and profane, no flower figures so conspicuously as the rose. To the Romans it was most significant when placed over the door of a public or private banquet hall. Each who passed beneath it bound himself thereby not to disclose anything said or done within; hence the expression sub rosa, common to this day.

In both ancient and modern literature, sacred and secular, no flower stands out as much as the rose. To the Romans, it was particularly important when displayed over the entrance of a public or private banquet hall. Anyone who walked under it promised not to share anything said or done inside; that's where the term sub rosa comes from, which we still use today.

The PRAIRIE, CLIMBING, or MICHIGAN ROSE (R. setigera) lifts clusters of deep, bright pink flowers, that after a while fade almost white, above the thickets and rich prairie soil, from southern Ontario and Wisconsin to the Gulf, as far eastward as Florida. Its distinguishing characteristics are: Stout, widely separated prickles along the stem, that grows several feet long; leaves compounded of three, rarely five, oval leaflets, acute or obtuse at the apex; stalks and calyx often glandular; odorless flowers that, opening in June and July, measure about two and a half inches across, their styles cohering in a smooth column on which bees are tempted to alight; and a round hip, or seed vessel, formed by the fruiting calyx, which is more or less glandular. From this parent stock several valuable double-flowering roses have been derived, among others the Queen and the Gem of the Prairies, but it is our only native rose that has ever passed into cultivation.

The PRAIRIE, CLIMBING, or MICHIGAN ROSE (R. setigera) showcases clusters of deep, vibrant pink flowers that gradually fade to almost white, rising above the thickets and rich prairie soil, from southern Ontario and Wisconsin to the Gulf, reaching as far east as Florida. Its key features include stout, widely spaced prickles along the stem that can grow several feet long; leaves made up of three, and sometimes five, oval leaflets that are either pointed or rounded at the tip; stalks and calyx that are often glandular; scentless flowers that bloom in June and July, measuring about two and a half inches across, with styles united in a smooth column that attracts bees; and a round hip, or seed vessel, formed by the fruiting calyx, which is somewhat glandular. From this base, several valuable double-flowering roses have been developed, including the Queen and the Gem of the Prairies, but this is the only native rose that has ever been cultivated.

The SMOOTH, EARLY, or MEADOW ROSE (R. blanda), found blooming in June and July in moist, rocky places from Newfoundland to New Jersey and a thousand miles westward, has a trifle larger and slightly fragrant flowers, at first pink, later pure white. Their styles are separate, not cohering in a column nor projecting as in the climbing rose. This is a leafy, low bush mostly less than three feet high; it is either entirely unarmed, or else provided with only a few weak prickles; the stipules are rather broad, and the leaf is compounded of from five to seven oval, blunt, and pale green leaflets, often hoary below.

The SMOOTH, EARLY, or MEADOW ROSE (R. blanda), found blooming in June and July in moist, rocky areas from Newfoundland to New Jersey and as far west as a thousand miles, has slightly larger and lightly fragrant flowers that start off pink and turn pure white. Their styles are separate, not fused into a column or sticking out like those of the climbing rose. This is a leafy, low bush usually less than three feet tall; it is either fully unarmed or has just a few weak prickles. The stipules are relatively broad, and the leaf consists of five to seven oval, blunt, and pale green leaflets, often covered in a whitish fuzz on the underside.

In swamps and low wet ground from Quebec to Florida, and westward to the Mississippi, the SWAMP ROSE (R. Carolina) blooms late in May and on to midsummer. The bush may grow taller than a man, or perhaps only a foot high. It is armed with stout, hooked, rather distant prickles, and few or no bristles. The leaflets, from five to nine, but usually seven, to a leaf, are smooth, pale, or perhaps hairy beneath to protect the pores from filling with moisture arising from the wet ground. Long, sharp calyx lobes, which drop off before the cup swells in fruit into a round, glandular, hairy red hip, are conspicuous among the clustered pink flowers and buds.

In swamps and low, wet areas from Quebec to Florida and west to the Mississippi, the SWAMP ROSE (R. Carolina) blooms from late May through midsummer. The bush can grow taller than a person or might only reach about a foot high. It's covered in sturdy, hooked, somewhat spaced-out thorns, with few or no bristles. The leaflets, which range from five to nine but usually have seven per leaf, are smooth and pale, or possibly hairy underneath to keep the pores from clogging with moisture from the wet ground. Long, sharp calyx lobes drop off before the fruit swells into a round, hairy red hip, which is noticeable among the clusters of pink flowers and buds.

Surely no description of our COMMON, LOW, DWARF, or PASTURE ROSE (R. humilis; R. lucida of Gray) is needed. One's acquaintance with flowers must be limited indeed, if it does not include this most abundant of all the wild roses from Ontario to Georgia, and westward to Wisconsin. In light, dry, or rocky soil we find the exquisite, but usually solitary, blossom late in May until July, and, like most roses, it has the pleasant practice of putting forth a stray blossom or two in early autumn. The stamens of this species are turned outward so strongly that self- pollination must very rarely take place.

Surely, no description of our COMMON, LOW, DWARF, or PASTURE ROSE (R. humilis; R. lucida of Gray) is necessary. One's familiarity with flowers must be quite limited if it doesn't include this most abundant wild rose, found from Ontario to Georgia and as far west as Wisconsin. In light, dry, or rocky soil, we find the beautiful but often solitary blossom from late May to July, and like most roses, it has the nice habit of producing a stray blossom or two in early autumn. The stamens of this species are turned outward so much that self-pollination rarely happens.

Among the following charming wild roses, not natives, but naturalized immigrants from foreign lands, that have escaped from gardens, is Shakespeare's CANKER-BLOOM, the lovely DOG ROSE or WILD BRIER (R. canina), that spreads its long, straggling branches along the roadsides and banks, covering the waste lands with its smooth, beautiful foliage, and in June and July with pink or white roses. Because it lacks the fragrance of sweetbrier, which it otherwise closely resembles, it has been branded with the dog prefix as a mark of contempt. Professor Koch says that long before it was customary to surround gardens with walls, men had rose hedges. "Each of the four great peoples of Asia," he continues, "possessed its own variety of rose, and carried it during all wanderings, until finally all four became the common property of the four peoples. The great Indo-Germanic stock chose the 'hundred-leaved' and RED ROSE (R. Gallica); nevertheless, after the Niebelungen the common dog rose played an important part among the ancient Germans. The DAMASCUS ROSE (R. Damascena), which blooms twice a year, as well as the MUSK ROSE (R. moschata), were cherished by the Semitic or Arabic stock; while the Turkish-Mongolian people planted by preference the YELLOW ROSE (R. lutea). Eastern Asia (China and Japan) is the fatherland of the INDIAN and TEA ROSES."

Among the following charming wild roses, not natives but naturalized immigrants from other countries that have escaped from gardens, is Shakespeare's CANKER-BLOOM, the lovely DOG ROSE or WILD BRIAR (R. canina), which sprawls its long, tangled branches along roadsides and riverbanks, blanketing the wastelands with its smooth, beautiful leaves, and in June and July with pink or white roses. Because it lacks the fragrance of sweetbriar, which it otherwise closely resembles, it has been given the 'dog' prefix as a mark of disdain. Professor Koch says that long before it became common to surround gardens with walls, people had rose hedges. "Each of the four great peoples of Asia," he continues, "had its own variety of rose and took it along during their travels, until eventually all four varieties became shared among the four peoples. The great Indo-Germanic group chose the 'hundred-leaved' and RED ROSE (R. Gallica); however, after the Niebelungen, the common dog rose played an important role among the ancient Germans. The DAMASCUS ROSE (R. Damascena), which blooms twice a year, and the MUSK ROSE (R. moschata), were valued by the Semitic or Arabic people, while the Turkish-Mongolian people preferred to plant the YELLOW ROSE (R. lutea). Eastern Asia (China and Japan) is the birthplace of the INDIAN and TEA ROSES."

How fragrant are the pages of Chaucer, Spenser, and Shakespeare with the Eglantine! This delicious plant, known here as SWEETBRIAR (R. rubIginosa), emits its very aromatic odor from russet glands on the under, downy side of the small leaflets, always a certain means of identification. From eastern Canada to Virginia and Tennessee the plant has happily escaped from man's gardens back to Nature's.

How fragrant are the pages of Chaucer, Spenser, and Shakespeare with the Eglantine! This delightful plant, known here as SWEETBRIAR (R. rubiginosa), gives off its aromatic scent from the rusty glands on the soft underside of the small leaflets, which is always a reliable way to identify it. From eastern Canada to Virginia and Tennessee, the plant has joyfully escaped from gardens back to the wild.

In spite of its American Indian name, the lovely white CHEROKEE ROSE (R. Sinica), that runs wild in the South, climbing, rambling and rioting with a truly Oriental abandon and luxuriance, did indeed come from China. Would that our northern thickets and roadsides might be decked with its pure flowers and almost equally beautiful dark, glossy, evergreen leaves!

In spite of its American Indian name, the beautiful white CHEROKEE ROSE (R. Sinica), which grows wild in the South, climbing and spreading with a kind of wild, luxurious abandon, actually came from China. I wish our northern thickets and roadsides could be adorned with its pure flowers and almost as stunning dark, shiny, evergreen leaves!

COMMON RED, PURPLE, MEADOW, or HONEYSUCKLE CLOVER
  (Trifolium pratense) Pea family

COMMON RED, PURPLE, MEADOW, or HONEYSUCKLE CLOVER
  (Trifolium pratense) Pea family

Flowers - Magenta, pink, or rarely whitish, sweet-scented, the tubular corollas set in dense round, oval, or egg-shaped heads about 1 in. long, and seated in a sparingly hairy calyx. Stem: 6 in. to 2 ft. high, branching, reclining, or erect, more or less hairy. Leaves: On long petioles, commonly compounded of 3, but sometimes of 4 to 11 oval or oblong leaflets, marked with white crescent, often dark-spotted near center; stipules egg-shaped, sharply pointed, strongly veined, over 1/2 in. long. Preferred Habitat - Fields, meadows, roadsides. Flowering Season - April-November. Distribution - Common throughout Canada and United States.

Flowers - Magenta, pink, or occasionally white, with a sweet fragrance, the tubular petals are arranged in dense, round, oval, or egg-shaped clusters about 1 inch long, and are nestled in a lightly hairy calyx. Stem: 6 inches to 2 feet tall, branching, lying down, or upright, fairly hairy. Leaves: On long stalks, usually made up of 3 leaflets, but sometimes 4 to 11 oval or oblong leaflets, marked with a white crescent and often dark-spotted near the center; stipules are egg-shaped, sharply pointed, strongly veined, and over 1/2 inch long. Preferred Habitat - Fields, meadows, roadsides. Flowering Season - April-November. Distribution - Common throughout Canada and the United States.

Meadows bright with clover-heads among the grasses, daisies, and buttercups in June resound with the murmur of unwearying industry and rapturous enjoyment. Bumblebees by the tens of thousands buzzing above acres of the farmer's clover blossoms should be happy in a knowledge of their benefactions, which doubtless concern them not at all. They have never heard the story of the Australians who imported quantities of clover for fodder, and had glorious fields of it that season, but not a seed to plant next year's crops, simply because the farmers had failed to import the bumblebee. After her immigration the clovers multiplied prodigiously. No; the bee's happiness rests on her knowledge that only the butterflies' long tongues can honestly share with her the brimming wells of nectar in each tiny floret. Children who have sucked them too appreciate her rapture. If we examine a little flower under the magnifying glass, we shall see why its structure places it in the pea family. Bumblebees so depress the keel either when they sip, or feed on pollen, that their heads and tongues get well dusted with the yellow powder, which they transfer to the stigmas of other flowers; whereas the butterflies are of doubtful value, if not injurious, since their long, slender tongues easily drain the nectar without depressing the keel. Even if a few grains of pollen should cling to their tongues, it would probably be wiped off as they withdrew them through the narrow slit, where the petals nearly meet, at the mouth of the flower. Bombus terrestris delights in nipping holes at the base of the tube, which other pilferers also profit by. Our country is so much richer in butterflies than Europe, it is scarcely surprising that Professor Robertson found thirteen Lepidoptera out of twenty insect visitors to this clover in Illinois, whereas Muller caught only eight butterflies on it out of a list of thirty-nine visitors in Germany. The fritillaries and the sulphurs are always seen about the clover fields among many others, and the "dusky wings" and the caterpillar of several species feeds almost exclusively on this plant.

Meadows filled with clover among the grasses, daisies, and buttercups in June are alive with the sounds of constant activity and joyful enjoyment. Bumblebees, buzzing by the tens of thousands above acres of the farmer's clover blooms, should feel proud of their contributions, though they likely don't realize their significance. They haven't heard about the Australians who brought in loads of clover for animal feed, enjoying fabulous fields that season but having no seeds for next year's crops simply because the farmers forgot to bring in the bumblebee. Once the bumblebee was introduced, the clovers thrived immensely. No, the bee's joy comes from knowing that only the long tongues of butterflies can genuinely share the rich nectar found in each little flower. Children who have sipped nectar from them also understand her delight. If we take a closer look at a small flower with a magnifying glass, we can see why its structure classifies it in the pea family. Bumblebees press down on the keel when they sip or feed on pollen, getting their heads and tongues coated with yellow powder, which they transfer to the stigmas of other flowers; in contrast, butterflies are of questionable benefit, if not harmful, since their long, slender tongues can easily extract nectar without biting into the keel. Even if a few pollen grains manage to stick to their tongues, they probably brush it off as they pull their tongues back through the narrow slit where the petals nearly touch at the mouth of the flower. Bombus terrestris loves to nip holes at the base of the tube, which other thieves also take advantage of. Our country has so many more butterflies than Europe; it's no wonder that Professor Robertson discovered thirteen Lepidoptera out of twenty insect visitors to this clover in Illinois, while Muller found only eight butterflies among thirty-nine visitors in Germany. The fritillaries and sulphurs are often seen in clover fields along with many others, and the "dusky wings" and caterpillars of various species feed almost exclusively on this plant.

"To live in clover," from the insect's point of view at least, may well mean a life of luxury and affluence. Most peasants in Europe will tell you that a dream about the flower foretells not only a happy marriage, but long life and prosperity. For ages the clover has been counted a mystic plant, and all sorts of good and bad luck were said to attend the finding of variations of its leaves which had more than the common number of leaflets. At evening these leaflets fold downward, the side ones like two hands clasped in prayer, the end one bowed over them. In this fashion the leaves of the white and other clovers also go to sleep, to protect their sensitive surfaces from cold by radiation, it is thought.

"To live in clover," from the insect's perspective at least, might represent a life of luxury and wealth. Most peasants in Europe will tell you that dreaming about the flower predicts not only a happy marriage but also a long life and prosperity. For centuries, clover has been regarded as a mystic plant, and all sorts of good and bad luck were believed to accompany the discovery of its leaves with more than the usual number of leaflets. In the evening, these leaflets fold downwards, with the side ones resembling two hands clasped in prayer, and the middle one bowing over them. This is how the leaves of white and other clovers also "go to sleep," thought to protect their delicate surfaces from cold through radiation.

The ZIG-ZAG CLOVER, COW or MARL-GRASS (T. Medium), a native of Europe and Asia, now naturalized in the eastern half of the United States and Canada, may scarcely be told from the common red clover, except by its crooked, angular stems - often provokingly straight - by its unspotted leaves, and the short peduncle in which its heads are elevated above the calyx.

The ZIG-ZAG CLOVER, COW, or MARL-GRASS (T. Medium), which originates from Europe and Asia and is now found in the eastern part of the United States and Canada, can hardly be distinguished from the common red clover, except for its twisted, angular stems—often frustratingly straight—its unblemished leaves, and the short stem that raises its flower heads above the calyx.

Farmers here are beginning to learn the value of the beautiful CRIMSON, CARNATION or ITALIAN CLOVER or NAPOLEONS (T. incarnatum), and happily there are many fields and waste places in the East already harboring the brilliant runaways. The narrow heads may be two and a half inches long. A meadow of this fodder plant makes one envious of the very cattle that may spend the summer day wading through acres of its deep bright bloom.

Farmers here are starting to recognize the value of the beautiful CRIMSON, CARNATION or ITALIAN CLOVER or NAPOLEONS (T. incarnatum), and fortunately, there are already many fields and abandoned areas in the East filled with these striking plants. The narrow flower heads can be up to two and a half inches long. A meadow of this forage plant makes you envious of the cattle that get to spend summer days wandering through acres of its vibrant blooms.

GOAT'S RUE; CAT-GUT; HOARY PEA or WILD SWEET PEA
  (Cracca Virginiana; Tephrosia Virginiana of Gray) Pea family

GOAT'S RUE; CAT-GUT; HOARY PEA or WILD SWEET PEA
  (Cracca Virginiana; Tephrosia Virginiana of Gray) Pea family

Flowers - In terminal cluster, each 1/2 in. long or over, butterfly-shaped, consisting of greenish, cream-yellow standard, purplish-rose wings, and curved keel of greenish yellow tinged with rose; petals clawed; 10 stamens (9 and 1); calyx 5-toothed. Stem: Hoary, with white, silky hairs, rather woody, 1 to 2 feet high. Leaves: Compounded of 7 to 25 oblong leaflets. Root: Long, fibrous, tough. Fruit: A hoary, narrow pod, to 2 in. long. Preferred Habitat - Dry, sandy soil, edges of pine woods. Flowering Season - June-July. Distribution - Southern New England, westward to Minnesota, south to Florida, Louisiana, and Mexico.

Flowers - In terminal clusters, each 1/2 inch long or more, butterfly-shaped, with greenish-cream yellow standards, purplish-rose wings, and a curved keel of greenish yellow with a hint of rose; petals have claws; 10 stamens (9 and 1); calyx has 5 teeth. Stem: Silvery, covered with white, silky hairs, somewhat woody, 1 to 2 feet tall. Leaves: Made up of 7 to 25 oblong leaflets. Root: Long, fibrous, and tough. Fruit: A silvery, narrow pod, up to 2 inches long. Preferred Habitat - Dry, sandy soil, edges of pine woods. Flowering Season - June-July. Distribution - Southern New England, west to Minnesota, and south to Florida, Louisiana, and Mexico.

Flowers far less showy and attractive than this denizen of sandy wastelands, a cousin of the wisteria vine and the locust tree, have been introduced to American gardens. Striking its long fibrous root deep into the dry soil, the plant spreads in thrifty clumps through heat and drought - and so tough are its fibers they might almost be used for violin strings. As in the case of the lupine, the partridge pea and certain others akin to it, the leaves of the hoary pea "go to sleep" at night, but after a manner of their own, i.e., by lying along the stem and turning on their own bases.

Flowers much less showy and attractive than this inhabitant of sandy wastelands, a relative of the wisteria vine and the locust tree, have made their way into American gardens. The plant drives its long, fibrous root deep into the dry soil, spreading in resilient clumps through heat and drought—and its fibers are so tough they could almost be used for violin strings. Like the lupine, the partridge pea, and a few others similar to it, the leaves of the hoary pea "go to sleep" at night, but in their own way, meaning they lie along the stem and rotate on their own bases.

In similar situations from New York south and southwestward, the MILK PEA (Galactia regularis; G. glabella of Gray) lies prostrate along the ground, the matted, usually branched stems sending up at regular intervals a raceme of rose-purple flowers in July and August from the axil of the trefoliate leaf.

In similar areas from New York going south and southwest, the MILK PEA (Galactia regularis; G. glabella of Gray) grows flat along the ground, its tangled, usually branching stems producing a spike of rose-purple flowers in July and August from the angle of the three-leaflet leaf.

TRAILING BUSH CLOVER
  (Lespedeza procumbens) Pea family

TRAILING BUSH CLOVER
  (Lespedeza procumbens) Pea family

Flowers - Purplish pink or violet, veined, the butterfly-shaped ones having standard petal, wings, and keel, clustered at end of peduncles; the minute flowers lacking a corolla, nearly sessile. Calyx of 5 slender, nearly equal lobes. Stems: Prostrate, trailing, or sometimes ascending, woolly or downy, leafy. Leaves: Clover-like, trefoliate. Fruit: A very small, hairy, flat, rounded, acute pod. Preferred Habitat - Dry soil open, sandy places. Flowering Season - August-September. Distribution - Massachusetts to the Gulf, and westward to the Mississippi.

Flowers - Purplish-pink or violet, veined, with butterfly-shaped blossoms that have standard petals, wings, and a keel, grouped at the ends of stems; the tiny flowers lack a corolla and are almost sessile. The calyx has 5 slender, nearly equal lobes. Stems: Prostrate, trailing, or sometimes rising, they are woolly or downy and leafy. Leaves: Clover-like, trifoliate. Fruit: A very small, hairy, flat, rounded, sharp pod. Preferred Habitat - Dry, open sandy areas. Flowering Season - August-September. Distribution - From Massachusetts to the Gulf and westward to the Mississippi.

Springing upward from a mass of clover-like leaves, these showy little blossoms elevate themselves to arrest, not our attention, but the notice of the passing bee. As the claw of the standard petal and the calyx are short, he need not have a long tongue to drain the nectary pointed out to him by a triangular white mark at the base of the banner. Now, as his weight depresses the incurved keel, wherein the vital organs are protected, the stigma strikes the visitor in advance of the anthers, so that pollen brought on his underside from another flower must come off on this one before he receives fresh pollen to transfer to a third blossom. At first the keel returns to its original position when depressed; later it loses its elasticity. But besides these showy flowers intended to be cross-fertilized by insects, the bush clovers bear, among the others, insignificant-looking, tightly closed, bud-like ones that produce abundant self-fertilized seed. The petaliferous flowers are simply to counteract the inevitable evils resulting from close inbreeding. One usually finds caterpillars of the "dusky wings" butterfly feeding on the foliage and the similar tick trefoils which are its staple. At night the bush clover leaves turn upward, completely changing the aspect of these plants as we know them by day. Michaux named the group of flowers for his patron, Lespedez, a governor of Florida under the Spanish regime.

Springing up from a mass of clover-like leaves, these vibrant little flowers draw the attention of passing bees. Since the claw of the standard petal and the calyx are short, the bees don’t need long tongues to access the nectar marked for them by a triangular white spot at the base of the banner. As the bee's weight pushes down the incurved keel, which protects the vital organs, the stigma greets the visitor before the anthers do. This means that any pollen the bee carries from another flower must be deposited on this one before it picks up fresh pollen to take to a third flower. Initially, the keel returns to its original position after being depressed, but later it loses its springiness. Besides these colorful flowers meant for cross-fertilization by insects, bush clovers also produce some small, tightly closed, bud-like flowers that yield plenty of self-fertilized seeds. The petal-rich flowers are there to help offset the problems caused by close inbreeding. You often find caterpillars of the "dusky wings" butterfly munching on the leaves, as well as on similar tick trefoils that are their main food source. At night, the bush clover leaves curl up, completely changing how these plants look compared to during the day. Michaux named this group of flowers after his patron, Lespedez, a governor of Florida during the Spanish rule.

Perhaps the commonest of the tribe is the VIOLET BUSH CLOVER (L. violacea), a variable, branching, erect, or spreading plant, sometimes only a foot high, or again three times as tall. Its thin leaves are more elliptic than the decidedly clover-like ones of the preceding species; its rose-purple flowers are more loosely clustered, and the stems are only sparingly hairy, never woolly.

Perhaps the most common of the tribe is the VIOLET BUSH CLOVER (L. violacea), a variable, branching, upright, or spreading plant, sometimes only a foot tall, or at other times three times that height. Its thin leaves are more oval than the distinctly clover-like ones of the previous species; its rose-purple flowers are more loosely grouped, and the stems are only slightly hairy, never fuzzy.

On the top of the erect, usually unbranched, but very leafy stem of the WAND-LIKE BUSH CLOVER (L. frutescens), the two kinds of flowers grow in a crowded cluster, and more sparingly from the axils below. The clover-like leaflets, dark green and smooth above, are paler and hairy below. Like the rest of its kin, this bush clover delights in dry soil, particularly in open, sandy places near woods of pine and oak. One readily distinguishes the SLENDER BUSH CLOVER (L. Virginica) by the very narrowly oblong leaves along its wand, which bears two kinds of bright rose flowers, clustered at the top chiefly, and in the axils.

On top of the tall, usually unbranched, but very leafy stem of the WAND-LIKE BUSH CLOVER (L. frutescens), there are two types of flowers that grow in a dense cluster, with more appearing sparsely from the axils below. The clover-like leaflets are dark green and smooth on top, while they're paler and hairy underneath. Like its relatives, this bush clover prefers dry soil, especially in open, sandy areas near pine and oak woods. You can easily recognize the SLENDER BUSH CLOVER (L. Virginica) by its very narrow, elongated leaves along its stem, which features two types of bright rose flowers, mostly clustered at the top and in the axils.

Yellowish-white flowers, about a quarter of an inch long, and with a purplish-rose spot on the standard petal to serve as a pathfinder to the nectary, are crowded in oblong spikes an inch and a half long or less on the HAIRY BUSH CLOVER (L. hirta). The stem, which may attain four feet, or half that height, is usually branched; and the entire plant is often downy to the point of silkiness.

Yellowish-white flowers, about a quarter of an inch long, with a purplish-rose spot on the standard petal to guide you to the nectar, are packed in oblong spikes that are an inch and a half long or less on the HAIRY BUSH CLOVER (L. hirta). The stem can grow up to four feet tall, or about two feet, and is usually branched; the whole plant often feels soft and silky.

Dense clusters of the yellowish-white flowers of the ROUND-HEADED BUSH CLOVER (L. capitata) are seated in the upper axils of the silvery-hairy, wand-like stem. Pink streaks at the base of the standard petal serve as pathfinders, and its infolded edges guide the bee's tongue straight to the opening in the stamen tube through which he sucks.

Dense clusters of the yellowish-white flowers of the ROUND-HEADED BUSH CLOVER (L. capitata) are positioned in the upper axils of the silvery-hairy, wand-like stem. Pink streaks at the base of the standard petal act as guides, and its folded edges direct the bee’s tongue straight to the opening in the stamen tube, where it feeds.

WILD or SPOTTED GERANIUM or CRANE'S-BILL; ALUM-ROOT
  (Geranium maculatum) Geranium family

WILD or SPOTTED GERANIUM or CRANE'S-BILL; ALUM-ROOT
  (Geranium maculatum) Geranium family

Flowers - Pale magenta, purplish pink, or lavender, regular, 1 to 1 1/2 in. broad, solitary or a pair, borne on elongated peduncles, generally with pair of leaves at their base. Calyx of 5 lapping, pointed sepals; 5 petals, woolly at base; 10 stamens; pistil with 5 styles. Fruit: A slender capsule pointed like a crane's bill. In maturity it ejects seeds elastically far from the parent plant. Stem: 1 to 2 ft. high, hairy, slender, simple or branching above. Leaves: Older ones sometimes spotted with white; basal ones 3 to 6 in. wide, 3 to 5 parted, variously cleft and toothed; 2 stem leaves opposite. Preferred Habitat - Open woods, thickets, and shady roadsides. Flowering Season - April-July. Distribution - Newfoundland to Georgia, and westward a thousand miles.

Flowers - Pale magenta, purple-pink, or lavender; regular, 1 to 1.5 inches wide, either solitary or in pairs, growing on long stems, typically with a pair of leaves at their base. Calyx has 5 overlapping, pointed sepals; 5 petals, hairy at the base; 10 stamens; and a pistil with 5 styles. Fruit: A narrow capsule that tapers like a crane's bill. When mature, it ejects seeds forcefully away from the parent plant. Stem: 1 to 2 feet tall, hairy, slender, either simple or branching at the top. Leaves: Older leaves may be spotted with white; the basal leaves are 3 to 6 inches wide, divided into 3 to 5 parts, and variously cleft and toothed; 2 stem leaves are opposite each other. Preferred Habitat - Open woods, thickets, and shady roadsides. Flowering Season - April-July. Distribution - From Newfoundland to Georgia, extending westward for a thousand miles.

Sprengel, who was the first to exalt flowers above the level of mere botanical specimens, had his attention led to the intimate relationship existing between plants and insects by studying out the meaning of the hairy corolla of the common wild geranium of Germany (G. sylvaticum), being convinced, as he wrote in 1787, that "the wise Author of Nature has not made even a single hair without a definite design." A hundred years before, Nehemias Grew had said that it was necessary for pollen to reach the stigma of a flower in order that it might set fertile seed; and Linnaeus had to come to his aid with conclusive evidence to convince a doubting world that this was true. Sprengel made the next step forward, but his writings lay neglected over seventy years because he advanced the then incredible and only partially true statement that a flower is fertilized by insects which carry its pollen from its anthers to its stigma. In spite of his discoveries that the hairs inside the geranium's corolla protect its nectar from rain for the insect's benefit, just as eyebrows keep perspiration from falling into the eye; that most flowers which secrete nectar have what he termed "honey guides" - spots of bright color, heavy veining, or some such pathfinder on the petals - in spite of the most patient and scientific research that shed great light on natural selection a half-century before Darwin advanced the theory, he left it for the author of "The Origin of Species" to show that cross-fertilization - the transfer of pollen from one blossom to another, not from anthers to stigma of the same flower - is the great end to which so much marvelous mechanism is chiefly adapted. Cross-fertilized blossoms defeat self-fertilized flowers in the struggle for existence.

Sprengel, who was the first to elevate flowers beyond mere botanical specimens, became aware of the close relationship between plants and insects by examining the purpose of the hairy corolla of the common wild geranium of Germany (G. sylvaticum). He was convinced, as he wrote in 1787, that "the wise Author of Nature has not made even a single hair without a definite design." A hundred years earlier, Nehemias Grew had noted that pollen must reach a flower's stigma for it to produce fertile seeds, and Linnaeus provided definitive proof to convince a skeptical audience of its truth. Sprengel made the next significant advancement, but his writings went largely ignored for over seventy years because he presented the then-unbelievable and only partially accurate claim that a flower is fertilized by insects that carry its pollen from the anthers to the stigma. Despite his findings that the hairs inside the geranium's corolla shield its nectar from rain for the benefit of insects, similar to how eyebrows prevent sweat from dripping into the eyes; and that many nectar-secreting flowers feature what he called "honey guides"—bright spots, heavy veins, or other distinctive markers on the petals; despite his thorough and scientific research that illuminated natural selection a half-century before Darwin proposed the theory, he ultimately left it to the author of "The Origin of Species" to demonstrate that cross-fertilization—the transfer of pollen from one flower to another, rather than from the anthers to the stigma of the same flower—is the primary purpose for which so much remarkable mechanism is designed. Cross-fertilized flowers outcompete self-fertilized ones in the struggle for existence.

No wonder Sprengel's theory was disproved by his scornful contemporaries in the very case of his wild geranium, which sheds its pollen before it has developed a stigma to receive any; therefore no insect that had not brought pollen from an earlier bloom could possibly fertilize this flower. How amazing that he did not see this! Our common wild crane's-bill, which also has lost the power to fertilize itself, not only ripens first the outer, then the inner, row of anthers, but actually drops them off after their pollen has been removed, to overcome the barest chance of self-fertilization as the stigmas become receptive. This is the geranium's and many other flowers' method to compel cross-fertilization by insects. In cold, stormy, cloudy weather a geranium blossom may remain in the male stage several days before becoming female; while on a warm, sunny day, when plenty of insects are flying, the change sometimes takes place in a few hours. Among others, the common sulphur or puddle butterfly, that sits in swarms on muddy roads and makes the clover fields gay with its bright little wings, pilfers nectar from the geranium without bringing its long tongue in contact with the pollen. Neither do the smaller bees and flies which alight on the petals necessarily come in contact with the anthers and stigmas. Doubtless the larger bees are the flowers' true benefactors.

No wonder Sprengel's theory was dismissed by his mocking contemporaries in the very case of his wild geranium, which releases its pollen before developing a stigma to receive it; therefore, no insect that hadn't brought pollen from an earlier bloom could possibly fertilize this flower. It's surprising that he didn't notice this! Our common wild crane's-bill, which has also lost the ability to fertilize itself, not only ripens the outer row of anthers first, then the inner row, but actually drops them off after their pollen has been removed, to reduce even the slightest chance of self-fertilization as the stigmas become receptive. This is the method used by the geranium and many other flowers to ensure cross-fertilization by insects. In cold, stormy, and cloudy weather, a geranium blossom may stay in the male stage for several days before turning female; while on a warm, sunny day, when many insects are active, the change can sometimes happen in just a few hours. Among others, the common sulphur or puddle butterfly, which gathers in swarms on muddy roads and brightens up clover fields with its colorful wings, steals nectar from the geranium without letting its long tongue touch the pollen. The smaller bees and flies that land on the petals also don't necessarily come into contact with the anthers and stigmas. Clearly, the larger bees are the true helpers of these flowers.

The so-called geraniums in cultivation are pelargoniums, strictly speaking.

The plants commonly referred to as geraniums in gardening are actually pelargoniums, technically speaking.

In barren soil, from Canada to the Gulf, and far westward, the CAROLINA CRANE'S-BILL (G. Carolinianum), an erect, much-branched little plant resembling the spotted geranium in general features, bears more compact clusters of pale rose or whitish flowers, barely half an inch across. As their inner row of anthers comes very close to the stigmas, spontaneous self-fertilization may sometimes occur; although in fine weather small bees, especially, visit them constantly. The beak of the seed vessel measures nearly an inch long.

In dry soil, from Canada to the Gulf and far to the west, the CAROLINA CRANE'S-BILL (G. Carolinianum), a small, upright, and highly branched plant similar to a spotted geranium in appearance, produces tighter clusters of pale pink or white flowers that are just under half an inch wide. Since the inner row of anthers is very close to the stigmas, spontaneous self-fertilization can sometimes happen; however, on nice days, small bees frequently visit them. The beak of the seed pod is nearly an inch long.

HERB ROBERT; RED ROBIN; RED SHANKS; DRAGON'S BLOOD
  (Geranium Robertianum) Geranium family

HERB ROBERT; RED ROBIN; RED SHANKS; DRAGON'S BLOOD
  (Geranium Robertianum) Geranium family

Flowers - Purplish rose, about 1/2 in. across, borne chiefly in pairs on slender peduncles. Five sepals and petals; stamens 10; pistil with 5 styles. Stem: Weak, slender, much branched, forked, and spreading, slightly hairy, 6 to i8 in. high. Leaves: Strongly scented, opposite, thin, of 3 divisions, much subdivided and cleft. Fruit: Capsular, elastic, the beak 1 in. long, awn-pointed. Preferreed Habitat - Rocky, moist woods and shady roadsides Flowering Season - May-October Distribution - Nova Scotia to Pennsylvania, and westward to Missouri.

Flowers - Purplish rose, about 1/2 inch across, mostly found in pairs on thin stems. It has five sepals and petals, 10 stamens, and a pistil with five styles. Stem: Thin, weak, highly branched, forked, and spreading, slightly hairy, growing to 6 to 18 inches tall. Leaves: Strongly scented, opposite, thin, divided into 3 parts, and further subdivided and cut. Fruit: Capsule-like, elastic, with a beak that's 1 inch long and pointed. Preferred Habitat - Rocky, moist woods and shady roadsides Flowering Season - May-October Distribution - From Nova Scotia to Pennsylvania, and westward to Missouri.

Who was the Robert for whom this his "holy herb" was named? Many suppose that he was St. Robert, a Benedictine monk, to whom the twenty-ninth of April - the day the plant comes into flower in Europe - is dedicated. Others assert that Robert Duke of Normandy, for whom the "Ortus Sanitatis," a standard medical guide for some hundred of years, was written, is the man honored; and since there is now no way of deciding the mooted question, we may take our choice.

Who was the Robert after whom this "holy herb" was named? Many believe he was St. Robert, a Benedictine monk, who is commemorated on April 29th - the day the plant blooms in Europe. Others claim it refers to Robert Duke of Normandy, for whom the "Ortus Sanitatis," a well-known medical guide for several centuries, was written. Since there’s no way to settle this debated question, we can choose whichever we prefer.

Only when the stems are young are they green; later the plant well earns the name of red shanks, and when its leaves show crimson stains, of dragon's blood.

Only when the stems are young are they green; later, the plant truly deserves the name red shanks, and when its leaves display crimson stains, it's called dragon's blood.

At any time the herb gives forth a disagreeable odor, but especially when its leaves and stem have been crushed until they emit a resinous secretion once an alleged cure for the plague. Flies, that never object to a noxious smell, constantly visit the flower, and have their tongues guided through passages between little ridge-like processes on each petal to the nectar secreted by the base of the filaments at the base of each sepal. To prevent self-fertilization the five stigmas are folded close together when the flower opens, nor do they spread apart and become receptive until after the outer row of anthers, then the inner row, have shed their pollen. When the elastic carpels have ripened their seed, bang! go the little guns, scattering them far and wide.

At any time, the herb gives off an unpleasant smell, especially when its leaves and stem have been crushed to release a resinous substance that was once thought to cure the plague. Flies, which don’t mind a foul odor, regularly visit the flower, guiding their tongues through pathways between small ridge-like structures on each petal to reach the nectar secreted at the base of the filaments beneath each sepal. To avoid self-fertilization, the five stigmas stay tightly together when the flower blooms, not spreading apart to become receptive until after the outer row of anthers, and then the inner row, release their pollen. When the flexible carpels have matured their seeds, they pop, scattering them far and wide.

WHITE OR TRUE WOOD~SORREL; ALLELULA
  (Oxalis acetosella) Wood-sorrel family

WHITE OR TRUE WOOD SORREL; ALLELULA
  (Oxalis acetosella) Wood-sorrel family

Flowers - White or delicate pink, veined with deep pink, about 1/2 in. long. Five sepals; 5 spreading petals rounded at tips; 10 stamens, 5 longer, 5 shorter, all anther-bearing; 1 pistil with 5 stigmatic styles. Scape: Slender, leafless, 1-flowered, 2 to 5 in, high. Leaf: Clover-like, of 3 leaflets, on long petioles from scaly, creeping rootstock. Preferred Habitat - Cold, damp woods. Flowering Season - May-July. Distribution - Nova Scotia and Manitoba, southward to North Carolina. Also a native of Europe.

Flowers - White or soft pink, with deep pink veins, about ½ inch long. Five sepals; 5 spreading petals that are rounded at the tips; 10 stamens, 5 long and 5 short, all bearing anthers; 1 pistil with 5 stigmatic styles. Scape: Slender, leafless, 1-flowered, 2 to 5 inches high. Leaf: Clover-like, with 3 leaflets, on long petioles from scaly, creeping rootstock. Preferred Habitat - Cold, damp woods. Flowering Season - May-July. Distribution - Nova Scotia and Manitoba, south to North Carolina. Also native to Europe.

Clumps of these delicate little pinkish blossoms and abundant leaves, cuddled close to the cold earth of northern forests, usually conceal near the dry leaves or moss from which they spring blind flowers that never open - cleistogamous the botanists call them - flowers that lack petals, as if they were immature buds; that lack odor, nectar, and entrance; yet they are perfectly mature, self-fertilized, and abundantly fruitful. Fifty-five genera of plants contain one or more species on which these peculiar products are found, the pea family having more than any other, although violets offer perhaps the most familiar instance to most of us. Many of these species bury their offspring below ground; but the wood-sorrel bears its blind flowers nodding from the top of a curved scape at the base of the plant, where we can readily find them. By having no petals, and other features assumed by an ordinary flower to attract insects, and chiefly in saving pollen, they produce seed with literally the closest economy. It is estimated that the average blind flower of the wood-sorrel does its work with four hundred pollen grains, while the prodigal peony scatters with the help of wind and insect visitors over three and a half millions!

Clumps of these delicate little pinkish blossoms and abundant leaves, nestled close to the cold earth of northern forests, usually hide near the dry leaves or moss from which they spring blind flowers that never open—cleistogamous, as botanists call them—flowers that lack petals, as if they were immature buds; that lack scent, nectar, and an entrance; yet they are fully mature, self-fertilizing, and highly productive. Fifty-five plant genera contain one or more species with these unique features, with the pea family having more than any other, although violets are probably the most familiar example for many of us. Many of these species bury their seeds underground; however, the wood-sorrel has its blind flowers nodding from the top of a curved scape at the base of the plant, where we can easily find them. By having no petals and other traits typical of regular flowers that attract insects, and mainly in conserving pollen, they produce seeds with very minimal resources. It’s estimated that the average blind flower of the wood-sorrel does its job with four hundred pollen grains, while the extravagant peony releases over three and a half million with the help of wind and insect visitors!

Yet no plant, however economically inclined, can afford to deteriorate its species through self-fertilization; therefore, to overcome the evils of in-breeding, the wood-sorrel, like other plants that bear cleistogamous flowers, takes special pains to produce showy blossoms to attract insects, on which they absolutely depend to transfer their pollen from flower to flower. These have their organs so arranged as to make self-fertilization impossible.

Yet no plant, no matter how economically focused, can risk harming its species through self-fertilization. So, to avoid the drawbacks of inbreeding, wood-sorrel, like other plants with cleistogamous flowers, goes to great lengths to produce vibrant blooms to attract insects, which they rely on to move their pollen from one flower to another. These flowers are structured in a way that makes self-fertilization impossible.

Every child knows how the wood-sorrel "goes to sleep" by drooping its three leaflets until they touch back to back at evening, regaining the horizontal at sunrise - a performance most scientists now agree protects the peculiarly sensitive leaf from cold by radiation. During the day, as well, seedling, scape, and leaves go through some interesting movements, closely followed by Darwin in his "Power of Movement in Plants," which should be read by all interested.

Every kid knows how wood-sorrel "goes to sleep" by drooping its three leaflets until they touch each other in the evening, then reaching back to a horizontal position at sunrise—a behavior that most scientists now agree protects the especially sensitive leaves from cold radiation. Throughout the day, seedling, scape, and leaves also carry out some fascinating movements, which Darwin closely observed in his "Power of Movement in Plants," a book that everyone interested should read.

Oxalis, the Greek for sour, applies to all sorrels because of their acid juice; but acetosella = vinegar salt, the specific name of this plant, indicates that from it druggists obtain salt of lemons. Twenty pounds of leaves yield between two and three ounces of oxalic acid by crystallization. Names locally given the plant in the Old World are wood sour or sower, cuckoo's meat, sour trefoil, and shamrock - for this is St. Patrick's own flower, the true shamrock of the ancient Irish, some claim. Alleluia, another folk-name, refers to the joyousness of the Easter season, when the plant comes into bloom in England.

Oxalis, which means sour in Greek, is used for all sorrels because of their tangy juice; however, acetosella, meaning vinegar salt, is the specific name for this plant and shows that druggists extract lemon salt from it. Twenty pounds of leaves can produce between two and three ounces of oxalic acid through crystallization. Some local names for the plant in the Old World include wood sour or sower, cuckoo's meat, sour trefoil, and shamrock—since some claim this is St. Patrick's own flower, the true shamrock of ancient Ireland. Alleluia, another folk name, highlights the joy of the Easter season when the plant blossoms in England.

VIOLET WOOD-SORREL
  (Oxalis violacea) Wood-sorrel family

Violet Wood-Sorrel
  (Oxalis violacea) Wood-Sorrel family

Flowers - Pinkish purple, lavender, or pale magenta; less than 1 in. long; borne on slender stems in umbels or forking clusters, each containing from 3 to 12 flowers. Calyx of 5 obtuse sepals; 5 petals; 10 (5 longer, 5 shorter) stamens; 5 styles persistent above 5-celled ovary. Stem: From brownish, scaly bulb 4 to 9 in. high. Leaves: About 1 in. wide, compounded of 3 rounded, clover-like leaflets with prominent midrib, borne at end of slender petioles, springing from root. Preferred Habitat - Rocky and sandy woods. Flowering Season - May-June. Distribution - Northern United States to Rocky Mountains, south to Florida and New Mexico; more abundant southward.

Flowers - Pinkish purple, lavender, or light magenta; less than 1 in. long; grown on slender stems in clusters or groups, each with 3 to 12 flowers. Calyx with 5 blunt sepals; 5 petals; 10 stamens (5 long, 5 short); 5 styles that remain above the 5-celled ovary. Stem: From a brownish, scaly bulb, growing 4 to 9 in. high. Leaves: Around 1 in. wide, made up of 3 rounded, clover-like leaflets with a prominent midrib, found at the end of slender petioles, sprouting from the root. Preferred Habitat - Rocky and sandy woods. Flowering Season - May-June. Distribution - Northern United States to the Rocky Mountains, south to Florida and New Mexico; more common in the south.

Beauty of Leaf and blossom is not the only attraction possessed by this charming little plant. As a family the wood-sorrels have great interest for botanists since Darwin devoted such exhaustive study to their power of movement, and many other scientists have described the several forms assumed by perfect flowers of the same species to secure cross-fertilization. Some members of the clan also bear blind flowers, which have been described in the account of the white wood-sorrel given above. Even the rudimentary leaves of the seedlings "go to sleep" at evening, and during the day are in constant movement up and down. The stems, too, are restless; and as for the mature leaves, every child knows how they droop their three leaflets back to back against the stem at evening, elevating them to the perfect horizontal again by day. Extreme sensitiveness to light has been thought to be the true explanation of so much activity, and yet this is not a satisfactory theory in many cases. It is certain that drooping leaves suffer far less from frost than those whose upper surfaces are flatly exposed to the zenith. This view that the sleep of leaves saves them from being chilled at night by radiation is Darwin's own, supported by innumerable experiments; and probably it would have been advanced by Linnaeus, too, since so many of his observations in "Somnus Plantarum" verify the theory, had the principle of radiation been discovered in his day. The violet wood-sorrel produces two sorts of perfect flowers reciprocally adapted to each other, but on different plants in the same neighborhood. The two are essentially alike, except in arrangement of stamens and pistil; one flower having high anthers and low stigmas, the other having lower anthers and higher stigmas; and as the high stigmas are fertile only when pollenized with grains from a flower having high anthers, it is evident insect aid to transfer pollen is indispensable here. Small bees, which visit these blossoms abundantly, are their benefactors; although there is nothing to prevent pollen from falling on the stigmas of the short-styled form. Hildebrand proved that productiveness is greatest, or exists only, after legitimate fertilization. To accomplish cross-pollination, many plants bear flowers of opposite sexes on different individuals; but the violet wood-sorrel's plan, utilized by the bluet and partridge-vine also, has the advantage in that both kinds of its flowers are fruitful.

The beauty of leaves and blossoms isn’t the only attraction of this charming little plant. As a family, wood-sorrels are particularly interesting to botanists since Darwin conducted extensive studies on their movement abilities, and many other scientists have detailed the various forms that perfect flowers of the same species take to ensure cross-fertilization. Some members of this group also have blind flowers, which have been described in the account of the white wood-sorrel mentioned earlier. Even the tiny leaves of the seedlings “go to sleep” at night and are in constant motion up and down during the day. The stems are also active; as for the mature leaves, every child knows how they droop their three leaflets back-to-back against the stem at night, lifting them back to a perfect horizontal position again by day. Their extreme sensitivity to light has been thought to explain their activity, but this theory isn't sufficient in many cases. It’s clear that drooping leaves are less affected by frost than those whose upper surfaces are flatly exposed to the sky. This idea that leaf sleep protects them from nighttime chill due to radiation is Darwin's own, supported by countless experiments; probably, Linnaeus would have suggested it too, since many of his observations in "Somnus Plantarum" confirm the theory, had the principle of radiation been understood in his time. The violet wood-sorrel produces two types of perfect flowers that are mutually adapted to each other but found on different plants in the same area. The two types are essentially similar, except for the arrangement of their stamens and pistil; one flower has high anthers and low stigmas, while the other has lower anthers and higher stigmas. Since the high stigmas are only fertile when pollinated by grains from a flower with high anthers, it’s clear that insect help for pollen transfer is essential here. Small bees, which frequently visit these blossoms, are their helpers; however, there’s nothing stopping pollen from landing on the stigmas of the short-styled variety. Hildebrand proved that productivity is highest, or occurs only, after proper fertilization. To achieve cross-pollination, many plants produce flowers of opposite sexes on different individuals; but the violet wood-sorrel's approach, also seen in the bluet and partridge-vine, has the advantage of having both types of flowers being fruitful.

COMMON, FIELD, or PURPLE MILKWORT; PURPLE POLYGALA
  (Polygala viridescens; P. sanguinca of Gray) Milkwort family

COMMON, FIELD, or PURPLE MILKWORT; PURPLE POLYGALA
  (Polygala viridescens; P. sanguinca of Gray) Milkwort family

Flowers - Numerous, very small, variable; bright magenta, pink, or almost red, or pale to whiteness, or greenish, clustered in a globular clover-like head, gradually lengthening to a cylindric spike. Stem: 6 to 15 in. high, smooth, branched above, leafy. Leaves: Alternate, narrowly oblong, entire. Preferred Habitat - Fields and meadows, moist or sandy. Flowering Season - June-September. Distribution - Southern Canada to North Carolina, westward to the Mississippi.

Flowers - Numerous, very small, and variable; bright magenta, pink, almost red, pale to white, or greenish, grouped in a round, clover-like cluster, gradually extending into a cylindrical spike. Stem: 6 to 15 inches tall, smooth, branched at the top, leafy. Leaves: Alternate, narrow and long, whole. Preferred Habitat - Fields and meadows, moist or sandy. Flowering Season - June to September. Distribution - Southern Canada to North Carolina, west to the Mississippi.

When these bright clover-like heads and the inconspicuous greenish ones grow together, the difference between them is so striking it is no wonder Linnaeus thought they were borne by two distinct species, sanguinea and viridescens, whereas they are now known to be merely two forms of the same flower. At first glance one might mistake the irregular little blossom for a member of the pea family; two of the five very unequal sepals - not petals - are colored wings. These bright-hued calyx-parts overlap around the flower-head like tiles on a roof. Within each pair of wings are three petals united into a tube, split on the back, to expose the vital organs to contact with the bee, the milkwort's best friend.

When these vibrant clover-like heads and the subtle greenish ones grow together, the contrast between them is so striking that it's no surprise Linnaeus believed they came from two different species, sanguinea and viridescens, whereas they are now recognized as just two forms of the same flower. At first glance, you might mistake the quirky little blossom for a member of the pea family; two of the five very uneven sepals—not petals—look like colored wings. These bright-colored calyx parts overlap around the flower head like tiles on a roof. Inside each pair of wings, there are three petals fused into a tube, split at the back to expose the essential organs for contact with bees, the milkwort's best ally.

Plants of this genus were named polygala, the Greek for much milk, not because they have milky juice - for it is bitter and clear - but because feeding on them is supposed to increase the flow of cattle's milk.

Plants of this genus are called polygala, which means "much milk" in Greek, not because they have milky juice—since it's actually bitter and clear—but because it's believed that eating them can boost the milk production in cows.

In sandy swamps, especially near the coast from Maine to the Gulf, and westward to the Mississippi, grows the MARSH or CROSS-LEAVED MILKWORT (P. cruciata). Most of its leaves, especially the lower ones, are in whorls of four, and from July to September its dense, bright purple-pink, white, or greenish flower-heads, the wings awn-pointed, are seated on the ends of the square branching stem of this low, mossy little plant.

In sandy swamps, particularly along the coast from Maine to the Gulf and westward to the Mississippi, you'll find the MARSH or CROSS-LEAVED MILKWORT (P. cruciata). Most of its leaves, especially the lower ones, grow in whorls of four. From July to September, its dense flower heads—bright purple-pink, white, or greenish, with awn-pointed wings—sit at the ends of the square branching stem of this low, mossy little plant.

FRINGED MILKWORT or POLYGALA; FLOWERING WINTERGREEN; GAY WINGS
  (Polygala paucifolia) Milkwort family

FRINGED MILKWORT or POLYGALA; FLOWERING WINTERGREEN; GAY WINGS
  (Polygala paucifolia) Milkwort family

Flowers - Purplish rose, rarely white, showy, over 1/2 in. long, from 1 to 4 on short, slender peduncles from among upper leaves. Calyx of 5 unequal sepals, of which 2 are wing-like and highly colored like petals. Corolla irregular, its crest finely fringed; 6 stamens; pistil. Also pale, pouch-like, cleistogamous flowers underground. Stem: Prostrate, 6 to 15 in. long, slender, from creeping rootstock, sending up flowering shoots 4 to 7 in. high. Leaves: Clustered at summit, oblong, or pointed egg-shaped, 1 1/2 in. long or less; those on lower part of shoots scale-like. Preferred habitat - Moist, rich woods, pine lands, light soil. Flowering Season - May-July. Distribution - Northern Canada, southward and westward to Georgia and Illinois.

Flowers - Purplish roses, occasionally white, are showy and over ½ inch long, appearing from 1 to 4 on short, slender stems among the upper leaves. The calyx has 5 uneven sepals, with 2 being wing-like and vividly colored like the petals. The corolla is irregular, with a finely fringed crest; it has 6 stamens and a pistil. There are also pale, pouch-like flowers that grow underground without opening. Stem: Prostrate, ranging from 6 to 15 inches long, slender, originating from creeping rootstock, producing flowering shoots 4 to 7 inches high. Leaves: Clustered at the top, oblong or pointed egg-shaped, 1½ inches long or less; those at the lower part of the shoots are scale-like. Preferred habitat - Moist, rich woods, pine lands, and light soil. Flowering Season - May to July. Distribution - Northern Canada, extending southward and westward to Georgia and Illinois.

Gay companies of these charming, bright little blossoms hidden away in the woods suggest a swarm of tiny mauve butterflies that have settled among the wintergreen leaves. Unlike the common milkwort and many of its kin that grow in clover-like heads, each one of the gay wings has beauty enough to stand alone, Its oddity of structure, its lovely color and enticing fringe, lead one to suspect it of extraordinary desire to woo some insect that will carry its pollen from blossom to blossom and so enable the plant to produce cross-fertilized seed to counteract the evil tendencies resulting from the more prolific self-fertilized cleistogamous flowers buried in the ground below. It has been said that the fringed polygala keeps "one flower for beauty and one for use"; "one playful flower for the world, another for serious use and posterity"; but surely the showy flowers, the "giddy sisters," borne by all cleistogamous species to save them from degenerating through close inbreeding, are no idle, irresponsible beauties. Let us watch a bumblebee as she alights on the convenient fringe which edges the lower petal of this milkwort. Now the weight of her body so depresses the keel, or tubular petals, wherein the stamens and pistil lie protected from the rain and useless insects, that as soon as it is pressed downward a spoon-tipped pistil pushes out the pollen through the slit on the top on the bee's abdomen. The stigmatic surface of the pistil is on the opposite side of the spoon, nearest the base of the flower, to guard against self-pollination. After the pollen has been removed, a bumblebee, already dusted from other blossoms, must leave some on the stigma as she sucks the nectar. Indeed, every feature possessed by this pretty flower has been developed for the most serious purpose of life - the salvation of the species.

Bright clusters of these charming little flowers tucked away in the woods remind us of a swarm of tiny mauve butterflies that have settled among the wintergreen leaves. Unlike the common milkwort and many of its relatives that grow in clover-like clusters, each of these vibrant blooms is beautiful enough to stand alone. Its unique structure, lovely color, and enticing fringe make one suspect it has a strong desire to attract an insect that will transfer its pollen from flower to flower, enabling the plant to produce cross-fertilized seeds to counteract the negative results of the more prolific self-fertilizing cleistogamous flowers hidden in the ground below. It has been said that the fringed polygala keeps "one flower for beauty and one for use"; "one playful flower for the world, another for serious use and posterity"; but surely the showy flowers, the "giddy sisters," produced by all cleistogamous species to protect against degeneration from close inbreeding, are no idle, irresponsible beauties. Let’s observe a bumblebee as she lands on the convenient fringe that edges the lower petal of this milkwort. The weight of her body depresses the keel, or tubular petals, which protect the stamens and pistil from rain and unhelpful insects. As soon as it’s pushed down, a spoon-shaped pistil releases the pollen through the slit on the top of the bee's abdomen. The stigmatic surface of the pistil is on the opposite side of the spoon, closest to the base of the flower, to prevent self-pollination. After the pollen has been removed, a bumblebee, already dusted from other flowers, must leave some on the stigma while she sips the nectar. Indeed, every feature of this pretty flower has been developed for a very serious purpose— the survival of the species.

Only locally common throughout a wide area, embracing the eastern half of the United States and Canada, is the RACEMED MILKWORT (P. polygama), whose small, purple-pink, but showy flowers, clustered along the upper part of numerous leafy stems, are found in dry soil during June and July. Like the fringed milkwort, this one bears many cleistogamous, or blind flowers, on underground branches, flowers that always set an abundance of fertile self-planted seed in case of failure to form any on the part of their showy sisters, which are utterly dependent upon the bee's ministrations. During prolonged stormy weather few insects are abroad.

Only common in a wide area that includes the eastern half of the United States and Canada, is the RACEMED MILKWORT (P. polygama). Its small, purple-pink, but striking flowers are grouped along the upper part of many leafy stems and can be found in dry soil during June and July. Like the fringed milkwort, this plant also has many cleistogamous, or blind flowers, on underground branches. These flowers always produce plenty of fertile seeds on their own if the showy ones fail to do so, as they depend entirely on bees for pollination. During long periods of stormy weather, there are few insects around.

SWAMP ROSE-MALLOW; MALLOW ROSE
  (Hibiscus Moscheutos) Mallow family

SWAMP ROSE-MALLOW; MALLOW ROSE
  (Hibiscus Moscheutos) Mallow family

Flowers - Very large, clear rose pink, sometimes white, often with crimson center, 4 to 7 in. across, solitary, or clustered on peduncles at summit of stems. Calyx 5-cleft, subtended by numerous narrow bractlets; 5 large, veined petals; stamens united into a valvular column bearing anthers on the outside for much of its length; 1 pistil partly enclosed in the column, and with five button-tipped stigmatic branches above. Stem: 4 to 7 ft. tall, stout, from perennial root. Leaves: 3 to 7 in. long, tapering, pointed, egg-shaped, densely white, downy beneath lower leaves, or sometimes all, lobed at middle. Preferred Habitat - Brackish marshes, riversides, lake shores, saline situations. Flowering Season - August-September. Distribution - Massachusetts to the Gulf of Mexico, westward to Louisiana; found locally in the interior, but chiefly along Atlantic seaboard.

Flowers - Very large, clear rose pink, sometimes white, often with a crimson center, 4 to 7 inches across, either solitary or clustered at the top of the stems on peduncles. The calyx is 5-cleft, supported by numerous narrow bractlets; there are 5 large, veined petals; stamens are fused into a valvular column with the anthers on the outside for most of its length; 1 pistil is partly enclosed in the column and has five button-tipped stigmatic branches on top. Stem: 4 to 7 feet tall, thick, originating from a perennial root. Leaves: 3 to 7 inches long, tapering, pointed, egg-shaped, densely white and downy underneath on the lower leaves, or sometimes all, lobed in the middle. Preferred Habitat - Brackish marshes, riverbanks, lakeshores, saline areas. Flowering Season - August-September. Distribution - From Massachusetts to the Gulf of Mexico, westward to Louisiana; found locally in the interior, but mainly along the Atlantic coast.

Stately ranks of these magnificent flowers, growing among the tall sedges and "cat-tails" of the marshes, make the most insensate traveler exclaim at their amazing loveliness. To reach them one must don rubber boots and risk sudden seats in the slippery ooze; nevertheless, with spade in hand to give one support, it is well worthwhile to seek them out and dig up some roots to transplant to the garden. Here, strange to say, without salt soil or more water than the average garden receives from showers and hose, this handsomest of our wild flowers soon makes itself delightfully at home under cultivation. Such good, deep earth, well enriched and moistened, as the hollyhock thrives in, suits it perfectly. Now we have a better opportunity to note how the bees suck the five nectaries at the base of the petals and collect the abundant pollen of the newly opened flowers, which they perforce transfer to the five button-shaped stigmas intentionally impeding the entrance to older blossoms. Only its cousin the hollyhock, a native of China, can vie with the rose-mallow's decorative splendor among the shrubbery; and the ROSE OF CHINA (Hibiscus Rosa-Sinensis), cultivated in greenhouses here, eclipse it in the beauty of the individual blossom. This latter flower, whose superb scarlet corolla stains black, is employed by the Chinese married women, it is said, to discolor their teeth; but in the West Indies it sinks to even greater ignominy as a dauber for blacking shoes!

Stately rows of these stunning flowers, growing among the tall grasses and cattails of the marshes, make even the most indifferent traveler exclaim at their incredible beauty. To get to them, you need to wear rubber boots and risk slipping into the muddy ground; however, with a spade for support, it's definitely worth seeking them out and digging up some roots to transplant into your garden. Surprisingly, without salty soil or more water than your average garden gets from rain or a hose, this most beautiful of our wildflowers quickly adapts and thrives in cultivation. It loves rich, deep soil, well-nourished and moist, just like hollyhocks do. Now we can better observe how bees gather nectar from the five nectaries at the base of the petals and collect the plentiful pollen from the freshly opened flowers, which they then transfer to the five button-shaped stigmas that block the entrance to older blossoms. Only its relative, the hollyhock, which is native to China, can compete with the rose-mallow's decorative beauty in the garden; and the ROSE OF CHINA (Hibiscus Rosa-Sinensis), grown in greenhouses here, surpasses it in the beauty of its individual blooms. This latter flower, with its stunning scarlet petals that fade to black, is reportedly used by married Chinese women to darken their teeth; but in the West Indies, it is even more infamously used as a shoe polish!

MARSH MALLOW (Althaea officinalis), a name frequently misapplied to the swamp rose-mallow, is properly given to a much smaller pink flower, measuring only an inch and a half across at the most, and a far rarer one, being a naturalized immigrant from Europe found only in the salt marshes from the Massachusetts coast to New York. It is also known as WYMOTE. This is a bushy, leafy plant, two to four feet high, and covered with velvety down as a protection against the clogging of its pores by the moisture arising from its wet retreats. Plants that live in swamps must "perspire" freely and keep their pores open. From the marsh mallow's thick roots the mucilage used in confectionery is obtained, a soothing demulcent long esteemed in medicine. Another relative, the OKRA or GUMBO PLANT of vegetable gardens (Hibiscus esculentus), has mucilage enough in its narrow pods to thicken a potful of soup. Its pale yellow, crimson-centered flowers are quite as beautiful as any hollyhock, but not nearly so conspicuous, because of the plant's bushy habit of growth. In spite of its name, the ALTHAEA of our gardens, or ROSE OF SHARON (Hibiscus Syriacus), is not so closely allied to Althaea officinalis as to the swamp rose-mallow.

MARSH MALLOW (Althaea officinalis), a name often incorrectly used for the swamp rose-mallow, actually refers to a much smaller pink flower, which is only about an inch and a half wide at most, and is quite rare, being a naturalized plant from Europe found only in the salt marshes along the coast from Massachusetts to New York. It's also known as WYMOTE. This is a bushy, leafy plant that grows between two to four feet tall and is covered with soft down to protect its pores from getting clogged by the moisture in its wet environment. Plants that thrive in swamps need to "sweat" freely and keep their pores open. The thick roots of the marsh mallow are where the mucilage used in candy comes from, a soothing substance that's been valued in medicine for a long time. Another related plant, the OKRA or GUMBO PLANT found in vegetable gardens (Hibiscus esculentus), contains enough mucilage in its narrow pods to thicken a whole pot of soup. Its pale yellow flowers with crimson centers are just as beautiful as any hollyhock but not as noticeable due to the plant's bushy growth habit. Despite its name, the ALTHAEA of our gardens, or ROSE OF SHARON (Hibiscus Syriacus), isn't as closely related to Althaea officinalis as it is to the swamp rose-mallow.

Another immigrant from Europe and Asia sparingly naturalized in waste places and roadsides in Canada, the United States, and Mexico is the COMMON HIGH MALLOW, CHEESEFLOWER, or ROUND DOCK (Malva sylvestris). Its purplish-rose flowers, from which the French have derived their word mauve, first applied to this plant, appear in small clusters on slender pedicels from the leaf axils along a leafy, rather weak, but ascending stem, maybe only a foot high, or perhaps a yard, throughout the summer months. The leaf, borne on a petiole two to six inches long, is divided into from five to nine shallow, angular, or rounded saw-edged lobes. Country children eat unlimited quantities of the harmless little circular, flattened "cheeses" or seed vessels, a characteristic of the genus Malva. Since the flower invites a great number of insects to feast on its nectar, secreted in five little pits (protected for them from the rain by hairs at the base of the petals), and compels its visitors to wipe off pollen brought from the pyramidal group of anthers in a newly opened blossom to the exserted, radiating stigmas of older ones, the mallow produces more cheeses than all the dairies of the world. So rich is its store of nectar that the hive-bee, shut out from a legitimate entrance to the flower when it closes in the late afternoon, climbs up the outside of the calyx, and inserting his tongue between the five petals, empties the nectaries one after another - intelligent rogue that he is!

Another immigrant from Europe and Asia that sparsely settles in neglected areas and along roadsides in Canada, the United States, and Mexico is the COMMON HIGH MALLOW, CHEESEFLOWER, or ROUND DOCK (Malva sylvestris). Its purplish-rose flowers, which inspired the French word mauve originally used for this plant, bloom in small clusters on slender stems from the leaf axils along a leafy, somewhat weak but upright stem, reaching heights of about a foot to a yard during the summer months. The leaves, attached to a petiole that is two to six inches long, are divided into five to nine shallow, angular, or rounded saw-toothed lobes. Country kids eat as many of the harmless little circular, flat "cheeses" or seed pods, a signature feature of the Malva genus, as they want. Since the flower attracts many insects to feed on its nectar, which is stored in five small pits (protected from rain by hairs at the base of the petals), and it forces its visitors to wipe off pollen from the pyramidal cluster of anthers in the newly opened flowers onto the exposed, radiating stigmas of older ones, the mallow produces more "cheeses" than all the dairies in the world. Its nectar supply is so abundant that when the flower closes in the late afternoon, the honeybee, locked out from a proper entrance, climbs up the outside of the calyx and, inserting its tongue between the five petals, greedily sucks the nectar from one nectary after another—such a clever little thief!

The LOW, DWARF, or RUNNING MALLOW (M. rotundifolia), a very common little weed throughout our territory, Europe, and Asia, depends scarcely at all upon insects to transfer its pollen, as might be inferred from its unattractive pale blue to white flowers, that measure only about half an inch across. In default of visitors, its pollen-laden anthers, instead of drooping to get out of the way of the stigmas, as in the showy high mallow, remain extended so as to come in contact with the rough, sticky sides of the long curling stigmas. The leaves of this spreading plant, which are nearly round, with five to nine shallow, saw-edged lobes, are thin, and furnished with long petioles; whereas the flowers which spring from their axils keep close to the main stem. Usually there are about fifteen rounded carpels that go to make up the Dutch, doll, or fairy cheeses, as the seed vessels are called by children. Only once is the mallow mentioned in the Bible, and then as food for the most abject and despised poor (Job 30: 4); but as eighteen species of mallow grow in Palestine, who is the higher critic to name the species eaten?

The LOW, DWARF, or RUNNING MALLOW (M. rotundifolia) is a very common little weed found throughout our areas, Europe, and Asia. It hardly relies on insects to transfer its pollen, which might be surprising given its unappealing pale blue to white flowers, measuring only about half an inch across. In the absence of visitors, its pollen-filled anthers don’t droop to avoid the stigmas like in the showy high mallow; instead, they stay extended to touch the rough, sticky sides of the long curling stigmas. The leaves of this spreading plant are nearly round, with five to nine shallow, saw-edged lobes. They are thin, with long petioles, while the flowers that grow from their axils stay close to the main stem. Typically, there are about fifteen rounded carpels that form the Dutch, doll, or fairy cheeses, as the seed vessels are called by children. The mallow is only mentioned once in the Bible, noted as food for the lowest and most despised poor (Job 30: 4); but since eighteen species of mallow grow in Palestine, who’s to say which species was eaten?

Occasionally we meet by the roadside in Canada, the Eastern, Middle, and Southern States pink, sometimes white, flowers, about two inches across, growing in small clusters at the top of a stem a foot or two high, the whole plant emitting a faint odor of musk. If the stem leaves are deeply divided into several narrow, much-cleft segments, and the little cheeses are densely hairy, we may safely call the plant MUSK MALLOW (M. moschata), and expect to find it blooming throughout the summer.

Occasionally, we come across the roadside in Canada and the Eastern, Middle, and Southern States, where you can find pink, and sometimes white, flowers about two inches wide, growing in small clusters at the top of a stem that's one to two feet high. The whole plant gives off a faint musk scent. If the stem leaves are deeply divided into several narrow, jagged segments and the small flowers are densely hairy, we can confidently identify the plant as MUSK MALLOW (M. moschata) and expect it to be blooming all summer long.

MARSH ST.-JOHN'S-WORT
  (Triadenum Virginicum; Elodea Virginica of Gray)
St.-John's-wort family

MARSH ST.-JOHN'S-WORT
  (Triadenum Virginicum; Elodea Virginica of Gray)
St.-John's-wort family

Flowers - Pale magenta, pink, or flesh color, about 1/2 in. across, in terminal clusters, or from leaf axils. Calyx of 5 equal sepals, persistent on fruit; 5 petals; 9 or more stamens united in 3 sets; pistil of 3 distinct styles. Stem: to 1 1/2 ft. high, simple, leafy. Leaves: Opposite, pale, with black, glandular dots, broadly oblong, entire edged, seated on stem or clasping by heart-shaped base. Fruit: An oblong, acute, deep red capsule. Preferred Habitat - Swamps and cranberry bogs. Flowering Season - July-September. Distribution - Labrador to the Gulf, and westward to Nebraska.

Flowers - Pale magenta, pink, or flesh-colored, about ½ inch across, in terminal clusters or from leaf axils. The calyx has 5 equal sepals that remain on the fruit; 5 petals; 9 or more stamens grouped in 3 sets; and a pistil with 3 distinct styles. Stem: up to 1 ½ feet tall, simple, and leafy. Leaves: Opposite, pale, with black, glandular dots, broadly oblong, with smooth edges, sitting on the stem or clasping it with a heart-shaped base. Fruit: An oblong, pointed, deep red capsule. Preferred Habitat - Swamps and cranberry bogs. Flowering Season - July-September. Distribution - From Labrador to the Gulf, and westward to Nebraska.

Late in the summer, after the rather insignificant pink flowers have withered, this low plant, which almost never lacks some color in its green parts, greatly increases its beauty by tinting stems, leaves, and seed vessels with red. Like other members of the family, the flower arranges its stamens in little bundles of three, and when an insect comes to feast on the abundant pollen - no nectar being secreted - he cannot avoid rubbing some off on the stigmas that are on a level with the anthers. He may sometimes carry pollen from blossom to blossom, it is true, but certainly the St.-John's-wort takes no adequate precautions against self-fertilization at any time. Toward the close of its existence the flower draws its petals together toward the axils, thus bringing anthers and stigmas in contact.

Late in the summer, after the rather insignificant pink flowers have faded, this low plant, which almost always has some color in its green parts, really boosts its beauty by coloring the stems, leaves, and seed pods with red. Like other members of its family, the flower arranges its stamens in small bundles of three, and when an insect comes to feast on the plentiful pollen—since no nectar is produced— it inevitably rubs some off on the stigmas that are level with the anthers. While it may sometimes carry pollen from flower to flower, the St. John's-wort definitely does not take adequate measures against self-fertilization at any time. Toward the end of its life, the flower pulls its petals in toward the leaf axils, bringing the anthers and stigmas into contact.

SPIKED WILLOW-HERB; LONG PURPLES; SPIKED or PURPLE LOOSESTRIFE
  (Lythrum Salicaria) Loosestrife family

SPIKED WILLOW-HERB; LONG PURPLES; SPIKED or PURPLE LOOSESTRIFE
  (Lythrum Salicaria) Loosestrife family

Flowers - Bright magenta (royal purple) or pinkish purple, about 1/2 in. broad, crowded in whorls around long bracted spikes. Calyx tubular, ribbed, 5 to 7 toothed, with small projections between. Corolla of 5 or 6 slightly wrinkled or twisted petals. Stamens, in 2 whorls of 5 or 6 each, and 1 pistil, occurring in three different lengths. Stem: 2 to 3 ft. high, leafy, branched. Leaves: Opposite, or sometimes in whorls of 3; lance-shaped, with heart-shaped base clasping stem. Preferred Habitat - Wet meadows, watery places, ditches, and banks of streams. Flowering Season - June-August. Distribution - Eastern Canada to Delaware, and westward through Middle States; also in Europe.

Flowers - Bright magenta (royal purple) or pinkish purple, about 1/2 inch wide, clustered in circles around long bracted spikes. The calyx is tubular and ribbed, with 5 to 7 teeth and small projections in between. The corolla has 5 or 6 slightly wrinkled or twisted petals. There are stamens in 2 circles of 5 or 6 each, and 1 pistil, which come in three different lengths. The stem is 2 to 3 feet tall, leafy, and branched. Leaves are opposite, or sometimes in whorls of 3; they are lance-shaped, with a heart-shaped base that clasps the stem. Preferred Habitat - Wet meadows, watery areas, ditches, and stream banks. Flowering Season - June to August. Distribution - Eastern Canada to Delaware, and westward through the Middle States; also found in Europe.

Through Darwin's patient study of this trimorphic flower, it has assumed so important a place in his theory of the origin of species that its fertilization by insects deserves special attention. On page 5, the method by which the pickerel weed, another flower whose stamens and pistil occur in three different lengths, should be read to avoid much repetition. Now the loosestrife produces six different kinds of yellow and green pollen on its two sets of three stamens; and when this pollen is applied by insects to the stigmatic surface of three different lengths of pistil, it follows that there are eighteen ways in which it may be transferred. But Darwin proved that only pollen brought from the shortest stamens to the shortest pistil, from the middle-length stamens to the middle-length pistil, and from the long stamens to the long pistil effectually fertilizes the flower. And as all the flowers on any one plant are of the same kind, we have here a marvelous mechanism to secure cross-fertilization. His experiments with this loosestrife also demonstrated that "reproductive organs, when of different length, behave to one another like different species of the same genus in regard both to direct productiveness and the character of the offspring; and that consequently mutual barrenness, which was once thought conclusive proof of difference of species, is worthless as such, and the last barrier that was raised between species and varieties is broken down." (Muller.)

Through Darwin's careful study of this trimorphic flower, it has become a key part of his theory on the origin of species, making its fertilization by insects particularly noteworthy. On page 5, it's recommended to read the section about the pickerel weed, another flower that has stamens and pistils of three different lengths, to avoid unnecessary repetition. The loosestrife produces six types of yellow and green pollen across its two sets of three stamens; when this pollen is transferred by insects to the stigmatic surfaces of the three different lengths of pistils, it results in eighteen possible transfer methods. However, Darwin showed that only pollen transferred from the shortest stamens to the shortest pistil, from the middle-length stamens to the middle-length pistil, and from the long stamens to the long pistil actually fertilizes the flower effectively. Since all the flowers on a single plant are the same kind, this creates an incredible mechanism for ensuring cross-fertilization. His experiments with this loosestrife also revealed that "reproductive organs, when of different lengths, behave towards each other like different species of the same genus in terms of direct productivity and the nature of the offspring; and therefore mutual sterility, which was once considered definitive proof of species difference, is meaningless as such, and the final barrier that separated species from varieties is removed." (Muller.)

Naturally the bright-hued, hospitable flower, which secretes abundant nectar at the base of its tube, attracts many insects, among others, bees of larger and middle size, and the butterflies for which it is especially adapted. They alight on the stamens and pistil on the upper side of the flower. Those with the longest tongues stand on one blossom to sip from the next one: this is the butterfly's customary attitude. But nearly every visitor comes in contact with at least one set of organs. When Darwin first interpreted the trimorphism of the loosestrife, we can realize something of the enthusiasm such a man must have felt in writing to Gray: "I am almost stark, staring mad over lythrum…. For the love of Heaven have a look at some of your species, and if you can get me some seed, do!"

Naturally, the brightly colored, welcoming flower, which produces a lot of nectar at the base of its tube, attracts many insects, including larger and medium-sized bees, as well as the butterflies it's specially suited for. They land on the stamens and pistil on the upper side of the flower. Those with the longest tongues stay on one blossom to sip from the next one; this is the butterfly's typical behavior. Almost every visitor touches at least one part of the flower. When Darwin first explained the trimorphism of the loosestrife, we can imagine the excitement he must have felt writing to Gray: "I'm almost totally obsessed with lythrum… For goodness' sake, take a look at some of your species, and if you can get me some seeds, please do!"

Long ago this beautiful plant reached our shores from Europe, and year by year is extending its triumphal march westward, brightening its course of empire through low meadows and marshes with torches that lengthen even as they glow. It is not a spring flower, even in England; and so when Shakespeare, whose knowledge of floral nature was second only to that of human nature, wrote of Ophelia,

Long ago, this beautiful plant arrived on our shores from Europe, and each year it's extending its impressive journey westward, lighting up its path through low meadows and marshes with blooms that grow even as they shine. It’s not a spring flower, not even in England; and so when Shakespeare, who understood flowers almost as well as human nature, wrote about Ophelia,

    "With fantastic garlands did she come,
     Of crow-flowers, nettles, daisies, and long purples,"

"She arrived adorned with beautiful wreaths,
     Made of crow-flowers, nettles, daisies, and long purples,"

is it probable he so combined flowers having different seasons of bloom? Dr. Prior suggests that the purple orchis (0. mascula) might have been the flower Ophelia wore; but, as long purples has been the folk name of this loosestrife from time immemorial in England, it seems likely that Shakespeare for once may have made a mistake.

is it likely he mixed flowers that bloom in different seasons? Dr. Prior suggests that the purple orchis (O. mascula) could have been the flower Ophelia wore; however, since "long purples" has been the folk name for this loosestrife in England for ages, it seems plausible that Shakespeare might have made an error this time.

BLUE WAX-WEED; CLAMMY CUPHEA; TAR-WEED (Parsonia petiolata; Cuphea viscosissima of Gray) Loosestrife family

BLUE WAX-WEED; CLAMMY CUPHEA; TAR-WEED (Parsonia petiolata; Cuphea viscosissima of Gray) Loosestrife family

Flowers - Purplish pink, about 1/4 in. across, on short peduncles from leaf axils, solitary or clustered. Calyx sticky, tubular, 12-ribbed, with 6 primary teeth, oblique at mouth, extending into a rounded swelling on upper side at base; 6 unequal, wrinkled petals, on short claws; 11 or 12 stamens inserted on calyx throat; pistil with 2-lobed stigma. Stem: 6 to 20 in. high, branched, very sticky-hairy. Leaves: Opposite, on slender petioles, lance-shaped, rounded at base, harsh to the touch. Preferred Habitat - Dry soil, waste places, fields, roadsides. Flowering Season - July-October. Distribution - Rhode Island to Georgia, westward to Louisiana, Kansas, and Illinois.

Flowers - Purplish pink, about 1/4 inch wide, on short stems from the leaf axils, either alone or in clusters. The calyx is sticky, tubular, has 12 ribs, with 6 main teeth, slanted at the opening, and it balloons slightly on the upper part at the base; there are 6 uneven, wrinkled petals on short bases; 11 or 12 stamens attached to the throat of the calyx; the pistil has a 2-lobed stigma. Stem: 6 to 20 inches tall, branched, and very sticky-hairy. Leaves: Opposite, on slender stems, lance-shaped, rounded at the base, rough to the touch. Preferred Habitat - Dry soil, wastelands, fields, and roadsides. Flowering Season - July to October. Distribution - From Rhode Island to Georgia, west to Louisiana, Kansas, and Illinois.

A first cousin of the familiar Mexican cigar plant, or fire-cracker plant (Cuphea platycentra), whose abundant little vermilion tubes, with black-edged lower lip tipped with white, brighten the borders of so many Northern flower-beds. Kyphos, the Greek for curved, from which cuphea was derived, has reference to the peculiar, swollen little seedpod. From a slit on one side of the clammy cuphea's capsule the placenta, set with tiny flattened seeds, sticks out like a handle. Probably the flower has already fertilized itself in the bud, although, from the fact that the plant has taken such pains to punish crawling insect foes by coating itself with sticky hairs, one might imagine it was wholly dependent upon winged insects to transfer its pollen. What an unworthy relative of the purple loosestrife, whose elaborate scheme to insure cross-fertilization is one of the botanical wonders!

A first cousin of the well-known Mexican cigar plant, or fire-cracker plant (Cuphea platycentra), whose bright little vermilion tubes, with a black-edged lower lip tipped with white, brighten the edges of many Northern flower beds. Kyphos, the Greek word for curved, from which cuphea was derived, refers to the unique, swollen little seedpod. From a slit on one side of the clammy cuphea's capsule, the placenta, filled with tiny flattened seeds, sticks out like a handle. It’s likely that the flower has already fertilized itself in the bud, although, considering that the plant has gone to great lengths to deter crawling insect pests by covering itself in sticky hairs, one might think it relied entirely on winged insects to transfer its pollen. What an unworthy relative of the purple loosestrife, whose intricate strategy to ensure cross-fertilization is one of the botanical marvels!

MEADOW-BEAUTY; DEER GRASS
  (Rhexia Virginica) Meadow-beauty family

MEADOW-BEAUTY; DEER GRASS
  (Rhexia Virginica) Meadow-beauty family

Flowers - Purplish pink, 1 to 1 1/2 in. across, pedicelled, clustered at top of stem. Calyx 4-lobed, tubular or urn-shaped, narrowest at neck; 4 rounded, spreading petals, joined for half their length; 8 equal, prominent stamens in 2 rows; pistil. Stem: 1 to 1 1/2 ft. high, square, more or less hairy, erect, sometimes branching at top. Leaves: Opposite, ascending, seated on stem, oval, acute at tip, mostly 5-nerved, the margins saw-edged. Preferred Habitat - Sandy swamps or near water. Flowering Season - July-September. Distribution - United States, chiefly east of Mississippi.

Flowers - Purplish pink, 1 to 1 1/2 inches wide, with long stems, clustered at the top. The calyx is 4-lobed, tubular or urn-shaped, narrowest at the neck; it has 4 rounded, spreading petals that are joined for half their length; there are 8 equal, prominent stamens arranged in 2 rows; and a pistil. Stem: 1 to 1 1/2 feet tall, square, somewhat hairy, upright, sometimes branching at the top. Leaves: Opposite, ascending, attached to the stem, oval, pointed at the tip, mostly 5-veined, with saw-edged margins. Preferred Habitat - Sandy swamps or near water. Flowering Season - July to September. Distribution - United States, mainly east of the Mississippi.

Suggesting a brilliant magenta evening primrose in form, the meadow-beauty is likewise a rather niggardly bloomer, only a few flowers in each cluster opening at once; but where masses adorn our marshes, we cannot wonder so effective a plant is exported to European peat gardens. Its lovely sister, the MARYLAND MEADOW-BEAUTY (R. Mariana), a smaller, less brilliant flower, found no farther north than the swamps and pine barrens of New Jersey, also goes abroad to be admired; yet neither is of any value for cutting, for the delicate petals quickly discolor and drop off when handled. Blossoms so attractively colored naturally have many winged visitors to transfer their pollen. All too soon after fertilization the now useless petals fall, leaving the pretty urn-shaped calyx, with the large yellow protruding stamens, far more conspicuous than some flowers. "Its seed-vessels are perfect little cream pitchers of graceful form," said Thoreau. Within the smooth capsule the minute seeds are coiled like snail-shells.

Suggesting a brilliant magenta evening primrose in shape, the meadow-beauty is also a rather sparse bloomer, with only a few flowers in each cluster blooming at the same time; but where large groups grace our marshes, it’s no surprise that such an impressive plant is sent to European peat gardens. Its beautiful relative, the MARYLAND MEADOW-BEAUTY (R. Mariana), which has a smaller, less vibrant flower and is found no farther north than the swamps and pine barrens of New Jersey, is also sent abroad to be admired; however, neither is suitable for cutting since the delicate petals quickly lose color and fall off when touched. Blossoms with such attractive colors naturally attract many winged visitors to transfer their pollen. All too soon after fertilization, the now unnecessary petals drop, leaving the pretty urn-shaped calyx, with the large yellow protruding stamens, much more noticeable than some flowers. "Its seed-vessels are perfect little cream pitchers of graceful form," said Thoreau. Inside the smooth capsule, the tiny seeds are coiled like snail shells.

GREAT OR SPIKED WILLOW-HERB; FIRE-WEED
  (Chamaenerion angustifolium; Epilobium angustifolium of Gray)
Evening Primrose family

GREAT OR SPIKED WILLOW-HERB; FIRE-WEED
  (Chamaenerion angustifolium; Epilobium angustifolium of Gray)
Evening Primrose family

Flowers - Magenta or pink, sometimes pale, or rarely white, more or less than 1 in. across, in an elongated, terminal, spike-like raceme. Calyx tubular, narrow, in 4 segments; 4 rounded, spreading petals; 8 stamens; 1 pistil, hairy at base; the stigma 4-lobed. Stem: 2 to 8 ft. high, simple, smooth, leafy. Leaves: Narrow, tapering, willow-like, 2 to 6 in. long. Fruit: A slender, curved, violet-tinted capsule, from 2 to 3 in. long, containing numerous seeds attached to tufts of fluffy, white, silky threads. Preferred Habitat - Dry soil, fields, roadsides, especially in burnt-over districts. Flowering Season - June-September. Distribution - From Atlantic to Pacific, with few interruptions; British Possessions and United States southward to the Carolinas and Arizona. Also Europe and Asia.

Flowers - Magenta or pink, sometimes pale, or rarely white, generally about 1 inch across, arranged in a long, spike-like cluster. The calyx is tubular and narrow, divided into 4 segments; there are 4 rounded, spreading petals; 8 stamens; and 1 hairy pistil at the base, with a stigma that has 4 lobes. Stem: 2 to 8 feet tall, simple, smooth, and leafy. Leaves: Narrow, tapering, and willow-like, 2 to 6 inches long. Fruit: A slender, curved capsule that is violet-tinted, measuring 2 to 3 inches long, containing many seeds attached to tufts of fluffy, white, silky threads. Preferred Habitat - Dry soil, fields, and roadsides, especially in areas that have been burned. Flowering Season - June to September. Distribution - From the Atlantic to the Pacific with few interruptions; found in British territories and the United States down to the Carolinas and Arizona. Also present in Europe and Asia.

Spikes of these beautiful brilliant flowers towering upward above dry soil, particularly where the woodsman's axe and forest fires have devastated the landscape, illustrate Nature's abhorrence of ugliness. Other kindly plants have earned the name of fire-weed, but none so quickly beautifies the blackened clearings of the pioneer, nor blossoms over the charred trail in the wake of the locomotive. Beginning at the bottom of the long spike, the flowers open in slow succession upward throughout the summer, leaving behind the attractive seed-vessels, which, splitting lengthwise in September, send adrift white silky tufts attached to seeds that will one day cover far distant wastes with beauty. Almost perfect rosettes, made by the young plants, are met with on one's winter walks.

Spikes of these beautiful, bright flowers rising high above dry soil, especially in areas where the woodsman's axe and forest fires have destroyed the landscape, show Nature's dislike for ugliness. Other friendly plants have been called fire-weed, but none beautifies the burned areas of the pioneer as quickly, nor blooms along the charred path left by the train. Starting at the base of the tall spike, the flowers open slowly from the bottom to the top throughout the summer, leaving behind attractive seed pods that, when they split open in September, release fluffy white tufts attached to seeds that will eventually spread beauty to distant lands. Almost perfect rosettes, formed by the young plants, can be found during winter walks.

Epi, upon, and lobos, a pod, combine to make a name applicable to many flowers of this family. In general structure the fire-weed closely resembles its relative the evening primrose. Bees, not moths, however, are its benefactors. Coming to a newly opened flower, the bee finds abundant pollen on the anthers and a sip of nectar in the cup below. At this stage the flower keeps its still immature style curved downward and backward lest it should become self-fertilized - an evil ever to be guarded against by ambitious plants. In a few days, or after the pollen has been removed, up stretches the style, spreading its four receptive stigmas just where an incoming bee, well dusted from a younger flower, must certainly leave some pollen on their sticky surfaces.

Epi, upon, and lobos, a pod, come together to create a name that applies to many flowers in this family. Overall, the fireweed looks a lot like its relative, the evening primrose. However, it's bees, not moths, that help it out. When a bee visits a newly opened flower, it finds plenty of pollen on the anthers and a sip of nectar in the cup below. At this stage, the flower keeps its still immature style curved downwards and backwards to avoid self-fertilization—something that ambitious plants must always guard against. After a few days, or once the pollen has been removed, the style stretches upwards, spreading its four receptive stigmas just in time for a visiting bee, dusted from a younger flower, to leave some pollen on their sticky surfaces.

The GREAT HAIRY WILLOW-HERB (Epilobium hirsutum), whose white tufted seeds came over from Europe in the ballast to be blown over Ontario and the Eastern States, spreads also by underground shoots, until it seems destined to occupy wide areas. In these showy magenta flowers, about one inch across, the stigmas and anthers mature simultaneously but cross-fertilization is usually insured because the former surpass the latter, and naturally are first touched by the insect visitor. In default of visits, however, the stigmas, at length curling backward, come in contact with the pollen-laden anthers. The fire-weed, on the contrary, is unable to fertilize itself.

The GREAT HAIRY WILLOW-HERB (Epilobium hirsutum), with its white fluffy seeds that arrived from Europe in the ballast, spreads across Ontario and the Eastern States. It also grows through underground shoots, making it seem likely to take over large areas. The flowers are bright magenta and about one inch wide, with stigmas and anthers maturing at the same time, but cross-fertilization usually happens because the stigmas are longer and get reached by visiting insects first. However, if there are no visitors, the stigmas eventually curl back and touch the pollen-covered anthers. In contrast, the fire-weed cannot fertilize itself.

A pale magenta-pink or whitish, very small-flowered, branching species, one to two feet high, found in swamps from New Brunswick to the Pacific, and southward to Delaware, is the LINEAR-LEAVED WILLOW-HERB (F. lineare), whose distinguishing features are its very narrow, acute leaves, its hoariness throughout, the dingy threads on its tiny seeds, and the occasional bulblets it bears near the base of the stem. It is scarcely to be distinguished by one not well up in field practice from another bog lover, the DOWNY or SOFT WILLOW-HERB (F. strictum), which, however, is a trifle taller, glandular throughout, and with sessile, not petioled, leaves. The PURPLE-LEAVED WILLOW-HERB (E. coloratum), common in low grounds, may best be named by the reddish-brown coma to which its seeds are attached. Both leaves and stem are often highly colored.

A pale magenta-pink or whitish, very small-flowered, branching species that grows one to two feet high, found in swamps from New Brunswick to the Pacific and south to Delaware, is the LINEAR-LEAVED WILLOW-HERB (F. lineare). Its distinguishing features include very narrow, pointy leaves, a fuzzy texture overall, dingy threads on its tiny seeds, and occasional bulblets near the base of the stem. It can be hard to tell apart from another bog-loving plant, the DOWNY or SOFT WILLOW-HERB (F. strictum), which is slightly taller, has a glandular texture throughout, and has sessile (not petioled) leaves. The PURPLE-LEAVED WILLOW-HERB (E. coloratum), commonly found in low areas, is best identified by the reddish-brown tuft attached to its seeds. Both the leaves and stem often have vibrant colors.

BOG WINTERGREEN
  (Pyrola uliginosa; P. rotundifolia, var. uliginosa of Gray)
Wintergreen family

BOG WINTERGREEN
  (Pyrola uliginosa; P. rotundifolia, var. uliginosa of Gray)
Wintergreen family

Flowers - Magenta pink, fragrant, about 1/2 in. across, 7 to 15 on a leafless scape 6 to 15 in. high. Calyx 5-parted; 5 concave petals; 10 stamens; style curved upward, exserted. Leaves: From the root, broadly oval or round, rather thick and dull, on petioles. Preferred Habitat - Swamps and bogs. Flowering Season - June. Distribution - Nova Scotia to British Columbia, southward to New York and Colorado.

Flowers - Magenta pink, fragrant, about 0.5 inches across, with 7 to 15 flowers on a leafless stem that is 6 to 15 inches tall. Calyx has 5 parts; 5 concave petals; 10 stamens; style curves upward and extends out. Leaves: Broadly oval or round, somewhat thick and dull, growing from the root on short stems. Preferred Habitat - Swamps and bogs. Flowering Season - June. Distribution - From Nova Scotia to British Columbia, and south to New York and Colorado.

Fragrant colonies of this little plant cuddled close to the moss of cool, northern peat bogs draw forth our admiration when we go orchid hunting in early summer. A similar species, the LIVER-LEAF WINTERGREEN (P. asarifolia), with shining, not dull, leaves and rose-colored flowers, not to mention minor differences, is likewise found in swamps and wet woods. These two wintergreens, formerly counted mere varieties of the white-flowered rotundifolia, a lover of dry woods, have now been given specific individuality by later-day systematists. Short-lipped bees and flies may be detected in the act of applying their mouths to the orifices of the anthers through which pollen is shed, and some must be carried to the stigma of another flower.

Fragrant clusters of this little plant nestled close to the moss of cool, northern peat bogs capture our admiration when we go orchid hunting in early summer. A similar species, the LIVER-LEAF WINTERGREEN (P. asarifolia), with shiny, not dull, leaves and rose-colored flowers, along with some minor differences, is also found in swamps and wet woods. These two wintergreens, which were once considered just varieties of the white-flowered rotundifolia, a plant that prefers dry woods, have been recognized as distinct species by modern taxonomists. Short-lipped bees and flies can be seen using their mouths to access the openings of the anthers where pollen is released, and some of that pollen must be transferred to the stigma of another flower.

PIPSISSEWA; PRINCE'S PINE
  (Chimaphila umbellata) Wintergreen family

PIPSISSEWA; PRINCE'S PINE
  (Chimaphila umbellata) Wintergreen family

Flowers - Flesh-colored, or pinkish, fragrant, waxy, usually with deep pink ring around center, and the anthers colored; about 1/2 in. across; several flowers in loose, terminal cluster. Calyx 5-cleft; corolla of 5 concave, rounded, spreading petals; 10 stamens, the filaments hairy style short, conical, with a round stigma. Stem: Trailing far along ground, creeping, or partly subterranean, sending up sterile and flowering branches 3 to 10 in. high. Leaves: Opposite or in whorls, evergreen, bright, shining, spatulate to lance-shaped, sharply saw-edged. Preferred Habitat - Dry woods, sandy leaf-mould. Flowering Season - June-August. Distribution - British Possessions and the United States north of Georgia from the Atlantic to the Pacific. Also Mexico, Europe, and Asia.

Flowers - Flesh-colored or pinkish, fragrant, waxy, usually featuring a deep pink ring around the center, with colored anthers; about 1/2 inch across; several flowers in a loose, terminal cluster. Calyx is 5-cleft; corolla has 5 concave, rounded, spreading petals; 10 stamens, with hairy filaments; the style is short, conical, with a round stigma. Stem: Trailing along the ground, creeping, or partly underground, sending up sterile and flowering branches that are 3 to 10 inches high. Leaves: Opposite or in whorls, evergreen, bright, shiny, spatula-shaped to lance-shaped, with sharply saw-edged margins. Preferred Habitat - Dry woods, sandy leaf-mold. Flowering Season - June-August. Distribution - British Possessions and the United States north of Georgia from the Atlantic to the Pacific. Also found in Mexico, Europe, and Asia.

A lover of winter indeed (cheima = winter and phileo = to love) is the prince's pine, whose beautiful dark leaves keep their color and gloss in spite of snow and intense cold. A few yards of the trailing stem, easily ripped from the light soil of its woodland home, make a charming indoor decoration, especially when the little brown seed-cases remain. Few flowers are more suggestive of the woods than these shy, dainty, deliciously fragrant little blossoms.

A true lover of winter (cheima = winter and phileo = to love) is the prince's pine, whose beautiful dark leaves retain their color and shine despite the snow and freezing temperatures. A few yards of the trailing stem, easily pulled from the light soil of its forest home, make a lovely indoor decoration, especially when the small brown seed pods are left intact. Few flowers evoke the woods more than these delicate, shy, and wonderfully fragrant little blossoms.

The SPOTTED WINTERGREEN, or PIPSISSEWA (C. maculata), closely resembles the prince's pine, except that its slightly larger white or pinkish flowers lack the deep pink ring; and the lance-shaped leaves, with rather distant saw-teeth, are beautifully mottled with white along the veins. When we see short-lipped bees and flies about these flowers, we may be sure their pollen-covered mouths come in contact with the moist stigma on the summit of the little top-shaped style, and so effect cross-fertilization.

The SPOTTED WINTERGREEN, or PIPSISSEWA (C. maculata), looks a lot like prince's pine, but its slightly larger white or pinkish flowers don't have the deep pink ring; and the lance-shaped leaves, which have somewhat spaced saw-like edges, are beautifully mottled with white along the veins. When we see short-lipped bees and flies around these flowers, we can be sure their pollen-covered mouths touch the moist stigma at the top of the little top-shaped style, facilitating cross-fertilization.

WILD HONEYSUCKLE; PINK, PURPLE, or WILD AZALEA; PINXTER-FLOWER
  (Azalea nudiflora) Heath family

WILD HONEYSUCKLE; PINK, PURPLE, or WILD AZALEA; PINXTER-FLOWER
  (Azalea nudiflora) Heath family

Flowers - Crimson pink, purplish or rose pink, to nearly white, 1 1/2 to 2 in. across, faintly fragrant, clustered, opening before or with the leaves, and developed from cone-like, scaly brown buds. Calyx minute, 5-parted; corolla funnel-shaped, the tube narrow, hairy, with 5 regular, spreading lobes; 5 long red stamens; 1 pistil, declined, protruding. Stem: Shrubby, usually simple below, but branching above, 2 to 6 ft. high. Leaves: Usually clustered, deciduous, oblong, acute at both ends, hairy on midrib. Preferred Habitat - Moist, rocky woods, or dry woods and thickets. Flowering Season - April-May. Distribution - Maine to Illinois, and southward to the Gulf.

Flowers - Crimson pink, purplish or rose pink, to nearly white, 1.5 to 2 inches across, faintly fragrant, clustered, opening before or with the leaves, and coming from cone-like, scaly brown buds. The calyx is tiny and 5-parted; the corolla is funnel-shaped with a narrow, hairy tube and 5 regular, spreading lobes; there are 5 long red stamens and 1 declined, protruding pistil. Stem: Shrubby, usually simple at the bottom but branching at the top, 2 to 6 feet high. Leaves: Usually clustered, deciduous, oblong, pointed at both ends, and hairy along the midrib. Preferred Habitat - Moist, rocky woods, or dry woods and thickets. Flowering Season - April-May. Distribution - Maine to Illinois, and southward to the Gulf.

Woods and hillsides are glowing with fragrant, rosy masses of this lovely azalea, the Pinxter-bloem or Whitsunday flower of the Dutch colonists, long before the seventh Sunday after Easter. Among our earliest exports, this hardy shrub, the swamp azalea, and the superb flame-colored species of the Alleghanies, were sent early in the eighteenth century to the old country, and there crossed with A. Pontica of southern Europe by the Belgian horticulturalists, to whom we owe the Ghent azaleas, the final triumphs of the hybridizer, that glorify the shrubberies on our own lawns to-day. The azalea became the national flower of Flanders. These hardy species lose their leaves in winter, whereas the hothouse varieties of A. Indica, a native of China and Japan, have thickish leaves, almost if not quite evergreen. A few of the latter stand our northern winters, especially the pure white variety now quite commonly planted in cemetery lots. In that delightfully enthusiastic little book, "The Garden's Story," Mr. Ellwanger says of the Ghent azalea "In it I find a charm presented by no other flower. Its soft tints of buff, sulphur, and primrose; its dazzling shades of apricot, salmon, orange, and vermilion are always a fresh revelation of color. They have no parallel among flowers, and exist only in opals, sunset skies, and the flush of autumn woods." Certainly American horticulturists were not clever in allowing the industry of raising these plants from our native stock to thrive on foreign soil.

Woods and hillsides are radiant with fragrant, pink clusters of this beautiful azalea, the Pinxter-bloem or Whitsunday flower of the Dutch settlers, long before the seventh Sunday after Easter. Among our earliest exports, this tough shrub, the swamp azalea, and the stunning flame-colored species from the Alleghanies were sent to Europe in the early eighteenth century, where they were crossed with A. Pontica from southern Europe by Belgian horticulturists. We owe the creation of the Ghent azaleas, the ultimate achievements of hybridizers, which now enhance the gardens on our own lawns. The azalea became the national flower of Flanders. These hardy types lose their leaves in winter, while the greenhouse varieties of A. Indica, native to China and Japan, have thick leaves that are almost evergreen. A few of these can survive our northern winters, especially the pure white variety that is now commonly planted in cemeteries. In that wonderfully enthusiastic little book, "The Garden's Story," Mr. Ellwanger remarks about the Ghent azalea, "In it I find a charm presented by no other flower. Its soft shades of buff, sulphur, and primrose; its striking hues of apricot, salmon, orange, and vermilion are always a refreshing discovery of color. They have no equal among flowers, and only exist in opals, sunset skies, and the blush of autumn woodlands." Clearly, American horticulturists were not wise in allowing the cultivation of these plants from our native stock to flourish abroad.

Naturally the azalea's protruding style forms the most convenient alighting place for the female bee, its chief friend; and there she leaves a few grains of pollen, brought on her hairy underside from another flower, before again dusting herself there as she crawls over the pretty colored anthers on her way to the nectary. Honey produced from azaleas by the hive bee is in bad repute. All too soon after fertilization the now useless corolla slides along to the tip of the pistil, where it swings a while before dropping to earth.

Naturally, the azalea's protruding shape creates the perfect landing spot for the female bee, its main ally. She leaves a few grains of pollen on her hairy underside from another flower before dusting herself again as she crawls over the brightly colored anthers on her way to the nectary. Honey made from azaleas by hive bees has a bad reputation. Soon after fertilization, the now unnecessary petals slide down to the tip of the pistil, where they hang for a bit before falling to the ground.

Our beautiful wild honeysuckle, called naked (nudiflora), because very often the flowers appear before the leaves, has a peculiar Japanese grace on that account. Every farmer's boy's mouth waters at sight of the cool, juicy May-apple, the extraordinary pulpy growth on this plant and the swamp pink. This excrescence seems to have no other use than that of a gratuitous, harmless gift to the thirsty child, from whom it exacts no reward of carrying seeds to plant distant colonies, as the mandrake's yellow, tomato-like May-apple does. But let him beware, as he is likely to, of the similar looking, but hollow, stringy apples growing on the bushy Andromeda, which turn black with age.

Our beautiful wild honeysuckle, known as naked (nudiflora), often blooms before the leaves, giving it a unique Japanese elegance. Every farm boy's mouth waters at the sight of the cool, juicy May-apple, an incredible fleshy growth on this plant, along with the swamp pink. This growth seems to serve no purpose other than being a free, harmless treat for the thirsty child, who isn’t expected to help by spreading seeds to establish new colonies, unlike the yellow, tomato-like May-apple of the mandrake. But he should be cautious, as he may confuse it with the similar-looking, hollow, stringy apples that grow on the bushy Andromeda, which turn black as they age.

>From Maine to Florida and westward to Texas, chiefly near the coast, in low, wet places only need we look for the SWAMP PINK or HONEYSUCKLE, WHITE or CLAMMY AZALEA (A. viscosa), a more hairy species than the Pinxter-flower, with a very sticky, glandular corolla tube, and deliciously fragrant blossoms, by no means invariably white. John Burroughs is not the only one who has passed "several patches of swamp honeysuckles, red with blossoms" ("Wake-Robin"). But as this species does not bloom until June and July, when the sun quickly bleaches the delicate flowers, it is true we most frequently find them white, merely tinged with pink. The leaves are well developed before the blossoms appear. Concerning azaleas' poisonous property, see the discussion under mountain laurel that follows.

>From Maine to Florida and westward to Texas, mainly near the coast, in low, wet areas, we only need to look for the SWAMP PINK or HONEYSUCKLE, WHITE or CLAMMY AZALEA (A. viscosa), which is hairier than the Pinxter flower, with a very sticky, glandular corolla tube and wonderfully fragrant blossoms that aren’t necessarily always white. John Burroughs isn’t the only one who has passed "several patches of swamp honeysuckles, red with blossoms" ("Wake-Robin"). However, since this species doesn’t bloom until June and July, when the sun quickly fades the delicate flowers, it’s true that we most often find them white, just slightly tinged with pink. The leaves are well developed before the blossoms appear. For information about the azaleas’ poisonous properties, see the discussion under mountain laurel that follows.

RHODORA (Rhodora Canadensis; Rhododendron Rhodora of Gray) Heath family

RHODORA (Rhodora Canadensis; Rhododendron Rhodora of Gray) Heath family

Flowers - Purplish pink, rose, or nearly white, 1 1/2 in. broad or less, in clusters on short, stiff, hairy pedicels, and usually appearing before the leaves, from scaly, terminal buds. Calyx minute; corolla 2-lipped, upper lip unequally 2-3 lobed; lower lip 2-cleft; 10 stamens; pistil, the style slightly protruding. Stem: 1 to 3 ft. high, shrubby, branching. Leaves: Deciduous, oval to oblong, dark green above, pale and hairy beneath. Preferred Habitat - Wet hillsides, damp woods, beside sluggish streams, cool bogs. Flowering Season - May. Distribution - Newfoundland to Pennsylvania mountains.

Flowers - Purplish-pink, rose, or nearly white, 1.5 inches wide or less, in clusters on short, stiff, hairy stems, usually appearing before the leaves, coming from scaly, terminal buds. The calyx is tiny; the corolla has 2 lips, with the upper lip unevenly 2-3 lobed and the lower lip 2-cleft; there are 10 stamens, and the pistil has a style that slightly protrudes. Stem: 1 to 3 feet tall, shrubby, and branching. Leaves: Deciduous, oval to oblong, dark green on top, pale and hairy underneath. Preferred Habitat - Wet hillsides, damp woods, next to slow-moving streams, and cool bogs. Flowering Season - May. Distribution - From Newfoundland to the mountains of Pennsylvania.

A superficial glance at this low, little, thin shrub might mistake it for a magenta variety of the leafless Pinxter-flower. It does its best to console the New Englanders for the scarcity of the magnificent rhododendron, with which it was formerly classed. The Sage of Concord, who became so enamored of it that Massachusetts people often speak of it as "Emerson's flower," extols its loveliness in a sonnet:

A quick look at this short, slender shrub might lead you to think it's a magenta version of the leafless Pinxter-flower. It tries to make up for the lack of the stunning rhododendron, which it was once grouped with. The Sage of Concord, who fell so in love with it that people in Massachusetts often refer to it as "Emerson's flower," praises its beauty in a sonnet:

     "Rhodora! If the sages ask thee why
      This charm is wasted on the earth and sky,
      Tell them, dear, if eyes were made for seeing,
      Then Beauty is its own excuse for being."

"Rhodora! If the wise ask you why
This charm is wasted on the earth and sky,
Tell them, dear, if eyes were made for seeing,
Then Beauty is its own reason for existing."

AMERICAN or GREAT RHODODENDRON; GREAT LAUREL; ROSE TREE, or BAY
  (Rhododendron maximum) Heath family

AMERICAN or GREAT RHODODENDRON; GREAT LAUREL; ROSE TREE, or BAY
  (Rhododendron maximum) Heath family

Flowers - Rose pink, varying to white, greenish in the throat, spotted with yellow or orange, in broad clusters set like a bouquet among leaves, and developed from scaly, cone-like buds; pedicels sticky-hairy. Calyx 5-parted, minute; corolla 5-lobed, broadly bell-shaped, 2 in. broad or less usually 10 stamens, equally spreading; pistil. Stem: Sometimes a tree attaining a height of 40 ft., usually 6 to 20 ft., shrubby, woody. Leaves: Evergreen, drooping in winter, leathery, dark green on both sides, lance-oblong, 4 to 10 in. long, entire edged, narrowing into stout petioles. Preferred Habitat - Mountainous woodland, hillsides near streams. Flowering Season - June-July. Distribution - Uncommon from Ohio and New England to Nova Scotia; abundant through the Alleghanies to Georgia.

Flowers - Rose pink, fading to white, with a greenish throat, spotted with yellow or orange, arranged in broad clusters resembling a bouquet among the leaves, and emerging from scaly, cone-like buds; pedicels are sticky and hairy. The calyx is 5-parted and tiny; the corolla is 5-lobed, broadly bell-shaped, usually less than 2 inches wide with 10 stamens that spread evenly; and the pistil. Stem: Occasionally a tree that can reach 40 feet, but typically shrubby and woody, ranging from 6 to 20 feet. Leaves: Evergreen, drooping in winter, leathery, dark green on both sides, lance-shaped and oblong, 4 to 10 inches long, with smooth edges that taper into thick petioles. Preferred Habitat - Mountainous woodlands, hillsides near streams. Flowering Season - June-July. Distribution - Uncommon from Ohio and New England to Nova Scotia; abundant through the Alleghenies to Georgia.

When this most magnificent of our native shrubs covers whole mountain sides throughout the Alleghany region with bloom, one stands awed in the presence of such overwhelming beauty. Nowhere else does the rhododendron attain such size or luxuriance. There it produces a tall trunk, and towers among the trees; it spreads its branches far and wide until they interlock and form almost impenetrable thickets locally called "hells;" it glorifies the loneliest mountain road with superb bouquets of its delicate flowers set among dark, glossy foliage scarcely less attractive. The mountain in bloom is worth travelling a thousand miles to see.

When this amazing native shrub covers entire mountain sides throughout the Alleghany region with its blossoms, it leaves you in awe of such stunning beauty. Nowhere else does the rhododendron grow so large or lush. It develops a tall trunk and rises above the trees; it spreads its branches wide until they intertwine to create nearly impenetrable thickets locally known as "hells;" it enhances the most isolated mountain road with beautiful clusters of its delicate flowers set against dark, glossy leaves that are almost as appealing. The blooming mountain is worth a thousand-mile journey to witness.

Farther south the more purplish-pink or lilac-flowered CAROLINA RHODODENDRON (R. Catawbiense) flourishes. This southern shrub, which is perfectly hardy, unlike its northern sister, has been used by cultivators as a basis for producing the fine hybrids now so extensively grown on lawns in this country and Europe. Crossed with the Nepal species (R. arboreum) the best results follow. Americans, ever too prone to make the eagle scream on their trips abroad, need not monopolize all the glory for the cultivated rhododendron, as they are apt to do when they see it on fine estates in England. The Himalayas, which are covered with rhododendrons of brighter hue than ours, furnish many of the shrubs of commerce. Our rhododendron produces one of the hardest and strongest of woods, weighing thirty-nine pounds per cubic foot.

Farther south, the more purplish-pink or lilac-flowered CAROLINA RHODODENDRON (R. Catawbiense) thrives. This southern shrub is perfectly hardy, unlike its northern counterpart, and has been used by growers to create the beautiful hybrids that are now widely planted on lawns in the U.S. and Europe. When crossed with the Nepal species (R. arboreum), it yields the best results. Americans, often eager to take all the credit for the cultivated rhododendron, shouldn’t forget that these beautiful plants can be seen in impressive estates in England. The Himalayas, rich with rhododendrons in brighter colors than ours, supply many of the shrubs in commercial use. Our rhododendron produces one of the hardest and strongest types of wood, weighing thirty-nine pounds per cubic foot.

Rhododendrons, azaleas, and laurels fall under a common ban pronounced by bee-keepers. The bees which transfer pollen from blossom to blossom while gathering nectar, manufacture honey said to be poisonous. Cattle know enough to let all this foliage alone. Apparently the ants fear no more evil results from the nectar than the bees themselves; and were it not for the sticky parts nearest the flowers, on which they crawl to meet their death, the blossom's true benefactors would find little refreshment left.

Rhododendrons, azaleas, and laurels are all on a list of plants that beekeepers warn about. The bees that collect nectar from these flowers to spread pollen end up producing honey that is considered toxic. Cows smartly avoid these plants. It seems that ants are not concerned about any harmful effects from the nectar, just like the bees; but if it weren't for the sticky parts near the flowers, where they crawl and meet their end, the flowers' real helpers would hardly find any nectar left.

MOUNTAIN or AMERICAN LAUREL; CALICO BUSH; SPOONWOOD; CALMOUN;
BROAD-LEAVED KALMIA
  (Kalmia latifolia) Heath family

MOUNTAIN or AMERICAN LAUREL; CALICO BUSH; SPOONWOOD; CALMOUN;
BROAD-LEAVED KALMIA
  (Kalmia latifolia) Heath family

Flowers - Buds and new flowers bright rose pink, afterward fading white, and only lined with pink, 1 in. across, or less, numerous, in terminal clusters. Calyx small, 5-parted, sticky corolla like a 5-pointed saucer, with 10 projections on outside; 10 arching stamens, an anther lodged in each projection; 1 pistil. Stem: Shrubby, woody, stiffly branched, 2 to 20 ft. high. Leaves: Evergreen, entire, oval to elliptic, pointed at both ends, tapering into petioles. Fruit: A round, brown capsule, with the style long remaining on it. Preferred Habitat - Sandy or rocky woods, especially in hilly or mountainous country. Flowering Season - May-June. Distribution - New Brunswick and Ontario, southward to the Gulf of Mexico, and westward to Ohio.

Flowers - Buds and new blooms are a bright rose pink, later fading to white, and only edged with pink, about 1 inch across or smaller, appearing in dense clusters at the top. The calyx is small, divided into five parts, and has a sticky corolla shaped like a five-pointed saucer, with ten projections on the outside; there are ten arching stamens, each with an anther resting in a projection; and one pistil. Stem: Shrubby, woody, and stiffly branched, ranging from 2 to 20 feet high. Leaves: Evergreen, smooth-edged, oval to elliptical in shape, pointed at both ends, tapering into petioles. Fruit: A round, brown capsule, with the style remaining long after it has matured. Preferred Habitat - Sandy or rocky forests, particularly in hilly or mountainous areas. Flowering Season - May-June. Distribution - New Brunswick and Ontario, extending south to the Gulf of Mexico and west to Ohio.

It would be well if Americans, imitating the Japanese in making pilgrimages to scenes of supreme natural beauty, visited the mountains, rocky, woody hillsides, ravines, and tree-girt uplands when the laurel is in its glory; when masses of its pink and white blossoms, set among the dark evergreen leaves, flush the landscape like Aurora, and are reflected from the pools of streams and the serene depths of mountain lakes. Peter Kalm, a Swedish pupil of Linnaeus, who traveled here early in the eighteenth century, was more impressed by its beauty than that of any other flower. He introduced the plant to Europe, where it is known as kalmia, and extensively cultivated on fine estates that are thrown open to the public during the flowering season. Even a flower is not without honor, save in its own country. We have only to prepare a border of leaf-mould, take up the young plant without injuring the roots or allowing them to dry, hurry them into the ground, and prune back the bush a little, to establish it in our gardens, where it will bloom freely after the second year.

It would be great if Americans, like the Japanese, took trips to beautiful natural spots, visiting the mountains, rocky hillsides, ravines, and tree-lined uplands when the laurel is in full bloom; when clusters of its pink and white flowers, surrounded by dark evergreen leaves, brighten the landscape like sunrise, and are reflected in the streams and the calm depths of mountain lakes. Peter Kalm, a Swedish student of Linnaeus, who traveled here in the early eighteenth century, was more impressed by its beauty than any other flower. He brought the plant to Europe, where it’s known as kalmia, and is widely cultivated on fine estates that open up to the public during the blooming season. Even a flower doesn’t get the respect it deserves, except outside its own country. We just need to prepare a border of leaf-mould, carefully take the young plant up without damaging the roots or letting them dry out, quickly put them in the ground, and trim back the bush a bit to establish it in our gardens, where it will bloom consistently after the second year.

All the kalmias resort to a most ingenious device for compelling insect visitors to carry their pollen from blossom to blossom. A newly opened flower has its stigma erected where the incoming bee must leave on its sticky surface the four minute orange-like grains carried from the anther of another flower on the hairy underside of her body. Now, each anther is tucked away in one of the ten little pockets of the saucer-shaped blossom, and the elastic filaments are strained upward like a bow. After hovering above the nectary, the bee has only to descend toward it, when her leg, touching against one of the hair-triggers of the spring trap, pop goes the little anther-gun, discharging pollen from its bores as it flies upward. So delicately is the mechanism adjusted, the slightest jar or rough handling releases the anthers; but, on the other hand, should insects be excluded by a net stretched over the plant, the flowers will fall off and wither without firing off their pollen-charged guns. At least, this is true in the great majority of tests. As in the case of hothouse flowers no fertile seed is set when nets keep away the laurel's benefactors. One has only to touch the hair-trigger with the end of a pin to see how exquisitely delicate is this provision for cross-fertilization.

All the kalmias use a clever method to get insect visitors to carry their pollen from flower to flower. When a flower first opens, its stigma stands up so that the incoming bee must leave behind the four tiny, orange-like grains it picked up from the anther of another flower on the hairy underside of its body. Each anther is hidden away in one of the ten small pockets of the saucer-shaped blossom, and the elastic filaments are pulled upwards like a bow. After hovering above the nectary, the bee just has to move down towards it, and when its leg brushes against one of the hair-trigger mechanisms of the spring trap, the little anther-gun pops, shooting pollen out as it springs back up. The mechanism is so finely tuned that even the slightest bump or rough handling can release the anthers; however, if insects are kept away by a net over the plant, the flowers will drop off and die without releasing their pollen-loaded guns. This is true in most cases. Just like with hothouse flowers, no fertile seed is produced when nets keep away the laurel's helpers. You only need to touch the hair-trigger with the end of a pin to see how incredibly delicate this method of cross-fertilization is.

However much we may be cautioned by the apiculturalists against honey made from laurel nectar, the bees themselves ignore all warnings and apparently without evil results - happily for flowers dependent upon them and their kin. Mr. Frank R. Cheshire, in "Bees and Bee-keeping," the standard English work on the subject, writes: "During the celebrated Retreat of the Ten Thousand, as recorded by Xenophon in his 'Anabasis,' the soldiers regaled themselves upon some honey found near Trebizonde where were many beehives. Intoxication with vomiting was the result. Some were so overcome, he states, as to be incapable of standing. Not a soldier died, but very many were greatly weakened for several days. Tournefort endeavored to ascertain whether this account was corroborated by anything ascertainable in the locality, and had good reason to be satisfied respecting it. He concluded that the honey had been gathered from a shrub growing in the neighborhood of Trebizonde, which is well known there as producing the before-mentioned effects. It is now agreed that the plants were species of rhododendron and azaleas. Lamberti confirms Xenophon's account by stating that similar effects are produced by honey of Colchis, where the same shrubs are common. In 1790, even, fatal cases occurred in America in consequence of eating wild honey, which was traced to Kahmia latifolia by an inquiry instituted under direction of the American government. Happily, our American cousins are now never likely to thus suffer, thanks to drainage, the plow, and the bee-farm."

However much apiculturists warn us about honey made from laurel nectar, the bees themselves ignore these cautions, seemingly without any harmful effects—thankfully for the flowers that rely on them and their relatives. Mr. Frank R. Cheshire, in "Bees and Beekeeping," the standard English text on the subject, writes: "During the famous Retreat of the Ten Thousand, as recorded by Xenophon in his 'Anabasis,' the soldiers treated themselves to some honey found near Trebizond, where there were many beehives. Intoxication with vomiting was the result. Some were so affected that they couldn't stand. No soldier died, but many were significantly weakened for several days. Tournefort tried to find out if this account was backed by anything in the area and had good reason to be convinced of its accuracy. He concluded that the honey was gathered from a shrub growing near Trebizond, which is well known for causing the aforementioned effects. It is now agreed that these plants were species of rhododendron and azaleas. Lamberti backs up Xenophon's account by stating that similar effects are produced by honey from Colchis, where the same shrubs are common. In 1790, even fatal cases occurred in America due to eating wild honey, which was traced to Kahmia latifolia through an inquiry initiated by the American government. Thankfully, our American cousins are now unlikely to suffer in this way, thanks to drainage, farming, and bee-keeping."

One of the beautiful swallow-tail butterflies lays its eggs on laurel leaves, that the larvae may feed on them later; yet the foliage often proves deadly to more highly organized creatures. Most cattle know enough to let it alone; nevertheless some fall victims to it every year. Even the intelligent grouse, hard pressed with hunger when deep snow covers much of their chosen food are sometimes found dead and their crops distended by these leaves. How far more unkind than the bristly armored thistle's is the laurel's method of protecting itself against destruction! Even the ant, intent on pilfering sweets secreted for bees, it ruthlessly glues to death against its sticky stems and calices. According to Dr. Barton the Indians drink a decoction of kalmia leaves when they wish to commit suicide.

One of the beautiful swallowtail butterflies lays its eggs on laurel leaves so that the larvae can feed on them later; however, the foliage often proves deadly to more complex creatures. Most cattle know better than to eat it, but some still fall victim to it every year. Even the smart grouse, desperate for food when deep snow covers much of their usual diet, are sometimes found dead with their crops swollen from these leaves. How much more cruel is the laurel's way of protecting itself than the bristly armored thistle's! Even the ant, focused on stealing sweets hidden for bees, is mercilessly glued to death against its sticky stems and calices. According to Dr. Barton, the Native Americans drink a decoction of kalmia leaves when they want to commit suicide.

As laurel wood is very hard and solid, weighing forty-four pounds to the cubic foot, it is in great demand for various purposes, one of them indicated in the plant's popular name of Spoon-wood.

As laurel wood is very hard and dense, weighing forty-four pounds per cubic foot, it is in high demand for various uses, one of which is reflected in the plant's common name, Spoon-wood.

SHEEP-LAUREL, LAMB-KILL, WICKY, CALF-KILL, SHEEP-POISON NARROW-LEAVED LAUREL (K. angustifolia), and so on through a list of folk names testifying chiefly to the plant's wickedness in the pasture, may be especially deadly food for cattle, but it certainly is a feast to the eyes. However much we may admire the small, deep crimson-pink flowers that we find in June and July in moist fields or swampy ground or on the hillsides, few of us will agree with Thoreau, who claimed that it is "handsomer than the mountain laurel." The low shrub may be only six inches high, or it may attain three feet. The narrow evergreen leaves, pale on the underside, have a tendency to form groups of threes, standing upright when newly put forth, but bent downward with the weight of age. A peculiarity of the plant is that clusters of leaves usually terminate the woody stem, for the flowers grow in whorls or in clusters at the side of it below.

SHEEP-LAUREL, LAMB-KILL, WICKY, CALF-KILL, SHEEP-POISON NARROW-LEAVED LAUREL (K. angustifolia), and so on through a list of folk names reflecting the plant's notorious reputation in the pasture, may be particularly harmful to cattle, but it is definitely a visual treat. No matter how much we appreciate the small, deep crimson-pink flowers that appear in June and July in moist fields or swampy areas or on hillsides, few of us will agree with Thoreau, who stated that it is "more beautiful than the mountain laurel." This low shrub can be as short as six inches or grow up to three feet tall. The narrow evergreen leaves, lighter on the underside, tend to grow in groups of threes, standing upright when they first emerge but bending downward as they age. One unique feature of the plant is that clusters of leaves typically top the woody stem, while the flowers grow in whorls or clusters at the sides just below.

The PALE or SWAMP LAUREL (K. glauca), found in cool bogs from Newfoundland to New Jersey and Michigan, and westward to the Pacific Coast, coats the under side of its mostly upright leaves with a smooth whitish bloom like the cabbage's. It is a straggling little bush, even lower than the lamb-kill, and an earlier bloomer, putting forth its loose, niggardly clusters of deep rose or lilac-colored flowers in June.

The PALE or SWAMP LAUREL (K. glauca), found in cool bogs from Newfoundland to New Jersey and Michigan, and all the way to the Pacific Coast, has smooth, whitish blooms on the underside of its mostly upright leaves, resembling those of cabbage. It is a small, sprawling bush, even shorter than the lamb-kill, and it blooms earlier, producing its sparse clusters of deep rose or lilac-colored flowers in June.

TRAILING ARBUTUS; MAYFLOWER; GROUND LAUREL
  (Epigaea repens) Heath family

TRAILING ARBUTUS; MAYFLOWER; GROUND LAUREL
  (Epigaea repens) Heath family

Flowers - Pink, fading to nearly white, very fragrant about 1/2 in. across when expanded, few or many in clusters at ends of branches. Calyx of 5 dry overlapping sepals; corolla salver-shaped, the slender, hairy tube spreading into 5 equal lobes; 10 stamens; 1 pistil with a column-like style and a 5-lobed stigma. Stem: Spreading over the ground (Epigaea = on the earth); woody, the leafy twigs covered with rusty hairs. Leaves: Alternate, oval, rounded at the base, smooth above, more or less hairy below, evergreen, weather-worn, on short, rusty, hairy petioles. Preferred Habitat - Light sandy loam in woods, especially under evergreen trees, or in mossy, rocky places. Flowering Season - March-May. Distribution - Newfoundland to Florida, west to Kentucky, and the Northwest Territory.

Flowers - Pink, fading to almost white, very fragrant, about 1/2 inch across when fully open, appearing in clusters at the ends of branches, whether few or many. The calyx has 5 dry overlapping sepals; the corolla is salver-shaped, with a slender, hairy tube that spreads into 5 equal lobes; there are 10 stamens; and a single pistil with a column-like style and a 5-lobed stigma. Stem: Spreading across the ground (Epigaea = on the earth); woody, with leafy twigs covered in rusty hairs. Leaves: Alternate, oval, rounded at the base, smooth on top, somewhat hairy underneath, evergreen, weather-worn, on short, rusty, hairy petioles. Preferred Habitat - Light sandy loam in woods, especially beneath evergreen trees, or in mossy, rocky areas. Flowering Season - March-May. Distribution - Newfoundland to Florida, west to Kentucky, and the Northwest Territory.

Can words describe the fragrance of the very breath of spring - that delicious commingling of the perfume of arbutus, the odor of pines, and the snow-soaked soil just warming into life? Those who know the flower only as it is sold in the city streets, tied with wet, dirty string into tight bunches, withered and forlorn, can have little idea of the joy of finding the pink, pearly blossoms freshly opened among the withered leaves of oak and chestnut, moss, and pine needles in which they nestle close to the cold earth in the leafless, windy northern forest. Even in Florida, where broad patches carpet the woods in February, one misses something of the arbutus's accustomed charm simply because there are no slushy remnants of snow drifts, no reminders of winter hardships in the vicinity. There can be no glad surprise at finding dainty spring flowers in a land of perpetual summer. Little wonder that the Pilgrim Fathers, after the first awful winter on the "stern New England coast," loved this early messenger of hope and gladness above the frozen ground at Plymouth. In an introductory note to his poem "The Mayflowers," Whittier states that the name was familiar in England, as the application of it to the historic vessel shows; but it was applied by the English, and still is, to the hawthorn. Its use in New England in connection with the trailing arbutus dates from a very early day, some claiming that the first Pilgrims so used it in affectionate memory of the vessel and its English flower association.

Can words capture the scent of spring's breath - that delightful blend of arbutus, pine, and the freshly thawed earth? Those who only know the flower sold in city streets, tied with dirty strings into tight bundles, wilted and sad, can't truly appreciate the joy of discovering the pink, pearly blossoms freshly blooming among the dry leaves of oak and chestnut, moss, and pine needles, nestled close to the cold ground in the bare, windy northern forest. Even in Florida, where wide patches cover the woods in February, something of the arbutus's usual charm is missed simply because there are no slushy remnants of snow, no reminders of winter's struggles nearby. There's no delightful surprise at finding delicate spring flowers in a land of endless summer. It's no wonder that the Pilgrim Fathers, after the harsh winter on the "stern New England coast," cherished this early sign of hope and happiness above the frozen ground at Plymouth. In an introduction to his poem "The Mayflowers," Whittier mentions that the name was well-known in England, as evidenced by its connection to the historic ship; however, it was used by the English, and still is, to refer to the hawthorn. Its use in New England in relation to trailing arbutus dates back to very early days, with some claiming the first Pilgrims used it in fond memory of the ship and its English flower link.

    "Sad Mayflower I watched by winter stars,
       And nursed by winter gales,
     With petals of the sleeted spars,
       And leaves of frozen sails!

"Sad Mayflower I watched by winter stars,
       And nursed by winter gales,
     With petals of the sleeted spars,
       And leaves of frozen sails!

    "But warmer suns ere long shall bring
       To life the frozen sod,
     And through dead leaves of hope shall spring
       Afresh the flowers of God!"

"But warmer suns will soon bring
       To life the frozen ground,
     And through the dead leaves of hope will spring
       The flowers of God once again!"

Some have attempted to show that the Pilgrims did not find the flowers until the last month of spring, and that, therefore, they were named Mayflowers. Certainly the arbutus is not a typical May blossom even in New England. Bryant associates it with the hepatica, our earliest spring flower, in his poem, "The, Twenty-seventh of March":

Some have tried to argue that the Pilgrims didn’t discover the flowers until the last month of spring, and that’s why they were called Mayflowers. Honestly, the arbutus isn’t a typical May bloom, even in New England. Bryant links it with the hepatica, our earliest spring flower, in his poem, "The, Twenty-seventh of March":

               "Within the woods
     Tufts of ground laurel, creeping underneath
     The leaves of the last summer, send their sweets
     Upon the chilly air, and by the oak,
     The squirrel cups, a graceful company
     Hide in their bells a soft aerial blue."

"Within the woods
Clumps of ground laurel, spreading out
Beneath the leaves from last summer, release their sweet scent
Into the cool air, and by the oak,
The squirrels gather, a graceful group
Hiding in their nests a soft sky-blue hue."

There is little use trying to coax this shyest of sylvan flowers into our gardens where other members of its family, rhododendrons, laurels, and azaleas make themselves delightfully at home. It is wild as a hawk, an untamable creature that slowly pines to death when brought into contact with civilization. Greedy street venders, who ruthlessly tear up the plant by the yard, and others without even the excuse of eking out a paltry income by its sale, have already exterminated it within a wide radius of our Eastern cities. How curious that the majority of people show their appreciation of a flower's beauty only by selfishly, ignorantly picking every specimen they can find!

There’s not much point in trying to bring this shyest of woodland flowers into our gardens, where other family members like rhododendrons, laurels, and azaleas thrive happily. It’s wild as a hawk, an untamable being that slowly withers away when faced with civilization. Greedy street vendors, who mercilessly uproot the plant by the yard, and others who don’t even have the excuse of needing a small income from its sale, have already wiped it out in a large area around our Eastern cities. How strange that most people show their appreciation for a flower's beauty only by selfishly and thoughtlessly picking every specimen they can find!

In many localities the arbutus sets no fruit, for it is still undergoing evolutionary changes looking toward the perfecting of an elaborate system to insure cross-fertilization. Already it has attained to perfume, nectar, and color to attract quantities of insects, chiefly flies and small female bees but in some flowers the anthers produce no pollen for them to carry, while others are filled with grains, yet all the stigmas in the neighboring clusters may be defective. The styles and the filaments are of several different lengths, showing a tendency toward trimorphism, perhaps, like the wonderful purple loosestrife; but at present the flower pursues a most wasteful method of distributing pollen, and in different sections of the country acts so differently that its phases are impossible to describe except to the advanced student. They may, however, be best summarized in the words of Professor Asa Gray: "The flowers are of two kinds, each with two modifications; the two main kinds characterized by the nature and perfection of the stigma, along with more or less abortion of the stamens; their modifications by the length of the style."

In many places, the arbutus doesn’t produce any fruit because it is still evolving towards creating a complex system for cross-fertilization. It has already developed perfume, nectar, and color to attract a wide range of insects, mainly flies and small female bees. However, in some flowers, the anthers do not produce pollen for these insects to carry, while others are full of pollen grains, yet all the stigmas in nearby clusters might be defective. The styles and filaments vary in length, suggesting a tendency toward trimorphism, similar to the beautiful purple loosestrife. But right now, the flower uses a very inefficient method of distributing pollen, and it behaves so differently in various regions that it’s hard to describe its stages except to someone with advanced knowledge. They can, however, be mostly summarized by Professor Asa Gray’s words: "The flowers are of two kinds, each with two modifications; the two main kinds characterized by the nature and perfection of the stigma, along with more or less abortion of the stamens; their modifications by the length of the style."

When our English cousins speak of the arbutus, they have in mind a very different species from ours. Theirs is the late flowering strawberry-tree, an evergreen shrub with clustering white blossoms and beautiful rough, red berries. Indeed, the name arbutus is derived from the Celtic word Arboise, meaning rough fruit.

When our English relatives talk about the arbutus, they’re thinking of a completely different type than we are. Their version is the late-flowering strawberry tree, an evergreen shrub with clusters of white flowers and gorgeous rough, red berries. In fact, the name arbutus comes from the Celtic word Arboise, which means rough fruit.

LARGE or AMERICAN CRANBERRY
  (Oxycoccus macrocarpus; Vaccinium macrocarpon of Gray)
Huckleberry family

LARGE or AMERICAN CRANBERRY
  (Oxycoccus macrocarpus; Vaccinium macrocarpon of Gray)
Huckleberry family

Flowers - Light pink, about 1/2 in. across, nodding on slender pedicels from sides and tips of erect branches. Calyx round, 4-or 5-parted; corolla a long cone in bud, its four or five nearly separate, narrow petals turned far backward later; 8 or 10 stamens, the anthers united into a protruding cone, its hollow tubes shedding pollen by a pore at tip. Stem: Creeping or trailing, slender, woody, 1 to 3 ft. long, its leafy branches 8 in. high or less. Leaves: Small, alternate, oblong, evergreen, pale beneath, the edges rolled backward. Fruit: An oblong or ovoid, many seeded, juicy red berry (Oxycoccus = sour berry). Preferred Habitat - Bogs; sandy, swampy meadows. Flowering Season - June-August. Distribution - North Carolina, Michigan, and Minnesota northward and westward.

Flowers - Light pink, about 1/2 inch across, drooping on slender stems from the sides and tips of upright branches. The calyx is round, with 4 or 5 parts; the corolla starts as a long cone in bud form, with its four or five nearly separate, narrow petals folding back later on; there are 8 or 10 stamens, and the anthers are fused into a protruding cone that releases pollen through a pore at the tip. Stem: Creeping or trailing, slender, woody, 1 to 3 feet long, with leafy branches up to 8 inches high or less. Leaves: Small, alternate, oblong, evergreen, pale on the underside, with edges rolled backward. Fruit: An elongated or oval, many-seeded, juicy red berry (Oxycoccus = sour berry). Preferred Habitat - Bogs; sandy, swampy meadows. Flowering Season - June-August. Distribution - North Carolina, Michigan, and Minnesota northward and westward.

A hundred thousand people are interested in the berry of this pretty vine to one who has ever seen its flowers. Yet if the blossom were less attractive, to insects at least, and took less pains to shake out its pollen upon them as they cling to the cone to sip its nectar, few berries would accompany the festive Thanksgiving turkey. Cultivators of the cranberry know how important it is to have the flooded bogs well drained before the flowering season. Water (or ice) may cover the plants to the depth of a foot or more all winter and until the 10th of May; and during the late summer it is often advisable to overflow the bogs to prevent injury of the fine, delicate roots from drought, and to destroy the worm that is the plant's worst enemy; but until the flowers have wooed the bees, flies, and other winged benefactors, and fruit is well formed, every cultivator knows enough not to submerge his bog. With flowers under water there are no insect visitors, consequently no berries. Dense mats of the wiry vines should yield about one hundred and fifty bushels of berries to the acre, under skilful cultivation - a most profitable industry, since the cranberry costs less to cultivate, gather, and market than the strawberry or any of the small perishable fruits. Planted in muck and sand in the garden, the vines yield surprisingly good results. The Cape Cod Bell is the best known market berry. One of the interesting sights to the city loiterer about the New England coast in early autumn is the berry picking that is conducted on an immense scale. Men, women, and children drop all other work; whole villages are nearly depopulated while daylight lasts; temporary buildings set up on the edges of the bogs contain throngs of busy people sorting, measuring, and packing fruit; and lonely railroad stations, piled high with crates, give the branch line its heaviest freight business of the year.

A hundred thousand people are interested in the berry of this pretty vine for every one who has ever seen its flowers. Yet if the blossom were less appealing, at least to insects, and didn't strain to shake out its pollen onto them as they cling to the cone to sip its nectar, there would be hardly any berries to go with the festive Thanksgiving turkey. Cranberry growers know how crucial it is to properly drain the flooded bogs before the flowering season. Water (or ice) can cover the plants by a foot or more all winter and until May 10th; and during late summer, it’s often a good idea to flood the bogs to prevent damage to the fine, delicate roots from drought and to eliminate the worm that is the plant's worst enemy. However, until the flowers have attracted bees, flies, and other winged helpers, and until the fruit is well formed, every grower knows enough not to flood their bog. With flowers underwater, there are no insect visitors, and therefore no berries. Dense mats of the wiry vines should produce about one hundred and fifty bushels of berries per acre, with smart cultivation—a very profitable industry, since cranberries cost less to cultivate, harvest, and sell than strawberries or any other small perishable fruits. When planted in muck and sand in the garden, the vines can yield surprisingly good results. The Cape Cod Bell is the most well-known market berry. One of the interesting sights for city dwellers along the New England coast in early autumn is the large-scale berry picking. Men, women, and children drop all other work; entire villages are nearly empty while it’s light outside; temporary buildings set up along the edges of the bogs are filled with busy people sorting, measuring, and packing fruit; and lonely railroad stations piled high with crates give the branch line its busiest shipping season of the year.

SHOOTING STAR; AMERICAN COWSLIP; PRIDE OF OHIO
  (Dodecatheon Meadia) Primrose family

SHOOTING STAR; AMERICAN COWSLIP; PRIDE OF OHIO
  (Dodecatheon Meadia) Primrose family

Flowers - Purplish pink or yellowish white, the cone tipped with yellow; few or numerous, hanging on slender, recurved pedicels in an umbel at top of a simple scape 6 in. to 2 ft. high. Calyx deeply 5-parted; corolla of 5 narrow lobes bent backward and upward; the tube very short, thickened at throat, and marked with dark reddish-purple dots; 5 stamens united into a protruding cone; 1 pistil, protruding beyond them. Leaves: Oblong or spatulate 3 to 12 in. long, narrowed into petioles, all from fibrous roots. Fruit: A 5-valved capsule on erect pedicels. Preferred Habitat - Prairies, open woods, moist cliffs. Flowering Season - April-May. Distribution - Pennsylvania southward and westward, and from Texas to Manitoba.

Flowers - Purplish pink or yellowish white, with a yellow-tipped cone; few or many, hanging on slender, curved stems in an umbel at the top of a simple stalk 6 inches to 2 feet tall. The calyx is deeply 5-parted; the corolla has 5 narrow lobes that bend backward and upward; the tube is very short, thickened at the throat, and marked with dark reddish-purple spots; there are 5 stamens fused into a protruding cone; and 1 pistil that sticks out beyond them. Leaves: Oblong or spatula-shaped, 3 to 12 inches long, narrowing into stems, all coming from fibrous roots. Fruit: A 5-valved capsule on upright stems. Preferred Habitat - Prairies, open woods, moist cliffs. Flowering Season - April-May. Distribution - Pennsylvania southward and westward, and from Texas to Manitoba.

Ages ago Theophrastus called an entirely different plant by this same scientific name, derived from dodeka = twelve, and theos = gods; and although our plant is native of a land unknown to the ancients, the fanciful Linnaeus imagined he saw in the flowers of its umbel a little congress of their divinities seated around a miniature Olympus! Who has said science kills imagination? These handsome, interesting flowers so familiar in the Middle West and Southwest, especially, somewhat resemble the cyclamen in oddity of form, indeed, these prairie wildflowers are not unknown in florists' shops in Eastern cities.

Ages ago, Theophrastus called a completely different plant by this same scientific name, which comes from "dodeka" meaning twelve and "theos" meaning gods. Even though our plant comes from a land unknown to the ancients, the imaginative Linnaeus thought he saw in the flowers of its umbel a little gathering of their deities sitting around a mini Olympus! Who says science kills imagination? These beautiful, intriguing flowers, especially common in the Midwest and Southwest, somewhat resemble cyclamen in their odd shape. In fact, these prairie wildflowers can also be found in florists' shops in Eastern cities.

Many flowers like the shooting star, cyclamen, and nightshade, with protruding cones made up of united stamens, are so designed that, as the bees must cling to them while sucking nectar, they receive pollen jarred out from the end of the cone on their undersides. The reflexed petals serve three purposes: First, in making the flower more conspicuous; secondly, in facilitating access to nectar and pollen; and, finally, in discouraging crawling intruders. Where the short tube is thickened, the bee finds her foothold while she forces her tongue between the anther tips. The nectar is well concealed and quite deeply seated, thanks to the rigid cone. Few bee workers are flying at the shooting star's early blooming season. Undoubtedly the female bumblebees, which, by striking the protruding stigma before they jar out any pollen, cross-fertilize it, are the flower's benefactors; but one frequently sees the little yellow puddle butterfly clinging to the pretty blossoms.

Many flowers, like the shooting star, cyclamen, and nightshade, have protruding cones made of interconnected stamens. They are designed so that bees must cling to them while sipping nectar, which causes pollen to be knocked out and get onto the bees' undersides. The reflexed petals serve three purposes: first, they make the flower more noticeable; second, they make it easier for bees to access nectar and pollen; and finally, they keep crawling intruders away. The thickened part of the short tube gives the bee a place to stand while she pushes her tongue between the anther tips. The nectar is well-hidden and quite deep, thanks to the rigid cone. There aren't many bees flying around when the shooting star blooms in early spring. Clearly, the female bumblebees, which strike the protruding stigma to knock out pollen and cross-fertilize it, are beneficial to the flower. However, it's also common to see the little yellow puddle butterfly clinging to the lovely blossoms.

Very different from the bright yellow cowslip of Europe is our odd, misnamed blossom.

Very different from the bright yellow cowslip of Europe is our strange, incorrectly named flower.

BITTER-BLOOM; ROSE-PINK; SQUARE-STEMMED SABBATIA; ROSY CENTAURY
  (Sabbatia angularis) Gentian family

BITTER-BLOOM; ROSE-PINK; SQUARE-STEMMED SABBATIA; ROSY CENTAURY
  (Sabbatia angularis) Gentian family

Flowers - Clear rose pink, with greenish star in center, rarely white, fragrant, 1 1/2 in. broad or less, usually solitary on long peduncles at ends of branches. Calyx lobes very narrow; corolla of 5 rounded segments; stamens 5; style 2-cleft. Stem: Sharply 4-angled, 2 to 3 ft. high, with opposite branches, leafy. Leaves: Opposite, 5-nerved, oval, tapering at tip, and clasping stem by broad base. Preferred Habitat - Rich soil, meadows, thickets. Flowering Season - July-August. Distribution - New York to Florida, westward to Ontario, Michigan, and Indian Territory.

Flowers - Bright rose pink, with a greenish star in the center, sometimes white, fragrant, 1.5 inches wide or less, usually found singly on long stems at the ends of branches. Calyx lobes are very narrow; corolla has 5 rounded segments; 5 stamens; style is split into 2. Stem: Sharp 4-angled, 2 to 3 feet tall, with opposite branches and leaves. Leaves: Opposite, with 5 veins, oval-shaped, tapering at the tip, and clasping the stem at the broad base. Preferred Habitat - Rich soil, meadows, thickets. Flowering Season - July-August. Distribution - From New York to Florida, west to Ontario, Michigan, and Indian Territory.

During the drought of midsummer the lovely rose-pink blooms inland with cheerful readiness to adapt itself to harder conditions than most of its moisture-loving kin will tolerate; but it may be noticed that although we may oftentimes find it growing in dry soil, it never spreads in such luxuriant clusters as when the roots are struck beside meadow runnels and ditches. Probably the plant would be commoner than it is about populous Eastern districts were it not so much sought after as a tonic medicine.

During the summer drought, the beautiful rose-pink flowers easily adapt to tougher conditions than most of its moisture-loving relatives can handle; however, it's important to note that while we often see it growing in dry soil, it never spreads as abundantly as when its roots are near streams and ditches. The plant would likely be more common in crowded Eastern areas if it weren't in such high demand as a tonic medicine.

It was the Centaurea, represented here by the blue ragged sailor of gardens, and not our Centaury, a distinctly American group of plants, which, Ovid tells us, cured a wound in the foot of the Centaur Chiron, made by an arrow hurled by Hercules.

It was the Centaurea, shown here by the blue ragged sailor of gardens, and not our Centaury, a uniquely American group of plants, which, according to Ovid, healed a wound in the foot of the Centaur Chiron, caused by an arrow shot by Hercules.

Three exquisite members of the Sabbatia tribe keep close to the Atlantic coast in salt meadows and marshes, along the borders of brackish rivers, and very rarely in the sand at the edges of fresh-water ponds a little way inland. From Maine to Florida they range, and less frequently are met along the shores of the Gulf of Mexico so far as Louisiana. How bright and dainty and are! Whole meadows are radiant with their blushing lovliness. Probably if they consented to live far away from the sea, they would lose some of the deep, clear pink from out their lovely petals, since all flowers show a tendency to brighten their colors as they approach the coast. In England some of the same wildflowers we have here are far deeper-hued, owing, no doubt to the fact that they live on a sea-girt, moisture-laden island, and also that the sun never scorches and blanches at the far north as it does in the United States.

Three beautiful members of the Sabbatia tribe stay close to the Atlantic coast in salt meadows and marshes, along the edges of brackish rivers, and very rarely in the sand at the edges of freshwater ponds a little way inland. They can be found from Maine to Florida, and less often along the shores of the Gulf of Mexico as far as Louisiana. How bright and delicate they are! Entire meadows glow with their lovely blush. If they were to live far from the sea, they would probably lose some of the deep, clear pink from their beautiful petals, since all flowers tend to brighten their colors as they get closer to the coast. In England, some of the same wildflowers we have here are much deeper in color, probably because they thrive on a sea-surrounded, moisture-rich island, and also because the sun doesn’t scorch and fade as it does in the far north of the United States.

As might be expected, blossoms so bright of hue as the marsh pinks attract many insects. Guided by the yellow eye that serves as a pathfinder to the nectary, they feast on the generour supply of sweets; but all unwittingly they must pay for their entertainment by carrying pollen from early to later flowers. Like so many other blossoms, the sabbatias guard themselves against the evils of self-fertilization by shedding their pollen before they mature and spread their two-cleft style, which is now ready to receive the golden, quickening dust on its stigmatic inner surfaces.

As you might expect, the bright blooms of marsh pinks attract a lot of insects. They are drawn in by the yellow center that acts like a guide to the nectar, enjoying a plentiful supply of sweetness; but unknowingly, they pay for their treat by transporting pollen from earlier flowers to later ones. Like many other flowers, the sabbatias protect themselves from the risks of self-fertilization by releasing their pollen before it matures and opening their two-part style, which is now ready to catch the golden, life-giving pollen on its inner surfaces.

The SEA or MARSH PINK, or ROSE OF PLYMOUTH (S. stellaris), whose graceful alternate branching stem attains a height of two feet only under most favorable conditions, from July to September opens a succession of pink flowers that often fade to white. The yellow eye is bordered with carmine. They measure about one inch across, and are usually solitary at the ends of branches, or else sway on slender peduncles from the axils. The upper leaves are narrow and bract-like; those lower down gradually widen as they approach the root.

The SEA or MARSH PINK, also known as ROSE OF PLYMOUTH (S. stellaris), has a graceful stem that branches alternately and typically grows to a height of two feet in the best conditions. From July to September, it produces a series of pink flowers that often fade to white. Each flower features a yellow center surrounded by carmine. They are about one inch wide, usually appearing alone at the ends of branches or swaying on thin stems from the leaf axils. The upper leaves are narrow and resemble bracts, while the lower leaves gradually widen as they get closer to the root.

Similar to the Rose of Plymouth is the even more graceful SLENDER MARSH PINK (S. Campanulata - the S. gracilis of Gray), whose upper leaves are almost thread-like in their narrowness. Its five calyx lobes, too, are exceedingly slender, and often as long as the corolla lobes. One of our soldiers in Cuba, during the Spanish War, sent home to his sister in Massachusetts some of these same little flowers in a letter. "You would just love to see the marshes here," he wrote. "They are filled with beautiful little pink flowers. I wish I knew their names." That soldier had passed by New England marshes aglow with the blossoms all his life, but he had never noticed them until all his perceptions became quickened by the stimulus of travel and the excitement of war. How blind and deaf we all are in some directions; having eyes we see not, and ears we hear not, in the natural as in the spiritual realm.

Similar to the Rose of Plymouth is the even more graceful SLENDER MARSH PINK (S. Campanulata - the S. gracilis of Gray), whose upper leaves are almost thread-like in their narrowness. Its five calyx lobes are also extremely slender, often as long as the corolla lobes. One of our soldiers in Cuba, during the Spanish War, sent home to his sister in Massachusetts some of these little flowers in a letter. "You would just love to see the marshes here," he wrote. "They are filled with beautiful little pink flowers. I wish I knew their names." That soldier had passed by New England marshes glowing with these blossoms all his life, but he had never noticed them until all his senses were heightened by the thrill of travel and the excitement of war. How blind and deaf we all are in some ways; having eyes, we do not see, and ears, we do not hear, both in the natural world and in the spiritual realm.

No danger of confusing the LARGE MARSH PINK (S. dodecandra - S. chloroides of Gray) with its smaller, more branching relatives. It displays few flowers to a plant, but each measures two and a half inches or less across, and has from nine to twelve pink (or rarely white) petals. This sabbatia often chooses the sandy borders of ponds for its habitat.

No chance of mixing up the LARGE MARSH PINK (S. dodecandra - S. chloroides of Gray) with its smaller, more branching cousins. It has few flowers per plant, but each one is two and a half inches or less wide and has nine to twelve pink (or occasionally white) petals. This sabbatia often prefers the sandy edges of ponds for its home.

SPREADING DOGBANE; FLY-TRAP DOGBANE; HONEY-BLOOM; BITTER-ROOT
  (Apocynum androsaemifolium) Dogbane family

SPREADING DOGBANE; FLY-TRAP DOGBANE; HONEY-BLOOM; BITTER-ROOT
  (Apocynum androsaemifolium) Dogbane family

Flowers - Delicate pink, veined with a deeper shade, fragrant, bell-shaped, about 1/3 in. across, borne in loose terminal cymes. Calyx 5-parted; corolla of 5 spreading, recurved lobes united into a tube; within the tube 5 tiny, triangular appendages alternate with stamens; the arrow-shaped anthers united around the stigma and slightly adhering to it. Stem: 1 to 4 ft. high, with forking, spreading, leafy branches. Leaves: Opposite, entire-edged, broadly oval, narrow at base, paler, and more or less hairy below. Fruit: Two pods about 4 in. long. Preferred Habitat - Fields, thickets, beside roads, lanes, and walls. Flowering Season - June-July. Distribution - Northern part of British Possessions south to Georgia, westward to Nebraska.

Flowers - Delicate pink with darker veins, fragrant, bell-shaped, about 1/3 inch across, growing in loose clusters at the ends of branches. The calyx has 5 parts; the corolla features 5 spreading, upward-curved lobes that form a tube. Inside the tube, there are 5 tiny triangular appendages alternating with stamens; the arrow-shaped anthers are grouped around the stigma and slightly attached to it. Stem: 1 to 4 feet high, with forked, spreading, leafy branches. Leaves: Opposite, smooth-edged, broadly oval, narrower at the base, lighter underneath, and somewhat hairy. Fruit: Two pods about 4 inches long. Preferred Habitat - Fields, thickets, alongside roads, paths, and walls. Flowering Season - June-July. Distribution - Northern areas of British territories down to Georgia, west to Nebraska.

Everywhere at the North we come across this interesting, rather shrubby plant, with its pretty but inconspicuous little rose-veined bells suggesting pink lilies-of-the-valley. Now that we have learned to read the faces of flowers, as it were, we instantly suspect by the color, fragrance, pathfinders, and structure that these are artful wilers, intent on gaining ends of their own through their insect admirers. What are they up to?

Everywhere in the North, we come across this interesting, somewhat bushy plant, with its pretty but subtle little rose-veined bells resembling pink lilies-of-the-valley. Now that we've learned to interpret the characteristics of flowers, we immediately suspect from their color, scent, pollinators, and structure that these are clever manipulators, seeking to achieve their own goals through their insect admirers. What are they trying to accomplish?

Let us watch. Bees, flies, moths, and butterflies, especially the latter, hover near. Alighting, the butterfly visitor unrolls his long tongue and inserts it where the five pink veins tell him to, for five nectar-bearing glands stand in a ring around the base of the pistil. Now, as he withdraws his slender tongue through one of the V-shaped cavities that make a circle of traps, he may count himself lucky to escape with no heavier toll imposed than pollen cemented to it. This granular dust he is required to rub off against the stigma of the next flower entered. Some bees, too, have been taken with the dogbane's pollen cemented to their tongues. But suppose a fly call upon this innocent-looking blossom? His short tongue, as well as the butterfly's, is guided into one of the V-shaped cavities after he has sipped; but, getting wedged between the trap's horny teeth, the poor little victim is held a prisoner there until he slowly dies of starvation in sight of plenty. This is the penalty he must pay for trespassing on the butterfly's preserves! The dogbane, which is perfectly adapted to the butterfly, and dependent upon it for help in producing fertile seed, ruthlessly destroys all poachers that are not big or strong enough to jerk away from its vise-like grasp. One often sees small flies and even moths dead and dangling by the tongue from the wicked little charmers. If the flower assimilated their dead bodies as the pitcher plant, for example, does those of its victims, the fly's fate would seem less cruel. To be killed by slow torture and dangled like a scarecrow simply for pilfering a drop of nectar is surely an execution of justice medieval in its severity.

Let's observe. Bees, flies, moths, and butterflies, especially the last ones, hover nearby. When a butterfly lands, it unrolls its long tongue and inserts it where the five pink veins direct it, because five nectar-producing glands form a ring around the base of the pistil. As it pulls its slender tongue back through one of the V-shaped cavities that create a circle of traps, it can consider itself lucky to escape with just pollen stuck to it. This granule-like dust must be rubbed off on the stigma of the next flower it visits. Some bees also get the dogbane's pollen stuck to their tongues. But what if a fly visits this seemingly harmless blossom? Its short tongue, just like the butterfly's, is guided into one of the V-shaped cavities after it takes a sip; however, it gets trapped between the hardened teeth of the trap and becomes a prisoner until it slowly starves in view of plenty. This is the cost it pays for invading the butterfly's territory! The dogbane, which is perfectly suited to the butterfly and relies on it to produce fertile seeds, mercilessly eliminates all intruders that aren't big or strong enough to escape its grip. It's common to see small flies and even moths dead and dangling by their tongues from these devious little flowers. If the flower absorbed their dead bodies like the pitcher plant does with its victims, the fly's fate would seem less cruel. Being killed by slow torture and displayed like a scarecrow just for stealing a drop of nectar is definitely a punishment that feels medieval in its harshness.

In July the most splendid of our native beetles, the green dandy (Eumolpus auratus) fastens itself to the dogbane's foliage in numbers until often the leaves appear to be studded with these brilliant little jewels. "It is not easy," says William Hamilton Gibson, "to describe its burnished hue, which is either shimmering green, or peacock blue, or purplish-green, or refulgent ruby, according to the position in which it rests." But it is not golden, as its specific name would imply. It confines itself exclusively to the dogbane. To prevent capture, it has a trick of drawing up its legs and rolling off into the grass its body so cleverly matches.

In July, the most stunning of our native beetles, the green dandy (Eumolpus auratus), attaches itself to the dogbane's leaves in large numbers, making the leaves look like they're adorned with these brilliant little gems. "It's not easy," says William Hamilton Gibson, "to describe its shiny color, which can be shimmering green, peacock blue, purplish-green, or bright ruby, depending on how it rests." But it's not golden, as its name suggests. It only stays on the dogbane. To avoid being caught, it has a trick of pulling its legs up and rolling off into the grass that its body blends into perfectly.

>From the silky coma on which the small seeds float away from long pods to found new colonies, from the opposite leaves, milky juice, and certain structural resemblances in the flowers, one might guess this plant belonged to the milkweed tribe. Formerly it was so classed; and although the botanists have now removed its family one step away, the milkweed butterflies, especially the Monarch (Anosia plexippus), ignoring the arbitrary dividing line of man, still includes the dogbane on its visiting list. We know that this plant derived its name from the fact that it was considered poisonous to dogs; and we also know that all the tribe of milkweed butterflies are provided with protective secretions which are distasteful to birds and predaceous insects, enjoying their immunity from attack, it is thought, from the acrid, poisonous character of the foliage on which the caterpillars feed.

>From the silky fibers that let the small seeds drift away from long pods to establish new colonies, to the opposite leaves, milky sap, and certain similarities in the flowers, you might assume this plant is part of the milkweed family. It used to be classified that way, and although botanists have now moved it one step away from that family, the milkweed butterflies, especially the Monarch (Anosia plexippus), ignore the arbitrary classifications created by humans and still include dogbane on their list of stops. We know this plant got its name because it was thought to be toxic to dogs; we also know that milkweed butterflies have protective secretions that are unappealing to birds and predatory insects, benefiting from their immunity against attacks due to the bitter, toxic nature of the leaves their caterpillars eat.

COMMON MIIKWEED or SILKWEED
  (Asclepias Syriaca; A. cornuti of Gray) Milkweed family

COMMON MILKWEED or SILKWEED
  (Asclepias Syriaca; A. cornuti of Gray) Milkweed family

Flowers - Dull pale greenish purple pink, or brownish pink, borne on pedicels, in many flowered, broad umbels. Calyx inferior, 5-parted; corolla deeply 5-cleft, the segments turned backward. Above them an erect, 5-parted crown, each part called a hood, containing a nectary, and with a tooth on either side, and an incurved horn projecting from within. Behind the crown the short, stout stamens, united by their filaments in a tube, are inserted on the corolla. Broad anthers united around a thick column of pistils terminating in a large, sticky, 5-angled disk. The anther sacs tipped with a winged membrane; a waxy, pear-shaped pollen-mass in each sac connected with the stigma in pairs or fours by a dark gland, and suspended by a stalk like a pair of saddle-bags. Stem: Stout, leafy, usually unbranched, 3 to 5 ft. high, juice milky. Leaves: Opposite, oblong, entire-edged smooth above, hairy below, 4 to 9 in. long. Fruit: 2 thick, warty pods, usually only one filled with compressed seeds attached to tufts of silky, white, fluffy hairs. Preferred Habitat - Fields and waste places, roadsides. Flowering Season - June-September Distribution - New Brunswick, far westward and southward to North Carolina and Kansas.

Flowers - Dull pale greenish-purple, pink, or brownish-pink, growing on stems in broad clusters with many flowers. The calyx is below the petals and has 5 parts; the corolla is deeply divided into 5 segments that bend backward. Above them is an upright, 5-part crown, with each part referred to as a hood, which contains a nectar-producing area, has a tooth on either side, and a curved horn projecting from inside. Behind the crown are short, thick stamens, which are fused together at the base into a tube and attached to the corolla. The broad anthers encircle a thick column of pistils that ends in a large, sticky, 5-angled disk. The anther sacs have a winged membrane at the tip; each sac contains a waxy, pear-shaped pollen mass connected to the stigma in pairs or fours by a dark gland, suspended by a stalk resembling saddle-bags. Stem: Thick, leafy, usually unbranched, 3 to 5 feet tall, with milky juice. Leaves: Opposite, oblong, smooth on top with entire edges, hairy underneath, 4 to 9 inches long. Fruit: Two thick, warty pods, typically only one filled with compressed seeds attached to tufts of soft, white, fluffy hairs. Preferred Habitat - Fields and wastelands, roadsides. Flowering Season - June to September Distribution - New Brunswick, extending far westward and southward to North Carolina and Kansas.

After the orchids, no flowers show greater executive ability, none have adopted more ingenious methods of compelling insects to work for them than the milkweeds. Wonderfully have they perfected their mechanism in every part until no member of the family even attempts to fertilize itself; hence their triumphal, vigorous march around the earth, the tribe numbering over nineteen hundred species located chiefly in those tropical and warm, temperate regions that teem with insect life.

After the orchids, no flowers display greater skill in leadership, and none have developed more clever ways to get insects to do their work than the milkweeds. They have brilliantly refined their mechanism in every aspect to the point where no member of the family even tries to self-fertilize; thus, they thrive and spread around the world, with the tribe consisting of over nineteen hundred species mainly found in tropical and warm temperate regions rich in insect life.

Commonest of all with us is this rank weed, which possesses the dignity of a rubber plant. Much more attractive to human eyes, at least, than the dull, pale, brownish-pink umbels of flowers are its exquisite silky seed-tufts. But not so with insects. Knowing that the slightly fragrant blossoms are rich in nectar, bees, wasps, flies, beetles, and butterflies come to feast. Now, the visitor finding his alighting place slippery, his feet claw about in all directions to secure a hold, just as it was planned they should for in his struggles some of his feet must get caught in the fine little clefts at the base of the flower. His efforts to extricate his foot only draw it into a slot at the end of which lies a little dark-brown body. In a newly opened flower five of these little bodies may be seen between the horns of the crown, at equal distances around it. This tiny brown excrescence is hard and horny, with a notch in its face. It is continuous with and forms the end of the slot in which the visitor's foot is caught. Into this he must draw his foot or claw, and finding it rather tightly held, must give a vigorous jerk to get it free. Attached to either side of the little horny piece is a flattened yellow pollen-mass, and so away he flies with a pair of these pollinia, that look like tiny saddle-bags, dangling from his feet. One might think that such rough handling as many insects must submit to from flowers would discourage them from making any more visits; but the desire for food is a mighty passion. While the insect is flying off to another blossom, the stalk to which the saddlebags are attached twists until it brings them together, that, when his feet get caught in other slots, they may be in the position to get broken off in his struggles for freedom precisely where they will fertilize the stigmatic chambers. Now the visitor flies away with the stalks alone sticking to his claws. Bumblebees and hive-bees have been caught with a dozen pollen-masses dangling from a single foot. Outrageous imposition!

The most common plant we have is this pesky weed, which has the stature of a rubber plant. It's definitely more appealing to humans than the dull, pale, brownish-pink flower clusters, thanks to its beautiful silky seed tufts. But insects don’t feel the same way. They know that the slightly fragrant blossoms are full of nectar, so bees, wasps, flies, beetles, and butterflies come to feed. When a visitor lands, they find the surface slippery, and their feet scramble to find a grip as designed, meaning some of their feet get caught in the tiny grooves at the base of the flower. Their struggle to free themselves only drags them deeper into a slot, where a tiny dark-brown body awaits. In a newly opened flower, you can see five of these little bodies evenly spaced between the flower's horns. This tiny brown bump is hard and has a notch on its surface, forming the end of the slot that traps the visitor’s foot. They need to pull their foot or claw into this notch, but it’s pretty tightly held, requiring a strong tug to free themselves. On either side of this small hard piece is a flat yellow pollen mass, and off they go with a pair of these pollen sacks hanging from their feet. One might think that all this rough movement from the flowers would discourage insects from returning, but the urge for food is incredibly strong. As the insect flies off to another bloom, the stalks attached to the pollen sacks twist to bring them together so that when its feet get caught in other slots, they break off right where they'll fertilize the stigmatic chambers. Now the insect flies away with the stalks still clinging to its claws. Bumblebees and hive bees have been seen with a dozen pollen masses hanging from a single foot. What a cheeky trick!

Does this wonderful mechanism always work to perfection? Alas! no. It is a common thing to find dead hive-bees and flies hanging from the flowers. While still struggling to escape, the unhappy victims will be attacked by ants, beetles, and spiders, or killed by heavy showers. Larger and stronger insects than honeybees are required to regularly effect pollination and free themselves, especially when they are so unfortunate as to catch several feet in the grooves. Doubtless it is the bumblebee that can transfer pollen with impunity; but very many other insects, not perfectly adapted to the flowers, occasionally benefit them. Among the large butterflies the Papilios, which suck with their wings in motion, are the most useful, because in using their legs to offset the motion of their wings they rapidly repeat those movements which are necessary to draw the pollinia from the anther cells and insert them in the stigmatic chambers of other flowers. "Large butterflies like Danais," says Professor Robertson, "hold their wings still in sucking, spending more time on an umbel, but generally carrying pollinia. Small butterflies are worse than useless. They remain long on the umbels sucking, but resting their feet superficially on the flowers.

Does this amazing system always function perfectly? Unfortunately, no. It's common to find dead bees and flies hanging from the flowers. While still trying to break free, these unfortunate victims get attacked by ants, beetles, and spiders, or are killed by heavy rain. Larger and stronger insects than honeybees are needed to pollinate regularly and to free themselves, especially when they are unfortunate enough to get several feet stuck in the grooves. Undoubtedly, the bumblebee can transfer pollen without issue; however, many other insects, not fully suited to the flowers, sometimes help out. Among large butterflies, the Papilios, which nectar while keeping their wings moving, are the most useful because they use their legs to stabilize their wings, allowing them to quickly repeat the necessary movements to extract the pollen from the anther cells and place it in the stigmatic chambers of other flowers. "Large butterflies like Danais," says Professor Robertson, "keep their wings still while feeding, spending more time on a flower cluster, but generally carry pollen." Small butterflies are even worse than useless. They linger on the flower clusters while feeding, but barely rest their feet on the flowers.

Since several moths were found entrapped, pollination must often be brought about by night-flying Lepidoptera. As a rule, Diptera (flies) either do not transfer pollinia at all, or become hopelessly entangled when they do. "Occasionally pollen-masses are found on the tongues of insects, especially on those of bees and wasps, which move about with their unruly member sticking out. Probably no one has ever made the exhaustive and absorbingly interesting study of the milkweeds that Professor Robertson has.

Since several moths were found stuck, pollination must often be done by night-flying butterflies and moths. Generally, flies (Diptera) either don’t transfer pollen at all, or they get hopelessly tangled when they try. "Sometimes, pollen clumps are found on the tongues of insects, especially bees and wasps, which move around with their unruly tongues sticking out. Probably no one has ever done the thorough and fascinating study of milkweeds that Professor Robertson has."

Better than any written description of the milkweed blossom's mechanism is a simple experiment. If you have neither time nor patience to sit in the hot sun, magnifying glass in hand, and watch for an unwary insect to get caught, take an ordinary housefly, and hold it by the wings so that it may claw at one of the newly opened flowers from which no pollinia have been removed. It tries frantically to hold on, and with a little direction it may be led to catch its claws in the slots of the flower. Now pull it gently away, and you will find a pair of saddlebags slung over his foot by a slender curved stalk. If you are rarely skilful, you may induce your fly to withdraw the pollinia from all five slots on as many of his feet. And they are not to be thrown or scraped off, let the fly try as hard as he pleases. You may now invite the fly to take a walk on another flower in which he will probably leave one or more pollinia in its stigmatic cavities.

Better than any written description of how the milkweed blossom's mechanism works is a simple experiment. If you don’t have the time or patience to sit in the hot sun with a magnifying glass and watch for an unsuspecting insect to get caught, take a regular housefly and hold it by the wings so it can claw at one of the newly opened flowers that haven't had any pollinia removed. It will struggle to hold on, and with a little guidance, you can lead it to get its claws stuck in the flower’s slots. Now pull it away gently, and you'll see a pair of small bags hanging from its foot by a slender curved stalk. If you’re skilled enough, you might get your fly to pull out the pollinia from all five slots on some of its feet. And those won’t just come off or get wiped away, no matter how hard the fly tries. Now, you can let the fly walk on another flower, where it will probably leave one or more pollinia in its stigmatic cavities.

Dr. Kerner thought the milky juice in milkweed plants, especially abundant in the uppermost leaves and stems, serves to protect the flowers from useless crawling pilferers. He once started a number of ants to climb up a milky stalk. When they neared the summit, he noticed that at each movement the terminal hooks of their feet cut through the tender epiderm, and from the little clefts the milky juice began to flow, bedraggling their feet and the hind part of their bodies. "The ants were much impeded in their movements," he writes, "and in order to rid themselves of the annoyance, drew their feet through their mouths. Their movements however, which accompanied these efforts, simply resulted in making fresh fissures and fresh discharges of milky juice, so that the position of the ants became each moment worse and worse. Many escaped by getting to the edge of a leaf and dropping to the ground. Others tried this method of escape too late, for the air soon hardened the milky juice into a tough brown substance, and after this, all the strugglings of the ants to free themselves from the viscid matter were in vain." Nature's methods of preserving a flower's nectar for the insects that are especially adapted to fertilize it, and of punishing all useless intruders, often shock us yet justice is ever stern, ever kind in the largest sense.

Dr. Kerner believed that the milky sap in milkweed plants, especially plentiful in the upper leaves and stems, helps protect the flowers from unnecessary crawling thieves. He once set a group of ants to climb a milky stalk. As they approached the top, he noticed that with each movement, the tiny hooks on their feet tore through the delicate outer layer, causing the milky sap to seep out, making their feet and the back parts of their bodies sticky. "The ants were greatly hindered in their movements," he writes, "and to get rid of the annoyance, they tried to clean their feet with their mouths. However, their actions only created new cracks and more leaking of milky sap, so the situation for the ants kept getting worse. Many managed to escape by reaching the edge of a leaf and dropping to the ground. Others attempted this escape too late, as the air quickly hardened the milky sap into a tough brown substance, rendering all their efforts to free themselves from the sticky mess futile." Nature's ways of preserving a flower's nectar for the insects specifically suited to pollinate it, while punishing all unnecessary intruders, often surprises us, yet justice remains consistently firm and, in the broadest sense, kind.

If the asclepias really do kill some insects with their juice, others doubtless owe their lives to it. Among the "protected" insects are the milkweed butterflies and their caterpillars, which are provided with secretions that are distasteful to birds and predaceous insects. "These acrid secretions are probably due to the character of the plants upon which the caterpillars feed," says Dr. Holland, in his beautiful and invaluable "Butterfly Book." "Enjoying on this account immunity from attack, they have all, in the process of time, been mimicked by species in other genera which have not the same immunity." "One cannot stay long around a patch of milkweeds without seeing the monarch butterfly. (Anosia plexippus), that splendid, bright, reddish-brown winged fellow, the borders and veins broadly black, with two rows of white spots on the outer borders and two rows of pale spots across the tip of the fore wings. There is a black scent-pouch on the hind wings. The caterpillar, which is bright yellow or greenish yellow, banded with shining black, is furnished with black fleshy 'horns' fore and aft."

If asclepias really do kill some insects with their juice, others definitely owe their lives to it. Among the "protected" insects are the milkweed butterflies and their caterpillars, which have secretions that taste bad to birds and predatory insects. "These bitter secretions probably come from the plants the caterpillars eat," says Dr. Holland in his wonderful and priceless "Butterfly Book." "Because of this immunity from attacks, they have all, over time, been copied by species in other genera that don’t have the same protection." "You can’t spend much time near a patch of milkweeds without spotting the monarch butterfly (Anosia plexippus), that stunning, bright reddish-brown winged creature, with broadly black borders and veins, two rows of white spots along the outer edges, and two rows of pale spots at the tips of the forewings. There’s a black scent pouch on the hind wings. The caterpillar, which is bright yellow or greenish yellow, striped with shiny black, has black fleshy 'horns' at both ends."

Like the dandelion, thistle, and other triumphant strugglers for survival, the milkweed sends its offspring adrift on the winds to found fresh colonies afar. Children delight in making pompons for their hats by removing the silky seed-tufts from pods before they burst, and winding them, one by one, on slender stems with fine thread. Hung in the sunshine, how charmingly fluffy and soft they dry!

Like the dandelion, thistle, and other resilient plants fighting for survival, the milkweed releases its seeds into the wind to establish new colonies far away. Kids love making pom-poms for their hats by taking the silky seed fluff from the pods before they burst and wrapping them one by one onto thin stems with fine thread. When hung in the sun, they dry so charmingly fluffy and soft!

Among the comparatively few butterfly flowers - although, of course, other insects not adapted to them are visitors - is the PURPLE MILKWEED (A. purpurasceus), whose deep magenta umbels are so conspicuous through the summer months. Hummingbirds occasionally seek it too. From Eastern Massachusetts to Virginia, and westward to the Mississippi, or beyond, it is to be found in dry fields, woods, and thickets.

Among the relatively few butterfly flowers—although other insects that aren’t adapted to them do visit—is the PURPLE MILKWEED (A. purpurasceus), whose deep magenta clusters stand out prominently during the summer months. Hummingbirds sometimes visit it as well. From Eastern Massachusetts to Virginia, and as far west as the Mississippi or beyond, it can be found in dry fields, woods, and thickets.

The SWAMP MILKWEED (A. incarnata), on the other hand, rears its intense purplish-red or pinkish hoods in wet places. Its leaves are lance-shaped or oblong-lanceolate, whereas the purple milkweed's leaves are oblong or ovate-oblong. This is a smooth plant; and a similar species once reckoned as a mere variety (A. pulchra) is the HAIRY MILKWEED. It differs chiefly in having some hairs on the under side of its leaves, and a great many hairs on its stem. Both plants bear erect, rather slender, tapering pods.

The SWAMP MILKWEED (A. incarnata) stands out with its vibrant purplish-red or pink hoods in wet areas. Its leaves are lance-shaped or oblong-lanceolate, while the purple milkweed has oblong or ovate-oblong leaves. This plant has a smooth texture; a closely related species that was once considered just a variety (A. pulchra) is the HAIRY MILKWEED. It mainly differs by having some hairs on the underside of its leaves and a lot of hairs on its stem. Both plants produce upright, relatively slender, tapering pods.

The POKE or TALL MILKWEED (A. exaltata - A. phytolaecoides of Gray) may attain a height of six feet if the moist soil in which it grows be exactly to its liking. Drooping or spreading umbels of flowers whose corolla segments are pale purplish green, and whose crown is clear ivory white or pink, appear from June to August from Maine to Georgia and far westward. Sometimes the tapering oblong leaves may be nine inches long. The erect seedpods are drawn out to an unusually long point.

The POKE or TALL MILKWEED (A. exaltata - A. phytolaecoides of Gray) can grow up to six feet tall if it has the moist soil it prefers. From June to August, drooping or spreading clusters of flowers with pale purplish-green petals and a clear ivory white or pink crown bloom from Maine to Georgia and far west. Occasionally, the long, oval leaves can reach nine inches in length. The upright seed pods are drawn out into an unusually long point.

One may always distinguish the low-growing FOUR-LEAVED MILKWEED (A. quadrifolia) from its relatives of ranker growth by its general air of refinement, as well as by the two pairs of thin, tapering leaves that grow in an upright whorl near the middle of the slender stem. Usually there are no leaves on the lower part. Small terminal umbels of delicate pink and white fragrant flowers, which appear from May till July, give place to very narrow pointed pods in late summer. From Maine to Ontario southward to North Carolina and Arkansas is its range, in woods and thickets chiefly.

One can easily tell the low-growing FOUR-LEAVED MILKWEED (A. quadrifolia) apart from its taller relatives by its overall elegant look and the two pairs of thin, pointed leaves that grow in an upright circle near the middle of the slender stem. Typically, there aren’t any leaves on the lower part. Small clusters of delicate pink and white fragrant flowers, which bloom from May to July, give way to very narrow, pointed pods in late summer. Its range extends from Maine to Ontario and southward to North Carolina and Arkansas, mostly found in woods and thickets.

HEDGE or GREAT BINDWEED; WILD MORNING-GLORY; RUTLAND BEAUTY;
BELL-BIND; LADY'S NIGHTCAP

HEDGE or GREAT BINDWEED; WILD MORNING-GLORY; RUTLAND BEAUTY;
BELL-BIND; LADY'S NIGHTCAP

  (Convolvulus sepium; Calystegia sepium of Gray) Morning-glory
family

(Convolvulus sepium; Calystegia sepium of Gray) Morning-glory
family

Flowers - Light pink, with white stripes or all white, bell-shaped, about 2 in. long, twisted in the bud, solitary, on long peduncles from leaf axils. Calyx of 5 sepals, concealed by 2 large bracts at base. Corolla 5-lobed, the 5 included stamens inserted on its tube; style with 2 oblong stigmas. Stem: Smooth or hairy, 3 to 10 ft. long, twining or trailing over ground. Leaves: Triangular or arrow-shaped, 2 to 5 in. long, on slender petioles. Preferred Habitat - Wayside hedges, thickets, fields, walls. Flowering Season - June-September. Distribution - Nova Scotia to North Carolina, westward to Nebraska. Europe and Asia.

Flowers - Light pink with white stripes or completely white, bell-shaped, about 2 inches long, twisted in the bud, and solitary, on long stems from the leaf axils. The calyx has 5 sepals and is hidden by 2 large bracts at the base. The corolla is 5-lobed, with 5 stamens that are attached to its tube; the style has 2 oblong stigmas. Stem: Smooth or hairy, ranging from 3 to 10 feet long, either twining or trailing on the ground. Leaves: Triangular or arrow-shaped, measuring 2 to 5 inches long, on thin petioles. Preferred Habitat - Alongside hedges, in thickets, fields, and on walls. Flowering Season - June to September. Distribution - From Nova Scotia to North Carolina, westward to Nebraska. Found in Europe and Asia.

No one need be told that the pretty, bell-shaped pink and white flower on the vigorous vine clambering over stone walls and winding about the shrubbery of wayside thickets in a suffocating embrace is akin to the morning-glory of the garden trellis (C. major). An exceedingly rapid climber, the twining stem often describes a complete circle in two hours, turning against the sun, or just contrary to the hands of a watch. Late in the season, when an abundance of seed has been set, the flower can well afford to keep open longer hours, also in rainy weather; but early in the summer, at least, it must attend to business only while the sun shines and its benefactors are flying. Usually it closes at sundown. On moonlight nights, however, the hospitable blossom keeps open for the benefit of certain moths. In Europe the plant's range is supposed to be limited to that of a crepuscular moth (Sphinx convolvuli), and where that benefactor is rare, as in England, the bindweed sets few seeds where it does not occur, as in Scotland, this convolvulus is seldom found wild; whereas in Italy Delpino tells of catching numbers of the moths in hedges overgrown with the common plant, by standing with thumb and forefinger over a flower, ready to close it when the insect has entered. We know that every floral clock is regulated by the hours of flight of its insect friends. When they have retired, the flowers close to protect nectar and pollen from useless pilferers. In this country various species of bees chiefly fertilize the bindweed blossoms. Guided by the white streaks, or pathfinders, they crawl into the deep tube and sip through one of the five narrow passages leading to the nectary. A transverse section of the flower cut to show these five passages standing in a circle around the central ovary looks like the end of a five-barreled revolver. Insects without a suitably long proboscis are, of course, excluded by this arrangement.

No one needs to be told that the pretty, bell-shaped pink and white flower on the strong vine climbing over stone walls and wrapping around the shrubs in a tight embrace is similar to the morning-glory of the garden trellis (C. major). An incredibly fast climber, the twisting stem can complete a full circle in two hours, turning towards the sun, or just against the hands of a clock. Late in the season, when plenty of seeds have formed, the flower can afford to stay open longer, even in rainy weather; but early in the summer, at least, it has to stay active only while the sun is shining and its pollinators are flying. Typically, it closes at sundown. However, on moonlit nights, the welcoming blossom stays open for certain moths. In Europe, the plant's range is thought to be limited to that of a crepuscular moth (Sphinx convolvuli), and where that pollinator is rare, as in England, the bindweed produces few seeds where it doesn’t occur, as in Scotland, this convolvulus is seldom found growing wild; whereas in Italy, Delpino reports catching many of the moths in hedges covered with the common plant, by standing with thumb and forefinger over a flower, ready to close it when the insect enters. We know that every floral clock is regulated by the hours of flight of its insect friends. When they have gone, the flowers close to protect nectar and pollen from unnecessary thieves. In this country, various species of bees mainly fertilize the bindweed blossoms. Guided by the white streaks, or pathfinders, they crawl into the deep tube and sip through one of the five narrow passages leading to the nectar. A cross-section of the flower cut to show these five passages arranged in a circle around the central ovary looks like the end of a five-barreled revolver. Insects without a long enough proboscis are, of course, excluded by this setup.

>From July until hard frost look for that exquisite little beetle, Cassida aurichalcea, like a drop of molten gold, clinging beneath the bindweed's leaves. The small perforations reveal his hiding places. "But you must be quick if you would capture him," says William Hamilton Gibson, "for he is off in a spangling streak of glitter. Nor is this golden sheen all the resource of the little insect; for in the space of a few seconds, as you hold him in your hand, he has become a milky, iridescent opal, and now mother-of-pearl, and finally crawls before you in a coat of dull orange." A dead beetle loses all this wonderful luster. Even on the morning-glory in our gardens we may sometimes find these jeweled mites, or their fork-tailed, black larvae, or the tiny chrysalids suspended by their tails, although it is the wild bindweed that is ever their favorite abiding place.

>From July until the first hard frost, look for that beautiful little beetle, Cassida aurichalcea, resembling a drop of molten gold, clinging beneath the bindweed's leaves. The small holes show where he's hiding. "But you must be quick if you want to catch him," says William Hamilton Gibson, "because he darts away in a sparkling streak of glitter. And this golden shine isn’t all the little insect has to offer; in just a few seconds, as you hold him in your hand, he turns into a milky, iridescent opal, then mother-of-pearl, and finally crawls in front of you in a coat of dull orange." A dead beetle loses all this amazing luster. Even on the morning-glory in our gardens, we might sometimes find these jeweled bugs, or their fork-tailed, black larvae, or the tiny chrysalids hanging by their tails, although the wild bindweed is always their favorite home.

The small FIELD BINDWEED (C. arvensis), a common immigrant from Europe, which has taken up its abode from Nova Scotia and Ontario southward to New Jersey, and westward to Kansas, trails over the ground with a deathless persistency which fills farmers with dismay. It is like a small edition of the hedge bind weed, only its calyx lacks the leaf-like bracts at its base, its slender stem rarely exceeds two feet in length, and the little pink and white flowers often grow in pairs. Their habit of closing both in the evening and in rainy weather indicates that they are adapted for diurnal insects only; but if the bell hang down, or if the corolla drop off, the pollen must fall on the stigma and effect self-fertilization. Many more insects visit this flower than the large bindweed, attracted by the peculiar fragrance, and led by the white streaks to the orange-colored under surface of the ovary, where the nectar lies concealed. Stigmas and anthers mature at the same time; but as the former are slightly the longer, they receive pollen brought from another flower before the visitor gets freshly dusted.

The small FIELD BINDWEED (C. arvensis), a common newcomer from Europe, has settled in from Nova Scotia and Ontario down to New Jersey, and west to Kansas. It spreads across the ground with a relentless persistence that worries farmers. It’s like a smaller version of the hedge bindweed, but its calyx doesn’t have the leaf-like bracts at its base, its slender stem usually doesn’t grow longer than two feet, and the small pink and white flowers often appear in pairs. They close up both in the evening and during rainy weather, which suggests they’re suited for daytime insects only; however, if the blossom droops or the corolla falls off, the pollen can drop onto the stigma and lead to self-fertilization. More insects visit this flower than the larger bindweed, drawn in by its unique fragrance and guided by the white stripes to the orange-colored underside of the ovary, where the nectar is hidden. The stigmas and anthers mature at the same time, but since the stigmas are slightly longer, they catch pollen from another flower before the visitor gets freshly dusted.

GROUND OR MOSS PINK
  (Phlox subulata) Phlox family

GROUND OR MOSS PINK
  (Phlox subulata) Phlox family

Flowers - Very numerous, small, deep purplish pink, lavender or rose, varying to white, with a darker eye, growing in simple cymes, or solitary in a Western variety. Calyx with 5 slender teeth; corolla salver-form with 5 spreading lobes; 5 stamens inserted on corolla tube; style 3-lobed. Stems: Rarely exceeding 6 in. in height, tufted like mats, much branched, plentifully set with awl-shaped, evergreen leaves barely 1/2 in. long, growing in tufts at joints of stem. Preferred Habitat - Rocky ground, hillsides. Flowering Season - April-June Distribution - Southern New York to Florida, westward to Michigan and Kentucky.

Flowers - Numerous, small, deep purplish-pink, lavender, or rose, changing to white with a darker center, growing in simple clusters or alone in a Western variety. The calyx has 5 slender teeth; the corolla is tube-shaped with 5 spreading lobes; 5 stamens are attached to the corolla tube; the style is 3-lobed. Stems: Usually not more than 6 inches tall, they grow in dense mats, are highly branched, and are covered with pointed, evergreen leaves that are just under 1/2 inch long, growing in tufts at the joints of the stem. Preferred Habitat - Rocky ground, hillsides. Flowering Season - April-June Distribution - Southern New York to Florida, westward to Michigan and Kentucky.

A charming little plant, growing in dense evergreen mats with which Nature carpets dry, sandy, and rocky hillsides, is often completely hidden beneath its wealth of flowers. Far beyond its natural range, as well as within it, the moss pink glows in gardens, cemeteries and parks, wherever there are rocks to conceal or sterile wastes to beautify. Very slight encouragement induces it to run wild. There are great rocks in Central Park, New York, worth travelling miles to see in early May, when their stern faces are flushed and smiling with these blossoms.

A lovely little plant, growing in thick evergreen mats that Nature uses to cover dry, sandy, and rocky hillsides, is often completely hidden by its abundance of flowers. Far beyond its natural habitat and within it, the moss pink brightens up gardens, cemeteries, and parks, wherever there are rocks to hide behind or barren areas to enhance. Just a little encouragement makes it spread freely. There are huge rocks in Central Park, New York, worth traveling miles to see in early May when their rugged surfaces are adorned with these blossoms.

Another low ground species is the CRAWLING PHLOX (P. reptans). It rarely exceeds six inches in height; nevertheless its larger pink, purple, or white flowers, clustered after the manner of the tall garden phloxes, are among the most showy to be found in the spring woods. A number of sterile shoots with obovate leaves, tapering toward the base, rise from the runners and set off the brilliant blossoms among their neat foliage. From Pennsylvania southward and westward is its range, especially in mountainous regions; but this plant, too, was long ago transplanted from Nature's gardens into man's.

Another low-growing species is the CRAWLING PHLOX (P. reptans). It rarely grows taller than six inches, but its larger pink, purple, or white flowers, grouped together like the tall garden phloxes, are among the most striking in the spring woods. Several sterile shoots with obovate leaves that narrow at the base rise from the runners, highlighting the brilliant blossoms amid their tidy foliage. Its range extends from Pennsylvania southward and westward, particularly in mountainous areas; however, this plant was also long ago moved from nature's gardens into human cultivation.

Large patches of the DOWNY PHLOX (P. pilosa) brighten dry prairie land with its pinkish blossoms in late spring. Britton and Brown's botany gives its range as "Ontario to Manitoba, New Jersey, Florida, Arkansas, and Texas." The plant does its best to attain a height of two feet; usually its flowers are much nearer the ground. Butterflies, the principal visitors of most phloxes, although long-tongued bees and even flies can sip their nectar, are ever seen hovering above them and transferring pollen, although in this species the style is so short pollen must often fall into the tube and self-fertilize the stigma. To protect the flowers from useless crawling visitors, the calices are coated with sticky matter, and the stems are downy.

Large patches of DOWNY PHLOX (P. pilosa) light up dry prairie land with its pinkish blooms in late spring. According to Britton and Brown's botany, its range extends from "Ontario to Manitoba, New Jersey, Florida, Arkansas, and Texas." The plant typically grows to about two feet tall, but its flowers are usually much closer to the ground. Butterflies, the main visitors to most phloxes, can often be seen hovering above them and transferring pollen, though long-tongued bees and even flies can also sip their nectar. In this species, the style is so short that pollen often falls into the tube and self-fertilizes the stigma. To keep out unwanted crawling visitors, the calices are coated with a sticky substance, and the stems are downy.

OBEDIENT PLANT; FALSE DRAGONHEAD; LION'S HEART
  (Physostegia Virginiana) Mint family

OBEDIENT PLANT; FALSE DRAGONHEAD; LION'S HEART
  (Physostegia Virginiana) Mint family

Flowers - Pale magenta, purplish rose, or flesh-colored, often variegated with white, 1 in. long or over, in dense spikes from 4 to 8 in. long. Calyx a 5-toothed oblong bell, swollen and remaining open in fruit, held up by lance-shaped bracts. Corolla tubular and much enlarged where it divides into 2 lips, the upper lip concave, rounded, entire, the lower lip 3 lobed. Stamens 4, in two pairs under roof of upper lip, the filaments hairy; 1 pistil. Stem: 1 to 4 ft. high, simple or branched above, leafy. Leaves: Opposite, firm, oblong to oblong-lanceolate, narrowing at base, deeply saw-edged. Preferred Habitat - Moist soil. Flowering Season - July-September. Distribution - Quebec to the Northwest Territory, southward to the Gulf of Mexico as far west as Texas.

Flowers - Pale magenta, purplish rose, or flesh-colored, often mixed with white, 1 inch long or longer, in dense spikes that are 4 to 8 inches long. The calyx is a 5-toothed oblong bell, swollen and staying open in fruit, supported by lance-shaped bracts. The corolla is tubular and much larger where it splits into 2 lips, with the upper lip concave, rounded, and entire, and the lower lip having 3 lobes. There are 4 stamens, in two pairs underneath the roof of the upper lip, with hairy filaments; 1 pistil. Stem: 1 to 4 feet high, either simple or branched at the top, leafy. Leaves: Opposite, firm, oblong to oblong-lanceolate, narrowing at the base, deeply saw-edged. Preferred Habitat - Moist soil. Flowering Season - July-September. Distribution - From Quebec to the Northwest Territory, going south to the Gulf of Mexico as far west as Texas.

Bright patches of this curious flower enliven railroad ditches, gutters, moist meadows and brooksides - curious, for it has the peculiarity of remaining in any position in which it is placed. With one puff a child can easily blow the blossoms to the opposite side of the spike, there to stay in meek obedience to his will. "The flowers are made to assume their definite position," says Professor W. W. Bailey in the "Botanical Gazette," "by friction of the pedicels against the subtending bracts. Remove the bracts, and they at once fall limp."

Bright spots of this interesting flower brighten up railway ditches, gutters, wet meadows, and riverbanks—interesting, because it uniquely stays in whatever position you put it in. A child can easily blow the blossoms to the other side of the spike with one puff, and they'll stay there in quiet submission to his wishes. "The flowers are made to hold their specific position," says Professor W. W. Bailey in the "Botanical Gazette," "by the friction of the pedicels against the bracts below them. Remove the bracts, and they immediately droop."

Qf course the plant has some better reason for this peculiar obedience to every breath that blows than to amuse windy-cheeked boys and girls. Is not the ready movement useful during stormy weather in turning the mouth of the flower away from driving rain, and in fair days, when insects are abroad, in presenting its gaping lips where they can best alight? We all know that insects, like birds, make long flights most easily with the wind, but in rising and alighting it is their practice to turn against it. When bees, for example, are out for food on windy days, and must make frequent stops for refreshment among the flowers, they will be found going against the wind, possibly to catch the whiffs of fragrance borne on it that guide them to feast, but more likely that they may rise and alight readily. One always sees bumblebees conspicuous among the obedient plant's visitors. After the anthers have shed their pollen - and tiny teeth at the edges of the outer pair aid its complete removal by insects - the stigma comes up to occupy their place under the roof. Certainly this flower; which is so ill-adapted to fertilize itself, has every reason to court insect messengers in fair and stormy 'weather.

Of course, the plant has a better reason for its strange response to every breeze than just to entertain playful kids. Isn't its quick movement helpful during storms to turn the flower's face away from the drenching rain, and on nice days, when insects are around, to open its petals where they can easily land? We all know that insects, like birds, can fly with the wind more easily, but they tend to go against it when they take off or land. For instance, when bees are foraging on windy days and need to stop frequently at flowers for food, they fly into the wind, possibly to catch the scent carried on it to guide them to nectar, but more likely so they can take off and land easily. You always see bumblebees among the many visitors to the obedient plant. After the anthers release their pollen—which tiny teeth on the edges of the outer pair help to remove completely—the stigma rises to take their place under the flower's roof. Surely, this flower, which cannot effectively self-pollinate, has every reason to attract insect messengers in good and bad weather.

MOTHERWORT
  (Leonurus Cardiaca) Mint family.

MOTHERWORT
  (Leonurus Cardiaca) Mint family.

Flowers - Dull purple pink, pale purple, or white, small, clustered in axils of upper leaves. Calyx tubular, bell-shaped, with 5 rigid awl-like teeth; corolla 2-lipped, upper lip arched, woolly without; lower lip 3-lobed, spreading, mottled; the tube with oblique ring of hairs inside. Four twin-like stamens, anterior pair longer, reaching under upper lip; style 2-cleft at summit. Stem: 2 to 5 ft. tall, straight, branched, leafy, purplish. Leaves: Opposite, on slender petioles; lower ones rounded, 2 to 4 in. broad, palmately cut into 2 to 5 lobes; upper leaves narrower, 3-cleft or 3- toothed. Preferred Habitat - Waste places near dwellings. Flowering Season - June-September. Distribution - Nova Scotia southward to North Carolina, west to Minnesota and Nebraska. Naturalized from Europe and Asia.

Flowers - Dull purple-pink, pale purple, or white, small, clustered in the axils of the upper leaves. The calyx is tubular and bell-shaped, with 5 rigid, sharp teeth; the corolla is 2-lipped, with the upper lip arched and woolly on the outside; the lower lip is 3-lobed, spreading, and mottled; the tube has an oblique ring of hairs inside. There are four stamens arranged in pairs, with the front pair being longer and reaching underneath the upper lip; the style is divided in two at the top. Stem: 2 to 5 feet tall, straight, branched, leafy, and purplish. Leaves: Opposite, on slender petioles; the lower leaves are rounded, 2 to 4 inches wide, and palmately cut into 2 to 5 lobes; the upper leaves are narrower, either 3-lobed or 3-toothed. Preferred Habitat - Waste areas near homes. Flowering Season - June to September. Distribution - Nova Scotia south to North Carolina, west to Minnesota and Nebraska. Naturalized from Europe and Asia.

"One is tempted to say that the most human plants, after all, are the weeds," says John Burroughs. "How they cling to man and follow him around the world, and spring up wherever he sets foot How they crowd around his barns and dwellings, and throng his garden, and jostle and override each other in their strife to be near him! Some of them are so domestic and familiar, and so harmless withal, that one comes to regard them with positive affection. Motherwort, catnip, plantain, tansy, wild mustard - what a homely, human look they have! They are an integral part of every old homestead. Your smart, new place will wait long before they draw near it."

"One might say that the plants most like humans are the weeds," says John Burroughs. "They cling to us and follow us everywhere, springing up wherever we step. They gather around our barns and homes, fill our gardens, and compete with each other to be close to us! Some are so familiar and harmless that we start to feel a genuine affection for them. Motherwort, catnip, plantain, tansy, wild mustard - they have such a down-to-earth, human vibe! They're a key part of every old homestead. Your shiny new place will have to wait a long time before they come near it."

How the bees love this generous, old-fashioned entertainer! One nearly always sees them clinging to the close whorls of flowers that are strung along the stem, and of course transferring pollen, in recompense, as they journey on. A more credulous generation imported the plant for its alleged healing virtues. What is the significance of its Greek name, meaning a lion's tail? Let no one suggest, by a far-stretched metaphor, that our grandmothers, in Revolutionary days, enjoyed pulling it to vent their animosity against the British.

How the bees love this generous, old-fashioned performer! You can almost always see them clinging to the tight clusters of flowers that grow along the stem, transferring pollen in return as they move along. A more trusting generation brought this plant here because of its supposed healing properties. What does its Greek name, meaning a lion's tail, signify? Let’s not suggest, even as a stretch, that our grandmothers during the Revolutionary era enjoyed pulling it to express their anger toward the British.

WILD BERGAMOT
  (Monarda fisiulosa) Mint family

WILD BERGAMOT
  (Monarda fistulosa) Mint family

Flowers - Extremely variable, purplish, lavender, magenta, rose, pink, yellowish pink, or whitish, dotted; clustered in a solitary, nearly flat terminal head. Calyx tubular, narrow, 5-toothed, very hairy within. Corolla 1 to 1 1/2 in. long, tubular, 2-lipped, upper lip erect, toothed; lower lip spreading, 3-lobed, middle lobe longest; 2 anther-bearing stamens protruding; 1 pistil; the style 2-lobed. Stem: 2 to 3 ft. high, rough, branched. Leaves: Opposite, lance-shaped, saw-edged, on slender petioles, aromatic, bracts and upper leaves whitish or the color of flower. Preferred Habitat - Open woods, thickets, dry rocky hills. Flowering Season - June-September. Distribution - Eastern Canada and Maine, westward to Minnesota, south to Gulf of Mexico.

Flowers - Very diverse, purplish, lavender, magenta, rose, pink, yellowish pink, or whitish, dotted; grouped in a single, almost flat terminal head. The calyx is tubular, narrow, 5-toothed, and very hairy on the inside. The corolla is 1 to 1.5 inches long, tubular, with 2 lips; the upper lip is upright and toothed, while the lower lip spreads out, has 3 lobes, and the middle lobe is the longest. There are 2 anther-bearing stamens sticking out and 1 pistil with a 2-lobed style. The stem stands 2 to 3 feet high, rough, and branched. Leaves: Opposite, lance-shaped, jagged edges, on slender petioles, aromatic; bracts and upper leaves are whitish or the same color as the flower. Preferred Habitat - Open woods, thickets, dry rocky hills. Flowering Season - June-September. Distribution - Eastern Canada and Maine, west to Minnesota, and south to the Gulf of Mexico.

Half a dozen different shades of bloom worn by this handsome, robust perennial afford an excellent illustration of the trials that beset one who would arbitrarily group flowers according to color. If the capricious blossom shows a decided preference for any shade, it is for magenta, the royal purple of the ancients, scarcely tolerated now except by Hoboken Dutch and the belles of the kitchen, whose Sunday hats are resplendent with intense effects.

Six different colors of flowers worn by this beautiful, sturdy perennial provide a great example of the challenges faced by anyone trying to categorize flowers by color. If the unpredictable flower favors any shade, it's definitely magenta, the royal purple of ancient times, which is hardly accepted now except by the Dutch in Hoboken and the charming women in the kitchen, whose Sunday hats are dazzling with bold colors.

Only a few bergamot flowers open at a time; the rest of the slightly rounded head, thickly set with hairy calices, looks as if it might be placed in a glass cup and make an excellent pen wiper. If the cultivated human eye (and stomach) revolt at magenta, It is ever a favorite shade with butterflies. They flutter in ecstasy over the gay flowers; indeed, they are the principal visitors and benefactors, for the erect corollas, exposed organs, and level-topped heads are well adapted to their requirements. That exquisite little feathered jewel, the ruby-throated hummingbird, flashes about the bright patches an instant, and is gone; but he too has paid for his feast in transferring pollen. Insects which land anywhere they please on the flowers, receive pollen on various places, just as in the case of the scarlet Oswego tea, of similar formation. Small bees, which if unable to drain the brimming tubes of nectar, at least sip from them and help themselves to pollen also, without paying the flower's price; and certain mischievous wasps, forever bent on nipping holes in tubes they cannot honestly drain, give a score of other pilferers an opportunity to steal sweets.

Only a few bergamot flowers bloom at a time; the rest of the slightly rounded cluster, densely packed with hairy calyxes, looks like it could fit in a glass cup and serve as a great pen wiper. While the cultivated human eye (and stomach) might cringe at magenta, it’s always a favorite color for butterflies. They flutter joyfully around the vibrant flowers; in fact, they are the main visitors and benefactors, as the upright petals, exposed parts, and flat-topped blooms are well-suited to their needs. That beautiful little feathered gem, the ruby-throated hummingbird, zooms around the bright patches for just a moment before darting away; but he too has contributed to his meal by transferring pollen. Insects that land wherever they want on the flowers pick up pollen in various places, much like with the scarlet Oswego tea, which has a similar structure. Small bees, which may not be able to drink from the overflowing nectar tubes, at least sip from them and help themselves to pollen as well, without paying the flower's dues; and certain mischievous wasps, always looking to make holes in tubes they can’t drain fairly, give plenty of other thieves a chance to steal some sweetness.

SNAKE-HEAD; TURTLE-HEAD; BALMONY; SHELL-FLOWER; COD-HEAD
  (Chelone glabra) Figwort family

SNAKE-HEAD; TURTLE-HEAD; BALMONY; SHELL-FLOWER; COD-HEAD
(Chelone glabra) Figwort family

Flowers - White tinged with pink, or all white, about 1 in. long, growing in a dense terminal cluster. Calyx 5-parted, bracted at base; corolla irregular, broadly tubular, 2-lipped; upper lip arched, swollen, slightly notched; lower lip 3-lobed, spreading, woolly within; 5 stamens, sterile, 4 in pairs, anther-bearing, woolly; 1 pistil. Stem: 1 to 3 ft. high, erect, smooth, simple, leafy. Leaves: Opposite, lance-shaped, saw-edged. Preferred Habitat - Ditches, beside streams, swamps. Flowering Season - July-September. Distribution - Newfoundland to Florida, and half way across the continent.

Flowers - White with a hint of pink or completely white, about 1 inch long, growing in a dense cluster at the top. The calyx has 5 parts and has bracts at the base; the corolla is irregular, broadly tubular, and has 2 lips; the upper lip is arched, swollen, and slightly notched; the lower lip has 3 lobes, spreads out, and is woolly on the inside; there are 5 stamens, with 4 in pairs and anthers that are woolly; 1 pistil. Stem: 1 to 3 feet tall, upright, smooth, simple, and leafy. Leaves: Opposite, lance-shaped, and serrated. Preferred Habitat - Ditches, next to streams, swamps. Flowering Season - July to September. Distribution - From Newfoundland to Florida, and halfway across the continent.

It requires something of a struggle for even so strong and vigorous an insect as the bumblebee to gain admission to this inhospitable-looking flower before maturity; and even he abandons the attempt over and over again in its earliest stage before the little heart-shaped anthers are prepared to dust him over. As they mature, it opens slightly, but his weight alone is insufficient to bend down the stiff, yet elastic, lower lip. Energetic prying admits first his head, then he squeezes his body through, brushing past the stamens as he finally disappears inside. At the moment when he is forcing his way in, causing the lower lip to spring up and down, the eyeless turtle seems to chew and chew until the most sedate beholder must smile at the paradoxical show. Of course it is the bee that is feeding, though the flower would seem to be masticating the bee with the keenest relish The counterfeit tortoise soon disgorges its lively mouthful, however, and away flies the bee, carrying pollen on his velvety back to rub on the stigma of an older flower. After the anthers have shed their pollen and become effete, the stigma matures, and occupies their place. By this time the flower presents a wider entrance, and as the moisture-loving plant keeps the nectaries abundantly filled, what is to prevent insects too small to come in contact with anthers and stigma in the roof from pilfering to their heart's content? The woolly throat discourages many, to be sure; but the turtle-head, like its cousins the beard-tongues, has a sterile fifth stamen, whose greatest use is to act as a drop-bar across the base of the flower. The long-tongued bumblebee can get his drink over the bar, but smaller, unwelcome visitors are literally barred out.

It takes quite a bit of effort for even a strong insect like the bumblebee to get into this unfriendly-looking flower before it's fully mature; he often gives up multiple times in the early stages before the little heart-shaped anthers are ready to dust him. As they mature, the flower opens a bit, but his weight isn't enough to push down the stiff, yet flexible, lower lip. He energetically pries his way in, first getting his head through, then squeezing his body past the stamens as he finally disappears inside. At the moment he forces his way in, making the lower lip bounce up and down, the eyeless turtle seems to chew and chew, leading even the most stoic observer to smile at the contradiction. Of course, it's the bee that's feeding, even though it looks like the flower is enjoying the bee's presence. The faux turtle quickly spits out its lively mouthful, and the bee flies off, carrying pollen on his soft back to rub on the stigma of an older flower. After the anthers have released their pollen and become useless, the stigma matures to take their place. By this time, the flower has a wider opening, and since the moisture-loving plant keeps the nectaries full, what's to stop smaller insects from stealing nectar without touching the anthers and stigma at the top? The woolly throat does deter many, but the turtle-head, like its relatives the beard-tongues, has a sterile fifth stamen that serves mainly as a barrier at the base of the flower. Long-tongued bumblebees can easily drink over this barrier, but smaller, unwanted visitors are effectively kept out.

If bees are the preferred visitors of the turtle-head, why do we find the Baltimore butterfly, that very beautiful, but freaky, creature (Melitaea phaeton) hovering near? - that is, when we find it at all; for where it is present, it swarms, and keeps away from other localities altogether. On the under side of the leaves we shall often see patches of its crimson eggs. Later the caterpillars use the plant as their main, if not exclusive, food store. They are the innocent culprits which nine times out of ten mutilate the foliage.

If bees are the main visitors of the turtle-head plant, then why do we also see the Baltimore butterfly, this beautiful but strange creature (Melitaea phaeton), hovering nearby?—that is, if we see it at all; because where it is found, it shows up in large numbers and avoids other areas completely. On the underside of the leaves, we'll often spot clusters of its crimson eggs. Later, the caterpillars rely on the plant as their primary, if not only, source of food. They are the innocent troublemakers that, nine times out of ten, damage the leaves.

LARGE PURPLE GERARDIA
  (Gerardia purpurea) Figwort family

LARGE PURPLE GERARDIA
  (Gerardia purpurea) Figwort family

Flowers - Bright purplish pink, deep magenta, or pale to whitish, about 1 in. long and broad, growing along the rigid, spreading branches. Calyx 5-toothed; corolla funnel-form, the tube much inflated above and spreading into 5 unequal, rounded lobes, spotted within, or sometimes downy; 4 stamens in pairs, the filaments hairy; 1 pistil. Stem: 1 to 2 1/2 ft. high, slender, branches erect or spreading. Leaves: Opposite, very narrow, 1 to 1 1/2 in. long. Preferred Habitat - Low fields and meadows; moist, sandy soil. Flowering Season - August-October. Distribution - Northern United States to Florida, chiefly along Atlantic coast.

Flowers - Bright purplish pink, deep magenta, or pale to whitish, about 1 inch long and wide, growing along the stiff, spreading branches. Calyx has 5 teeth; corolla is funnel-shaped, with a greatly inflated tube that spreads into 5 uneven, rounded lobes, sometimes spotted or slightly hairy inside; there are 4 stamens in pairs, with hairy filaments; and 1 pistil. Stem: 1 to 2.5 feet tall, slender, with erect or spreading branches. Leaves: Opposite, very narrow, 1 to 1.5 inches long. Preferred Habitat - Low fields and meadows; moist, sandy soil. Flowering Season - August to October. Distribution - Northern United States to Florida, mainly along the Atlantic coast.

Low-lying meadows gay with gerardias were never seen by that quaint old botanist and surgeon, John Gerarde, author of the famous "Herball or General Historie of Plants," a folio of nearly fourteen hundred pages, published in London toward the close of Queen Elizabeth's reign. He died without knowing how much he was to be honored by Linnaeus in giving his name to this charming American genus.

Low-lying meadows bright with gerardias were never seen by that charming old botanist and surgeon, John Gerarde, the author of the famous "Herball or General Historie of Plants," a book of nearly fourteen hundred pages, published in London near the end of Queen Elizabeth's reign. He passed away without realizing how much he would be honored by Linnaeus for naming this lovely American genus after him.

Large patches of the lavender-pink gerardia, peeping above the grass, make the wayfarer pause to feast his eyes, while the practical bee, meanwhile, takes a more substantial meal within the spreading funnels. It is his practice to hang upside down while sucking, using the hairs on the filaments as footholds. Naturally he receives the pollen on his underside - just where it will be rubbed off against the stigma impeding his entrance to the next funnel visited. Any of the very dry pollen that may have fallen on the hairy filaments drops upon him.

Large patches of lavender-pink gerardia sticking up from the grass make travelers stop to enjoy the view, while the practical bee gets a more substantial meal inside the wide funnels. He hangs upside down while feeding, using the hairs on the petals as footholds. Naturally, he collects pollen on his underside—exactly where it will get rubbed off against the stigma blocking his access to the next funnel he visits. Any dry pollen that may have fallen on the hairy petals drops onto him.

    "And 'tis my faith that every flower
     Enjoys the air it breathes,"

"And it's my belief that every flower
     Loves the air it breathes,"

chanted Wordsworth. It is a special pity to gather the gerardias, which, as they grow, seem to enjoy life to the full, and when picked, to be so miserable they turn black as they dry. Like their relatives the foxgloves, they are difficult to transplant, because it is said they are more or less parasitic, fastening their roots on those of other plants. When robbery becomes flagrant, Nature brands sinners in the vegetable kingdom by taking away their color, and perhaps their leaves, as in the case of the broom-rape and Indian pipe; but the fair faces of the gerardias and foxgloves give no hint of the petty thefts committed under cover of darkness in the soil below.

chanted Wordsworth. It's a real shame to pick the gerardias, which seem to thrive and enjoy life fully as they grow, but become so miserable they turn black as they dry out. Similar to their relatives the foxgloves, they're hard to transplant because they tend to be somewhat parasitic, attaching their roots to those of other plants. When theft becomes obvious, Nature punishes the wrongdoers in the plant world by stripping them of their color, and maybe even their leaves, like with the broom-rape and Indian pipe; but the lovely appearances of the gerardias and foxgloves give no indication of the small thefts happening silently in the soil beneath.

The SMALL-FLOWERED GERARDIA (G. Paupercula) so like the preceding species it was once thought to be a mere variety, ranges westward as far as Wisconsin, especially about the Great Lakes. But it is a lower plant, with more erect branches, smaller flowers, quite woolly within, and with a decided preference for bogs as well as low meadows.

The SMALL-FLOWERED GERARDIA (G. Paupercula), which is very similar to the previous species and was once considered just a variety, extends westward all the way to Wisconsin, particularly around the Great Lakes. However, it is a shorter plant with more upright branches, smaller flowers that are quite fuzzy inside, and it clearly prefers bogs and low meadows.

In salt marshes along the Atlantic Coast and the Gulf of Mexico, from Maine to Louisiana, the SEA-SIDE GERARDIA (G. maritima) flowers in midsummer, or a few weeks ahead of the autumnal, upland species. The plant, which rarely exceeds a foot in height, is sometimes only four inches above ground; and although at the North the paler magenta blossoms are only about half the length of the purple gerardias, in the South they are sometimes quite as long.

In salt marshes along the Atlantic Coast and the Gulf of Mexico, from Maine to Louisiana, the SEA-SIDE GERARDIA (G. maritima) blooms in midsummer, a few weeks earlier than the autumn upland species. The plant, which usually doesn't grow more than a foot tall, can sometimes be only four inches above the ground; while in the North, the lighter magenta flowers are about half the length of the purple gerardias, in the South, they can be just as long.

In dry woods and thickets, on banks and hills from Quebec to Georgia, and westward to the Mississippi we find the SLENDER GERARDIA (G. tenuifolia), its pale magenta, spotted, compressed corolla about half an inch long; its very slender, low stem set with exceedingly narrow leaves.

In dry woods and brush, on banks and hills from Quebec to Georgia, and westward to the Mississippi, we find the SLENDER GERARDIA (G. tenuifolia), with its pale magenta, spotted, compressed flower about half an inch long; its very thin, low stem is covered with extremely narrow leaves.

TWIN-FLOWER; GROUND VINE
  (Linnaea borealis) Honeysuckle family

TWIN-FLOWER; GROUND VINE
  (Linnaea borealis) Honeysuckle family

Flowers - Delicate pink or white tinged with rose, bell-shaped, about 1/2 in. long, fragrant, nodding in pairs on slender, curved pedicels from an erect peduncle, 2-bracted where they join. Calyx 5-toothed, sticky; corolla 5-lobed, bell-shaped, hairy within; 4 stamens in pairs inserted near base of tube; 1 pistil. Stem: Trailing, 6 in. to 2 ft. long; the branches erect. Leaves: Opposite, rounded, petioled, evergreen. Preferred Habitat - Deep, cool, mossy woods. Flowering Season - May-July. Distribution - Northern parts of America, Europe, and Asia. In the United States southward as far as the mountains of Maryland, and the Sierra Nevadas in California.

Flowers - Delicate pink or white with a hint of rose, bell-shaped, about 1/2 inch long, fragrant, drooping in pairs on slender, curved stems from an upright stalk, with two bracts where they connect. The calyx has 5 teeth and is sticky; the corolla is 5-lobed, bell-shaped, and hairy inside; 4 stamens in pairs are attached near the base of the tube; 1 pistil. Stem: Spreading, 6 inches to 2 feet long; the branches stand upright. Leaves: Opposite, rounded, on petioles, evergreen. Preferred Habitat - Deep, cool, mossy woods. Flowering Season - May to July. Distribution - Northern parts of America, Europe, and Asia. In the United States, it extends south to the mountains of Maryland and the Sierra Nevadas in California.

With the consent of modest Linnaeus himself, Dr. Gronovius selected this typical woodland blossom to transmit the great master's flame to posterity -

With the approval of the humble Linnaeus himself, Dr. Gronovius chose this typical forest flower to carry the great master's legacy into the future -

"Monument of the man of flowers."

"Statue of the flower guy."

But small and shy as it is, does Nature's garden contain a lovelier sight than scores of these deliciously fragrant pink bells swaying above a carpet of the little evergreen leaves in the dim aisle of some deep, cool, lonely forest? Trailing over prostrate logs and mossy rocks, racing with the partridge vine among the ferns and dwarf cornels, the plant sends up "twin-born heads" that seem more fair and sweet than the most showy pampered darlings of the millionaire's conservatory. Little wonder that Linnaeus loved these little twin sisters, or that Emerson enshrined them in his verse.

But as small and shy as it is, does Nature's garden have a lovelier sight than scores of these wonderfully fragrant pink bells swaying above a carpet of tiny evergreen leaves in the dim aisle of a deep, cool, lonely forest? Trailing over fallen logs and mossy rocks, racing with the partridge vine among the ferns and dwarf cornels, the plant sends up "twin-born heads" that seem fairer and sweeter than the most showy, pampered darlings in a millionaire's conservatory. It's no wonder that Linnaeus loved these little twin sisters, or that Emerson celebrated them in his poetry.

Contrary to popular impression, this vine, that suggests the dim old forest and exhales the very breath of the spring woods, will consent to run about our rock gardens, although it seems almost a sacrilege to move it from natural surroundings so impressively beautiful. Unlike the arbutus, which remains ever a wildling, pining slowly to death on close contact with civilization, the twin-flower thrives in light, moist garden soil where the sun peeps for a little while only in the morning. By nodding its head the flower protects its precious contents from rain, the hairs inside exclude small pilferers; but bees, attracted by the fragrance and color, are guided to the nectary by five dark lines and a patch of orange color near it.

Contrary to popular belief, this vine, which brings to mind the ancient forest and gives off the essence of spring woods, will happily spread across our rock gardens, even though it feels almost wrong to take it from its stunning natural habitat. Unlike the arbutus, which always stays wild and slowly withers away when it comes into contact with civilization, the twin-flower thrives in light, moist garden soil where the sun only shines for a short time in the morning. By nodding its head, the flower protects its valuable contents from rain, while the hairs inside keep small thieves away; however, bees, drawn in by the scent and color, are led to the nectar by five dark lines and a patch of orange nearby.

JOE-PYE WEED; TRUMPET WEED; PURPLE THOROUGHWORT; GRAVEL or
KIDNEY-ROOT; TALL or PURPLE BONESET
  (Eupatorium purpureum) Thistle family

JOE-PYE WEED; TRUMPET WEED; PURPLE THOROUGHWORT; GRAVEL or
KIDNEY-ROOT; TALL or PURPLE BONESET
  (Eupatorium purpureum) Thistle family

Flower-heads - Pale or dull magenta or lavender pink, slightly fragrant, of tubular florets only, very numerous, in large, terminal, loose, compound clusters, generally elongated. Several series of pink overlapping bracts form the oblong involucre from which the tubular floret and its protruding fringe of style-branches arise. Stem: 3 to 10 ft. high, green or purplish, leafy, usually branching toward top. Leaves: In whorls of 3 to 6 (usually 4), oval to lance-shaped, saw-edged, petioled, thin, rough. Preferred Habitat - Moist soil, meadows, woods, low ground. Flowering Season - August-September. Distribution - New Brunswick to the Gulf of Mexico, westward to Manitoba and Texas.

Flower heads - Light or dull magenta or lavender pink, slightly fragrant, made up entirely of tubular florets, very numerous, in large, loose clusters at the top, generally elongated. Several layers of pink overlapping bracts create the oblong involucre from which the tubular floret and its protruding style-branches appear. Stem: 3 to 10 feet tall, green or purplish, leafy, usually branching toward the top. Leaves: Arranged in whorls of 3 to 6 (usually 4), oval to lance-shaped, serrated, with petioles, thin, and rough. Preferred Habitat - Moist soil, meadows, woods, low areas. Flowering Season - August-September. Distribution - From New Brunswick to the Gulf of Mexico, west to Manitoba and Texas.

Towering above the surrounding vegetation of low-lying meadows, this vigorous composite spreads clusters of soft, fringy bloom that, however deep or pale of tint, are ever conspicuous advertisements, even when the goldenrods, sunflowers, and asters enter into close competition for insect trade. Slight fragrance, which to the delicate perception of butterflies is doubtless heavy enough, the florets' color and slender tubular form indicate an adaptation to them, and they are by far the most abundant visitors, which is not to say that long-tongued bees and flies never reach the nectar and transfer pollen, for they do. But an excellent place for the butterfly collector to carry his net is to a patch of Joe-Pye weed in September. As the spreading style-branches that fringe each tiny floret are furnished with hairs for three-quarters of their length, the pollen caught in them comes in contact with the alighting visitor. Later, the lower portion of the style-branches, that is covered with stigmatic papillae along the edge, emerges from the tube to receive pollen carried from younger flowers when the visitor sips his reward. If the hairs still contain pollen when the stigmatic part of the style is exposed, insects self-fertilize the flower; and if in stormy, weather no insects are flying, the flower is nevertheless able to fertilize itself, because the hairy fringe must often come in contact with the stigmas of neighboring florets. It is only when we study flowers with reference to their motives and methods that we understand why one is abundant and another rare. Composites long ago utilized many principles of success in life that the triumphant Anglo-Saxon carries into larger affairs today.

Towering above the surrounding low meadows, this robust plant spreads clusters of soft, fluffy blooms that, no matter how bright or subtle their color, are always eye-catching, even when goldenrods, sunflowers, and asters are competing for insect attention. The light fragrance, likely strong to the sensitive noses of butterflies, along with the florets' color and slender tubular shape, shows an adaptation for them, making butterflies the most frequent visitors. That said, long-tongued bees and flies do visit to gather nectar and transfer pollen. September is an excellent time for butterfly collectors to bring their nets to a patch of Joe-Pye weed. The style-branches that surround each tiny floret are covered with hairs for three-quarters of their length, allowing pollen caught in them to come into contact with visiting insects. Later, when the lower part of the style-branches, edged with stigmatic papillae, emerges from the tube to receive pollen brought from younger flowers as the insect drinks its reward. If the hairs still hold pollen when the stigmatic part is exposed, the flowers can self-pollinate; if stormy weather keeps insects from flying, the flower can still fertilize itself since the hairy fringe often touches the stigmas of nearby florets. Only by studying flowers in terms of their functions and strategies can we understand why some are common while others are rare. Composites have long employed various successful life strategies that the successful Anglo-Saxon still carries into broader pursuits today.

Joe-Pye, an Indian medicine-man of New England, earned fame and fortune by curing typhus fever and other horrors with decoctions made from this plant.

Joe-Pye, a Native American healer from New England, became well-known and prosperous by treating typhus fever and other serious illnesses with brews made from this plant.

COMMON BURDOCK; COCKLE-BUR; BEGGARS BUTTONS; CLOT-BUR; CUCKOO
BUTTON
  (Arctium minus; Lappa officinalis: var. minor of Gray) Thistle
family

COMMON BURDOCK; COCKLE-BUR; BEGGARS BUTTONS; CLOT-BUR; CUCKOO
BUTTON
  (Arctium minus; Lappa officinalis: var. minor of Gray) Thistle
family

Flower-heads - Composite of tubular florets only, about 1/2 in. broad; magenta varying to purplish or white; the prominent round involucre of many overlapping leathery bracts, tipped with hooked bristles. Stem: 2 to 5 ft. high, simple or branching, coarse. Leaves: Large, the lower ones often 1 ft. long, broadly ovate, entire edged, pale or loosely cottony beneath, on hollow petioles. Preferred Habitat - Waste ground, waysides, fields, barnyards. Flowering Season - July-October. Distribution - Common throughout our area. Naturalized from Europe.

Flower-heads - A cluster of tubular florets only, about ½ inch wide; colors range from magenta to purplish or white; features a prominent round involucre made up of many overlapping, leathery bracts tipped with hooked bristles. Stem: 2 to 5 feet tall, can be simple or branched, coarse. Leaves: Large, with the lower ones often reaching 1 foot long, broadly ovate, with smooth edges, pale or loosely cottony underneath, on hollow petioles. Preferred Habitat - Waste areas, roadsides, fields, barnyards. Flowering Season - July to October. Distribution - Common throughout our area. Naturalized from Europe.

A larger burdock than this (A. Lappa) may be more common in a few localities of the East, but wherever one wanders, this plebeian boldly asserts itself. In close-cropped pastures it still flourishes with the well-armed thistles and mulleins, for the great leaves contain an exceedingly bitter, sour juice, distasteful to grazers. Nevertheless the unpaid cattle, like every other beast and man, must nolens volens transplant the burs far away from the parent plant to found new colonies. Literally by hook or by crook they steal a ride on every switching tail, every hairy dog and woolly sheep, every trouser-leg or petticoat. Even the children, who make dolls and baskets of burdock burs, aid them in their insatiate love of travel. Wherever man goes, they follow, until, having crossed Europe - with the Romans? - they are now at home throughout this continent. Their vitality is amazing; persecution with scythe and plow may retard, but never check their victorious march. Opportunity for a seed to germinate may not come until late in the summer; but at once the plant sets to work putting forth flowers and maturing seed, losing no time in developing superfluous stalk and branches. Butterflies, which, like the Hoboken Dutch, ever delight in magenta, and bees of various kinds, find these flowers, with a slight fragrance as an additional attraction, generous entertainers.

A bigger burdock than this (A. Lappa) might be more common in some areas of the East, but no matter where you go, this ordinary plant makes its presence known. In closely grazed pastures, it still thrives alongside the well-defended thistles and mulleins, since its large leaves contain a very bitter, sour juice that animals don’t like. Still, the unpaid cattle, like every other animal and person, must unwillingly help spread the burs far from the parent plant to start new colonies. They hitch a ride on every swishing tail, furry dog, woolly sheep, or even on pant legs and skirts. Even the kids, who make dolls and baskets from burdock burs, help them on their endless journey. Wherever people go, they follow, and after crossing Europe—perhaps with the Romans?—they have now made themselves at home all over this continent. Their tenacity is impressive; mowing and plowing may slow them down, but they never stop their victorious spread. The chance for a seed to sprout may not come until late summer, but as soon as that happens, the plant gets right to work producing flowers and seeds, wasting no time in growing unnecessary stems and branches. Butterflies, which, like some Dutch folks from Hoboken, love magenta, and various kinds of bees find these flowers, with a subtle fragrance as a bonus, to be generous hosts.

Pink, of all colors, is the most unstable in our flora, and the most likely to fade. Magentas incline to purple, on the one hand, or to pure pink on the other, and delicate shades quickly blanch when long exposed to the sun's rays. Thus we frequently find white blossoms of the once pink rhododendron, laurel, azalea, bouncing Bet, and turtle-head. Albinos, too, regularly occur in numerous species. Many colored flowers show a tendency among individuals to revert to the white type of their ancestors. The reader should bear these facts in mind, and search for his unidentified flower in the previous section or in the following one if this group does not contain it.

Pink, more than any other color, is the most unstable in our plants and fades the quickest. Magentas can lean towards purple on one side or pure pink on the other, and lighter shades tend to wash out if exposed to the sun for too long. That's why we often see white flowers from once-pink rhododendrons, laurels, azaleas, bouncing Bets, and turtle-heads. Additionally, albino versions frequently occur in many species. Many colored flowers show a tendency among individuals to go back to the white trait of their ancestors. Keep these facts in mind and look for your unidentified flower in the previous section or the next one if this group doesn’t have it.

WHITE AND GREENISH FLOWERS

"The transition from wind-fertilization to insect-fertilization and the first traces of adaptation to insects, could only be due to the influence of quite short-lipped insects with feebly developed color sense. The most primitive flowers are therefore for the most part simple, widely open, regular, devoid of nectar or with their nectar unconcealed and easily accessible, and greenish, white, or yellow in color…. Lepidoptera, by the thinness, sometimes by the length, of their tongues, were able to produce special modifications. Through their agency were developed flowers with long and narrow tubes, whose colors and time of opening were in relation to the tastes and habits of their visitors." - Hermann Muller.

"The shift from wind pollination to insect pollination, along with the initial signs of adaptation to insects, can only be attributed to the impact of short-lipped insects that have a limited color perception. Thus, the most basic flowers are generally simple, widely open, symmetrical, lacking nectar or having nectar that is easily visible and accessible, and are typically green, white, or yellow in color…. Lepidoptera, due to the thinness and sometimes the length of their tongues, were able to create specific adaptations. Because of them, flowers with long, narrow tubes were developed, with colors and blooming times tailored to the preferences and behaviors of their pollinators." - Hermann Muller.

"Of all colors, white is the prevailing one; and of white flowers a considerably larger proportion smell sweetly than of any other color, namely, 14.6 per cent; of red only 8.2 per cent are odoriferous. The fact of a large proportion of white flowers smelling sweetly may depend in part on those which are fertilized by moths requiring the double aid of conspicuousness in the dusk and of odor. So great is the economy of Nature, that most flowers which are fertilized by crepuscular or nocturnal insects emit their odor chiefly or exclusively in the evening." - Charles Darwin.

"Out of all colors, white is the most common; and among white flowers, a significantly higher percentage have a sweet scent compared to any other color, with 14.6 percent being fragrant; whereas only 8.2 percent of red flowers are scented. The high number of sweet-smelling white flowers could be partly due to those that are pollinated by moths needing both visibility at dusk and scent. Nature is so efficient that most flowers that are pollinated by twilight or nighttime insects primarily or only release their fragrance in the evening." - Charles Darwin.

WATER-PLANTAIN
  (Alisma Plantago-aquatica) Water-plantain family

Water-plantain
  (Alisma Plantago-aquatica) Water-plantain family

Flowers - Very small and numerous, white, or pale pink, whorled in bracted clusters forming a large, loose panicle 6 to 15 in. long on a usually solitary scape 1/2 to 3 ft. high. Calyx of 3 sepals corolla of 3 deciduous petals; 6 or more stamens; many carpels in a ring on a small flat receptacle. Leaves: Erect or floating, oblong or ovate, with several ribs, or lance-shaped or grass-like, petioled, all from root. Perferred Habitat - Shallow water, mud, marshes. Flowering Season - June-September. Distribution - North America, Europe, Asia.

Flowers - Very small and numerous, white or light pink, arranged in clusters with bracts, forming a large, loose panicle 6 to 15 inches long on a usually solitary stem 1/2 to 3 feet tall. The calyx has 3 sepals and the corolla has 3 deciduous petals; there are 6 or more stamens; many carpels arranged in a ring on a small flat receptacle. Leaves: Erect or floating, oblong or oval, with several ribs, or lance-shaped or grass-like, with petioles, all originating from the root. Preferred Habitat - Shallow water, mud, marshes. Flowering Season - June-September. Distribution - North America, Europe, Asia.

Unlike its far more showy, decorative cousin the arrow-head, this wee-blossomed plant, whose misty white panicles rise with compensating generosity the world around, bears only perfect, regular flowers. Twelve infinitesimal drops of nectar, secreted in a fleshy ring around the center, are eagerly sought by flies. As the anthers point obliquely outward and away from the stigmas, an incoming fly, bearing pollen on his under side, usually alights in the center, and leaves some of the vitalizing dust just where it is most needed. But a "fly starting from a petal," says Muller, "usually applies its tongue to the nectar-drops one by one, and after each it strokes an anther with its labellae; in so doing it may bring various parts of its body in contact with the anthers. As a rule, however, the parts which come in contact with the anthers are not those which come in contact with the stigmas in the same flower." Any plant that lives in shallow water, which may dry up as summer advances, is under special necessity to produce an extra quantity of cross-fertilized seed to guard against extinction during drought. For the same reason it bears several kinds of leaves adapted to its environment: broad ones that spread their surfaces to the sunshine, and long grass-like ones to glide through currents of water that would tear those of any other shape. What diversity of leaf-form and structure we meet daily, and yet how very little does the wisest man of science understand of the reasons underlying such marvellous adaptability!

Unlike its much flashier, decorative relative the arrowhead, this little flowered plant, with its soft white clusters that generously rise all around the world, produces only perfect, regular blooms. Twelve tiny drops of nectar, released in a fleshy circle at the center, are eagerly sought by flies. As the anthers point outward and away from the stigmas, a fly coming in with pollen underneath usually lands in the center and deposits some of the essential dust exactly where it's most needed. But a "fly starting from a petal," says Muller, "typically uses its tongue to taste the nectar drops one by one, and after each, it brushes against an anther with its mouthparts; by doing so, it may touch different parts of its body to the anthers. Generally, though, the parts that touch the anthers are not the same ones that touch the stigmas in that flower." Any plant that grows in shallow water, which might dry up as summer progresses, has a special need to produce extra cross-fertilized seeds to avoid extinction during droughts. For the same reason, it has several types of leaves suited to its surroundings: wide ones that catch sunlight and long, grass-like ones that can move through water currents that would tear apart any other leaf shape. What a variety of leaf shapes and structures we encounter every day, and yet how little the smartest scientist truly understands about the reasons behind such amazing adaptability!

BROAD-LEAVED ARROWHEAD (Sagittaria latifolia; S. variabilis of Gray) Water-plantain family

BROAD-LEAVED ARROWHEAD (Sagittaria latifolia; S. variabilis of Gray) Water-plantain family

Flowers - White, 1 to 1 1/2 in. wide, in 3-bracted whorls of 3, borne near the summit of a leafless scape 4 in. to 4 ft. tall. Calyx of 3 sepals corolla of 3 rounded, spreading petals. Stamens and pistils numerous, the former yellow in upper flowers usually absent or imperfect in lower pistillate flowers. Leaves: Exceedingly variable; those under water usually long and grasslike; upper ones sharply arrow-shaped or blunt and broad, spongy or leathery, on long petioles. Preferred Habitat - Shallow water and mud. Flowering Season - July-September. Distribution - From Mexico northward throughout our area to the circumpolar regions.

Flowers - White, 1 to 1.5 inches wide, arranged in groups of 3 on a leafless stem that can be between 4 inches and 4 feet tall. The calyx has 3 sepals, and the corolla has 3 rounded, spreading petals. There are many stamens and pistils; the stamens are usually absent or not fully developed in the lower female flowers. Leaves: Highly variable; those submerged in water are typically long and grass-like; the upper leaves are sharply arrow-shaped or blunt and broad, spongy or leathery, and on long petioles. Preferred Habitat - Shallow water and mud. Flowering Season - July to September. Distribution - From Mexico northward throughout our area to the circumpolar regions.

Wading into shallow water or standing on some muddy shore, like a heron, this striking plant, so often found in that bird's haunts, is quite as decorative in a picture, and, happily, far more approachable in life. Indeed, one of the comforts of botany as compared with bird study is that we may get close enough to the flowers to observe their last detail, whereas the bird we have followed laboriously over hill and dale, through briers and swamps, darts away beyond the range of field-glasses with tantalizing swiftness.

Wading into shallow water or standing on a muddy shore, like a heron, this eye-catching plant, often found in that bird's territory, is just as beautiful in a picture and, thankfully, far more accessible in real life. In fact, one of the great things about botany compared to bird watching is that we can get close enough to the flowers to see every little detail, while the bird we've chased tirelessly over hills and through thorns and swamps quickly darts away beyond the reach of binoculars with frustrating speed.

While no single plant is yet thoroughly known to scientists, in spite of the years of study devoted by specialists to separate groups, no plant remains wholly meaningless. When Keppler discovered the majestic order of movement of the heavenly bodies, he exclaimed, "Oh God, I think Thy thoughts after Thee!" - the expression of a discipleship every reverent soul must be conscious of in penetrating, be it ever so little a way, into the inner meaning of the humblest wayside weed.

While no single plant is fully understood by scientists, despite the years of study that specialists have put into different groups, no plant is completely without significance. When Kepler discovered the stunning order of movement of the celestial bodies, he exclaimed, "Oh God, I think Your thoughts after You!" – a sentiment of reverence that every thoughtful person must feel when exploring, even just a little, the deeper meaning of the simplest wayside weed.

Fragile, delicate, pure white, golden-centered flowers of the arrowhead, usually clustered about the top of the scape, naturally are the first to attract the attention whether of man or insect. Below these, dull green, unattractive collections of pistils, which by courtesy only may be called flowers, also form little groups of three. Like the Quakers at meeting, the male and female arrowhead flowers are separated, often on distinct plants. Of course the insect visitors - bees and flies chiefly - alight on the showy staminate blossoms first, and transfer pollen from them to the dull pistillate ones later, as it was intended they should, to prevent self-fertilization. How endless are the devices of the flowers to guard against this evil and to compel insects to cross-pollinate them! The most minute detail of the mechanism involved, which the microscope reveals, only increases our interest and wonder.

Fragile, delicate, pure white flowers with golden centers of the arrowhead, usually clustered at the top of the stem, naturally catch the eye of both people and insects first. Below these are dull green, unappealing groups of pistils, which can only politely be called flowers, also grouped in threes. Similar to Quakers at a meeting, male and female arrowhead flowers are kept separate, often on different plants. Naturally, the insect visitors—mostly bees and flies—land on the vibrant male flowers first and then later transfer pollen to the less showy female ones, as nature intended, to avoid self-fertilization. The ways in which flowers have evolved to prevent this issue and encourage insects to cross-pollinate them are truly remarkable! Even the tiniest details of the mechanisms involved, revealed under a microscope, only deepen our fascination and awe.

Any plant which elects to grow in shallow water must be amphibious; it must be able to breathe beneath the surface as the fish do, and also be adapted to thrive without those parts that correspond to gills; for ponds and streams have an unpleasant way of drying up in summer, leaving it stranded on the shore. This accounts in part for the variable leaves on the arrowhead, those underneath the water being long and ribbon-like, to bring the greatest possible area into contact with the air with which the water is charged. Broad leaves would be torn to shreds by the current through which grass-like blades glide harmlessly; but when this plant grows on shore, having no longer use for its lower ribbons, it loses them, and expands only broad arrow-shaped surfaces to the sunny air, leaves to be supplied with carbonic acid to assimilate, and sunshine to turn off the oxygen and store up the carbon into their system.

Any plant that chooses to grow in shallow water has to be amphibious; it needs to be able to breathe underwater like fish do, and it also has to adapt to thrive without parts that are similar to gills. Ponds and streams can dry up in the summer, leaving the plant stuck on the shore. This partly explains the different types of leaves on the arrowhead—the ones underwater are long and ribbon-like, maximizing the area that comes into contact with the oxygen in the water. Wide leaves would get torn apart by the current, while grass-like blades move through it without harm. But when this plant grows on shore and no longer needs its lower ribbons, it sheds them and only develops broad, arrow-shaped leaves that are exposed to the sunlight. These leaves absorb carbon dioxide and use sunlight to release oxygen and store carbon in their system.

WATER ARUM; MARSH CALLA
  (Calla palustris) Arum family

WATER ARUM; MARSH CALLA
  (Calla palustris) Arum family

Flowers - Minute, greenish yellow, clustered on a cylinder-like, fleshy spadix about 1 in. long, partly enfolded by a large, white, oval, pointed, erect spathe, the whole resembling a small calla lily open in front. The solitary "flower" on a scape as long as the petioles of leaves, and, like them, sheathed at base. Leaves: Thick, somewhat heart-shaped, their spreading or erect petioles 4 to 8 in. long. Fruit: Red berries clustered in a head. Preferred Habitat - Cool Northern bogs; in or beside sluggish water. Flowering Season - May-June. Distribution - Nova Scotia southward to Virginia, westward to Minnesota and Iowa.

Flowers - Small, greenish-yellow blooms grouped on a cylindrical, fleshy spike about 1 inch long, partly surrounded by a large, white, oval, pointed, upright spathe, resembling a small calla lily that's open in front. The single "flower" sits on a stalk as long as the leaf petioles, and, like them, is sheathed at the base. Leaves: Thick, somewhat heart-shaped, with spreading or upright petioles 4 to 8 inches long. Fruit: Red berries clustered together. Preferred Habitat - Cool northern bogs; in or next to slow-moving water. Flowering Season - May-June. Distribution - From Nova Scotia down to Virginia, and westward to Minnesota and Iowa.

At a glance one knows this beautiful denizen of Northern bogs and ditches to be a poor relation of the stately Ethiopian calla lily of our greenhouses. Where the arum grows in rich, cool retreats, it is apt to be abundant, its slender rootstocks running hither and thither through the yielding soil with thrifty rapidity until the place is carpeted with its handsome dark leaves, from which the pure white "flowers" arise; and yet many flower lovers well up in field practice know it not. Thoreau, for example, was no longer young when he first saw, or, rather, noticed it. "Having found this in one place," he wrote, "I now find it in another. Many an object is not seen, though it falls within the range of our visual ray, because it does not come within the range of our intellectual ray. So, in the largest sense, we find only the world we look for."

At first glance, it's clear that this beautiful inhabitant of Northern swamps and ditches is a distant relative of the elegant Ethiopian calla lily found in our greenhouses. Where the arum thrives in rich, cool spots, it tends to flourish, with its slender rootstocks spreading quickly through the soft soil until the ground is covered in its attractive dark leaves, from which pure white "flowers" emerge. Yet, many flower enthusiasts experienced in the field do not recognize it. Thoreau, for instance, wasn’t young when he first saw—or rather, noticed—it. "Having found this in one place," he wrote, "I now find it in another. Many things go unnoticed, even though they are within our line of sight, because they don’t fall within our understanding. So, in the broadest sense, we only discover the world we search for."

Now, the true flowers of the arum and all its spadix-bearing kin are so minute that one scarcely notices them where they are clustered on the club-shaped column in the center of the apparent "flower." The beautiful white banner of the marsh calla, or the green and maroon striped pulpit from which Jack preaches, is no more the flower proper than the papery sheath below the daffodil is the daffodil. In the arum the white advertisement flaunted before flying insects is not even essential to the florets' existence, except as it helps them attract their pollen-carrying friends. Almost all waterside plants, it will be noticed, depend chiefly upon flies and midges, and these lack aesthetic taste. "Such plants have usually acquired small and inconspicuous separate flowers," says Grant Allen; "and then, to make up for their loss in attractiveness, like cheap sweetmeats, they have very largely increased their numbers. Or, to put the matter more simply and physically, in waterside situations those plants succeed best which have a relatively large number of individually small and unnoticeable flowers massed together into large and closely serried bundles. Hence, in such situations, there is a tendency for petals to be suppressed, and for blossoms to grow minute; because the large and bright flowers seldom succeed in attracting big land insects like bees or butterflies, while the small and thick-set ones usually do succeed in attracting a great many little flitting midges." Flies, which are guided far more by their sense of smell than by sight, resort to the petalless, insignificant florets of the ill-scented marsh calla in numbers; and as the uppermost clusters are staminate only, while the lower florets contain stamens and pistil, it follows they must often effect cross-pollination as they crawl over the spadix. But here is no trap to catch the tiny benefactors such as is set by wicked Jack-in-the-pulpit, or the skunk-cabbage, or another cousin, a still more terrible executioner, the cuckoo-pint (Arum maculatum) of Europe.

Now, the actual flowers of the arum and its spadix-bearing relatives are so tiny that you hardly notice them clustered on the club-shaped column in the center of the so-called "flower." The beautiful white banner of the marsh calla, or the green and maroon striped pulpit from which Jack preaches, is no more the actual flower than the papery sheath below the daffodil is the daffodil itself. In the arum, the white display put out to attract flying insects isn’t even crucial to the florets' survival, except for helping them draw in the pollen-collecting visitors. Almost all plants by the water rely mainly on flies and midges, which don’t have a sense of aesthetics. "Such plants have usually acquired small and inconspicuous separate flowers," says Grant Allen; "and then, to make up for their lack of appeal, like cheap candy, they have significantly increased their numbers. Or, to put it more simply and physically, in waterside places, the plants that do best have a relatively large number of individually small and unnoticeable flowers grouped together into large and tightly packed clusters. Thus, in these environments, there is a trend for petals to be minimized and blooms to be tiny; because large and bright flowers rarely succeed in attracting big land insects like bees or butterflies, while the small and compact ones usually manage to attract many little flying midges." Flies, which rely much more on their sense of smell than sight, flock to the petalless, insignificant florets of the poorly-scented marsh calla; and since the top clusters are solely staminate, while the lower florets have both stamens and pistils, they often end up cross-pollinating as they crawl over the spadix. But there is no trap to catch these tiny helpers, unlike the devious Jack-in-the-pulpit, or the skunk-cabbage, or another relative, an even more fearsome predator, the cuckoo-pint (Arum maculatum) from Europe.

Few coroner's inquests are held over the dead bodies of our feathered friends; and it is not known whether the innocent-looking marsh calla really poisons the birds on which it depends to carry its bright seeds afar or not. The cuckoo-pint, as is well known, destroys the winged messenger bearing its offspring to plant fresh colonies in a distant bog, because the decayed body of the bird acts as the best possible fertilizer into which the seedling may strike its roots. Most of our noxious weeds, like our vermin, have come to us from Europe; but Heaven deliver us from this cannibalistic pest!

Few coroner's inquests are held for the dead bodies of our feathered friends, and it's unclear whether the innocent-looking marsh calla actually poisons the birds that help spread its bright seeds or not. The cuckoo-pint, as is well known, kills the winged messenger that carries its offspring to establish new colonies in a distant bog, because the decaying body of the bird serves as the perfect fertilizer for the seedling to take root. Most of our harmful weeds, like our pests, have come to us from Europe; but God help us from this cannibalistic menace!

The very common GREEN ARROW-ARUM (Peltandra Virginica), found in shallow water, ditches, swamps, and the muddy shores of ponds throughout the eastern half of the United States, attracts us more by its stately growth and the beauty of its bright, lustrous green arrow-shaped leaves (which have been found thirty inches long), than by the insignificant florets clustered on the spadix within a long pointed green sheath that closely enfolds it. Pistillate florets cover it for only about one-fourth its length. To them flies carry pollen from the staminate florets covering the rest of the spadix. After the club is set with green berries - green, for this plant has no need to attract birds with bright red ones - the flower stalk curves, bends downward, and the pointed leathery sheath acting as an auger, it bores a hole into the soft mud in which the seeds germinate with the help of their surrounding jelly as a fertilizer.

The common GREEN ARROW-ARUM (Peltandra Virginica), found in shallow water, ditches, swamps, and muddy pond shores across the eastern half of the United States, draws our attention more for its impressive growth and the beauty of its shiny, green, arrow-shaped leaves (which can reach thirty inches long) than for the small flowers clustered on the spadix within a long, pointed green sheath that closely surrounds it. Female flowers cover only about a quarter of its length. Flies transport pollen from the male flowers that cover the rest of the spadix. Once the club is set with green berries—green because this plant doesn’t need to attract birds with bright red ones—the flower stalk curves and bends downwards. The pointed, leathery sheath acts like an auger, boring into the soft mud where the seeds germinate with the help of the jelly-like substance around them acting as fertilizer.

AMERICAN WHITE HELLEBORE; INDIAN POKE; ITCH-WEED
  (Veratrum viride) Bunch-flower family

AMERICAN WHITE HELLEBORE; INDIAN POKE; ITCH-WEED
  (Veratrum viride) Bunch-flower family

Flowers - Dingy, pale yellowish or whitish green, growing greener with age, 1 in. or less across, very numerous, in stiff-branching, spike-like, dense-flowered panicles. Perianth of 6 oblong segments; 6 short curved stamens; 3 styles. Stem: Stout, leafy, 2 to 8 ft. tall. Leaves: Plaited, lower ones broadly oval, pointed, 6 to 12 in. long; parallel ribbed, sheathing the stem where they clasp it; upper leaves gradually narrowing; those among flowers small. Preferred Habitat - Swamps, wet woods, low meadows. Flowering Season - May-July. Distribution - British Possessions from ocean to ocean; southward in the United States to Georgia, Tennessee, and Minnesota.

Flowers - Dull, pale yellowish or whitish-green, becoming greener as they age, about 1 inch or less in diameter, very abundant in stiffly branching, spike-like clusters dense with blooms. The flower structure consists of 6 oblong segments; 6 short curved stamens; 3 styles. Stem: Thick, leafy, ranging from 2 to 8 feet tall. Leaves: Folded, with the lower ones being broadly oval, pointed, 6 to 12 inches long; they have parallel ribs and wrap around the stem where they attach; upper leaves gradually become narrower; those near the flowers are smaller. Preferred Habitat - Swamps, wet woods, low meadows. Flowering Season - May-July. Distribution - British territories from coast to coast; southward in the United States to Georgia, Tennessee, and Minnesota.

    "Borage and hellebore fill two scenes -
     Sovereign plants to purge the veins
     Of melancholy, and cheer the heart
     Of those black fumes which make it smart."

"Borage and hellebore fill two scenes -
     Powerful plants to cleanse the veins
     Of sadness, and lift the spirits
     Of those dark thoughts that cause distress."

Such are the antidotes for madness prescribed by Burton in his "Anatomie of Melancholy." But like most medicines, so the homeopaths have taught us, the plant that heals may also poison; and the coarse, thick rootstock of this hellebore sometimes does deadly work. The shining plaited leaves, put forth so early in the spring they are especially tempting to grazing cattle on that account, are too well known by most animals, however, to be touched by them - precisely the end desired, of course, by the hellebore, nightshade, aconite, cyclamen, Jamestown weed, and a host of others that resort, for protection, to the low trick of mixing poisonous chemicals with their cellular juices. Pliny told how the horses, oxen, and swine of his day were killed by eating the foliage of the black hellebore. Flies, which visit the dirty, yellowish-green flowers in abundance, must cross-fertilize them, as the anthers mature before the stigmas are ready to receive pollen. Apparently the visitors suffer no ill effects from the nectar. We nave just seen how the green arrow-arum bores a hole in the mud and plants its own seeds in autumn. The hellebore uses its auger in the spring, when we find the stout, shining, solid tool above ground with the early skunk-cabbage.

Such are the antidotes for madness prescribed by Burton in his "Anatomy of Melancholy." But like most medicines, as homeopaths have taught us, the plant that heals can also poison; and the thick root of this hellebore can sometimes be deadly. The shiny, braided leaves, which emerge so early in the spring, are especially tempting to grazing cattle for that reason, yet most animals know better than to touch them—which is exactly what the hellebore, nightshade, aconite, cyclamen, Jamestown weed, and many others aim for by mixing poisonous chemicals into their cellular juices for protection. Pliny mentioned how the horses, oxen, and pigs of his time were killed by eating the leaves of the black hellebore. Flies, which flock to the dirty, yellowish-green flowers in huge numbers, must cross-pollinate them, as the anthers mature before the stigmas are ready to take in pollen. Apparently, the visitors suffer no negative effects from the nectar. We have just seen how the green arrow-arum bores a hole in the mud and plants its seeds in autumn. The hellebore uses its auger in the spring, when we find the sturdy, shiny tool above ground alongside the early skunk cabbage.

STAR OF BETHLEHEM; TEN O'CLOCK
 (Ornithogalum umbellatum) Lily family

STAR OF BETHLEHEM; 10 O'CLOCK
 (Ornithogalum umbellatum) Lily family

Flowers - Opening in the sunshine, white within, greenish on the outside, veined, borne on slender pedicels in an erect, loose cluster. Perianth of 6 narrowly oblong divisions, 1/2 in. long or over, or about twice as long as the flattened stamens; style short, 3-sided. Scape: Slender, 4 to 12 in. high, with narrow, blade-like bracts above. Leaves: Narrow, grass-like with white midvein, fleshy, all from coated, egg-shaped bulb. Preferred Habitat - Moist, grassy meadows, old lawns. Flowering Season - May-June. Distribution - Escaped from gardens from Massachusetts to Virginia.

Flowers - Opening in the sunlight, white inside, greenish on the outside, veined, growing on slender stems in a loose cluster. The perianth has 6 narrow, oblong sections, over 1/2 inch long, or about twice the length of the flattened stamens; the style is short and triangular. Scape: Slender, 4 to 12 inches tall, with narrow, blade-like bracts at the top. Leaves: Narrow, grass-like with a white midvein, fleshy, all from a coated, egg-shaped bulb. Preferred Habitat - Moist, grassy meadows, old lawns. Flowering Season - May-June. Distribution - Escaped from gardens from Massachusetts to Virginia.

The finding of these exquisite little flowers, growing wild among the lush grass of a meadow not far from some old homestead where their ancestors, with crocuses and grape hyacinths, once brightened the lawn in early spring, makes one long to start a Parkinson Society instantly. Some school children not far from New York, receiving their inspiration from Mrs. Ewing's little book, "Mary's Meadow," have spread the gospel of beauty, like the true missionaries they are, by systematically planting in lanes and fields sweet violets, golden coreopsis, hardy poppies, blue corn-flowers, Japanese roses, orange day-lilies, larkspurs, and many other charming garden flowers that need only the slightest encouragement to run wild. Immense quantities of seed, that go to loss in every garden, might so easily be sprinkled at large on our walks. Nearly all the beautiful hardy perennials cultivated here grow in Nature's garden in Europe or Asia, and will do so in America if they are but given the chance. The Star of Bethlehem is a case in point. Several members of the large group of charming spring flowers to which it belongs grow in such abundance in the Old World that for centuries the bulbs have furnished food to the omnivorous Italian and Asiatic peasants. If we cannot spare offsets from the garden, and will wait a few years for seeds to bear, the rich, light loam of our grassy meadows, too, will be streaked with a Milky Way of floral stars, as they are in Italy.

The discovery of these beautiful little flowers, growing wild among the lush grass of a meadow not far from an old homestead where their ancestors, along with crocuses and grape hyacinths, once lit up the lawn in early spring, makes you want to start a Parkinson Society right away. Some school kids not far from New York, inspired by Mrs. Ewing's little book "Mary's Meadow," have spread the message of beauty like true missionaries by systematically planting sweet violets, golden coreopsis, sturdy poppies, blue cornflowers, Japanese roses, orange daylilies, larkspurs, and many other lovely garden flowers that need just a little encouragement to grow wild. Huge amounts of seed that go to waste in every garden could easily be spread along our paths. Almost all the beautiful hardy perennials grown here flourish in Nature's garden in Europe or Asia, and they will do the same in America if given the chance. The Star of Bethlehem is a perfect example. Several members of the large group of lovely spring flowers it belongs to grow so abundantly in the Old World that for centuries, their bulbs have fed the resourceful Italian and Asian peasants. If we can't spare offsets from the garden and are willing to wait a few years for seeds to produce, the rich, light soil of our grassy meadows will also be dotted with a Milky Way of floral stars, just like they are in Italy.

The Greek generic name of the Star of Bethlehem, meaning "bird's milk" (a popular folk expression in Europe for some marvellous thing) was applied by Linnaeus because of the flower's likeness to the wonderful star in the East which guided the Wise Men to the manger where Jesus lay.

The Greek general name for the Star of Bethlehem, meaning "bird's milk" (a well-known saying in Europe for something amazing), was given by Linnaeus because the flower resembled the incredible star in the East that led the Wise Men to the manger where Jesus was born.

STAR-GRASS; COLIC-ROOT
  (Aletris farinosa) Lily family

STAR-GRASS; COLIC-ROOT
  (Aletris farinosa) Lily family

Flowers - Small, oblong-tubular, pure white or yellowish, about 1/4 in. long, set obliquely in a long, wand-like, spiked raceme, at the end of a slender scape 2 to 3 ft. tall. Perianth somewhat bell-shaped, 6-pointed, rough or mealy outside; 6 stamens, inserted below each point; style 3-cleft at tip. (A Southern form or distinct species (?) has yellower, fragrant flowers.) Leaves: >From the base, lance-shaped, 2 to 6 in. long, thin, pale yellowish green, in a spreading cluster. Preferred Habitat - Dry soil; roadsides; open, grassy, sandy woods. Flowering Season - May-July. Distribution - From Ontario and the Mississippi eastward to the Atlantic.

Flowers - Small, elongated tubular shapes, pure white or slightly yellowish, about 1/4 inch long, positioned at an angle in a long, wand-like, spiky cluster at the end of a slender stalk that’s 2 to 3 feet tall. The outer part is somewhat bell-shaped, with 6 points, rough or grainy on the outside; there are 6 stamens attached below each point; the style is divided into 3 at the tip. (A Southern variation or possible distinct species (?) has yellower, fragrant flowers.) Leaves: From the base, lance-shaped, 2 to 6 inches long, thin, pale yellowish-green, growing in a spreading cluster. Preferred Habitat - Dry soil; roadsides; open, grassy, sandy woodlands. Flowering Season - May-July. Distribution - From Ontario and the Mississippi eastward to the Atlantic.

Herb gatherers have searched far and wide for this plant's bitter, fibrous root, because of its supposed medicinal virtues. What decoctions have not men swallowed from babyhood to old age to get relief from griping colic! In partial shade, colonies of the tufted yellow-green leaves send up from the center gradually lengthening spikes of bloom that may finally attain over a foot in length. The plant is not unknown in borders of men's gardens. The Greek word (aletron = meal) from which its generic title is derived, refers to the rough, granular surface of the little oblong white flower.

Herb gatherers have looked everywhere for this plant's bitter, fibrous root because of its supposed healing properties. What concoctions have people consumed from childhood to old age to find relief from painful cramps! In partial shade, clusters of tufted yellow-green leaves send up long spikes of blooms that can eventually reach over a foot in length. The plant is also found in the edges of people's gardens. The Greek word (aletron = meal) from which its scientific name comes relates to the rough, grainy surface of the small, oblong white flower.

WILD SPIKENARD; FALSE SOLOMON'S SEAL; SOLOMON'S ZIG-ZAG
  (Vagnera racemosa; Smilacina racemosa of Gray)
Lily-of-the-Valley family

WILD SPIKENARD; FALSE SOLOMON'S SEAL; SOLOMON'S ZIG-ZAG
  (Vagnera racemosa; Smilacina racemosa of Gray)
Lily-of-the-Valley family

Flowers - White or greenish, small, slightly fragrant, in a densely flowered terminal raceme. Perianth of 6 separate, spreading segments; 6 stamens; 1 pistil. Stem: Simple, somewhat angled, 1 to 3 ft. high, scaly below, leafy, and sometimes finely hairy above. Leaves: Alternate and seated along stem, oblong, lance-shaped, 3 to 6 in. long, finely hairy beneath. Rootstock: Thick, fleshy. Fruit: A cluster of aromatic, round, pale red speckled berries. Preferred Habitat - Moist woods, thickets, hillsides. Flowering Season - May-July. Distribution - Nova Scotia to Georgia; westward to Arizona and British Columbia.

Flowers - White or greenish, small, slightly fragrant, in a dense flower cluster at the top. The perianth has 6 separate, spreading segments; 6 stamens; and 1 pistil. Stem: Simple, somewhat angled, 1 to 3 ft. tall, scaly at the bottom, leafy, and sometimes finely hairy at the top. Leaves: Alternate and positioned along the stem, oblong, lance-shaped, 3 to 6 in. long, finely hairy on the underside. Rootstock: Thick and fleshy. Fruit: A cluster of aromatic, round, pale red speckled berries. Preferred Habitat - Moist woods, thickets, hillsides. Flowering Season - May-July. Distribution - Nova Scotia to Georgia; westward to Arizona and British Columbia.

As if to offer opportunities for comparison to the confused novice, the true Solomon's seal and the so-called false species - quite as honest a plant - usually grow near each other. Grace of line, rather than beauty of blossom, gives them both their chief charm. But the feathery plume of greenish-white blossoms that crowns the false Solomon's seal's somewhat zig-zagged stem is very different from the small, greenish, bell-shaped flowers, usually nodding in pairs along the stem, under the leaves, from the axils of the true Solomon's seal. Later in summer, when hungry birds wander through the woods with increased families, the wild spikenard offers them branching clusters of pale red speckled berries, whereas the latter plant feasts them with blue-black fruit, in the hope that they will drop the seeds miles away.

As if to give the confused beginner a chance to compare, the true Solomon's seal and the so-called false variety – just as authentic a plant – usually grow close to one another. The elegance of their shape, rather than the beauty of their flowers, gives them both their main appeal. However, the feathery cluster of greenish-white flowers that tops the false Solomon's seal's somewhat zig-zagged stem is quite different from the small, greenish, bell-shaped flowers, which typically hang in pairs along the stem, beneath the leaves, from the axils of the true Solomon's seal. Later in summer, when hungry birds roam the woods with their growing families, the wild spikenard provides them with branching clusters of pale red speckled berries, while the true Solomon's seal feeds them with blue-black fruit, hoping they'll drop the seeds far away.

By clustering its small, slightly fragrant flowers at the end of its stem, the wild spikenard offers a more taking advertisement to its insect friends than its cousin can show. A few flies and beetles visit them; but apparently the less specialized bees, chiefly those of the Halictus tribe, which predominate in May, are the principal guests. These alight in the center of the widely expanded blossoms set on the upper side of the branching raceme so as to make their nectar and pollen easily accessible; and as the newly opened flower has its stigma already receptive to pollen brought to it while its own anthers are closed, it follows the plant is dependent upon the bees' help, as well as the birds', to perpetuate itself.

By grouping its small, slightly fragrant flowers at the end of its stem, the wild spikenard provides a more appealing invitation to its insect friends than its relative can offer. A few flies and beetles stop by; however, the less specialized bees, especially those from the Halictus tribe that are most common in May, are the primary visitors. These bees land in the center of the broad, open blossoms on the upper part of the branching raceme, making their nectar and pollen easy to access. Since the newly opened flower has its stigma ready to receive pollen while its own anthers are still closed, it’s clear that the plant relies on the help of bees, as well as birds, to reproduce.

The STAR-FLOWERED SOLOMON'S SEAL (V. stellata), found from the Atlantic to the Pacific, from Newfoundland as far south as Kansas, has larger, but fewer, flowers than the wild spikenard, at the end of its erect, low-growing stem. Where the two species grow together - and they often do - it will be noticed that the star-flowered one frequently forms colonies on rich, moist banks, its leaves partly clasp the stem, and its berries, which may be entirely black, are more frequently green, with six black stripes.

The STAR-FLOWERED SOLOMON'S SEAL (V. stellata), found from the Atlantic to the Pacific, from Newfoundland down to Kansas, has larger but fewer flowers than the wild spikenard, located at the top of its upright, low-growing stem. Where the two species grow together—which they often do—you'll notice that the star-flowered one often forms colonies on rich, moist banks. Its leaves partially wrap around the stem, and its berries, which can be completely black, are more commonly green with six black stripes.

The TWO-LEAVED SOLOMON'S SEAL, or FALSE LILY-OF-THE-VALLEY (Unifolium Canadense), very common in moist woods and thickets North and West, is a curious little plant, sometimes with only a solitary, long-petioled leaf; but where many of these sterile plants grow together, forming shining beds. Other individuals lift a white-flowered raceme six inches above the ground; and on the slender, often zig-zagged flowering stem there may be one to three, but usually two, ovate leaves, pointed at the apex, heart-shaped at the base, either seated on it, one above the other, or standing out from it on distinct but short petioles. This flower has only four segments and four stamens. Like the wild spikenard, the little plant bears clusters of pale red speckled berries in autumn.

The TWO-LEAVED SOLOMON'S SEAL, or FALSE LILY-OF-THE-VALLEY (Unifolium Canadense), is quite common in moist woods and thickets in the North and West. This fascinating little plant sometimes has just a single long-stemmed leaf. However, where many of these non-flowering plants grow together, they create shiny patches. Other individuals may produce a white-flowered raceme that rises six inches above the ground. On the slender, often zig-zagging flowering stem, there can be one to three leaves, but usually, there are two. These leaves are oval, pointed at the tip, and heart-shaped at the base, either sitting directly on the stem, one above the other, or standing out on short, distinct petioles. The flower features only four segments and four stamens. Like wild spikenard, this small plant produces clusters of pale red speckled berries in the autumn.

HAIRY or TRUE or TWIN-FLOWERED SOLOMON'S SEAL
  (Polygonatum biftorum) Lily-of-the-Valley family

HAIRY or TRUE or TWIN-FLOWERED SOLOMON'S SEAL
  (Polygonatum biflorum) Lily-of-the-Valley family

Flowers - Whitish or yellowish green, tubular, bell-shaped, 1 to 4, but usually 2, drooping on slender peduncles from leaf axils. Perianth 6-lobed at entrance, but not spreading; 6 stamens, the filaments roughened; 1 pistil. Stem: Simple, slender, arching, leafy, 8 in. to 3 ft. long. Leaves: Oval, pointed, or lance-shaped, alternate, 2 to 4 in. long, seated on stem, pale beneath and softly hairy along veins. Rootstock: Thick, horizontal, jointed, scarred. (Polygonatum = many joints). Fruit: A blue-black berry. Preferred Habitat - Woods, thickets, shady banks. Flowering Season - April-June. Distribution - New Brunswick to Florida, westward to Michigan.

Flowers - Whitish or yellowish-green, tubular, bell-shaped, usually 2, sometimes 1 to 4, drooping on slender stems from the leaf axils. The perianth has 6 lobes at the entrance but doesn’t spread; there are 6 stamens with rough filaments; and 1 pistil. Stem: Simple, slender, arching, leafy, ranging from 8 inches to 3 feet long. Leaves: Oval, pointed, or lance-shaped, arranged alternately, 2 to 4 inches long, attached directly to the stem, pale underneath, and softly hairy along the veins. Rootstock: Thick, horizontal, jointed, and scarred. (Polygonatum = many joints). Fruit: A blue-black berry. Preferred Habitat - Woods, thickets, shady banks. Flowering Season - April-June. Distribution - New Brunswick to Florida, westward to Michigan.

>From a many-jointed, thick rootstock a single graceful curved stem arises each spring, withers after fruiting, and leaves a round scar, whose outlines suggested to the fanciful man who named the genus the seal of Israel's wise king. Thus one may know the age of a root by its seals, as one tells that of a tree by the rings in its trunk.

>From a thick rootstock with many joints, a single elegant, curved stem grows each spring, wilts after producing fruit, and leaves a round scar. The shape of this scar inspired the imaginative person who named the genus after the seal of Israel's wise king. This way, you can determine the age of a root by its scars, just as you can tell the age of a tree by the rings in its trunk.

The dingy little cylindric flowers, hidden beneath the leaves, may be either self-pollenized or cross-pollenized by the bumblebees to which they are adapted. "We may suppose," says Professor Robertson, "that the pendulous position of the flowers owes its origin to the fact that it renders them less convenient to other insects, but equally convenient to the higher bees which are the most efficient pollinators; and that the resulting protection to pollen and nectar is merely an incidental effect." Certain Lepidoptera, and small insects which crawl into the cylinder, visit all the Solomon's seals.

The dirty little cylindrical flowers, hidden under the leaves, can either self-pollinate or be cross-pollinated by the bumblebees they’re adapted to. "We can assume," says Professor Robertson, "that the drooping position of the flowers developed because it makes them less accessible to other insects, but just right for the larger bees, which are the best pollinators; and that the resulting protection for the pollen and nectar is just a side effect." Some butterflies and small insects that crawl into the cylinder visit all the Solomon’s seals.

The SMOOTH SOLOMON'S SEAL (P. commutatum; P.giganteum of Gray), with much the same range as its smaller relative, grows in moist woods and along shaded streams. It is a variable, capricious plant, with a stout or slender stem, perhaps only one foot high, or again towering above the tallest man's head; the oval leaves also vary greatly in breadth and length; and a solitary flower may droop from an axil, or perhaps eight dingy greenish cylinders may hang in a cluster. But the plant is always smooth throughout. Even the incurved filaments which obstruct the entrance to this flower are smooth where those of the preceding species are rough-hairy. The style is so short that it may never come in contact with the anthers, although the winged visitors must often leave pollen of the same flower on the stigma.

The SMOOTH SOLOMON’S SEAL (P. commutatum; P. giganteum of Gray), which has a similar range to its smaller counterpart, thrives in moist woods and along shaded streams. It's a variable and unpredictable plant, with either a thick or thin stem that can be just one foot tall or towering over the tallest person; the oval leaves also change greatly in width and length; and a single flower might droop from a leaf axil, or perhaps eight dull greenish cylinders might hang in a bunch. However, the plant is always smooth throughout. Even the curled filaments that block the entrance to this flower are smooth, unlike those of the previous species which are rough and hairy. The style is so short that it might never touch the anthers, even though winged visitors frequently leave pollen from the same flower on the stigma.

EARLY or DWARF WAKE-ROBIN
  (Trillium nivale) Lily-of-the-Valley family

EARLY or DWARF WAKE-ROBIN
  (Trillium nivale) Lily-of-the-Valley family

Flowers - Solitary, pure white, about 1 in. long, on an erect or curved peduncle, from a whorl of 3 leaves at summit of stem. Three spreading, green, narrowly oblong sepals; 3 oval or oblong petals; 6 stamens, the anthers about as long as filaments; 3 slender styles stigmatic along inner side. Stem: 2 to 6 in. high, from a short, tuber-like rootstock. Leaves: 3 in a whorl below the flower, 1 to 2 in. long, broadly oval, rounded at end, on short petioles. Fruit: A 3-lobed reddish berry, about 1/2 in. in diameter, the sepals adhering. Preferred Habitat - Rich, moist woods and thickets. Flowering Season - March-May. Distribution - Pennsylvania, westward to Minnesota and Iowa, south to Kentucky.

Flowers - Solitary, pure white, about 1 inch long, on an upright or curved stem, coming from a whorl of 3 leaves at the top of the stem. Three spreading, green, narrow oblong sepals; 3 oval or oblong petals; 6 stamens, with anthers about the same length as the filaments; 3 slender styles with stigmas along the inner side. Stem: 2 to 6 inches high, coming from a short, tuber-like rootstock. Leaves: 3 in a whorl below the flower, 1 to 2 inches long, broadly oval, rounded at the end, on short petioles. Fruit: A 3-lobed reddish berry, about 1/2 inch in diameter, with the sepals attached. Preferred Habitat - Rich, moist woods and thickets. Flowering Season - March-May. Distribution - Pennsylvania, west to Minnesota and Iowa, south to Kentucky.

Only this delicate little flower, as white as the snow it sometimes must push through to reach the sunshine melting the last drifts in the leafless woods, can be said to wake the robins into song; a full chorus of feathered love-makers greets the appearance of the more widely distributed, and therefore better known, species.

Only this fragile little flower, as white as the snow it sometimes has to push through to reach the sunshine melting the last bits in the leafless woods, can truly be said to wake the robins into song; a full chorus of singing birds celebrates the arrival of the more common, and therefore better known, species.

By the rule of three all the trilliums, as their name implies, regulate their affairs. Three sepals, three petals, twice three stamens, three styles, a three-celled ovary, the flower growing out from a whorl of three leaves, make the naming of wake-robins a simple matter to the novice. Rarely do the parts divide into fours, or the petals and sepals revert to primitive green leaves. With the exception of the painted trillium which sometimes grows in bogs, all the clan live in rich, moist woods. It is said the roots are poisonous. In them the next year's leaves lie curled through the winter, as in the iris and Solomon's seal, among others.

By the rule of three, all the trilliums, as their name suggests, manage their functions. Three sepals, three petals, six stamens, three styles, a three-celled ovary, and the flower emerging from a whorl of three leaves make identifying wake-robins straightforward for beginners. The parts rarely divide into fours, nor do the petals and sepals revert to primitive green leaves. Except for the painted trillium, which occasionally grows in bogs, all of them thrive in rich, moist woods. It’s said that the roots are poisonous. The leaves for the next year curl up through the winter, just like in the iris and Solomon's seal, among others.

One of the most chastely beautiful of our native wild flowers - so lovely that many shady nooks in English rock-gardens and ferneries contain imported clumps of the vigorous plant - is the LARGE-FLOWERED WAKE-ROBIN, or WHITE WOOD LILY (T. grandiflorum). Under favorable conditions the waxy, thin, white, or occasionally pink, strongly veined petals may exceed two inches; and in Michigan a monstrous form has been found. The broadly rhombic leaves, tapering to a point, and lacking petioles, are seated in the usual whorl of three, at the summit of the stem, which may attain a foot and a half in height; from the center the decorative flower arises on a long peduncle. At first the entrance to the blossom is closed by the long anthers which much exceed the filaments; and hive-bees, among other insects, in collecting pollen, transfer it to older and now expanded flowers, in which the low stigmas appear between the tall separated stamens. Nectar stored in septal glands at the base invites the visitor laden with pollen from young flowers to come in contact with the three late maturing stigmas. The berry is black. From Quebec to Florida and far westward we find this tardy wake-robin in May or June.

One of the most beautifully modest wildflowers native to our area—so gorgeous that many shady spots in English rock gardens and fern gardens feature imported clumps of this vigorous plant—is the LARGE-FLOWERED WAKE-ROBIN, or WHITE WOOD LILY (T. grandiflorum). Under the right conditions, the waxy, thin, white, or sometimes pink, deeply veined petals can exceed two inches in size; in Michigan, a giant form has been discovered. The broad, rhombus-shaped leaves, tapering to a point and growing without petioles, are arranged in the usual whorl of three at the top of the stem, which can grow up to a foot and a half tall; from the center, the striking flower emerges on a long stalk. Initially, the entrance to the blossom is blocked by the long anthers that extend far beyond the filaments; as hive bees and other insects collect pollen, they transfer it to older, now open flowers where the low stigmas are visible between the tall, separated stamens. Nectar stored in septal glands at the base attracts visitors carrying pollen from younger flowers to come into contact with the three late-maturing stigmas. The berry is black. From Quebec to Florida and as far west as we can go, we find this late-blooming wake-robin in May or June.

Certainly the commonest trillium in the East, although it thrives as far westward as Ontario and Missouri, and south to Georgia, is the NODDING WAKE-ROBIN (T. cernuum), whose white or pinkish flower droops from its peduncle until it is all but hidden under the whorl of broadly rhombic, tapering leaves. The wavy margined petals, about as long as the sepals - that is to say, half an inch long or over - curve backward at maturity. According to Miss Carter, who studied the flower in the Botanical Garden at South Hadley, Mass., it is slightly proterandrous, maturing its anthers first, but with a chance of spontaneous self-pollination by the stigmas recurving to meet the shorter stamens. She saw bumblebees visiting it for nectar. In late summer an egg-shaped, pendulous red-purple berry swings from the summit. One finds the plant in bloom from April to June, according to the climate of its long range,

Certainly the most common trillium in the East, though it can be found as far west as Ontario and Missouri and as far south as Georgia, is the NODDING WAKE-ROBIN (T. cernuum). Its white or pinkish flower droops from its stem, nearly hidden under a whorl of broad, rhombic, tapering leaves. The wavy-edged petals, about the same length as the sepals—roughly half an inch or more—curve backward when fully mature. According to Miss Carter, who studied the flower at the Botanical Garden in South Hadley, Mass., it matures its anthers first and has a chance of spontaneous self-pollination because the stigmas curl back to meet the shorter stamens. She observed bumblebees visiting for nectar. In late summer, a pendulous, egg-shaped red-purple berry hangs from the top of the plant. You can see the plant in bloom from April to June, depending on the climate in its wide range.

Perhaps the most strikingly beautiful member of the tribe is the PAINTED TRILLIUM (T. undulatum; T. erythrocarpum of Gray). At the summit of the slender stem, rising perhaps only eight inches, or maybe twice as high, this charming flower spreads its long, wavy-edged, waxy-white petals veined and striped with deep pink or wine color. The large ovate leaves, long-tapering to a point, are rounded at the base into short petioles. The rounded, three-angled, bright red, shining berry is seated in the persistent calyx. With the same range as the nodding trillium's, the painted wake-robin comes into bloom nearly a month later - in May and June - when all the birds are not only wide awake, but have finished courting, and are busily engaged in the most serious business of life.

Perhaps the most strikingly beautiful member of the tribe is the PAINTED TRILLIUM (T. undulatum; T. erythrocarpum of Gray). At the top of the slender stem, which rises about eight inches or maybe twice that height, this charming flower spreads its long, wavy-edged, waxy-white petals, veined and striped with deep pink or wine color. The large, oval leaves, tapering to a point, are rounded at the base into short petioles. The rounded, three-angled, bright red, shiny berry sits in the persistent calyx. Sharing the same range as the nodding trillium, the painted wake-robin blooms nearly a month later—in May and June—when all the birds are not only wide awake but have finished courting and are busy with the most serious business of life.

SHOWY LADY'S SLIPPER
  (Cypripedium reginae; C. spectabile of Gray) Orchid family

SHOWY LADY'S SLIPPER
  (Cypripedium reginae; C. spectabile of Gray) Orchid family

Flowers - Usually solitary, at summit of stem, white, or the inflated white lip painted with purplish pink and white stripes; sepals rounded oval, spreading, white, not longer than the lip; petals narrower, white; the broad sac-shaped pouch open in front, 1 in. long or over. Stem: Stout, leafy, 1 to 2 ft. high. Leaves: 3 to 8 in. long, downy, elliptic, pointed, many ribbed. Preferred Habitat - Peat-bogs; rich, low, wet woods. Flowering Season - June-September. Distribution - Nova Scotia to Georgia, westward to the Mississippi. Chiefly North.

Flowers - Typically solitary, located at the top of the stem, white, or with an inflated white lip that has purplish pink and white stripes; sepals are rounded and oval, spreading, white, and not longer than the lip; petals are narrower and white; the broad sac-shaped pouch opens in the front, measuring 1 inch long or more. Stem: Sturdy, leafy, 1 to 2 feet tall. Leaves: 3 to 8 inches long, fuzzy, elliptical, pointed, with many ribs. Preferred Habitat - Peat-bogs; rich, low, wet woods. Flowering Season - June to September. Distribution - From Nova Scotia to Georgia, extending westward to the Mississippi. Mostly found in the North.

Quite different from the showy orchis, is this far more chaste showy lady's slipper which Dr. Gray has called "the most beautiful of the genus." Because the plants live in inaccessible swampy places, where only the most zealous flower lover penetrates, they have a reputation for rarity at which one who knows a dozen places to find colonies of the stately exquisites during a morning's walk, must smile with superiority. Wine appears to overflow the large white cup and trickle down its sides. Sometimes unstained, pure white chalices are found. C. album is the name by which the plant is known in England. See note after Common Daisy.

Quite different from the flashy orchid, this much more modest showy lady's slipper, which Dr. Gray has called "the most beautiful of the genus," thrives in hard-to-reach swampy areas that only the most dedicated flower enthusiasts explore. Because of this, they are considered rare, which makes someone who knows a dozen spots to find colonies of these elegant flowers during a morning walk smile with a sense of superiority. It looks like wine is overflowing from the large white cup and trickling down its sides. Occasionally, you can find unblemished, pure white chalices. C. album is the name this plant goes by in England. See note after Common Daisy.

LARGE ROUND-LEAVED or GREATER GREEN ORCHIS
  (Habenaria orbiculata) Orchid family

LARGE ROUND-LEAVED or GREATER GREEN ORCHIS
  (Habenaria orbiculata) Orchid family

Flowers - Greenish white, in a loosely set spike; the upper sepal short, rounded; side ones spreading; petals smaller, arching; the lip long, narrow, drooping, white, prolonged into a spur often 1 1/2 in. long, curved and enlarged at base; anther sacs prominent, converging. Scape: 1 to 2 ft. high. Leaves: 2, spreading flat on ground, glossy above, silvery underneath, parallel-veined, slightly longer than wide, very large, from 4 to 7 in. across. Preferred Habitat - Rich, moist woods in mountainous regions, especially near evergreens. Flowering Season - July-August. Distribution - From British Columbia to the Atlantic; eastern half of the United States southward to the Carolinas.

Flowers - Greenish white, arranged in a loose spike; the upper sepal is short and rounded; the side ones are spreading; the petals are smaller and arching; the lip is long, narrow, drooping, white, and extends into a spur often 1.5 inches long, curved and thicker at the base; the anther sacs are prominent and converge. Scape: 1 to 2 feet tall. Leaves: 2, spreading flat on the ground, glossy on top, silvery underneath, with parallel veins, slightly longer than wide, very large, measuring 4 to 7 inches across. Preferred Habitat - Rich, moist woods in mountainous areas, especially near evergreens. Flowering Season - July-August. Distribution - From British Columbia to the Atlantic; across the eastern half of the United States south to the Carolinas.

Wonderfully interesting structure and the comparative rarity of this orchid, rather than superficial beauty, are responsible for the thrill of pleasure one experiences at the sight of the spike of unpretentious flowers. Two great leaves, sometimes as large as dinner plates, attract the eye to where they glisten on the ground. The spur of the blossom, the nectary, "implies a welcome to a tongue two inches long, and will reward none other," says William Hamilton Gibson. "This clearly shuts out the bees, butterflies, and smaller moths. What insect, then, is here implied? The sphinx moth, one of the lesser of the group. A larger individual might sip the nectar, it is true, but its longer tongue would reach the base of the tube without effecting the slightest contact with the pollen, which is, of course, the desideratum." How the moth, in sipping the nectar, thrusts his head against the sticky buttons to which the pollen messes are attached, and, in trying to release himself, loosens them; how he flies off with these little clubs sticking to his eyes; how they automatically adjust themselves to the attitude where they will come in contact with the stigma of the next flower visited, and so cross-fertilize it, has been told in the account of the great purple-fringed orchis of similar construction. To that species the interested reader is, therefore, referred; or, better still, to the luminous description by Dr. Asa Gray.

The fascinating structure and relative rarity of this orchid, rather than just its surface beauty, create the joy one feels when seeing the spike of simple flowers. Two large leaves, sometimes as big as dinner plates, catch the eye as they shine on the ground. The spur of the blossom, or nectary, "invites a tongue two inches long, and won't reward any other," says William Hamilton Gibson. "This clearly excludes bees, butterflies, and smaller moths. So, what insect is suggested? The sphinx moth, one of the smaller types. A larger insect could drink the nectar, but its longer tongue would reach the tube's base without making the slightest contact with the pollen, which is the real goal." How the moth, while sipping nectar, pushes its head against the sticky buttons where the pollen clumps are attached, and while trying to free itself, dislodges them; how it then flies off with these little clumps stuck to its eyes; how they naturally position themselves to touch the stigma of the next flower it visits, thus cross-fertilizing it, has been explained in the account of the great purple-fringed orchis with a similar structure. For more details, interested readers are referred to that species, or even better, to Dr. Asa Gray’s vivid description.

WHITE-FRINGED ORCHIS
  (Habenaria blephariglottis) Orchid family

WHITE-FRINGED ORCHIS
  (Habenaria blephariglottis) Orchid family

Flowers - Pure white, fragrant, borne on a spike from 3 to 6 in.
long. Spur long, slender; oval sepals; smaller petals toothed;
the oblong lip deeply fringed. Stem: Slender, 1 to 2 ft. high.
Leaves: Lance-shaped, parallel-veined, clasping the stem; upper
ones smallest.
Preferred Habitat - Peat-bogs and swamps.
Flowering Season - July-August.
Distribution - Northeastern United States and eastern Canada to
Newfoundland.

Flowers - Pure white, fragrant, growing on a spike that is 3 to 6 inches long.
The spur is long and slender; the sepals are oval; the smaller petals are toothed;
the oblong lip is deeply fringed. Stem: Slender, 1 to 2 feet high.
Leaves: Lance-shaped, with parallel veins, hugging the stem; the upper
leaves are the smallest.
Preferred Habitat - Peat bogs and swamps.
Flowering Season - July-August.
Distribution - Northeastern United States and eastern Canada to
Newfoundland.

One who selfishly imagines that all the floral beauty of the earth was created for man's sole delight will wonder why a flower so exquisitely beautiful as this dainty little orchid should be hidden in inaccessible peat-bogs, where overshoes and tempers get lost with deplorable frequency, and the water-snake and bittern mock at man's intrusion of their realm by the ease with which they move away from him. Not for man, but for the bee, the moth, and the butterfly, are orchids where they are and what they are. The white-fringed orchis grows in watery places that it may more easily manufacture nectar, and protect itself from crawling pilferers; its flowers are clustered on a spike, their lips are fringed, they have been given fragrance and a snowy-white color that they may effectually advertise their sweets on whose removal by an insect benefactor that will carry pollen from flower to flower as he feeds depends their chance of producing fertile seed. It is probable the flower is white that night-flying moths may see it shine in the gloaming. From the length and slenderness of its spur it is doubtless adapted to the sphinx moth.

Someone who selfishly believes that all the beautiful flowers on earth exist solely for human enjoyment will be puzzled as to why a flower as stunning as this delicate little orchid is found in hard-to-reach peat-bogs, where overshoes and temper often get lost, and the water snake and bittern effortlessly evade human presence. Orchids are not for humans, but for bees, moths, and butterflies, placed where they are for a reason. The white-fringed orchis grows in wet areas to easily produce nectar and protect itself from creeping thieves; its flowers are arranged in a spike, their lips are fringed, and they have a pleasant fragrance and a pure white color to effectively advertise their nectar. Insects that come to feed, while carrying pollen from flower to flower, are crucial for the orchid’s chance of producing fertile seeds. The flower is likely white so that night-flying moths can see it shining in the twilight. Its long and slender spur suggests it is particularly suited for the sphinx moth.

At the entrance to the nectary, two sticky disks stand on guard, ready to fasten themselves to the eyes of the first moth that inserts his tongue; and he finds on withdrawing his head that two pollen-masses attached to these disks have been removed with them. This plastering over of insects' eyes by the orchids might be serious business, indeed, were not the lepidoptera gifted with numerous pairs. The fragrance of many orchids, however, would be a sufficient guide even to a blind insect. With the pollen-masses sticking to his forehead, the moth enters another flower and necessarily rubs off some grains from the pollen masses, that have changed their attitude during his flight that they may be in the precise position to fertilize the viscid stigma. In almost the same way the similar Yellow-Fringed Orchis (H. ciliaris) and the great green orchids compel insects to work for them.

At the entrance to the nectar chamber, two sticky pads wait on guard, ready to attach themselves to the first moth that sticks its tongue in. When the moth pulls its head back, it discovers that two pollen masses attached to these pads have come off with it. This covering of insects' eyes by the orchids could be a serious issue, but fortunately, moths have plenty of spare pairs. However, the scent of many orchids would be enough guidance even for a blind insect. With the pollen masses stuck to its forehead, the moth enters another flower, inevitably rubbing off some grains from the pollen masses that have shifted position during its flight to be perfectly placed for fertilizing the sticky stigma. In a similar way, the Yellow-Fringed Orchis (H. ciliaris) and the large green orchids also force insects to work for them.

A larger-flowered species, the PRAIRIE WHITE-FRINGED ORCHIS (H. lepicophea), found in bloom in June and July, on moist, open ground from western New York to Minnesota and Arkansas, differs from the preceding chiefly in having larger and greenish-white flowers, the lip cleft into wedge-shaped segments deeply fringed. The hawk-moth removes on its tongue one, but not often both, of the pollinia attached to disks on either side of the entrance to the spur.

A larger-flowered species, the PRAIRIE WHITE-FRINGED ORCHIS (H. lepicophea), blooms in June and July in moist, open areas from western New York to Minnesota and Arkansas. It mainly differs from the previous species by having larger, greenish-white flowers, with the lip divided into wedge-shaped segments that are deeply fringed. The hawk moth uses its tongue to take one, but not usually both, of the pollinia that are attached to disks on either side of the spur's entrance.

NODDING LADIES' TRESSES or TRACES
  (Gyrostachys cernua; Spiranthes cernua of Gray) Orchid family

NODDING LADIES' TRESSES or TRACES
  (Gyrostachys cernua; Spiranthes cernua of Gray) Orchid family

Flowers - Small, white or yellowish, without a spur, fragrant, nodding or spreading in 3 rows on a cylindrical, slightly twisted spike 4 or 5 in. long. Side sepals free, the upper ones arching, and united with petals; the oblong, spreading lip crinkle-edged, and bearing minute, hairy callosities at bases Stem: 6 in. to 2 ft. tall, with several pointed, wrapping bracts. Leaves: From or near the base, linear, almost grass-like. Preferred Habitat - Low meadows, ditches, and swamps. Flowering Season - July-October. Distribution - Nova Scotia to the Gulf of Mexico, and westward to the Mississippi.

Flowers - Small, white or yellowish, without a spur, fragrant, nodding or spreading in 3 rows on a cylindrical, slightly twisted spike 4 to 5 inches long. Side sepals are free, the upper ones arching and connected to the petals; the oblong, spreading lip has crinkled edges and features tiny, hairy callosities at the bases. Stem: 6 inches to 2 feet tall, with several pointed, wrapping bracts. Leaves: From or near the base, linear and almost grass-like. Preferred Habitat - Low meadows, ditches, and swamps. Flowering Season - July to October. Distribution - Nova Scotia to the Gulf of Mexico, and westward to the Mississippi.

This last orchid of the season, and perhaps the commonest of its interesting tribe in the eastern United States, at least, bears flowers that, however insignificant in size, are marvelous pieces of mechanism, to which such men as Charles Darwin and Asa Gray have devoted hours of study and, these two men particularly, much correspondence.

This last orchid of the season, and maybe the most common of its fascinating family in the eastern United States, has flowers that, although small, are incredible examples of engineering. People like Charles Darwin and Asa Gray have spent hours studying them, and these two, in particular, communicated a lot about their findings.

Just as a woodpecker begins at the bottom of a tree and taps his way upward, so a bee begins at the lower and older flowers on a spike and works up to the younger ones; a fact on which this little orchid, like many another plant that arranges its b1ossoms in long racemes, depends. Let us not note for the present what happens in the older flowers, but begin our observations, with the help of a powerful lens, when the bee has alighted on the spreading lip of a newly opened blossom toward the top of the spire. As nectar is already secreted for her in its receptacle, she thrusts her tongue through the channel provided to guide it aright, and by the slight contact with the furrowed rostellum, it splits, and releases a boat-shaped disk standing vertically on its stern in the passage. Within the boat is an extremely sticky cement that hardens almost instantly on exposure to the air. The splitting of the rostellum, curiously enough, never happens without insect aid; but if a bristle or needle be passed over it ever so lightly, a stream of sticky, milky fluid exudes, hardens, and the boat-shaped disk, with pollen masses attached, may be withdrawn on the bristle just as the bee removes them with her tongue. Each pollinium consists of two leaves of pollen united for about half their length in the middle with elastic threads. As the pollinia are attached parallel to the disk, they stick parallel on the bee's tongue, yet she may fold up her proboscis under her head, if she choose, without inconvenience from the pollen masses, or without danger of loosening them. Now, having finished sucking the newly opened flowers at the top of the spike, away she flies to an older flower at the bottom of another one. Here a marvelous thing has happened. The passage which, when the flower first expanded, scarcely permitted a bristle to pass, has now widened through the automatic downward movement of the column in order to expose the stigmatic surfaces to contact with the pollen masses brought by the bee. Without the bee's help this orchid, with a host of other flowers, must disappear from the face of the earth. So very many species which have lost the power to fertilize themselves now depend absolutely on these little pollen carriers, it is safe to say that, should the bees perish, one half our flora would be exterminated with them. On the slight downward movement of the column in the ladies' tresses, then, as well as on the bee's ministrations, the fertilization of the flower absolutely depends. "If the stigma of the lowest flower has already been fully fertilized," says Darwin, "little or no pollen will be left on its dried surface; but on the next succeeding flower, of which the stigma is adhesive, large sheets of pollen will be left. Then as soon as the bee arrives near the summit of the spike she will withdraw fresh pollinia, will fly to the lower flowers on another plant, and fertilize them; and thus, as she goes her rounds and adds to her store of honey, she continually fertilizes fresh flowers and perpetuates the race of autumnal spiranthes, which will yield honey to future generations of bees."

Just like a woodpecker starts at the bottom of a tree and taps its way up, a bee begins at the lower, older flowers on a spike and works its way to the younger ones. This is something that this little orchid, like many other plants that arrange their blossoms in long clusters, relies on. For now, let’s not focus on what happens in the older flowers, but instead start our observations with the help of a powerful lens when the bee lands on the broad lip of a newly opened blossom near the top of the spike. Since nectar is already secreted in its receptacle, the bee extends her tongue through the channel designed for that purpose. When she makes slight contact with the grooved rostellum, it splits and releases a boat-shaped disk standing upright in the channel. Inside the boat is a very sticky cement that hardens almost instantly when exposed to air. Interestingly, the splitting of the rostellum never happens without help from an insect; however, if a bristle or needle is lightly brushed across it, a stream of sticky, milky fluid oozes out, hardens, and the boat-shaped disk, with pollen masses attached, can be pulled out using the bristle just like the bee does with her tongue. Each pollinium consists of two leaves of pollen connected for about half their length in the middle by elastic threads. Since the pollinia are attached parallel to the disk, they stick similarly on the bee's tongue, yet she can fold her proboscis under her head if she wants, without any trouble from the pollen masses, or without risking them coming loose. Now, having finished gathering nectar from the newly opened flowers at the top of the spike, she flies off to an older flower at the bottom of another spike. Here, an amazing thing has occurred. The passage, which barely allowed a bristle to pass when the flower first bloomed, has now widened due to the automatic downward movement of the column, allowing the stigmatic surfaces to make contact with the pollen masses that the bee brought. Without the bee's assistance, this orchid, along with many other flowers, would vanish from the earth. So many species that have lost the ability to fertilize themselves are now completely dependent on these little pollen carriers. It’s safe to say that if the bees were to die out, half of our plant species would be wiped out with them. The slight downward movement of the column in the ladies' tresses, as well as the bee's efforts, are crucial for the flower’s fertilization. "If the stigma of the lowest flower has already been fully fertilized," Darwin states, "there will be little or no pollen left on its dried surface; but on the next flower, whose stigma is sticky, large amounts of pollen will remain. Then, as soon as the bee reaches the top of the spike, she will collect fresh pollinia, fly to the lower flowers on another plant, and fertilize them. In this way, as she goes about collecting nectar, she continuously fertilizes new flowers and ensures the continuation of the autumnal spiranthes, which will provide honey for future generations of bees."

The SLENDER LADIES' TRESSES (G. gracilis; [S. gracilis]), with a range and season of blossom similar to the preceding species, and with even smaller white, fragrant flowers, growing on one side of a twisted spike, chooses dry fields, hillsides, open woods, and sandy places - queer habitats for a member of its moisture-loving tribe. Its leaves have usually fallen by flowering time. The cluster of tuberous, spindle-shaped roots are an aid to identification.

The SLENDER LADIES' TRESSES (G. gracilis; [S. gracilis]) has a similar blooming season and range to the previous species and features even smaller white, sweet-smelling flowers that grow on one side of a twisted spike. It prefers dry fields, hillsides, open woods, and sandy areas—unusual habitats for a plant that typically loves moisture. Its leaves usually drop off by the time it flowers. The cluster of tuberous, spindle-shaped roots helps with identification.

LESSER RATTLESNAKE PLANTAIN [DWARF RATTLESNAKE-PLANTAIN]
  (Peramium repens; Goodyera repens of Gray) Orchid family

LESSER RATTLESNAKE PLANTAIN [DWARF RATTLESNAKE-PLANTAIN]
  (Peramium repens; Goodyera repens of Gray) Orchid family

Flowers - Small, greenish white, the lip pocket-shaped, borne on one side of a bracted spike 5 to 10 in. high, from a fleshy, thick fibrous root. Leaves: From the base, tufted, or ascending the stem on one side for a few inches, 1/2 in. to over 1 in. long, ovate, the silvery-white veins forming a network, or leaf blotched with white. Preferred Habitat - Woods, especially under evergreens. Flowering Season - July-August. Distribution - Colorado eastward to the Atlantic, from Nova Scotia to Florida. Europe and Asia.

Flowers - Small, greenish-white, with a lip shaped like a pocket, growing on one side of a bracted spike that is 5 to 10 inches tall, coming from a fleshy, thick fibrous root. Leaves: From the base, grouped together or rising up the stem on one side for a few inches, 1/2 inch to over 1 inch long, oval-shaped, with silvery-white veins forming a network, or leaves splashed with white. Preferred Habitat - Woods, especially under pine trees. Flowering Season - July-August. Distribution - From Colorado to the Atlantic, stretching from Nova Scotia to Florida. Also found in Europe and Asia.

Tufts of these beautifully marked little leaves carpeting the ground in the shadow of the hemlocks attract the eye, rather than the spires of insignificantly small flowers. Whoever wishes to know how the bumblebee ruptures the sensitive membrane within the tiny blossom with her tongue, and draws out the pollinia that are instantly cemented to it after much the same plan employed by the ladies' tresses, must use a good lens in studying the operation. To the structural botanist the rattlesnake plantains form an interesting connecting link between orchids of d1stinct forms. In them we see a tendency to lengthen the pollen-masses into caudicles as the showy orchis, for example, has done. "Goodyera probably shows us the state of organs in a group of orchids now mostly extinct," says Darwin; "but the parents of many living descendants."

Tufts of these beautifully patterned little leaves covering the ground in the shade of the hemlocks catch the eye more than the spires of tiny, unremarkable flowers. Anyone wanting to see how the bumblebee breaks through the delicate membrane inside the small blossom with her tongue and extracts the pollen that quickly sticks to it, much like the way the ladies' tresses do, should use a good lens to observe the process. For structural botanists, the rattlesnake plantains serve as an interesting link between orchids of different forms. In them, we notice a tendency to elongate the pollen masses into stalks, just like the showy orchis has done. "Goodyera probably shows us the condition of organs in a group of orchids that are now mostly extinct," Darwin says, "but the ancestors of many living descendants.”

It has been said that the Indians use this plant to cure bites of the rattlesnake; that they will handle the deadly creature without fear if some of these leaves are near at hand - in fact, a good deal is said about Indians by palefaces that makes even the stolid red man smile when confronted with the white man's tales about him. An intelligent Indian student declares that none of his race will handle a rattlesnake unless its fangs have been removed; that this plant takes its name from the resemblance of its netted-veined leaves to the belly of a serpent, and not to their curative powers; and, finally, that the Southern tribes, especially so reverence the rattlesnake that, far from trying to cure its bite, they count themselves blessed to be bitten to death by one. Indeed, the rattle, a sacred symbol, has been employed in religious ceremonies of most tribes. Snakes may be revered in other lands, but only in America is the rattlesnake worshipped. Among the Moquis there still survives much of the religion of the snake-worshipping Aztecs. Bernal Diaz tells how living rattlesnakes, kept in the great temple at Mexico as sacred and petted objects, were fed with the bodies of the sacrificed. Cortes found a town called by the Spaniards Terraguea, or the city of serpents, whose walls and temples were decorated with figures of the reptiles, which the inhabitants worshiped as gods.

It’s been said that Native Americans use this plant to treat rattlesnake bites and that they can handle the dangerous creature without fear if some of these leaves are nearby. In fact, a lot is said about Native Americans by white people that even the stoic Native man would smile at when faced with white people's stories about him. An educated Native student claims that no one from his tribe would handle a rattlesnake unless its fangs were removed; that this plant got its name because its netted-veined leaves look like a snake's belly, and not because of any healing powers; and finally, that the Southern tribes revere the rattlesnake so much that instead of trying to heal a bite, they consider themselves lucky to be bitten to death by one. The rattle, a sacred symbol, has been used in religious ceremonies by most tribes. Snakes are respected in other cultures, but only in America is the rattlesnake worshipped. Among the Moquis, much of the religion of the snake-worshipping Aztecs remains. Bernal Diaz describes how living rattlesnakes, kept as sacred and cherished in the grand temple of Mexico, were fed the bodies of sacrifices. Cortes discovered a town that the Spaniards called Terraguea, or the city of serpents, whose walls and temples were adorned with images of the reptiles that the local people worshiped as gods.

The DOWNY RATTLESNAKE PLANTAIN (P. pubescens), usually a taller plant than the preceding, with larger cream-white, globular-lipped flowers on both sides of its spike, and glandular-hairy throughout, has even more strongly marked leaves. These, the most conspicuous parts, are dark grayish green, heavily netted with greenish or silvery-white veins, silky to the touch, and often wavy edged. This plant scarcely strays westward beyond the Mississippi, but it is common East. It also blooms in midsummer, and shows a preference for dry woods where oak and pine abound.

The DOWNY RATTLESNAKE PLANTAIN (P. pubescens) is usually taller than the previous plant and has larger cream-white, globe-shaped flowers on both sides of its spike. It is covered in glandular hairs and features more distinctly marked leaves. These leaves, the most noticeable parts, are a dark grayish-green, heavily netted with greenish or silvery-white veins, silky to the touch, and often have wavy edges. This plant rarely spreads west of the Mississippi but is common in the East. It also blooms in midsummer and prefers dry woods where oak and pine are abundant.

LIZARD'S TAIL [LIZARD'S-TAIL, WATER-DRAGON]
  (Saurus cernuus) Lizard's-tail family

LIZARD'S TAIL [LIZARD'S-TAIL, WATER-DRAGON]
  (Saurus cernuus) Lizard's-tail family

Flowers - Fragrant, very small, white, lacking a perianth, bracted, densely crowded on peduncled, slender spikes 4 to 6 in. long and nodding at the tip. Stamens 6 to 8, the filaments white; carpels 3 or 4, united at base, dangling. Stem: 2 to 5 ft. high, jointed, sparingly branched, leafy. Leaves: Heart-shaped, palmately ribbed, dark green, thin, on stout petioles. Preferred Habitat - Swamps, shallow water. Flowering Season - June-August. Distribution - Southern New England to the Gulf, westward to Minnesota and Texas.

Flowers - Small, fragrant, and white, with no perianth, they are clustered densely on slender spikes that are 4 to 6 inches long and droop at the tip. There are 6 to 8 stamens with white filaments; the carpels are 3 or 4, joined at the base, and dangle. Stem: 2 to 5 feet tall, jointed, sparsely branched, and leafy. Leaves: Heart-shaped, ribbed like a palm, dark green, thin, and on thick petioles. Preferred Habitat - Swamps, shallow water. Flowering Season - June to August. Distribution - From Southern New England to the Gulf, west to Minnesota and Texas.

The fragrance arising from these curious, drooping, tail-like spikes of flowers, where they grow in numbers, must lure their insect friends as it does us, since no showy petals or sepals advertise their presence. Nevertheless they are what are known as perfect flowers, each possessing stamens and pistils, the only truly essential parts, however desirable a gaily colored perianth may be to blossoms attempting to woo such large land insects as the bumblebee and butterfly. Since flies, whose color sense is by no means so acute as their sense of smell, are by far the most abundant fertilizers of waterside plants, we can see a tendency in such to suppress their petals, for the flowers to become minute and massed in series that the little visitors may more readily transfer pollen from one to another, and to become fragrant - just what the lizard's tail has done.

The scent coming from these interesting, drooping, tail-like flower spikes, which grow in clusters, must attract their insect friends just like it does for us, since there are no bright petals or sepals to draw attention to them. Still, they are known as perfect flowers, each having both stamens and pistils, the only truly essential parts, no matter how appealing a brightly colored perianth might be for flowers trying to attract large land insects like bumblebees and butterflies. Since flies, whose sense of color isn't as sharp as their sense of smell, are the most common pollinators of waterside plants, we can see these plants tending to minimize their petals, leading the flowers to become tiny and grouped together so that the little visitors can more easily transfer pollen from one to another, and to develop a fragrance—just like the lizard's tail has done.

SPRING BEAUTY; CLAYTONIA
  (Claytonia Virginica) Purslane family.

SPRING BEAUTY; CLAYTONIA
  (Claytonia Virginica) Purslane family.

Flowers - White veined with pink, or all pink, the veinings of deeper shade, on curving, slender pedicels, several borne in a terminal loose raceme, the flowers mostly turned one way (secund). Calyx of 2 ovate sepals; corolla of 5 petals slightly united by their bases; 5 stamens, 1 inserted on base of each petal; the style 3-cleft. Stem: Weak, 6 to 12 in. long, from a deep, tuberous root. Leaves: Opposite above, linear to lance-shaped, shorter than basal ones, which are 3 to 7 in. long; breadth variable. Preferred Habitat - Moist woods, open groves, low meadows. Flowering Season - March-May. Distribution - Nova Scotia and far westward, south to Georgia and Texas.

Flowers - White with pink veins or fully pink, with darker shades in the veins, on slender, curved stems, several grouped in a loose cluster at the top, mostly facing the same direction (secund). The calyx has 2 oval sepals; the corolla has 5 petals that are slightly joined at their bases; there are 5 stamens, each attached at the base of a petal; the style is divided into 3 parts. Stem: Weak, 6 to 12 inches long, growing from a deep, tuberous root. Leaves: Opposite above, narrow to lance-shaped, shorter than the basal leaves, which are 3 to 7 inches long; width varies. Preferred Habitat - Moist woods, open groves, low meadows. Flowering Season - March-May. Distribution - Nova Scotia and far west, south to Georgia and Texas.

Dainty clusters of these delicate, starry blossoms, mostly turned in one direction, expand in the sunshine only, like their gaudy cousin the portulaca and the insignificant little yellow flowers of another relative, the ubiquitous, invincible "pussley" immortalized in "My Summer in a Garden." At night and during cloudy, stormy weather, when their benefactors are not flying, the claytonias economically close their petals to protect nectar and pollen from rain and pilferers. Pick them, the whole plant droops, and the blossoms close with indignation; nor will any coaxing but a combination of hot water and sunshine induce them to open again. Theirs is a long beauty sleep. They are supersensitive exquisites, however hardy.

Delicate clusters of these starry flowers, mostly facing one direction, only bloom in the sunshine, much like their flashy cousin, the portulaca, and the tiny yellow flowers of another relative, the everywhere-present, unstoppable "pussley" made famous in "My Summer in a Garden." At night and during cloudy or stormy weather, when their pollinators aren't buzzing around, the claytonias smartly close their petals to shield their nectar and pollen from rain and thieves. If you pick them, the whole plant wilts, and the flowers shut tight in protest; only a mix of hot water and sunshine will coax them to open up again. They indulge in a long beauty sleep. They are extremely sensitive delights, even though they're quite tough.

Very early in the spring a race is run with the hepatica, arbutus, adder's tongue, blood-root, squirrel corn, and anemone for the honor of being the earliest wild flower; and although John Burroughs and Dr. Abbott have had the exceptional experience of finding the claytonia even before the hepatica - certainly the earliest spring blossom worthy the name in the Middle and New England States - of course the rank skunk-cabbage, whose name is snobbishly excluded from the list of fair competitors, has quietly opened dozens of minute florets in its incurved horn before the others have even started.

Very early in spring, a race takes place among the hepatica, arbutus, adder's tongue, blood-root, squirrel corn, and anemone for the title of the earliest wildflower. Even though John Burroughs and Dr. Abbott have had the rare opportunity to find claytonia even before the hepatica—clearly the first spring bloom deserving of the name in the Middle and New England States—it's worth noting that the often-overlooked skunk cabbage has quietly opened dozens of tiny flowers in its curved spikes before the others have even begun.

Whether the petals of the spring beauty are white or pink, they are always exquisitely marked with pink lines converging near the base and ending in a yellow blotch to serve as pathfinders for the female bumblebees and the little brown bombylius, among other pollen carriers. A newly opened flower, with its stamens surrounding the pistil, must be in peril of self-fertilization one would think who did not notice that when the pollen is in condition for removal by the bees and flies, the stigmatic surfaces of the three-cleft style are tightly pressed together that not a grain may touch them. But when the anthers have shed their pollen, and the filaments have spread outward and away from the pistil, the three stigmatic arms branch out to receive the fertilizing dust carried from younger flowers by their busy friends.

Whether the petals of spring beauty are white or pink, they always have beautiful pink lines that come together near the base and end in a yellow spot to guide female bumblebees and little brown bombylius, among other pollen carriers. A newly opened flower, with its stamens surrounding the pistil, seems like it’s at risk of self-fertilization, or so one might think without realizing that when the pollen is ready to be taken by the bees and flies, the stigmatic surfaces of the three-cleft style are tightly pressed together so that not a single grain can touch them. But once the anthers have released their pollen and the filaments have spread out away from the pistil, the three stigmatic arms extend to catch the fertilizing dust brought from younger flowers by their busy friends.

STARRY CAMPION
  (Silene stellata) Pink family

STARRY CAMPION
  (Silene stellata) Pink family

Flowers - White, about 1/2 in. broad or over, loosely clustered in a showy, pyramidal panicle. Calyx bell-shaped, swollen, 5-toothed, sticky; 5 fringed and clawed petals; 10 long, exserted stamens; 3 styles. Stem: Erect, leafy, 2 to 3 1/2 ft. tall, rough-hairy. Leaves: Oval, tapering to a point, 2 to 4 in. long, seated in whorls of 4 around stem, or loose ones opposite. Preferred Habitat - Woods, shady banks. Flowering Season - June-August. Distribution - Rhode Island westward to Mississippi, south to the Carolinas and Arkansas.

Flowers - White, about 1/2 inch wide or larger, loosely grouped in an eye-catching, pyramidal cluster. The calyx is bell-shaped, swollen, with 5 teeth, and sticky; it has 5 fringed and claw-like petals; 10 long, protruding stamens; and 3 styles. Stem: Upright and leafy, reaching 2 to 3 1/2 feet tall, rough and hairy. Leaves: Oval, tapering to a point, 2 to 4 inches long, arranged in whorls of 4 around the stem, or loosely opposite each other. Preferred Habitat - Wooded areas, shady banks. Flowering Season - June to August. Distribution - From Rhode Island west to Mississippi, and south to the Carolinas and Arkansas.

Feathery white panicles of the starry campion, whose protruding stamens and fringed petals give it a certain fleeciness, are dainty enough for spring; by midsummer we expect plants of ranker growth and more gaudy flowers. To save the nectar in each deep tube for the moths and butterflies which cross-fertilize all this tribe of night and day blossoms, most of them - and the campions are notorious examples - spread their calices, and some their pedicels as well, with a sticky substance to entrap little crawling pilferers. Although a popular name for the genus is catchfly, it is usually the ant that is glued to the viscid parts, for the fly that moves through the air alights directly on the flower it is too short-lipped to suck. An ant catching its feet on the miniature lime-twig, at first raises one foot after another and draws it through its mouth, hoping to rid it of the sticky stuff, but only with the result of gluing up its head and other parts of the body. In ten minutes all the pathetic struggles are ended. Let no one guilty of torturing flies to death on sticky paper condemn the Silenes!

Fluffy white clusters of the starry campion, with its sticking stamens and fringed petals, are delicate enough for spring; by midsummer, we expect bushier plants with brighter flowers. To protect the nectar in each deep tube for the moths and butterflies that pollinate these night and day blooms, most of them—including the campions, which are well-known for this—secrete a sticky substance on their calices and sometimes their pedicels to trap little crawling thieves. While a common name for this genus is catchfly, it’s usually ants that get stuck to the gooey parts since flying insects land directly on the flowers that are too short for them to access. An ant that catches its feet on the tiny lime-twig first lifts one foot after another and licks them clean, trying to get rid of the sticky stuff, but this only ends up gluing its head and other parts of its body. Within ten minutes, all the sad struggles come to an end. Let no one who tortures flies to death on sticky traps judge the Silenes!

The BLADDER CAMPION (S. vulgaris; S. inflata of Gray) to be recognized by its much inflated calyx, especially round in fruit, the two-cleft white petals; and its opposite leaves that are spatulate at the base of the plant, is a European immigrant now naturalized and locally very common from Illinois eastward to New Jersey and north to New Brunswick. Like the night-flowering catchfly this blossom has adapted itself to the night-flying moths; but when either remains open in the morning, bumblebees gladly take the leavings in the deep cup. To insure cross-fertilization, some of the bladder-campion flowers have stamens only, some have a pistil only; some have both organs maturing at different times. In all the night-flowering Silene, each flower, unless unusually disturbed, lasts three days and three nights. Late in the afternoon of the first day, when the petals begin to expand, the five stamens opposite the sepals lengthen in about two hours, and by sunset the anthers, which have matured at the same time, are covered with pollen. So they remain until the forenoon of the second day, and then the emptied anthers hang like shriveled bags, or drop off altogether. Late in the second afternoon, the second set of stamens repeat the actions of their predecessors, bend backward and shed their anthers the following, that is to say the third, morning. But on the third afternoon up rise the S-shaped, twisted stigmas, which until now had been hidden in the center of the flower. Moths, therefore, must transfer pollen from younger to older blossoms.

The BLADDER CAMPION (Silene vulgaris; Silene inflata of Gray) can be identified by its highly inflated calyx, which is particularly round when it’s fruiting, along with its two-cleft white petals and opposite leaves that are spatula-shaped at the base of the plant. It’s a European plant that has now become naturalized and is quite common from Illinois eastward to New Jersey and north to New Brunswick. Similar to the night-blooming catchfly, this flower has adapted to attract night-flying moths; however, if it remains open in the morning, bumblebees happily take advantage of what’s left in its deep cup. To ensure cross-fertilization, some bladder campion flowers have only stamens, some have only pistils, and some have both reproductive organs maturing at different times. In all night-blooming Silene species, each flower, unless disturbed, lasts for three days and three nights. Late on the first day, as the petals start to open, the five stamens opposite the sepals elongate in about two hours, and by sunset, the anthers, which mature at the same time, are covered with pollen. They stay that way until the morning of the second day, after which the emptied anthers hang like dried bags or fall off entirely. Late on the second afternoon, the second set of stamens perform the same actions as the first, bending backward and shedding their anthers the following, or third, morning. By the third afternoon, the S-shaped, twisted stigmas rise, which until now were hidden in the center of the flower. Moths, therefore, need to move pollen from younger blossoms to older ones.

"With this lengthening and bending of the stamens and stigmas," says Dr. Kerner, "goes hand in hand the opening and shutting of the corolla. With the approach of dusk, the bifid limbs of the petals spread out in a flat surface and fall back against the calyx. In this position they remain through the night, and not till the following morning do they begin (more quickly in sunshine and with a mild temperature, more slowly with a cloudy sky and in cold, wet weather) to curl themselves up in an in-curved spire, while at the same time they form longitudinal creases, and look as though they were gathered in, or wrinkled;…but no sooner does evening return than the wrinkles disappear, the petals become smooth, uncurl themselves, and fall back upon the calyx, and the corolla is again expanded."

"With the lengthening and bending of the stamens and stigmas," says Dr. Kerner, "the opening and closing of the petals happens simultaneously. As dusk approaches, the split ends of the petals spread out flat and fold back against the calyx. They stay in this position all night, and only the next morning do they start to curl up into a spiraled shape—faster in sunlight and warm temperatures, slower under a cloudy sky or in cold, wet weather—while at the same time, they develop long creases and appear gathered or wrinkled;... but as evening comes again, the wrinkles vanish, the petals smooth out, uncurl, and fall back onto the calyx, and the petals expand once more."

Curiously enough, these flowers, which by day we should certainly say were not fragrant, give forth a strong perfume at evening the better to guide moths to their feast. From eight in the evening until three in the morning the fragrance is especially strong. The white blossoms, so conspicuous at night, have little attraction for color-loving butterflies and bees by day; then, as there is no pollen to be carried from the shriveled anther sacs, no visitor is welcome, and the petals close to protect the nectar for the flower's true benefactors. Indeed, few flowers show more thorough adaptation to the night-flying moths than these Silene.

Interestingly, these flowers, which we would definitely say aren’t fragrant during the day, release a strong scent in the evening to better attract moths to their feast. From 8 PM to 3 AM, the fragrance is particularly intense. The white blooms, which stand out at night, don’t attract color-loving butterflies and bees during the day; since there’s no pollen to collect from the shriveled anther sacs, no visitors are welcome, and the petals close up to protect the nectar for the flower’s real beneficiaries. In fact, few flowers are as well adapted to night-flying moths as these Silene.

POKEWEED; SCOKE; PIGEON-BERRY; INK-BERRY; GARGET
  (Phytolacca decandra) Pokeweed family

POKEWEED; SCOKE; PIGEON-BERRY; INK-BERRY; GARGET
  (Phytolacca decandra) Pokeweed family

Flowers - White, with a green centre, pink-tinted outside, about 1/4 in. across, in bracted racemes 2 to 8 in. long. Calyx of 4 or 5 rounded persistent sepals, simulating petals; no corolla; 10 short stamens; 10-celled ovary, green, conspicuous; styles curved. Stem: Stout, pithy, erect, branching, reddening toward the end of summer, 4 to 10 ft. tall, from a large, perennial, poisonous root. Leaves: Alternate, petioled, oblong to lance-shaped, tapering at both ends, 8 to 12 in. long. Fruit: Very juicy, dark purplish berries, hanging in long clusters from reddened footstalks; ripe, August-October. Preferred Habitat - Roadsides, thickets, field borders, and waste soil, especially in burnt-over districts. Flowering Season - June-October. Distribution - Maine and Ontario to Florida and Texas.

Flowers - White with a green center, pink-tinted on the outside, about 1/4 inch across, in bracted racemes that are 2 to 8 inches long. The calyx consists of 4 or 5 rounded, persistent sepals that look like petals; there is no corolla; 10 short stamens; a 10-celled, green, conspicuous ovary; styles are curved. Stem: Sturdy, spongy, upright, branching, turning red towards the end of summer, 4 to 10 feet tall, originating from a large, perennial, poisonous root. Leaves: Alternate, with petioles, oblong to lance-shaped, tapering at both ends, 8 to 12 inches long. Fruit: Very juicy, dark purplish berries, hanging in long clusters from reddened stalks; ripe from August to October. Preferred Habitat - Roadsides, thickets, field borders, and disturbed soil, especially in areas that have burned. Flowering Season - June to October. Distribution - From Maine and Ontario to Florida and Texas.

When the pokeweed is "all on fire with ripeness," as Thoreau said; when the stout, vigorous stem (which he coveted for a cane), the large leaves, and even the footstalks, take on splendid tints of crimson lake, and the dark berries hang heavy with juice in the thickets, then the birds, with increased, hungry families, gather in flocks as a preliminary step to traveling southward. Has the brilliant, strong-scented plant no ulterior motive in thus attracting their attention at this particular time? Surely! Robins, flickers, and downy woodpeckers, chewinks and rose-breasted grosbeaks, among other feathered agents, may be detected in the act of gormandizing on the fruit, whose undigested seeds they will disperse far and wide. Their droppings form the best of fertilizers for young seedlings; therefore the plants which depend on birds to distribute seeds, as most berry bearers do, send their children abroad to found new colonies, well equipped for a vigorous start in life. What a hideous mockery to continue to call this fruit the pigeon-berry, when the exquisite bird whose favorite food it once was, has been annihilated from this land of liberty by the fowler's net! And yet flocks of wild pigeons, containing not thousands but millions of birds, nested here even thirty years ago. When the market became glutted with them, they were fed to hogs in the West!

When the pokeweed is "all on fire with ripeness," as Thoreau said; when the thick, strong stem (which he wanted for a cane), the large leaves, and even the stalks turn vibrant shades of crimson, and the dark berries hang heavy with juice in the bushes, that's when the birds, with their growing, hungry families, gather in flocks as they prepare to fly south. Does the bright, fragrant plant have any reason for attracting their attention at this specific time? Absolutely! Robins, flickers, downy woodpeckers, chewinks, and rose-breasted grosbeaks, among other bird species, can be seen gorging on the fruit, whose undigested seeds they will spread far and wide. Their droppings provide excellent fertilizer for young seedlings; thus, plants that rely on birds to distribute their seeds, as most berry-producing plants do, send out their offspring to establish new colonies, ready for a strong start in life. What a terrible irony to continue calling this fruit the pigeon-berry when the beautiful bird that once loved it has been wiped out in this land of freedom by the fowler's nets! Yet, just thirty years ago, flocks of wild pigeons, numbering in the millions, nested here. When the market became flooded with them, they were fed to pigs in the West!

Children, and some grown-ups, find the deep magenta juice of the ink-berry useful. Notwithstanding the poisonous properties of the root, in some sections the young shoots are boiled and eaten like asparagus, evidently with no disastrous consequences. For any service this plant may render to man and bird, they are under special obligation to the little Halictus bees, but to other short-tongued bees and flies as well. These small visitors, flying from such of the flowers as mature their anthers first, carry pollen to those in the female, or pistillate, stage. Exposed nectar rewards their involuntary kindness. In stormy weather, when no benefactors can fly, the flowers are adapted to fertilize themselves through the curving of the styles.

Kids, and some adults, find the deep magenta juice of the inkberry useful. Despite the poisonous properties of the root, in some areas the young shoots are boiled and eaten like asparagus, obviously without any bad effects. For any benefits this plant provides to humans and birds, they owe special thanks to the little Halictus bees, as well as other short-tongued bees and flies. These small visitors, flying from those flowers that mature their anthers first, carry pollen to the flowers in the female or pistillate stage. The exposed nectar rewards their unintentional help. In stormy weather, when no helpers can fly, the flowers are designed to fertilize themselves by bending the styles.

COMMON CHICKWEED
  (Aisine media; Stellaria media of Gray) Pink family

COMMON CHICKWEED
  (Aisine media; Stellaria media of Gray) Pink family

Flowers - Small, white, on slender pedicels from leaf axils, also in terminal clusters. Calyx (usually) of 5 sepals, much longer than the 5 (usually) 2-parted petals; 2-10 stamens; 3 or 4 styles. Stem: Weak, branched, tufted, leafy, 4 to 6 in long, a hairy fringe on one side. Leaves: Opposite, acutely oval, lower ones petioled, upper ones seated on stem. Preferred Habitat - Moist, shady soil; woods; meadows. Flowering Season - Throughout the year. Distribution - Almost universal.

Flowers - Small and white, on slender stems from leaf axils, also found in terminal clusters. The calyx usually has 5 sepals, which are much longer than the 5 usually 2-parted petals; it has 2 to 10 stamens and 3 or 4 styles. Stem: Weak, branched, tufted, leafy, 4 to 6 inches long, with a hairy fringe on one side. Leaves: Opposite, sharply oval, with lower leaves having petioles and upper leaves sitting directly on the stem. Preferred Habitat - Moist, shady soil; woods; meadows. Flowering Season - Throughout the year. Distribution - Almost everywhere.

The sole use man has discovered for this often pestiferous weed with which nature carpets moist soil the world around is to feed caged song-birds. What is the secret of the insignificant little plant's triumphal progress? Like most immigrants that have undergone ages of selective struggle in the Old World, it successfully competes with our native blossoms by readily adjusting itself to new conditions, filling places unoccupied, and chiefly by prolonging its season of bloom beyond theirs, to get relief from the pressure of competition for insect trade in the busy season. Except during the most cruel frosts, there is scarcely a day in the year when we may not find the little star-like chickweed flowers. Contrast this season with that of a native chickweed, the LONG-LEAVED STITCHWORT [LONG-LEAVED CHICKWEED] (A. longifolia [S. longifolia]), blooming only from May till July, when competition is fiercest! Also, the common chickweed has its parts so arranged that it can fertilize itself when it is too cold for insect pollen-carriers to fly; then, especially, are many of its stamens abortive, not to waste the precious dust. Yet even in winter it produces abundant seed. In sunny, fine spring weather, however, when so much nectar is secreted the fine little drops may be easily seen by the naked eye, small bees, flies, and even thrips visit the blossoms whose anthers shed pollen one by one before the three stigmatic surfaces are ready to receive any from younger flowers.

The only use humans have found for this often troublesome weed, which nature spreads across damp soil everywhere, is to feed caged songbirds. What’s the secret behind this seemingly insignificant little plant's remarkable success? Like many immigrants that have faced centuries of selective challenges in the Old World, it competes effectively with our native flowers by quickly adapting to new conditions, filling empty spaces, and mainly by extending its blooming season beyond that of other plants to alleviate competition for insect visitors during busy times. Except during the harshest frosts, there’s hardly a day in the year when we can’t find the tiny, star-like flowers of chickweed. Compare this to a native chickweed, the LONG-LEAVED STITCHWORT [LONG-LEAVED CHICKWEED] (A. longifolia [S. longifolia]), which only blooms from May to July, when competition is at its peak! Additionally, the common chickweed is structured in a way that allows it to self-fertilize when it’s too cold for insects to fly. During these times, many of its stamens don’t function to conserve valuable pollen. Yet even in winter, it produces lots of seeds. However, during sunny, pleasant spring weather, when it secretes a lot of nectar that can easily be seen with the naked eye, small bees, flies, and even thrips visit its flowers, whose anthers release pollen one at a time before the three stigmatic surfaces are ready to accept pollen from newer flowers.

SWEET-SCENTED WHITE WATER LILY; POND LILY; WATER NYMPH; WATER
CABBAGE [FRAGRANT WATER-LILY]
  (Castalia odorata; Nymphaea odorata of Gray) Water-lily family

SWEET-SCENTED WHITE WATER LILY; POND LILY; WATER NYMPH; WATER
CABBAGE [FRAGRANT WATER-LILY]
  (Castalia odorata; Nymphaea odorata of Gray) Water-lily family

Flowers - Pure white or pink tinged, rarely deep pink, solitary, 3 to 8 in. across, deliciously fragrant, floating. Calyx of 4 sepals, green outside; petals of indefinite number, overlapping in many rows, and gradually passing into an indefinite number of stamens; outer row of stamens with petaloid filaments and short anthers, the inner yellow stamens with slender filaments and elongated anthers; carpels of indefinite number, united into a compound pistil, with spreading and projecting stigmas. Leaves: Floating, nearly round, slit at bottom, shining green above, reddish and more or less hairy below, 4 to 12 in. across, attached to petiole at center of lower surface. Petioles and peduncles round and rubber-like, with 4 main air-channels. Rootstock: (Not true stem), thick, simple or with few branches, very long. Preferred Habitat - Still water, ponds, lakes, slow streams. Flowering Season - June-September. Distribution - Nova Scotia to Gulf of Mexico, and westward to the Mississippi.

Flowers - Pure white or lightly pink, rarely deep pink, solitary, 3 to 8 inches across, wonderfully fragrant, and floating. The calyx has 4 green sepals on the outside; petals are of an indefinite number, overlapping in several rows, gradually blending into an indefinite number of stamens. The outer row of stamens has petal-like filaments and short anthers, while the inner yellow stamens have slender filaments and elongated anthers. There are an indefinite number of carpels fused into a compound pistil, with spreading and projecting stigmas. Leaves: Floating, nearly round, notched at the bottom, shiny green on top, reddish and somewhat hairy underneath, 4 to 12 inches across, attached to the petiole at the center of the lower surface. Petioles and peduncles are round and rubbery, with 4 main air channels. Rootstock: (Not a true stem), thick, simple, or with a few branches, very long. Preferred Habitat - Still water, ponds, lakes, slow streams. Flowering Season - June to September. Distribution - Nova Scotia to the Gulf of Mexico and westward to the Mississippi.

Sumptuous queen of our native aquatic plants, of the royal family to which the gigantic Victoria regia of Brazil belongs, and all the lovely rose, lavender, blue, and golden exotic water lilies in the fountains of our city parks, to her man, beast, and insect pay grateful homage. In Egypt, India, China, Japan, Persia, and Asiatic Russia, how many millions have bent their heads in adoration of her relative the sacred lotus! From its center Brahma came forth; Buddha, too, whose symbol is the lotus, first appeared floating on the mystic flower (Nelumbo nelumbo, formerly Nelumbium speciosum). Happily the lovely pink or white "sacred bean" or "rose-lily" of the Nile, often cultivated here, has been successfully naturalized in ponds about Bordentown, New Jersey, and maybe elsewhere. If he who planteth a tree is greater than he who taketh a city, that man should be canonized who introduces the magnificent wild flowers of foreign lands to our area of Nature's garden.

Lavish queen of our native aquatic plants, part of the royal family that includes the giant Victoria regia from Brazil, along with all the beautiful rose, lavender, blue, and golden exotic water lilies in the fountains of our city parks, earns gratitude from man, beast, and insect alike. In Egypt, India, China, Japan, Persia, and Asiatic Russia, countless people have bowed in reverence to her relative, the sacred lotus! From its center, Brahma emerged; and Buddha, whose symbol is the lotus, first appeared floating on the mystical flower (Nelumbo nelumbo, previously known as Nelumbium speciosum). Thankfully, the beautiful pink or white "sacred bean" or "rose-lily" of the Nile, which is often cultivated here, has been successfully established in ponds around Bordentown, New Jersey, and possibly elsewhere. If the person who plants a tree is greater than the one who conquers a city, then the person who introduces the stunning wildflowers from other lands to our part of Nature's garden deserves to be honored.

Now, cultivation of our native water lilies and all their hardy kin, like charity, begins at home. Their culture in tubs, casks, or fountains on the lawn, is so very simple a matter, and the flowers bloom so freely, every garden should have a corner for aquatic plants. Secure the water-lily roots as early in the spring as possible, and barely cover them with good rich loam or muck spread over the bottom of the sunken tub to a depth of six or eight inches. After it has been filled with water, and replenished from time to time to make good the loss by evaporation, the water garden needs no attention until autumn. Then the tub should be drained, and removed to a cellar, or it may be covered over with a thick mattress of dry leaves to protect from hard freezing. In their natural haunts, water lilies sink to the bottom, where the water is warmest in winter. Possibly the seed is ripened below the surface for the same reason. At no time should the crown of the cultivated plant be lower than two feet below the water. If a number of species are grown, it is best to plant each kind in a separate basket, sunk in the shallow tub, to prevent the roots from growing together, as well as to obtain more effective decoration. Charming results may be obtained with small outlay of either money or time. Nothing brings more birds about the house than one of these water gardens; that serves at once as drinking fountain and bath to our not over-squeamish feathered neighbors. The number of insects these destroy, not to mention the joy of their presence, would alone compensate the householder of economic bent for the cost of a shallow concrete tank.

Now, growing our native water lilies and their hardy relatives, like charity, starts at home. It’s really easy to cultivate them in tubs, barrels, or fountains on the lawn, and they bloom so readily that every garden should have a spot for aquatic plants. Get the water lily roots as early as possible in spring, and just cover them with rich soil or muck spread over the bottom of the sunken tub to a depth of six or eight inches. Once you fill it with water and top it off occasionally to replace what evaporates, the water garden needs no attention until fall. Then, you should drain the tub and move it to a basement, or you can cover it with a thick layer of dry leaves to protect it from freezing. In the wild, water lilies sink to the bottom where the water is warmest in winter. It’s possible that the seeds also mature below the surface for the same reason. At no time should the crown of the cultivated plant be more than two feet below the water. If you're growing several species, it's best to plant each type in a separate basket, sunk in the shallow tub, to stop the roots from mingling and to create a more attractive display. You can achieve lovely results with little investment of either money or time. Nothing attracts more birds to your home than a water garden, which serves as both a drinking fountain and a bath for our not-so-picky feathered friends. The number of insects they eliminate, not to mention the joy of having them around, would compensate any cost of installing a shallow concrete tank for a budget-conscious homeowner.

Opening some time after six o'clock in the morning, the white water lily spreads its many-petalled, deliciously fragrant, golden-centered chalice to welcome the late-flying bees and flower flies, the chief pollinators. Beetles, "skippers," and many other creatures on wings alight too. "I have named two species of bees (Halictus nelumbonis and Prosopis nelumbonis) on account of their close economic relation to these flowers," says Professor Robertson, who has captured over two hundred and fifty species of bees near his home in Carlinville, Illinois, and described nearly a third of them as new. Linnaeus, no doubt the first to conceive the pretty idea of making a floral clock, drew up a list of blossoms whose times of opening and closing marked the hours on its face; but even Linnaeus failed to understand that the flight of insects is the mainspring on which flowers depend to set the mechanism going. In spite of its whiteness and fragrance, the water lily requires no help from night-flying insects in getting its pollen transferred; therefore, when the bees and flies rest from their labors at sundown, it may close the blinds of its shop, business being ended for the day.

Opening sometime after six in the morning, the white water lily unfolds its many petals, releasing a delightful fragrance and revealing a golden center to welcome the late-flying bees and flower flies, the main pollinators. Beetles, "skippers," and many other winged creatures also land on it. "I've named two species of bees (Halictus nelumbonis and Prosopis nelumbonis) because of their close economic relationship with these flowers," says Professor Robertson, who has collected over two hundred and fifty species of bees near his home in Carlinville, Illinois, and has described nearly a third of them as new. Linnaeus, likely the first to come up with the charming idea of a floral clock, compiled a list of flowers whose opening and closing times indicated the hours; yet, even Linnaeus didn’t understand that the flight of insects is the driving force that flowers rely on to set the process in motion. Despite its whiteness and fragrance, the water lily doesn’t need help from nocturnal insects to transfer its pollen; so, when the bees and flies take a break from their work at sunset, it can close its shop for the day, signaling that business is done.

"When doctors disagree, who shall decide?" It is contended by one group of scientists that the water lily, which shows the plainest metamorphosis of some sort, has developed its stamens from petals - just the reverse of Nature's method, other botanists claim. A perfect flower, we know, may consist of only a stamen and a pistil, the essential organs, all other parts being desirable, but of only secondary importance. Gardeners, taking advantage of a wild flower's natural tendency to develop petals from stamens and to become "double," are able to produce the magnificent roses and chrysanthemums of today; and so it would seem that the water lily, which may be either self-fertilized or cross-fertilized by pollen-carriers in its present state of development, is looking to a more ideal condition by increasing its attractiveness to insects as it increases the number of its petals, and by economizing pollen in transforming some of the superfluous stamens into petals.

"When doctors disagree, who gets to decide?" One group of scientists argues that the water lily, which undergoes a clear transformation, has developed its stamens from petals—contrary to what some botanists claim about how Nature works. We know that a perfect flower can consist of just a stamen and a pistil, the essential organs, while all other parts are nice to have but not critical. Gardeners, by taking advantage of a wild flower's natural ability to grow petals from stamens and become "double," can create the stunning roses and chrysanthemums we have today. It seems that the water lily, which can be either self-fertilized or cross-fertilized by pollen carriers in its current state, is aiming for a more ideal condition by becoming more appealing to insects as it increases the number of its petals and by saving pollen by turning some of the extra stamens into petals.

Scientific speculation, incited by the very fumes of the student lamp, may weary us in winter, but just as surely is it dispelled by the fragrance of the lilies in June. Then, floating about in a birch canoe among the lily-pads, while one envies the very moose and deer that may feed on fare so dainty and spend their lives amid scenes of such exquisite beauty, one lets thought also float as idly as the little clouds high overhead.

Scientific thinking, stirred up by the fumes from the student’s lamp, might tire us out in winter, but it’s just as quickly lifted by the scent of lilies in June. Then, drifting in a birch canoe among the lily pads, as one envies the moose and deer that get to enjoy such delicate food and live in such breathtaking beauty, one allows their thoughts to drift as casually as the little clouds high above.

LAUREL or SMALL MAGNOLIA; SWEET or WHITE BAY; SWAMP LAUREL or
SASSAFRAS; BEAVER-TREE [SWEETBAY MAGNOLIA]
  (Magnolia Virginiana; M. glauca of Gray) Magnolia family

LAUREL or SMALL MAGNOLIA; SWEET or WHITE BAY; SWAMP LAUREL or
SASSAFRAS; BEAVER-TREE [SWEETBAY MAGNOLIA]
  (Magnolia Virginiana; M. glauca of Gray) Magnolia family

Flowers - White, 2 to 3 in. across, globular, depressed, deliciously fragrant, solitary at ends of branches. Calyx of 3 petal-like, spreading sepals. Corolla of 6 to 12 concave rounded petals in rows; stamens very numerous, short, with long anthers; carpels also numerous, and borne on the thick, green, elongated receptacle. Trunk: 4 to 70 ft. high. Leaves: Enfolded in the bud by stipules that fall later and leave rings around gradually lengthening branch; the leaves 3 to 6 in. long in maturity, broadly oblong, thick, almost evergreen, dark above, pale beneath, on short petioles. Fruit: An oblong, reddish pink cone, fleshy, from which the scarlet seeds hang by slender threads. Preferred Habitat - Swampy woods and open swamps. Flowering Season - May-June. Distribution - Atlantic States from Massachusetts southward, and Gulf States from Florida to Texas.

Flowers - White, 2 to 3 inches wide, round, slightly flattened, and wonderfully fragrant, appearing alone at the tips of branches. The calyx has 3 petal-like, spreading sepals. The corolla consists of 6 to 12 rounded, concave petals arranged in rows; there are many short stamens with long anthers; and the numerous carpels are attached to a thick, green, elongated receptacle. Trunk: 4 to 70 feet tall. Leaves: Enclosed in the bud by stipules that later fall off, leaving rings on the gradually lengthening branch; mature leaves are 3 to 6 inches long, broadly oblong, thick, almost evergreen, dark on top, pale underneath, and on short petioles. Fruit: An oblong, reddish-pink cone, fleshy, with scarlet seeds hanging by slender threads. Preferred Habitat - Swampy woods and open swamps. Flowering Season - May-June. Distribution - Atlantic States from Massachusetts southward, and Gulf States from Florida to Texas.

"Every flower its own bo-quet!" shouted by a New York street vender of the lovely magnolia blossoms he had just gathered from the Jersey swamps, emphasized only one of the many claims they have upon popular attention. Far and wide the handsome shrub, which frequently attains a tree's height, is exported from its native hiding-places to adorn men's gardens, and there, where a better opportunity to know it at all seasons is granted, one cannot tell which to admire most, the dark, bluish-green leathery leaves, silvery beneath; the cream-white, deliciously fragrant blossoms that turn pale apricot with age; or the brilliant fruiting cone with the scarlet seeds a-dangling. At all seasons it is a delight. When most members of this lovely tribe confine themselves to warm latitudes, we especially prize the species that naturally endures the rigorous climate of the "stern New England coast."

"Every flower its own bouquet!" shouted a New York street vendor selling the beautiful magnolia blossoms he had just picked from the Jersey swamps, highlighting just one of the many reasons these flowers capture popular attention. The attractive shrub, which can grow to the height of a tree, is shipped from its natural habitats to enhance people's gardens, and there, with a better chance to appreciate it throughout the seasons, it’s hard to say what’s most admirable: the dark, bluish-green, leathery leaves that shine silver underneath; the cream-white, wonderfully fragrant blossoms that turn pale apricot with age; or the striking fruiting cone with the bright red seeds hanging down. It’s a joy in every season. While most of this beautiful family of plants thrive in warmer areas, we particularly value the species that can handle the harsh climate of the "stern New England coast."

Beavers (when they used to be common in the East) so often made use of the laurel magnolia, not only of the roots for food, but of the trunk, whose bitter bark, white sapwood, and soft, reddish-brown heartwood were gnawed in constructing their huts, that in some sections it is still known as the beaver-tree. According to Delpino, the conspicuous, pollen-laden magnolia flowers, with their easily accessible nectar, attract beetles chiefly. These winged messengers, entering the heart of a newly opened blossom, find shelter beneath the inner petals that form a vault above their heads, and warmth that may be felt by the finger, and abundant food; consequently they remain long in an asylum so delightful, or until the expanding petals turn them out to carry the pollen, with which they have been thoroughly dusted during their hospitable entertainment, to younger flowers. As the blossoms mature their stigmas in the first stage and the anthers in the second, it follows the beetles must regularly cross-fertilize them as they fly from one shelter to another.

Beavers (when they used to be common in the East) often relied on the laurel magnolia, not just for its roots as food, but also for its trunk. The bitter bark, white sapwood, and soft, reddish-brown heartwood were gnawed to build their huts, so in some areas, it's still known as the beaver-tree. According to Delpino, the prominent, pollen-rich magnolia flowers, with their easily accessible nectar, mostly attract beetles. These winged visitors, when they enter a newly opened blossom, find shelter beneath the inner petals that create a cozy vault above them, warmth that can be felt with a finger, and abundant food. As a result, they linger in such a delightful sanctuary until the expanding petals push them out to carry the pollen with which they have been thoroughly dusted during their enjoyable stay to younger flowers. As the blossoms mature, the stigmas develop in the first stage and the anthers in the second, meaning the beetles must regularly cross-pollinate them as they fly from one shelter to another.

GOLD-THREAD; CANKER-ROOT [GOLDTHREAD]
  (Coptis trifolia) Crowfoot family [Buttercup family]

GOLD-THREAD; CANKER-ROOT [GOLDTHREAD]
  (Coptis trifolia) Crowfoot family [Buttercup family]

Flowers - Small white, solitary, on a slender scape 3 to 6 in. high. Sepals 5 to 7, petal-like, falling early; petals 5 or 6, inconspicuous, like club-shaped columns; stamens numerous carpels few, the stigmatic surfaces curved. Leaves: From the base, long petioled, divided into 3 somewhat fan-shaped, shining, evergreen, sharply toothed leaflets. Rootstock: Thread-like, long, bright yellow, wiry, bitter. Preferred Habitat - Cool mossy bogs, damp woods. Flowering Season - May-August Distribution - Maryland and Minnesota northward to circumpolar regions.

Flowers - Small white flowers that grow alone on a slender stalk 3 to 6 inches high. There are 5 to 7 petal-like sepals that fall off early; the petals are 5 or 6, inconspicuous and shaped like tiny columns; there are many stamens and few carpels, with curved stigmatic surfaces. Leaves: From the base, long-stalked, divided into 3 somewhat fan-shaped, shiny, evergreen leaflets with sharp teeth. Rootstock: Thin, long, bright yellow, wiry, and bitter. Preferred Habitat - Cool, mossy bogs and damp woods. Flowering Season - May to August Distribution - From Maryland and Minnesota northward to circumpolar regions.

The shining, evergreen, thrice-parted leaves with which this charming little plant carpets its retreats form the best of backgrounds to set off the fragile, tiny white flowers that look like small wood anemones. Why does the gold-thread choose to dwell where bees and butterflies, most flowers' best friends, rarely penetrate? Doubtless because the cool, damp habitat that develops abundant fungi also perfectly suits the fungus gnats and certain fungus-feeding beetles that are its principal benefactors. "The entire flower is constructed with reference to their visits," says Mr. Clarence Moores Weed; "the showy sepals attract their attention; the abnormal petals furnish them food; the many small stamens with white anthers and white pollen furnish a surface to walk upon, and a foreground in which the yellow nectar-cups are distinctly visible; the long-spreading recurved stigmas cover so large a portion of the blossom that it would be difficult even for one of the tiny visitors to take many steps without contact with one of them." On a sunny June day the lens usually reveals at least one tiny gnat making his way from one club-shaped petal to another - for the insignificant petals are mere nectaries - and transferring pollen from flower to flower.

The shiny, evergreen, three-parted leaves that cover this charming little plant create the perfect backdrop for the delicate, tiny white flowers that resemble small wood anemones. Why does the gold-thread prefer to grow where bees and butterflies, who are usually the best friends of flowers, rarely go? It’s likely because the cool, damp environment that supports abundant fungi also provides an ideal home for the fungus gnats and certain fungus-eating beetles that help it thrive. "The whole flower is designed with their visits in mind," says Mr. Clarence Moores Weed; "the attractive sepals draw their attention; the unusual petals provide them with food; the numerous small stamens with white anthers and white pollen create a surface for them to walk on, along with a foreground where the yellow nectar-cups stand out clearly; the long, spreading, curved stigmas cover such a large part of the blossom that it would be difficult for even one of the tiny visitors to move without coming into contact with one of them." On a sunny June day, the lens typically reveals at least one tiny gnat traveling from one club-shaped petal to another—since the tiny petals are just nectar-producing—while transferring pollen from flower to flower.

Dig up a plant, and the fine tangled, yellow roots tell why it was given its name. In the good old days when decoctions of any herb that was particularly nauseous were swallowed in the simple faith that virtue resided in them in proportion to their revolting taste, the gold-thread's bitter roots furnished a tea much valued as a spring tonic and as a cure for ulcerated throats and canker-sore mouths of helpless children.

Dig up a plant, and the delicate, tangled yellow roots reveal why it got its name. Back in the day when people commonly drank herbal remedies with extremely unpleasant tastes, believing that their effectiveness matched their disgusting flavor, the bitter roots of gold-thread provided a tea that was highly regarded as a spring tonic and a treatment for sore throats and canker sores in vulnerable children.

WHITE BANEBERRY
  (Actaea alba) Crowfoot family

WHITE BANEBERRY
  (Actaea alba) Buttercup family

Flowers - Small, white, in a terminal oblong raceme. Calyx of 3 to 5 petal-like, early-falling sepals; petals very small, 4 to 10, spatulate, clawed; stamens white, numerous, longer than petals; 1 pistil with a broad stigma. Stem: Erect, bushy, to 2 ft. high. Leaves: Twice or thrice compounded of sharply toothed and pointed, sometimes lobed, leaflets, petioled. Fruit: Clusters of poisonous oval white berries with dark purple spot on end, formed from the pistils. Both pedicels and peduncles much thickened and often red after fruiting. Preferred Habitat - Cool, shady, moist woods. Flowering Season - April-June. Distribution - Nova Scotia to Georgia and far West.

Flowers - Small, white, in a long, oblong cluster. The calyx has 3 to 5 petal-like, early-falling sepals; petals are very small, 4 to 10, spatula-shaped, and clawed; stamens are white, numerous, and longer than the petals; there is 1 pistil with a broad stigma. Stem: Upright, bushy, up to 2 ft. high. Leaves: Twice or thrice compound with sharply toothed and pointed, sometimes lobed, leaflets on petioles. Fruit: Clusters of poisonous oval white berries with a dark purple spot on the end, formed from the pistils. Both pedicels and peduncles are much thickened and often red after fruiting. Preferred Habitat - Cool, shady, moist woods. Flowering Season - April-June. Distribution - Nova Scotia to Georgia and far West.

However insignificant the short fuzzy clusters of flowers lifted by this bushy little plant, we cannot fail to name it after it has set those curious white berries with a dark spot on the end, which Mrs. Starr Dana graphically compares to "the china eyes that small children occasionally manage to gouge from their dolls' heads." For generations they have been called "doll's eyes" in Massachusetts. Especially after these poisonous berries fully ripen and the rigid stems which bear them thicken and redden, we cannot fail to notice them. As the sepals fall early, the white stamens and stigmas are the most conspicuous parts of the flowers. A cluster opening its blossoms almost simultaneously, the plant's only hope of cross-fertilization lies in the expectation that the small female bees (Halictus) which come for pollen - no nectar being secreted - will leave some brought from another flower on the stigma as they enter, and before collecting a fresh supply. The time elapsing between the maturity of the stigmas and the anthers is barely perceptible; nevertheless there is a tendency toward the former maturing first.

However insignificant the short fuzzy clusters of flowers lifted by this bushy little plant may seem, we can't help but name it once it produces those curious white berries with a dark spot on the end, which Mrs. Starr Dana vividly compares to "the china eyes that small children occasionally manage to gouge from their dolls' heads." For generations, they have been called "doll's eyes" in Massachusetts. Especially after these poisonous berries fully ripen and the stiff stems that hold them thicken and redden, we can't help but notice them. As the sepals drop early, the white stamens and stigmas become the most noticeable parts of the flowers. A cluster of blossoms opening almost at the same time means that the plant's only chance of cross-pollination relies on the hope that the small female bees (Halictus) that come for pollen—since no nectar is produced—will leave some pollen from another flower on the stigma as they enter, before collecting a fresh supply. The time between the maturity of the stigmas and the anthers is barely noticeable; however, there's a tendency for the stigmas to mature first.

The RED BANEBERRY, COHOSH, or HERB-CHRISTOPHER (A. rubra; A. spicata, var. rubra of Gray) - a more common species northward, although with a range, habit, and aspect similar to the preceding, may be known by its more ovoid raceme of feathery white flowers, its less sharply pointed leaves, and, above all, by its rigid clusters of oval red berries on slender pedicels, so conspicuous in the woods of late summer.

The RED BANEBERRY, COHOSH, or HERB-CHRISTOPHER (A. rubra; A. spicata, var. rubra of Gray) - a species that's more common to the north but has a range, growth habit, and appearance similar to the previous one, can be recognized by its more oval-shaped clusters of feathery white flowers, its less pointed leaves, and especially by its stiff clusters of oval red berries on thin stems, which stand out in the woods during late summer.

BLACK COHOSH; BLACK SNAKEROOT; TALL BUGBANE
  (Cimicifuga racemosa) Crowfoot family [Buttercup family]

BLACK COHOSH; BLACK SNAKEROOT; TALL BUGBANE
  (Cimicifuga racemosa) Crowfoot family [Buttercup family]

Flowers - Fetid, feathery, white, in an elongated wand-like raceme, 6 in. to 2 ft. long, at the end of a stem 3 to 8 ft. high. Sepals petal-like, falling early; 4 to 8 small stamen-like petals 2-cleft; stamens very numerous, with long filaments; 1 or 2 sessile pistils with broad stigmas. Leaves: Alternate, on long petioles, thrice compounded of oblong, deeply toothed or cleft leaflets, the end leaflet often again compound. Fruit: Dry oval pods, their seeds in 2 rows. Preferred Habitat - Rich woods and woodland borders, hillsides. Flowering Season - June-August. Distribution - Maine to Georgia, and westward from Ontario to Missouri.

Flowers - Stinky, feathery, white, in a long, wand-like cluster that’s 6 inches to 2 feet long, at the top of a stem that’s 3 to 8 feet high. The sepals look like petals and fall off early; there are 4 to 8 small stamen-like petals that are split into two; there are many stamens with long filaments; 1 or 2 sessile pistils with wide stigmas. Leaves: Alternating, on long stems, thrice compounded of oblong, deeply toothed or split leaflets, with the end leaflet often being compound again. Fruit: Dry oval pods, containing seeds in 2 rows. Preferred Habitat - Rich woods and woodland edges, hillsides. Flowering Season - June-August. Distribution - From Maine to Georgia, and westward from Ontario to Missouri.

Tall white rockets, shooting upward from a mass of large handsome leaves in some heavily shaded midsummer woodland border, cannot fail to impress themselves through more than one sense, for their odor is as disagreeable as the fleecy white blossoms are striking. Obviously such flowers would be most attractive to the carrion and meat flies. Cimicifuga, meaning to drive away bugs, and the old folk-name of bugbane testify to a degree of offensiveness to other insects, where the flies' enjoyment begins. As these are the only insects one is likely to see about the fleecy wands, doubtless they are their benefactors. The countless stamens which feed them generously with pollen willingly left for them alone must also dust them well as they crawl about before flying to another fetid lunch.

Tall white rockets, shooting up from a bunch of big, attractive leaves in a heavily shaded woodland during midsummer, definitely catch your attention in more ways than one. Their smell is as unpleasant as the fluffy white flowers are eye-catching. Obviously, these flowers would attract carrion and meat flies the most. Cimicifuga, which means to drive away bugs, along with the old name bugbane, shows how offensive they can be to other insects, but flies seem to enjoy them. Since those are the only insects likely to be around the fluffy flower spikes, they’re undoubtedly their main visitors. The countless stamens provide them plenty of pollen to feast on, and they also get dusted as they crawl around before flying off to their next gross meal.

The close kinship with the baneberries is detected at once on examining one of these flowers. Were the vigorous plant less offensive to the nostrils, many a garden would be proud to own so decorative an addition to the shrubbery border.

The close relationship with the baneberries is immediately clear when looking at one of these flowers. If the strong scent of the plant weren’t so unpleasant, many gardens would be happy to have such an attractive addition to the shrub border.

WOOD ANEMONE; WIND FLOWER
  (Anemone quinquefolia) Crowfoot family

WOOD ANEMONE; WIND FLOWER
  (Anemone quinquefolia) Crowfoot family

Flowers - Solitary, about 1 in. broad, white or delicately tinted with blue or pink outside. Calyx of 4 to 9 oval, petal-like sepals; no petals; stamens and carpels numerous, of indefinite number. Stem: Slender, 4 to 9 in. high, from horizontal elongated rootstock. Leaves: On slender petioles, in a whorl of 3 to 5 below the flower, each leaf divided into 3 to 5 variously cut and lobed parts; also a late-appearing leaf from the base. Preferred Habitat - Woodlands, hillsides, light soil, partial shade. Flowering Season - April-June. Distribution - Canada and United States, south to Georgia, west to Rocky Mountains.

Flowers - Single, about 1 inch wide, white or lightly tinted with blue or pink on the outside. The calyx consists of 4 to 9 oval, petal-like sepals; there are no petals; stamens and carpels are numerous, with an indefinite number. Stem: Slender, 4 to 9 inches tall, growing from a horizontal, elongated rootstock. Leaves: On slender stalks, arranged in a whorl of 3 to 5 below the flower, with each leaf divided into 3 to 5 differently shaped and lobed sections; there’s also a leaf that appears later from the base. Preferred Habitat - Woodlands, hillsides, light soil, partial shade. Flowering Season - April to June. Distribution - Canada and the United States, south to Georgia and west to the Rocky Mountains.

According to one poetical Greek tradition, Anemos, the wind, employs these exquisitely delicate little star-like namesakes as heralds of his coming in early spring, while woods and hillsides still lack foliage to break his gust's rude force. Pliny declared that only the wind could open anemones! Another legend utilized by countless poets pictures Venus wandering through the forests grief-stricken over the death of her youthful lover.

According to one poetic Greek tradition, Anemos, the wind, uses these beautifully delicate little star-like flowers as messengers of his arrival in early spring, while the woods and hillsides still lack leaves to soften his harsh gusts. Pliny claimed that only the wind could open anemones! Another legend, used by many poets, portrays Venus walking through the forests, mourning the loss of her young lover.

    "Alas, the Paphian! fair Adonis slain!
     Tears plenteous as his blood she pours amain;
     But gentle flowers are born and bloom around
     From every drop that falls upon the ground:
     Where streams his blood, there blushing springs the rose;
     And where a tear has dropped, a wind-flower blows."

"Unfortunately, the Paphian! beautiful Adonis is dead!
     She sheds tears as plentiful as his blood;
     But gentle flowers are born and bloom around
     From every drop that falls on the ground:
     Where his blood flows, the rose springs up blushing;
     And where a tear has fallen, a wind-flower blooms."

Indeed, in reading the poets ancient and modern for references to this favorite blossom, one realizes as never before the significance of an anthology, literally a flower gathering.

Indeed, when reading the poets from both ancient and modern times for mentions of this beloved flower, one understands more than ever the importance of an anthology, which is literally a collection of flowers.

But it is chiefly the European anemone that is extolled by the poets. Nevertheless our more slender, fragile, paler-leaved, and smaller-flowered species, known, strange to say, by the same scientific name, possesses the greater charm. Doctors, with more prosaic eyes than the poets, find acrid and dangerous juices in the anemone and its kin. Certain European peasants will run past a colony of these pure innocent blossoms in the belief that the very air is tainted by them. Yet the Romans ceremonially picked the first anemone of the year, with an incantation supposed to guard them against fever. The identical plant that blooms in our woods, which may be found also in Asia, is planted on graves by the Chinese, who call it the "death flower."

But it's mainly the European anemone that poets praise. However, our more delicate, fragile, paler-leaved, and smaller-flowered species, oddly enough called by the same scientific name, has a greater appeal. Doctors, who have more practical views than poets, find bitter and harmful juices in the anemone and its relatives. Some European peasants will rush past a patch of these pure, innocent flowers, believing the air around them is contaminated. Yet the Romans would ceremonially pick the first anemone of the year, using an incantation meant to protect them from fever. The same plant that grows in our woods, also found in Asia, is planted on graves by the Chinese, who refer to it as the "death flower."

To leave legend and folk lore, the practical scientist sees in the anemone, trembling and bending before the wind, a perfect adaptation to its environment. Anchored in the light soil by a horizontal rootstock; furnished with a stem so slender and pliable no blast can break it; its pretty leaves whorled where they form a background to set off the fragile beauty of the solitary flower above them; a corolla economically dispensed with, since the white sepals are made to do the advertising for insects; the slightly nodding attitude of the blossom in cloudy weather, that the stigmas may be in the line of the fall of pollen jarred out by the wind in case visitors seeking pollen fail to bring any from other anemones - all these features teach that every plant is what it is for excellent reasons of its own; that it is a sentient being, not to be admired for superficial beauty merely, but also for those same traits which operate in the human race, making it the most interesting of studies.

To move beyond legend and folklore, the practical scientist sees the anemone, swaying and bending in the wind, as a perfect adaptation to its environment. It's anchored in the light soil by a horizontal root system; equipped with a stem so slender and flexible that no gust can snap it; its lovely leaves arranged to highlight the delicate beauty of the solitary flower above; a corolla is left out because the white sepals effectively attract insects; and the slightly drooping position of the bloom in cloudy weather ensures that the stigmas catch the pollen blown by the wind in case visiting pollinators don’t bring any from other anemones. All these characteristics show that every plant exists for its own excellent reasons; that it is a living being, worthy of admiration not just for its surface beauty, but also for those same qualities that engage human interest, making it the most fascinating of studies.

Note the clusters of tuberous dahlia-like roots, the whorl of thin three-lobed rounded leaflets on long, fine petioles immediately below the smaller pure white or pinkish flowers usually growing in loose clusters, to distinguish the more common RUE-ANEMONE (Syndesmon thalictroides - Thalictrum anemonoides of Gray) from its cousin the solitary flowered wood or true anemone. Generally there are three blossoms of the rue-anemone to a cluster, the central one opening first, the side ones only after it has developed its stamens and pistils to prolong the season of bloom and encourage cross-pollination by insects. In the eastern half of the United States, and less abundantly in Canada, these are among the most familiar spring wild flowers. Pick them and they soon wilt miserably; lift the plants early, with a good ball of soil about the roots, and they will unfold their fragile blossoms indoors, bringing with them something of the unspeakable charm of their native woods and hillsides just waking into life.

Note the clusters of tuberous dahlia-like roots and the whorl of thin, three-lobed rounded leaflets on long, slender stems just below the smaller pure white or pinkish flowers that usually grow in loose clusters. This helps distinguish the more common RUE-ANEMONE (Syndesmon thalictroides - Thalictrum anemonoides of Gray) from its cousin, the solitary-flowered wood or true anemone. Generally, there are three blossoms of the rue-anemone in a cluster, with the central one opening first. The side flowers only open after it has developed its stamens and pistils, helping to prolong the blooming season and encourage cross-pollination by insects. In the eastern half of the United States and, less frequently, in Canada, these are some of the most familiar spring wildflowers. If you pick them, they wilt quickly; however, if you lift the plants early with a good ball of soil around their roots, they will bloom indoors, bringing with them a bit of the indescribable charm of their native woods and hillsides just coming to life.

The TALL or SUMMER ANEMONE (A. Virginiana), called also THIMBLE-WEED from its oblong, thimble-like fruit-head, bears solitary, inconspicuous greenish or white flowers, often over an inch across, and generally with five rounded sepals, on erect, long stalks from June to August. Contrasted with the dainty tremulous little spring anemones, it is a rather coarse, stiff, hairy plant two or three feet tall. Its preference is for woodlands, whereas another summer bloomer, the LONG-FRUITED ANEMONE (A. cylindrica), a smaller, silky-hairy plant often confused with it, chooses open places, fields, and roadsides. The leaves of the thimble-weed, which are set in a whorl high up on the stem, and also spring from the root, after the true anemone fashion, are long petioled, three-parted, the divisions variously cut, lobed, and saw-edged. The flower-stalks which spring from this whorl continue to rise throughout the summer. The first, or middle of these peduncles, lacks leaves; later ones bear two leaves in the middle, from which more flower-stalks arise, and so on.

The TALL or SUMMER ANEMONE (A. Virginiana), also known as THIMBLE-WEED because of its oblong, thimble-like fruit head, has solitary, subtle greenish or white flowers, often over an inch wide, typically with five rounded sepals, on upright, long stems from June to August. Compared to the delicate, shaky little spring anemones, it's a coarser, stiffer, hairy plant that grows two or three feet tall. It prefers woodlands, while another summer bloomer, the LONG-FRUITED ANEMONE (A. cylindrica), a smaller, silky-hairy plant often mistaken for it, prefers open areas, fields, and roadsides. The leaves of the thimble-weed, which are arranged in a whorl high up on the stem and also grow from the root like true anemones, are long-stemmed, divided into three parts, and have edges that are variously cut, lobed, and serrated. The flower stalks that arise from this whorl continue to grow throughout the summer. The first or middle of these stalks has no leaves; later ones have two leaves in the middle, from which more flower stalks develop, and so on.

VIRGIN'S BOWER; VIRGINIA CLEMATIS; TRAVELLER'S JOY; OLD MAN'S
BEARD
  (Clematis Virginiana) Crowfoot family

VIRGIN'S BOWER; VIRGINIA CLEMATIS; TRAVELLER'S JOY; OLD MAN'S
BEARD
  (Clematis Virginiana) Crowfoot family

Flowers - White and greenish, about 1 in. across or less, in loose clusters from the axils. Calyx of 4 or 5 petal-like sepals; no petals; stamens and pistils numerous, of indefinite number; the staminate and pistillate flowers on separate plants; the styles feathery, and over 1 in. long in fruit. Stem: Climbing, slightly woody. Leaves: Opposite, slender petioled, divided into 3 pointed and widely toothed or lobed leaflets. Preferred Habitat - Climbing over woodland borders, thickets, roadside shrubbery, fences, and walls; rich, moist soil. Flowering Season - July-September. Distribution - Georgia and Kansas northward less common beyond the Canadian border.

Flowers - White and greenish, about 1 inch wide or less, in loose clusters from the leaf axils. The calyx has 4 or 5 petal-like sepals; there are no petals; there are many stamens and pistils, with no set number; the male and female flowers grow on separate plants; the styles are feathery and over 1 inch long when in fruit. Stem: Climbing, slightly woody. Leaves: Opposite, with slender petioles, divided into 3 pointed and widely toothed or lobed leaflets. Preferred Habitat - Climbing over woodland edges, thickets, roadside shrubs, fences, and walls; prefers rich, moist soil. Flowering Season - July to September. Distribution - From Georgia and Kansas northward, becoming less common beyond the Canadian border.

Fleecy white clusters of wild clematis, festooning woodland and roadside thickets, vary so much in size and attractiveness that one cannot but investigate the reason. Examination shows that comparatively few of the flowers are perfect, that is, few contain both stamens and pistils; the great majority are either male - the more showy ones - or female - the ones so conspicuous in fruit - and, like Quakers in meeting, the sexes are divided. The plant that bears staminate blossoms produces none that are pistillate, and vice versa - another marvelous protection against that horror of the floral race, self-fertilization, and a case of absolute dependence on insect help to perpetuate the race. Since the clematis blooms while insect life is at its height, and after most, if not all, of the Ranunculaceae have withdrawn from the competition for trade; moreover, since its white color, so conspicuous in shady retreats, and its accessible nectar attract hosts of flies and the small, short-tongued bees chiefly, that are compelled to work for it by transferring pollen while they feed, it goes without saying that the vine is a winner in life's race.

Fluffy white clusters of wild clematis, decorating woodlands and roadside thickets, come in various sizes and levels of beauty that make you want to dig deeper into why. A closer look reveals that only a few of the flowers are perfect, meaning they have both stamens and pistils; most are either male—the more vibrant ones—or female—those that are eye-catching when they bear fruit—and, like Quakers in a meeting, the sexes are separate. The plant that produces male flowers doesn’t have any female flowers, and vice versa—this is another amazing way to prevent self-fertilization, which is a nightmare for the floral world, highlighting the plant's complete reliance on insects to reproduce. Since clematis blooms when insect activity is at its peak and when most, if not all, of the Ranunculaceae family has already pulled out of the blooming competition; plus, its bright white flowers stand out in shady areas and its easy-to-reach nectar draws in plenty of flies and small, short-tongued bees, which are forced to transfer pollen while they feed. It’s clear that this vine is a champion in the struggle for survival.

Charles Darwin, who made so many interesting studies of the power of movement in various plants, devoted special attention to the clematis clan, of which about one hundred species exist but, alas! none to our traveller's joy, that flings out the right hand of good fellowship to every twig within reach, winds about the sapling in brotherly embrace, drapes a festoon of flowers from shrub to shrub, hooks even its sensitive leafstalks over any available support as it clambers and riots on its lovely way. By rubbing the footstalk of a young leaf with a twig a few times on any side, Darwin found a clematis leaf would bend to that side in the course of a few hours, but return to the straight again if nothing remained on which to hook itself. "To show how sensitive the young petioles are," he wrote, "I may mention that I just touched the undersides of two with a little watercolor which, when dry, formed an excessively thin and minute crust but this sufficed in twenty-four hours to cause both to bend downwards."

Charles Darwin, who conducted numerous fascinating studies on the movement abilities of various plants, gave special focus to the clematis family, which has around one hundred species. Unfortunately, none brought joy to our traveler like the one that reaches out with a friendly grasp to every nearby twig, wraps itself around young trees in a supportive embrace, hangs garlands of flowers from one shrub to another, and even hooks its delicate leafstalks onto anything it can grab as it climbs and spreads along its beautiful path. By rubbing the stem of a young leaf with a twig a few times on any side, Darwin discovered that a clematis leaf would curve toward that side after a few hours but would straighten out again if there was nothing left for it to cling to. "To illustrate how sensitive the young petioles are," he wrote, "I should mention that I lightly touched the undersides of two with a bit of watercolor, which, when dry, created an extremely thin and tiny coating, yet this was enough in twenty-four hours to make both bend downward."

In early autumn, when the long, silvery, decorative plumes attached to a ball of seeds form feathery, hoary masses even more fascinating than the flower clusters, the name of old man's beard is most suggestive. These seeds never open, but, when ripe, each is borne on the autumn gales, to sink into the first moist, springy resting place.

In early autumn, when the long, silvery decorative plumes attached to a ball of seeds create feathery, grayish masses that are even more captivating than the flower clusters, the name "old man's beard" is quite fitting. These seeds never open, but when they’re ripe, each one is carried by the autumn winds to land in the first damp, soft resting place.

The English counterpart of our virgin's bower is fragrant.

The English version of our virgin's bower smells amazing.

TALL MEADOW-RUE
  (Thalictrum polyganum; T. Cornuti of Gray) Crowfoot family

TALL MEADOW-RUE
  (Thalictrum polyganum; T. Cornuti of Gray) Crowfoot family

Flowers - Greenish white, the calyx of 4 or 5 sepals, falling early; no petals; numerous white, thread-like, green-tipped stamens, spreading in feathery tufts, borne in large, loose, compound terminal clusters 1 ft. long or more. Stem: Stout, erect, 3 to 11 ft. high, leafy, branching above. Leaves: Arranged in threes, compounded of various shaped leaflets, the lobes pointed or rounded, dark above, paler below. Preferred Habitat- Open sunny swamps, beside sluggish water, low meadows. Flowering Season - July-September. Distribution - Quebec to Florida, westward to Ohio.

Flowers - Greenish-white, the calyx has 4 or 5 sepals that drop off early; no petals; many white, thread-like stamens with green tips, spreading out in feathery tufts, found in large, loose, compound terminal clusters that are 1 ft. long or more. Stem: Thick, upright, 3 to 11 ft. tall, leafy, branching at the top. Leaves: Grouped in threes, made up of variously shaped leaflets, with lobes that are either pointed or rounded, dark on top, lighter underneath. Preferred Habitat - Open sunny swamps, next to slow-moving water, low meadows. Flowering Season - July to September. Distribution - From Quebec to Florida, moving west to Ohio.

Masses of these soft, feathery flowers, towering above the ranker growth of midsummer, possess an unseasonable, ethereal, chaste, spring-like beauty. On some plants the flowers are white and exquisite; others, again, are dull and coarser. Why is this? Because these are what botanists term polygamous flowers, i.e., some of them are perfect, containing both stamens and pistils; some are male only others, again, are female. Naturally an insect, like ourselves, is first attracted to the more beautiful male blossoms, the pollen bearers, and of course it transfers the vitalizing dust to the dull pistillate flowers visited later. But the meadow-rue, which produces a superabundance of very light, dry pollen, easily blown by the wind, is often fertilized through that agent also, just as grasses, plantains, sedges, birches, oaks, pines, and all cone-bearing trees are. As might be expected, a plant which has not yet ascended the evolutionary scale high enough to economize its pollen by making insects carry it invariably, overtops surrounding vegetation to take advantage of every breeze that blows.

Clusters of these soft, feathery flowers, rising above the thicker summer growth, have an unusual, ethereal, pure, spring-like beauty. Some plants have exquisite white flowers; others are dull and rough. Why is that? Because these are what botanists call polygamous flowers, meaning some are perfect, containing both stamens and pistils; some are male, and others are female. Naturally, an insect, like us, is first drawn to the more attractive male blooms, the pollen producers, and it, of course, transfers the vitalizing pollen to the dull female flowers it visits later. However, the meadow-rue, which produces a large amount of very light, dry pollen easily carried by the wind, is often fertilized that way too, just like grasses, plantains, sedges, birches, oaks, pines, and all cone-bearing trees. As you might expect, a plant that hasn’t evolved far enough to rely on insects for pollen transfer tends to grow taller than the surrounding plants to catch every breeze that comes along.

The EARLY MEADOW-RUE (T. dioicum), found blooming in open, rocky woods during April and May, from Alabama northward to Labrador, and westward to Missouri, grows only one or two feet high, and, like its tall sister, bears fleecy, greenish-white flowers, the staminate and the pistillate ones on different plants. These produce no nectar; they offer no showy corolla advertisement to catch the eye of passing insects; yet so abundant is the dry pollen produced by the male blossoms that insects which come to feed on it must occasionally transfer some, albeit this primitive genus still depends largely on the wind. Not its flower, but the exquisite foliage resembling sprays of a robust maidenhair fern, is this meadow-rue's chief charm.

The EARLY MEADOW-RUE (T. dioicum) blooms in open, rocky woods from April to May, ranging from Alabama up to Labrador and west to Missouri. It grows just one to two feet tall and, like its taller relative, produces fluffy, greenish-white flowers, with male (staminate) and female (pistillate) flowers found on separate plants. These flowers don’t produce any nectar and lack bright, showy petals to attract passing insects. However, the male blossoms release a lot of dry pollen, so insects that come to feed on it occasionally end up transferring some pollen, even though this ancient genus still mostly relies on the wind for pollination. The main attraction of this meadow-rue isn’t the flowers but the beautiful foliage that looks like sprigs of a sturdy maidenhair fern.

The PURPLISH MEADOW-RUE (T. purpurascens), so like the tall species in general characteristics that one cannot tell the dried and pressed specimens of these variable plants apart, is easily named afield by the purplish tinge of its green polygamous flowers. Often its stems show color also. Sometimes, not always, the plant is downy, and the comparatively thick leaflets, which are dark green above, are waxy beneath. We look for this meadow-rue in copses and woodlands from Northern Canada to Florida, and far westward after the early meadow-rue has flowered, but before the tall one spreads its fleecy panicles. Quite as decorative as the flower clusters are the compound seed-bearing stars.

The PURPLISH MEADOW-RUE (T. purpurascens), which is so similar to the tall species that it's hard to distinguish between the dried and pressed specimens of these variable plants, is easily identified in the field by the purplish hue of its green polygamous flowers. Its stems often display color as well. Sometimes, though not always, the plant has a downy texture, and the relatively thick leaflets, which are dark green on top, are waxy underneath. We find this meadow-rue in thickets and woodlands from Northern Canada to Florida, and further west after the early meadow-rue has bloomed, but before the tall one spreads its fluffy flower clusters. Just as decorative as the flower clusters are the compound seed-bearing stars.

TWIN-LEAF; RHEUMATISM ROOT
  (Jeffersonia diphylla) Barberry family

TWIN-LEAF; RHEUMATISM ROOT
  (Jeffersonia diphylla) Barberry family

Flowers - White, 1 in. broad, solitary, on a naked scape about 7 in. high in flower, more than twice as tall in fruit. Calyx of 4 petal-like sepals falling early; 8 longer, flat, oblong petals; 8 stamens; 1 pistil. Leaves: From the root, long-petioled, rounded, palmately veined, cleft into 2 divisions. Fruit: A leathery, many-seeded capsule, slit horizontally. Preferred habitat - Rich shady woods. Flowering Season - April-May. Distribution - New York to Virginia, west to Ontario and Tennessee.

Flowers - White, 1 inch wide, single, on a bare stem about 7 inches tall when in bloom, more than twice as tall when in fruit. Calyx has 4 petal-like sepals that drop off early; 8 longer, flat, oblong petals; 8 stamens; 1 pistil. Leaves: From the base, long-stemmed, rounded, with a palmate vein pattern, split into 2 parts. Fruit: A leathery capsule full of seeds, split horizontally. Preferred habitat - Rich shaded woods. Flowering Season - April-May. Distribution - From New York to Virginia, west to Ontario and Tennessee.

Like many little darkies in the United States, this low plant was named for Thomas Jefferson. One suspects from a glance at its solitary white flower and deeply divided leaves that it is not far removed from the May apple, which is characterized by even greater Jeffersonian simplicity of habit, although separated into another genus.

Like many little Black children in the United States, this low plant was named after Thomas Jefferson. One can tell just by looking at its single white flower and deeply divided leaves that it's not too far off from the May apple, which shows an even greater Jeffersonian simplicity in its growth pattern, even though it's classified in a different genus.

MAY APPLE; HOG APPLE; MANDRAKE; WILD LEMON
  (Podophyllum peltatum) Barberry family

MAY APPLE; HOG APPLE; MANDRAKE; WILD LEMON
  (Podophyllum peltatum) Barberry family

Flowers - White, solitary, large, unpleasantly scented, nodding from the fork between a pair of terminal leaves. Calyx of 6 short-lived sepals; 6 to 9 rounded, flat petals stamens as many as petals or (usually) twice as many; 1 pistil, with a thick stigma. Stem: 1 to 1 1/2 ft. high, from a long, running rootstock. Leaves: Of flowerless stems (from separate root-stock), solitary, on a long petiole from base, nearly 1 ft. across, rounded, centrally peltate, umbrella fashion, 5 to 7 lobed, the lobes 2-cleft, dark above, light green below. Leaves of flowering stem 1 to 3, usually a pair, similar to others, but smaller. Fruit: A fleshy, yellowish, egg-shaped, many-seeded fruit about 2 in. long. Preferred habitat - Rich, moist woods. Flowering Season - May. Distribution - Quebec to the Gulf of Mexico, westward to Minnesota and Texas.

Flowers - White, large, solitary, and with an unpleasant scent, leaning from the split between a pair of terminal leaves. The calyx has 6 short-lived sepals; 6 to 9 rounded, flat petals with stamens as many as the petals or (usually) twice that number; 1 pistil with a thick stigma. Stem: 1 to 1.5 feet tall, originating from a long, spreading rootstock. Leaves: On flowerless stems (from separate rootstock), solitary on a long petiole from the base, nearly 1 foot across, rounded, centrally peltate in an umbrella shape, with 5 to 7 lobes, the lobes being 2-cleft, dark green on top, light green underneath. Leaves on the flowering stem are 1 to 3, usually a pair, similar to the others but smaller. Fruit: A fleshy, yellowish, egg-shaped fruit with many seeds, about 2 inches long. Preferred habitat - Rich, moist woods. Flowering Season - May. Distribution - From Quebec to the Gulf of Mexico, west to Minnesota and Texas.

In giving this plant its abridged scientific name, Linnaeus seemed to see in its leaves a resemblance to a duck's foot (Anapodophyllum) but equally imaginative American children call them green umbrellas, and declare they unfurl only during April showers. In July, a sweetly mawkish, many-seeded fruit, resembling a yellow egg-tomato, delights the uncritical palates of little people, who should be warned, however, against putting any other part of this poisonous, drastic plant in their mouths. Physicians best know its uses. Dr. Asa Gray's statement about the harmless fruit "eaten by pigs and boys" aroused William Hamilton Gibson, who had happy memories of his own youthful gorges on anything edible that grew. "Think of it, boys!" he wrote; "and think of what else he says of it: 'Ovary ovoid, stigma sessile, undulate, seeds covering the lateral placenta each enclosed in an aril.' Now it may be safe for pigs and billygoats to tackle such a compound as that, but we boys all like to know what we are eating, and I cannot but feel that the public health officials of every township should require this formula of Dr. Gray's to he printed on every one of these big loaded pills, if that is what they are really made of."

In giving this plant its shortened scientific name, Linnaeus noticed that its leaves look like a duck's foot (Anapodophyllum), but imaginative American kids also call them green umbrellas, claiming they only open up during April showers. In July, a sweet, gooey, many-seeded fruit that looks like a yellow egg tomato delights the untasteful palates of kids, who should be warned not to put any other part of this poisonous, harsh plant in their mouths. Doctors know its uses best. Dr. Asa Gray's comment about the harmless fruit "eaten by pigs and boys" inspired William Hamilton Gibson, who fondly remembered his own childhood feasts on anything edible that grew. "Think about it, boys!" he wrote; "and consider what else he says about it: ‘Ovary ovoid, stigma sessile, undulate, seeds covering the lateral placenta each enclosed in an aril.’ Now it may be fine for pigs and billies to tackle a mix like that, but we boys want to know what we're eating, and I feel that the public health officials in every town should require this formula from Dr. Gray to be printed on each one of these big loaded pills, if that's really what they’re made of."

BLOODROOT; INDIAN PAINT; RED PUCCOON
  (Sanguinaria Canadensis) Poppy family

BLOODROOT; INDIAN PAINT; RED PUCCOON
  (Sanguinaria Canadensis) Poppy family

Flowers - Pure white, rarely pinkish, golden centered, 1 to 1 1/2 in. across, solitary, at end of a smooth naked scape 6 to 14 in. tall. Calyx of 2 short-lived sepals; corolla of 8 to 12 oblong petals, early falling; stamens numerous; 1 short pistil composed of 2 carpels. Leaves: Rounded, deeply and palmately lobed, the 5 to 9 lobes often cleft. Rootstock: Thick, several inches long, with fibrous roots, and filled with orange-red juice. Preferred habitat - Rich woods and borders; low hillsides. Flowering Season - April-May. Distribution - Nova Scotia to Florida, westward to Nebraska.

Flowers - Pure white, sometimes slightly pink, with a golden center, measuring 1 to 1.5 inches across, solitary, at the end of a smooth, bare stem 6 to 14 inches tall. The calyx has 2 short-lived sepals; the corolla consists of 8 to 12 oblong petals that drop early; there are many stamens; 1 short pistil made up of 2 carpels. Leaves: Rounded, deeply and palmately lobed, with 5 to 9 lobes that are often split. Rootstock: Thick, several inches long, with fibrous roots, filled with orange-red juice. Preferred habitat - Rich woods and edges; low hillsides. Flowering Season - April-May. Distribution - Nova Scotia to Florida, west to Nebraska.

Snugly protected in a papery sheath enfolding a silvery-green leaf-cloak, the solitary erect bud slowly rises from its embrace, sheds its sepals, expands into an immaculate golden-centered blossom that, poppy-like, offers but a glimpse of its fleeting loveliness ere it drops its snow-white petals and is gone. But were the flowers less ephemeral, were we always certain of hitting upon the very time its colonies are starring the woodland, would it have so great a charm? Here to-day, if there comes a sudden burst of warm sunshine; gone tomorrow, if the spring winds, rushing through the nearly leafless woods, are too rude to the fragile petals - no blossom has a more evanescent beauty, none is more lovely. After its charms have been displayed, up rises the circular leaf-cloak on its smooth reddish petiole, unrolls, and at length overtops the narrow, oblong seed-vessel. Wound the plant in any part, and there flows an orange-red juice, which old-fashioned mothers used to drop on lumps of sugar and administer when their children had coughs and colds. As this fluid stains whatever it touches - hence its value to the Indians as a war-paint - one should be careful in picking the flower. It has no value for cutting, of course; but in some rich, shady corner of the garden, a clump of the plants will thrive and bring a suggestive picture of the spring woods to our very doors. It will be noticed that plants having thick rootstocks, corms, and bulbs, which store up food during the winter, like the irises, Solomon's seals, bloodroot, adder's tongue, and crocuses, are prepared to rush into blossom far earlier in spring than fibrous-rooted species that must accumulate nourishment after the season has opened.

Snugly protected in a papery sheath wrapped around a silvery-green leaf-cloak, the solitary upright bud slowly rises from its embrace, sheds its sepals, and expands into a flawless golden-centered blossom that, like a poppy, shows off just a glimpse of its fleeting beauty before dropping its snow-white petals and disappearing. But if the flowers weren’t so short-lived, if we were always sure to find the exact moment when their colonies are blooming in the woods, would they still hold such charm? Here today, if there’s a sudden burst of warm sunshine; gone tomorrow if the spring winds, rushing through the nearly leafless woods, are too harsh for the delicate petals—no blossom has a more fleeting beauty, none is more lovely. After its beauty has been shown, the round leaf-cloak rises on its smooth reddish stem, unfolds, and eventually outgrows the narrow, oblong seed-pod. If you wound any part of the plant, an orange-red juice flows out, which old-fashioned mothers used to drop on sugar lumps and give to their children for coughs and colds. Since this fluid stains whatever it touches—thus its value to the Indians as war paint—one should be careful when picking the flower. It has no value for cutting, of course; but in some rich, shady corner of the garden, a cluster of these plants will thrive and bring a reminder of spring woods right to our doorsteps. It should be noted that plants with thick rootstocks, corms, and bulbs, which store food during the winter, like irises, Solomon's seals, bloodroot, adder's tongue, and crocuses, are ready to bloom much earlier in spring than fibrous-rooted species that need to gather nourishment after the season has started.

A newly opened flower which is in the female stage has its anthers tightly closed, and pollen must therefore be carried from distinct plants by the short-tongued bees and flies out collecting it. No nectar rewards their search, although they alight on young blossoms in the expectation of finding some food, and so cross-fertilize them. Late in the afternoon the petals, which have been in a showy horizontal position during the day, rise to the perpendicular before closing to protect the flower's precious contents for the morrow's visitors. In the blossom's staminate stage, abundant pollen is collected by the hive bees chiefly; but, those of the Halictus tribe, the mining bees and the Syrphidae flies also pay profitable visits. Inasmuch as the hive bee is a naturalized foreigner, not a native, the bloodroot probably depended upon the other little bees to fertilize it before her arrival. For ages this bee's small relatives and the flowers they depended upon developed side by side, adapting themselves to each other's wants. Now along comes an immigrant and profits by their centuries of effort.

A newly opened flower in the female stage has its anthers tightly closed, so pollen needs to be brought in from different plants by short-tongued bees and flies foraging for it. There’s no nectar to reward their search, even though they land on young blossoms hoping to find some food, which helps with cross-fertilization. Late in the afternoon, the petals, which have been in a showy horizontal position during the day, rise up vertically before closing to protect the flower’s precious contents for the next day’s visitors. During the blossom’s male stage, hive bees mainly collect the abundant pollen, but other visitors like the Halictus tribe, mining bees, and Syrphidae flies also profit from it. Since the hive bee is a naturalized foreigner and not a native, the bloodroot likely relied on the smaller native bees to fertilize it before the hive bee arrived. For ages, these smaller bees and the flowers they depended on evolved together, adapting to each other’s needs. Now, along comes an immigrant and benefits from their centuries of effort.

DUTCHMAN'S BREECHES; WHITE HEARTS; SOLDIER'S CAP; EAR-DROPS (Bicuculla Cucullaria; Dicentra cucullaria of Gray) Poppy family

DUTCHMAN'S BREECHES; WHITE HEARTS; SOLDIER'S CAP; EAR-DROPS (Bicuculla Cucullaria; Dicentra cucullaria of Gray) Poppy family

Flowers - White, tipped with yellow, nodding in a 1-sided raceme. Two scale-like sepals; corolla of 4 petals, in 2 pairs, somewhat cohering into a heart-shaped, flattened, irregular flower, the outer pair of petals extended into 2 widely spread spurs, the small inner petals united above; 6 stamens in 2 sets; style slender, with a 2-lobed stigma. Scape: 5 to 10 in. high, smooth, from a bulbous root. Leaves: Finely cut, thrice compound, pale beneath, on slender petioles, all from base Preferred Habitat - Rich, rocky woods. Flowering Season- - April-May. Distribution - Nova Scotia to the Carolinas, west to Nebraska.

Flowers - White with yellow tips, drooping in a one-sided cluster. Two scale-like sepals; a corolla with 4 petals, in 2 pairs, somewhat fused into a heart-shaped, flattened, irregular flower, the outer pair of petals extended into 2 widely spread spurs, and the small inner petals joined above; 6 stamens arranged in 2 sets; the style is slender, with a 2-lobed stigma. Scape: 5 to 10 inches high, smooth, coming from a bulbous root. Leaves: Finely divided, three times compound, pale on the underside, on slender petioles, all originating from the base. Preferred Habitat - Rich, rocky woods. Flowering Season - April-May. Distribution - Nova Scotia to the Carolinas, west to Nebraska.

Rich leaf mould, accumulated between crevices of rock, makes the ideal home of this delicate, yet striking, flower, coarse-named, but refined in all its parts. Consistent with the dainty, heart-shaped blossoms that hang trembling along the slender stem like pendants from a lady's ear, are the finely dissected, lace-like leaves, the whole plant repudiating by its femininity its most popular name. It was Thoreau who observed that only those plants which require but little light, and can stand the drip of trees, prefer to dwell in the woods - plants which have commonly more beauty in their leaves than in their pale and almost colorless blossoms. Certainly few woodland dwellers have more delicately beautiful foliage than the fumitory tribe.

Rich leaf mold, collected in the cracks of rocks, creates the perfect home for this delicate yet striking flower, which has a rough name but is refined in every part. The dainty, heart-shaped blossoms sway gently along the slender stem like pendants hanging from a lady's ear, accompanied by finely dissected, lace-like leaves, making the whole plant seem more feminine than its common name suggests. Thoreau noted that only those plants which need little light and can tolerate the drip of trees prefer to live in the woods—plants that typically have more beauty in their leaves than in their pale, almost colorless flowers. Certainly, few woodland plants boast more delicately beautiful foliage than the fumitory family.

Owing to this flower's early season of bloom and to the depth of its spurs, in which nectar is secreted by two long processes of the middle stamens, only the long-tongued female bumblebees then flying are implied by its curious formation. Two canals leading to the sweets invite the visitor to thrust in her tongue, and as she hangs from the white heart and presses forward to drain the luscious drops, first on one side, then on the other, her hairy underside necessarily comes in contact with the pollen of younger flowers and - with the later maturing stigmas of older ones, to which she carries it later. But, as might be expected, this intelligent bee occasionally nips holes through the spurs of the flower that makes dining so difficult for her - holes that lesser fry are not slow to investigate.

Due to this flower's early blooming season and the depth of its spurs, where nectar is produced by two long parts of the middle stamens, only long-tongued female bumblebees flying around can easily access it because of its unique shape. Two channels leading to the nectar encourage the visitor to extend her tongue, and as she hangs from the white center and moves forward to sip the sweet drops, first on one side and then the other, her furry underside naturally brushes against the pollen of younger flowers and the later maturing stigmas of older ones, which she carries with her. However, as you might expect, this clever bee sometimes makes holes in the spurs of the flower that complicate her feeding—holes that smaller creatures quickly take advantage of.

According to the Rev. Alexander S. Wilson, bumblebees make holes with jagged edges; wasps make clean-cut, circular openings; and the carpenter bees cut slits, through which they steal nectar from deep flowers. Who has tested this statement about the guilty little pilferers on our side of the Atlantic?

According to Rev. Alexander S. Wilson, bumblebees create jagged holes; wasps make smooth, round openings; and carpenter bees cut slits to steal nectar from deep flowers. Who has tested this claim about the sneaky little thieves on our side of the Atlantic?

SQUIRREL CORN
  (Bicuculla Canadensis) Poppy family

Squirrel Corn
  (Bicuculla canadensis) Poppy family

Flowers - Irregular, greenish white tinged with rose, slightly fragrant, heart-shaped, with 2 short rounded spurs, over 1/2 in. long, nodding on a slender scape. Calyx of 2 scale-like sepals; corolla heart-shaped at base, consisting of 4 petals in 2 united pairs, a prominent crest on tips of inner ones; 6 stamens in 2 sets; style with 2-lobed stigma. Scape: Smooth, 6 to 12 in. high, the rootstock bearing many small, round, yellow tubers like kernels of corn. Leaves: All from root, delicate, compounded of 3 very finely dissected divisions. Prferred Habitat - Rich, moist woods. Flowering Season - May-June. Distribution - Nova Scotia to Virginia, and westward to the Mississippi.

Flowers - Irregular, greenish-white with a hint of rose, slightly fragrant, heart-shaped, with 2 short rounded spurs, over 1/2 inch long, drooping on a slender stem. The calyx has 2 scale-like sepals; the corolla is heart-shaped at the base, made up of 4 petals in 2 united pairs, with a noticeable crest on the tips of the inner petals; 6 stamens in 2 sets; the style has a 2-lobed stigma. Stem: Smooth, 6 to 12 inches high, with the rootstock bearing many small, round, yellow tubers resembling corn kernels. Leaves: All from the root, delicate, made up of 3 very finely dissected parts. Preferred Habitat - Rich, moist woods. Flowering Season - May-June. Distribution - Nova Scotia to Virginia, and westward to the Mississippi.

Any one familiar with the Bleeding-heart (B. eximia) of old- fashioned gardens, found growing wild in the Alleghanies, and with the exquisite White Mountain Fringe (Adlumia fungosa) often brought from the woods to be planted over shady trellises, or with the Dutchman's breeches, need not be told that the little squirrel corn is next of kin or far removed from the pink corydalis. It is not until we dig up the plant and look at its roots that we see why it received its name. A delicious perfume like hyacinths, only fainter and subtler, rises from the dainty blossoms.

Anyone familiar with the Bleeding-heart (B. eximia) commonly found in traditional gardens, growing wild in the Alleghenies, and with the beautiful White Mountain Fringe (Adlumia fungosa) often taken from the woods to grow over shady trellises, or with Dutchman's breeches, doesn’t need to be informed that little squirrel corn is closely related to or distantly connected with pink corydalis. It’s only when we dig up the plant and examine its roots that we understand why it got its name. A delightful fragrance reminiscent of hyacinths, though lighter and more subtle, wafts from the delicate blossoms.

BULBOUS or SPRING CRESS

Bulbous or Spring Cress

(Cardamine bulbosa; C. rhomboidea of Gray) Mustard family

(Cardamine bulbosa; C. rhomboidea of Gray) Mustard family

Flowers - White, about 1/2 in. across, clustered in a simple terminal raceme. Calyx of four sepals; corolla of 4 petals in form of a cross; 6 stamens; 1 compound pistil with a 2-lobed style. Stem: 6 to 18 in. high, erect, smooth, from a tuberous base. Leaves: Basal ones rounded, on long petioles; upper leaves oblong or lance-shaped, toothed or entire-edged, short petioled or seated on stem. Fruit: Very slender, erect pods about 1 in. long, tapering at each end, tipped with a slender style, the stigma prominent; 1 row of seeds in each cell, the pods rapidly following flowers up the stem and opening suddenly. Preferred Habitat - Wet meadows, low ground, near springs. Flowering Season - April-June. Distribution - Nova Scotia to Florida, west to Minnesota and Texas.

Flowers - White, about ½ inch across, grouped in a simple terminal raceme. The calyx has four sepals; the corolla has four petals shaped like a cross; there are six stamens; and one compound pistil with a two-lobed style. Stem: 6 to 18 inches high, upright, smooth, growing from a tuberous base. Leaves: The basal leaves are rounded with long petioles; the upper leaves are oblong or lance-shaped, with toothed or smooth edges, either short-petioled or sitting directly on the stem. Fruit: Very slender, upright pods about 1 inch long, tapering at both ends, tipped with a slender style, and the stigma is prominent; there is one row of seeds in each cell, and the pods quickly follow the flowers up the stem and open suddenly. Preferred Habitat - Wet meadows, low ground, near springs. Flowering Season - April-June. Distribution - Nova Scotia to Florida, west to Minnesota and Texas.

Pretty masses of this flower, that look like borders of garden candy-tuft planted beside some trickling brook, are visited and cross-fertilized by small bees, of the Andrena and Halictus clans chiefly. How well the butterflies understand scientific classification with instinct for their sure guide! The caterpillar of that exquisite little white butterfly with a dark yellow triangular spot across his wings, the fulcate orange-tip (Euchloe genutia), a first-cousin of the common small white cabbage butterfly, feeds on this plant and several of its kin, knowing better than if the books had told it so, that all belong to the same cross-bearing family. The watery, biting juice in the Cruciferae - the radishes, nasturtiums, cabbage, peppergrass, water-cress, mustards, and horseradish - by no means protects them from preying worms and caterpillars; but ants, the worst pilferers of nectar extant, let them alone. Authorities declare that the chloride of potassium and iodine these plants contain increase their food value to mankind.

Beautiful clusters of this flower, resembling borders of garden candy-tuft planted next to a gently flowing brook, are visited and cross-pollinated mainly by small bees from the Andrena and Halictus families. It's remarkable how well butterflies instinctively grasp scientific classification! The caterpillar of that stunning little white butterfly with a dark yellow triangular spot on its wings, the fulcate orange-tip (Euchloe genutia), which is a close relative of the common small white cabbage butterfly, feeds on this plant and several others in its family, instinctively knowing, as if the books had told it, that they all belong to the same cross-pollinating family. The watery, bitter juice in the Cruciferae—like radishes, nasturtiums, cabbage, peppergrass, watercress, mustards, and horseradish—doesn't keep predatory worms and caterpillars away; however, ants, the most notorious nectar thieves around, leave them alone. Experts say that the potassium chloride and iodine these plants contain enhance their nutritional value for humans.

The PURPLE CRESS (C. purpurea), formerly counted a mere variety of the preceding, has now been ranked as a distinct species. Its purplish-pink flowers, found about cold, springy places northward, appear two or three weeks earlier than those of the white spring cress.\ The MEADOW BITTER-CRESS (or CROSS), LADIES' SMOCK, OR CUCKOO-FLOWER (C. pratensis), an immigrant from Europe and Asia now naturalized here north of New Jersey from coast to coast, lifts its larger and more showy white or purplish-pink flowers, that stand well out from the stem on slender pedicels, in loose clusters above watery low-lying ground in April and May.

The PURPLE CRESS (C. purpurea), once considered just a variety of the previous type, is now recognized as a separate species. Its purplish-pink flowers, found in cold, springy areas to the north, bloom two to three weeks earlier than those of the white spring cress. The MEADOW BITTER-CRESS (or CROSS), LADIES' SMOCK, OR CUCKOO-FLOWER (C. pratensis), an immigrant from Europe and Asia now naturalized here from coast to coast north of New Jersey, displays its larger and more vibrant white or purplish-pink flowers, which extend out from the stem on slender stalks, in loose clusters above wet low-lying ground in April and May.

"Lady-smocks all silver white"

"Lady's smocks all silver white"

now paint our meadows with delight, as they do Shakespeare's England; but ours have quite frequently a decided pink tinge. The light and graceful growth, and the pinnately divided foliage, give the plant a special charm. In olden times, when it was counted a valuable remedy in hysteria and epilepsy, Linnaeus gave it its generic name Cardamine from two Greek words signifying heart-strengthening.

now paint our meadows with joy, just like they do in Shakespeare's England; but ours often have a noticeable pink hue. The light and elegant growth, along with the feathery foliage, gives the plant a unique charm. In the past, when it was considered a valuable remedy for hysteria and epilepsy, Linnaeus named it Cardamine, derived from two Greek words meaning heart-strengthening.

More bees, flies, butterflies, and other insects visit the ladies' smock than perhaps any other crucifer found here, since it has showy flowers and so much nectar the long-persistent sepals require little pouches to hold it. No wonder this plant has triumphantly marched around the world, leaving its relatives that take less pains to woo and work insects far behind in the race. Owing to a partial revolution of the tall stamens away from the stigmas, a visitor in sipping nectar must brush off some pollen on his head or tongue, although in stormy weather, when the movement of the stamens is incomplete, self-pollination may occasionally occur, according to Muller.

More bees, flies, butterflies, and other insects visit ladies' smock more than probably any other crucifer around here, since it has vibrant flowers and so much nectar that the long-lasting sepals need little pouches to hold it. It’s no surprise that this plant has successfully spread around the world, far outpacing its relatives that don’t bother to attract and engage insects as much. Because the tall stamens are somewhat positioned away from the stigmas, a visitor sipping nectar tends to brush off some pollen onto their head or tongue. However, in stormy weather, when the stamens don’t move as much, self-pollination can sometimes happen, according to Muller.

TWO-LEAVED TOOTHWORT; CRINKLE-ROOT
  (Dentaria diphylla) Mustard family

TWO-LEAVED TOOTHWORT; CRINKLE-ROOT
  (Dentaria diphylla) Mustard family

Flowers - White, about 1/2 in. across, in a terminal loose cluster, the formation of each similar to that of bulbous cress. Stem: 8 to 15 in. high. Root stock: Long, crinkled, toothed, fleshy, crisp, edible. Leaves: 2, opposite or nearly so, on the stem, compounded of 3 ovate and toothed leaflets; also larger, broader leaves on larger petioles from the rootstock. Fruit: Flat, lance-shaped pods, 1 in. long or over, tipped with the slender style. Perferred Habitat - Rich leaf mould in woods, sometimes in thickets and meadows. Flowering Season - May. Distribution - Nova Scotia to the Carolinas, west to the Mississippi.

Flowers - White, about 1/2 inch across, in a loose cluster at the top, each one resembling bulbous cress. Stem: 8 to 15 inches tall. Root stock: Long, crinkly, toothed, fleshy, crisp, and edible. Leaves: 2, opposite or nearly so, on the stem, made up of 3 oval and toothed leaflets; there are also larger, broader leaves on longer stems coming from the rootstock. Fruit: Flat, lance-shaped pods, 1 inch long or more, with a slender tip. Preferred Habitat - Rich leaf mold in woods; sometimes found in thickets and meadows. Flowering Season - May. Distribution - From Nova Scotia to the Carolinas and west to the Mississippi.

Clusters of these pretty, white, cross-shaped flowers, found near the bloodroot, claytonia, anemones, and a host of other delicate spring blossoms, enter into a short but fierce competition with them for the visits of the small Andrena and Halictus bees then flying to collect nectar and pollen for a generation still unborn. In tunnels underground, or in soft, partially decayed wood, each busy little mother places the pellets of pollen and nectar paste, then when her eggs have been laid on the food supply in separate nurseries and sealed up, she dies from exhaustion, leaving her grub progeny to eat its way through the larva into the chrysalis state, and finally into that of a winged bee that flies away to liberty. These are the little bees so constantly seen about willow catkins.

Clusters of these pretty white, cross-shaped flowers, found near bloodroot, claytonia, anemones, and a variety of other delicate spring blooms, engage in a brief but intense competition with them for the attention of the small Andrena and Halictus bees that are out collecting nectar and pollen for a future generation. In tunnels underground or in soft, partially decayed wood, each busy mother bee stores pellets of pollen and nectar paste. After laying her eggs on the food supply in separate nurseries and sealing them up, she dies from exhaustion, leaving her larvae to eat their way through to become a chrysalis and eventually emerge as winged bees that fly away to freedom. These are the little bees commonly seen around willow catkins.

Country children, on their way to school through the woods, often dig up the curious, long crisp root of the toothwort, which tastes much like the water-cress, to eat with their sandwiches at the noon recess. Then, as they examine the little pointed projections on the rootstock, they see why the plant received its name.

Country kids, on their way to school through the woods, often dig up the interesting, long, crunchy root of the toothwort, which tastes a lot like watercress, to eat with their sandwiches at lunchtime. Then, as they look at the little pointed bumps on the root, they understand why the plant got its name.

Another toothwort found throughout a similar range, the CUT-LEAVED TOOTHWORT, or PEPPER-ROOT (D. laciniata), has its equally edible rootstock scarcely toothed, but rather constricted in places, giving its little tubers the appearance of beads strung into a necklace. Its white or pale purplish-pink cross-shaped flowers, loosely clustered at the end of an unbranched stem, rise by preference above moist ground in rich woods, often beside a spring, from April to June - a longer season for wooing and working its insect friends than the two-leaved toothwort has attained to - hence it is the commoner plant. Instead of having two leaves on its stem, this species spreads whorls of three leaves, thrice divided, almost to the base, the divisions toothed or lobed, and the side ones sometimes deeply cleft. The larger, longer petioled leaves that rise directly from the rootstock have scarcely developed at flowering time.

Another toothwort found in a similar range, the CUT-LEAVED TOOTHWORT, or PEPPER-ROOT (D. laciniata), has its equally edible rootstock that is hardly toothed but rather constricted in some areas, making its small tubers look like beads strung on a necklace. Its white or pale purplish-pink cross-shaped flowers, loosely clustered at the end of a single stem, prefer to grow above moist ground in rich woods, often near a spring, from April to June—making it a longer season for attracting and interacting with its insect partners than the two-leaved toothwort has. That’s why it’s the more common plant. Instead of having two leaves on its stem, this species has whorls of three divided leaves that extend almost to the base, with the divisions being toothed or lobed, and the side leaves sometimes deeply cut. The larger, longer stalks of leaves that emerge directly from the rootstock have barely developed by the time it flowers.

SHEPHERD'S PURSE; MOTHER'S HEART
  (Bursa Bursa-pastoris; Capsella Bursa-pastoris of Gray)
Mustard family

SHEPHERD'S PURSE; MOTHER'S HEART
  (Bursa Bursa-pastoris; Capsella Bursa-pastoris of Gray)
Mustard family

Flowers - Small, white, in a long loose raceme, followed by triangular and notched (somewhat heart-shaped) pods, the valves boat-shaped and keeled. Sepals and petals 4; stamens 6; 1 pistil. Stem: 6 to 18 in. high, from a deep root. Leaves: Forming a rosette at base, 2 to 5 in. long, more or less cut (pinnatifid), a few pointed, arrow-shaped leaves also scattered along stem and partly clasping it. Preferred Habitat - Fields, roadsides, waste places. Flowering Season - Almost throughout the year. Distribution - Over nearly all parts of the earth.

Flowers - Small, white, arranged loosely in a long spike, followed by triangular and notched (somewhat heart-shaped) pods, with boat-shaped and ridged valves. There are 4 sepals and petals; 6 stamens; 1 pistil. Stem: 6 to 18 inches tall, growing from a deep root. Leaves: Forming a rosette at the base, 2 to 5 inches long, somewhat cut (pinnatifid), with a few pointed, arrow-shaped leaves scattered along the stem, partially clasping it. Preferred Habitat - Fields, roadsides, and neglected areas. Flowering Season - Almost all year round. Distribution - Found almost everywhere on earth.

>From Europe this little low plant found its way, to become the commonest of our weeds, so completing its march around the globe. At a glance one knows it to be related to the alyssum and candy-tuft of our gardens, albeit a poor relation in spite of its vaunted purses - the tiny, heart-shaped seed-pods that so rapidly succeed the flowers. What is the secret of its successful march over the face of the earth? Like the equally triumphant chickweed, it is easily satisfied with unoccupied wasteland, it avoids the fiercest competition for insect trade by prolonging its season of bloom far beyond that of any native flower, for there is not a month in the year when one may not find it even in New England in sheltered places. Having vanquished in the fiercer struggle for survival in the Old World, it finds life here one long holiday; and finally, by clustering a large number of relatively small flowers together, it attracts the insects that this method of arrangement pleases best, the flies (Syrphidae and Muscidae) which cross-fertilize it in fine weather, transferring enough pollen from plant to plant to save the species from degeneracy through close inbreeding. However, the long stamens standing on a level with the stigma are well calculated to self-pollenize the flowers, the flies failing them.

>This little low plant made its way from Europe to become one of our most common weeds, completing its journey around the globe. At first glance, you can tell it's related to the alyssum and candy-tuft in our gardens, though it's a poorer cousin despite its celebrated seed pods—the tiny, heart-shaped capsules that quickly follow the flowers. What’s the secret to its successful spread across the earth? Like the equally successful chickweed, it thrives in empty wasteland, avoiding tough competition for pollinators by extending its blooming season well beyond that of any native flower; there isn’t a month in the year when you can't find it, even in sheltered spots in New England. Having triumphed in the fierce struggle for survival back in the Old World, it now enjoys a leisurely life here; and by clustering a large number of relatively small flowers together, it attracts the pollinators that prefer this arrangement, particularly flies (Syrphidae and Muscidae) that cross-pollinate it in nice weather, transferring enough pollen from plant to plant to prevent degeneration from close inbreeding. However, the long stamens that sit level with the stigma are perfectly designed to self-pollinate the flowers if the flies don’t manage to do their job.

VERNAL WHITLOW-GRASS
  (Draba verna) Mustard family

Vernal Whitlow-Grass
  (Draba verna) Mustard family

Flowers - Very small, white, distant, growing on numerous scapes 1 to 5 in. high; in formation each flower is similar to all the mustards, except that the 4 petals are 2-cleft, destroying the cross-like effect. Leaves: 1/2 to 1 in. long, in a tuft or rosette on the ground, oblong or spatulate, covered with stiff hairs. Preferred Habitat - Waste lands, sandy fields, and roadsides. Flowering Season - February-May. Distribution - Throughout our area; naturalized from Europe and Asia.

Flowers - Very small, white, and sparse, growing on multiple stems 1 to 5 inches high; each flower looks like those of other mustards, except the 4 petals are split in two, which takes away the cross-like appearance. Leaves: 1/2 to 1 inch long, in a cluster or rosette close to the ground, oblong or spoon-shaped, covered with stiff hairs. Preferred Habitat - Disturbed lands, sandy fields, and roadside areas. Flowering Season - February to May. Distribution - Found throughout our area; naturalized from Europe and Asia.

An insignificantly small plant, too common, however, to be wholly ignored. Although each tiny flower secretes four drops of nectar between the bases of the short stamens and the long ones next them, it would be unreasonable to depend wholly upon insects to carry pollen, since there is so little else to attract them. Therefore the anthers of the four long stamens regularly shed directly upon the stigma below them, leaving to the few visitors, the small bees chiefly, the transferring from flower to flower of pollen from the two short stamens which must be touched if they would reach the nectar. In spite of the persistency with which these little blossoms fertilize themselves, they certainly increase at a prodigious rate; but how much larger and more beautiful might they not be if they possessed more executive ability

A tiny, unremarkable plant, but too common to be completely overlooked. Even though each little flower produces four drops of nectar between the bases of the short and long stamens, it wouldn't be practical to rely entirely on insects for pollination, since there's so little else to attract them. So, the anthers of the four long stamens regularly release pollen directly onto the stigma below, leaving it up to the few visitors—mainly the small bees—to transfer pollen from the two short stamens, which need to be touched to access the nectar. Despite how consistently these little blooms self-fertilize, they certainly grow at an impressive rate; yet how much larger and more beautiful might they be if they had greater capability!

A similar but larger plant, with its hairy leaves not only tufted at the base, but also alternating up the stiff stem, is the HAIRY ROCK-CRESS (Arabis hirsuta), whose white or greenish flowers, growing in racemes after the usual mustard fashion, are quickly followed by very narrow, flattened pods two inches long or less. Around the world this small traveler has likewise found its way, choosing rocky places to display its insignificant flowers throughout the entire summer to such small bees and flies as seek the nectar in its two tiny glands. It is not to be confused with the saxifrage or stone-breaker.

A similar but larger plant, with its hairy leaves not just bunched at the base but also alternating up the stiff stem, is the HAIRY ROCK-CRESS (Arabis hirsuta). This plant has white or greenish flowers that grow in clusters like mustard flowers, quickly followed by very narrow, flattened pods that are less than two inches long. This small traveler has also spread around the world, choosing rocky spots to show off its modest flowers all summer long, attracting small bees and flies that seek nectar from its two tiny glands. It shouldn’t be confused with saxifrage or stone-breaker.

ROUND-LEAVED SUNDEW; DEW-PLANT
  (Drosera rotundifolia) Sundew family

ROUND-LEAVED SUNDEW; DEW-PLANT
  (Drosera rotundifolia) Sundew family

Flowers - Small, white, growing in a 1-sided, curved raceme of buds chiefly. Calyx usually 5-parted; usually 5 petals, and as many stamens as petals; usually 3 styles, but 2-cleft, thus appearing to be twice as many. Scape: 4 to 10 in. high. Leaves: Growing in an open rosette on the ground; round or broader, clothed with reddish bristly hairs tipped with purple glands, and narrowed into long, flat, hairy petioles; young leaves curled like fern fronds. Preferred Habitat - Bogs, sandy and sunny marshes. Flowering Season - July-August. Distribution - Labrador to the Gulf of Mexico and westward. From Alaska to California. Europe and Asia.

Flowers - Small and white, growing in a one-sided, curved cluster of mainly buds. The calyx usually has 5 parts; there are usually 5 petals and as many stamens as petals; there are typically 3 styles, but they are 2-cleft, making them look like there are twice as many. Scape: 4 to 10 inches tall. Leaves: Forming an open rosette on the ground; round or broader, covered with reddish bristly hairs with purple gland tips, and elongated into long, flat, hairy petioles; young leaves curled like fern fronds. Preferred Habitat - Bogs, sandy sunny marshes. Flowering Season - July-August. Distribution - From Labrador to the Gulf of Mexico and westward. From Alaska to California. Europe and Asia.

Here is a bloodthirsty little miscreant that lives by reversing the natural order of higher forms of life preying upon lower ones, an anomaly in that the vegetable actually eats the animal! The dogbane, as we have seen, simply catches the flies that dare trespass upon the butterflies' preserves, for excellent reasons of its own; the Silenes and phloxes, among others, spread their calices with a sticky gum that acts as limed twigs do to birds, in order to guard the nectar secreted for flying benefactors from pilfering ants; the honey bee being an imported, not a native, insect, and therefore not perfectly adapted to the milkweed, occasionally gets entrapped by it; the big bumblebee is sometimes fatally imprisoned in the moccasin flower's gorgeous tomb - the punishment of insects that do not benefit the flowers is infinite in its variety. But the local Venus's flytrap (Dionaea muscipula), gathered only from the low savannas in North Carolina to entertain the owners of hothouses as it promptly closes the crushing trap at the end of its sensitive leaves over a hapless fly, and the common sundew that tinges the peat-bogs of three continents with its little reddish leaves, belong to a distinct class of carnivorous plants which actually masticate their animal food, depending upon it for nourishment as men do upon cattle slaughtered in an abattoir. Darwin's luminous account of these two species alone, which occupies over three hundred absorbingly interesting pages of his "Insectivorous Plants" should be read by everyone interested in these freaks of nature.

Here’s a vicious little mischief-maker that thrives by flipping the natural order of higher life forms preying on lower ones; it's unusual because this plant actually eats animals! As we’ve seen, the dogbane catches the flies that dare invade the butterflies' territory for its own good reasons. The Silenes and phloxes, among others, spread their sticky petals like birdlime to protect the nectar they produce for helpful pollinators from sneaky ants; the honeybee, being an imported insect, isn’t perfectly suited to the milkweed and sometimes gets caught by it; the bigger bumblebee may also find itself fatally trapped in the beautiful moccasin flower—there's a nearly endless variety of punishments for insects that don’t benefit the flowers. But the local Venus flytrap (Dionaea muscipula), which is found only in the low savannas of North Carolina, fascinates greenhouse owners as it rapidly snaps its crushing trap over an unsuspecting fly. Likewise, the common sundew, which adds a reddish hue to the peat bogs across three continents, belongs to a different category of carnivorous plants that actually chew their animal meals, relying on them for sustenance just like humans do with slaughtered cattle. Darwin’s insightful account of these two species, which fills over three hundred captivating pages of his "Insectivorous Plants," should be read by anyone interested in these wonders of nature.

When we go to some sunny cranberry bog to look for these sundews, nothing could be more innocent looking than the tiny plant, its nodding raceme of buds, usually with only a solitary little blossom (that opens only in the sunshine) at the top of the curve, its leaves glistening with what looks like dew, though the midsummer sun may be high in the heavens. A little fly or gnat, attracted by the bright jewels, alights on a leaf only to find that the clear drops, more sticky than honey, instantly glue his feet, that the pretty reddish hairs about him act like tentacles, reaching inward, to imprison him within their slowly closing embrace. Here is one of the horrors of the Inquisition operating in this land of liberty before our very eyes! Excited by the struggles of the victim, the sensitive hairs close only the faster, working on the same principle that a vine's tendrils do when they come in contact with a trellis. More of the sticky fluid pours upon the hapless fly, plastering over his legs and wings and the pores on his body through which he draws his breath. Slowly, surely, the leaf rolls inward, making a temporary stomach; the cruel hairs bind, the glue suffocates and holds him fast. Death alone releases him. And now the leafs orgy begins: moistening the fly with a fresh peptic fluid, which helps in the assimilation, the plant proceeds to digest its food. Curiously enough, chemical analysis proves that this sundew secretes a complex fluid corresponding almost exactly to the gastric juice in the stomach of animals.

When we go to a sunny cranberry bog to look for these sundews, nothing looks more innocent than the tiny plant, its nodding cluster of buds, usually with just one little blossom (that only opens in the sunshine) at the top of the curve, its leaves shining with what looks like dew, even though the midsummer sun is high in the sky. A little fly or gnat, drawn in by the bright jewels, lands on a leaf only to discover that the clear drops, stickier than honey, instantly trap its feet, while the pretty reddish hairs around it act like tentacles, reaching inward to trap it in their slowly closing grip. Here is one of the horrors of the Inquisition happening right before our eyes in this land of freedom! Excited by the victim's struggles, the sensitive hairs close even faster, working on the same principle as a vine's tendrils when they touch a trellis. More of the sticky liquid pours onto the poor fly, coating its legs and wings and the pores on its body through which it breathes. Slowly and surely, the leaf rolls inward, creating a temporary stomach; the cruel hairs bind, the glue suffocates, and holds it tight. Only death will set it free. And now the leaf's feast begins: moistening the fly with fresh digestive fluid, which aids in absorption, the plant proceeds to digest its meal. Interestingly, chemical analysis shows that this sundew secretes a complex fluid that almost exactly matches the gastric juice found in the stomach of animals.

Darwin, who fed these leaves with various articles, found that they could dissolve matter out of pollen, seeds, grass, etc.; yet without a human caterer, how could a leaf turn vegetarian? When a bit of any undesirable substance, such as chalk or wood, was placed on the hairs and excited them, they might embrace it temporarily; but as soon as the mistake was discovered, it would be dropped! He also poisoned the plants by administering acids, and gave them fatal attacks of indigestion by overfeeding them with bits of raw beef!

Darwin, who provided these leaves with different substances, discovered that they could break down materials from pollen, seeds, grass, and so on; yet, without a human feeder, how could a leaf become vegetarian? When a piece of any unwanted material, like chalk or wood, was placed on the hairs and triggered a response, they might hold onto it for a short while; but as soon as they realized the mistake, it would be dropped! He also poisoned the plants by giving them acids and caused deadly digestive problems by overfeeding them bits of raw beef!

Other common sundews, the SPATULATE-LEAVED SUNDEW (D. intermedia) and the THREAD-LEAVED SUNDEW (D. filiformis) whose purplish-pink flowers are reared above wet sand along the coast, possess contrivances similar to the round-leaved plant's to pursue their gruesome business. Why should these vegetables turn carnivorous? Doubtless because the soil in which they grow can supply little or no nitrogen. Very small roots testify to the small use they serve. The water sucked up through them from the bog aids in the manufacture of the fluid so freely exuded by the bristly glands, but nitrogen must be obtained by other means, even at the sacrifice of insect victims.

Other common sundews, the SPATULATE-LEAVED SUNDEW (D. intermedia) and the THREAD-LEAVED SUNDEW (D. filiformis), whose purplish-pink flowers rise above wet sand along the coast, have mechanisms similar to the round-leaved plant to carry out their gruesome activities. Why do these plants become carnivorous? It's likely because the soil where they grow provides little to no nitrogen. Their very small roots show their limited function. The water they absorb from the bog helps produce the fluid released by the bristly glands, but they need to obtain nitrogen in other ways, even if it means sacrificing insect victims.

EARLY SAXIFRAGE
  (Saxifraga Virginiensis) Saxifrage family

EARLY SAXIFRAGE
  (Saxifraga Virginiensis) Saxifrage family

Flowers - White, small, numerous, perfect, spreading into a loose panicle. Calyx 5-lobed; 5 petals; 10 stamens; 1 pistil with 2 styles. Scape: 4 to 12 in. high, naked, sticky-hairy. Leaves: Clustered at the base, rather thick, obovate, toothed, and narrowed into spatulate-margined petioles. Fruit: Widely spread, purplish-brown pods. Preferred Habitat - Rocky woodlands, hillsides. Flowering Season - March-May Distribution - New Brunswick to Georgia, and westward a thousand miles or more.

Flowers - White, small, numerous, perfect, spreading into a loose panicle. Calyx with 5 lobes; 5 petals; 10 stamens; 1 pistil with 2 styles. Scape: 4 to 12 inches high, bare, sticky-hairy. Leaves: Grouped at the base, somewhat thick, obovate, toothed, and tapered into spatula-shaped petioles. Fruit: Widely spread, purplish-brown pods. Preferred Habitat - Rocky woodlands, hillsides. Flowering Season - March-May Distribution - From New Brunswick to Georgia, and extending a thousand miles or more westward.

Rooted in clefts of rock that, therefore, appears to be broken by this vigorous plant, the saxifrage shows rosettes of fresh green leaves in earliest spring, and soon whitens with its blossoms the most forbidding niches. (Saxum = a rock; frango = 1 break.) At first a small ball of green buds nestles in the leafy tuffet, then pushes upward on a bare scape, opening its tiny, white, five-pointed star flowers as it ascends, until, having reached the allotted height, it scatters them in spreading clusters that last a fortnight. Again we see that, however insignificantly small nectar-bearing flowers may be, they are somehow protected from crawling pilferers; in this case by the commonly employed sticky hairs in which ants' feet become ensnared. As the anthers mature before the stigmas are ready to receive pollen, certainly the flowers cannot afford to send empty away the benefactors on whom the perpetuation of their race depends; and must prevent it even with the most heroic measures.

Rooted in cracks of rock that seem to be broken by this resilient plant, the saxifrage displays clusters of fresh green leaves in early spring, and soon brightens the most challenging spots with its white blossoms. (Saxum = a rock; frango = to break.) At first, a small ball of green buds rests on the leafy mound, then pushes upward on a bare stem, opening its tiny, white, five-pointed star flowers as it climbs, until it reaches its full height, scattering them in spreading clusters that last for two weeks. Again, we see that, no matter how small, the nectar-bearing flowers are somehow protected from hungry insects; in this case, by the commonly used sticky hairs that trap ants' feet. As the anthers mature before the stigmas are ready to receive pollen, the flowers can't afford to send their pollinators away empty-handed, and must take vigorous measures to prevent that.

FALSE MITERWORT; COOLWORT; FOAM-FLOWER; NANCY-OVER-THE-GROUND
  (Tiarella cordifolia) Saxifrage family.

FALSE MITERWORT; COOLWORT; FOAM-FLOWER; NANCY-OVER-THE-GROUND
  (Tiarella cordifolia) Saxifrage family.

Flowers - White, small, feathery, borne in a close raceme at the top of a scape 6 to 12 in. high. Calyx white, 9-lobed; 5 clawed petals; 10 stamens, long-exserted; 1 pistil with 2 styles. Leaves: Long-petioled from the rootstock or runners, rounded or broadly heart-shaped, 3 to 7-lobed, toothed, often downy along veins beneath. Preferred Habitat - Rich, moist woods, especially along mountains. Flowering Season - April-May. Distribution - Nova Scotia to Georgia, and westward scarcely to the Mississippi.

Flowers - White, small, feathery, grouped closely at the top of a stem that is 6 to 12 inches tall. The calyx is white and has 9 lobes; there are 5 clawed petals; 10 long stamens that stick out; and 1 pistil with 2 styles. Leaves: Long-stalked from the root or runners, rounded or broadly heart-shaped, with 3 to 7 lobes, toothed, and often fuzzy along the veins underneath. Preferred Habitat - Rich, moist woodlands, especially in mountainous areas. Flowering Season - April to May. Distribution - From Nova Scotia to Georgia, and barely reaching west to the Mississippi.

Fuzzy, bright white foam-flowers are most conspicuous in the forest when seen against their unevenly colored leaves that carpet the ground. A relative, the TRUE MITERWORT or BISHOP'S CAP (Mittella diphylla), with similar foliage, except that two opposite leaves may be found almost seated near the middle of its hairy stem, has its flowers rather distantly scattered on the raceme, and their fine petals deeply cut like fringe. Both species may be found in bloom at the same time, offering an opportunity for comparison to the confused novice. Now, tiarella, meaning a little tiara, and mitella, a little miter, refer, of course, to the odd forms of their seed-cases; but all of us are not gifted with the imaginative eyes of Linnaeus, who named the plants. Xenophon's assertion that the royal tiara or turban of the Persians was encircled with a crown helps us no more to see what Linnaeus saw in the one case than the fact that the papal miter is encircled by three crowns helps in the other. And as for the lofty, two-peaked cap worn by bishops in the Roman Church, a dozen plants, with equal propriety, might be said to wear it.

Fuzzy, bright white foam-flowers stand out most in the forest against the unevenly colored leaves covering the ground. A relative, the TRUE MITERWORT or BISHOP'S CAP (Mittella diphylla), has similar leaves, although it features two opposite leaves that sit nearly at the center of its hairy stem. Its flowers are spaced apart on the raceme, and their fine petals are deeply cut like fringe. Both species can bloom simultaneously, providing an opportunity for the confused beginner to compare them. The names tiarella, meaning a little tiara, and mitella, a little miter, refer to the unique shapes of their seed cases; however, not everyone has the imaginative perspective of Linnaeus, who named these plants. Xenophon's claim that the royal tiara or turban of the Persians was surrounded by a crown doesn’t help us understand what Linnaeus saw in that case, just as knowing the papal miter is topped with three crowns doesn’t clarify the other. As for the tall, two-peaked cap worn by bishops in the Roman Church, a dozen plants could be described as wearing it just as fittingly.

CAROLINA GRASS OF PARNASSUS
  (Parnassia Caroliniana) Saxifrage family

CAROLINA GRASS OF PARNASSUS
  (Parnassia Caroliniana) Saxifrage family

Flowers - Creamy white, delicately veined with greenish, solitary, 1 in. broad or over, at the end of a scape 8 in. to 2 ft. high, 1 ovate leaf clasping it. Calyx deeply 5-lobed; corolla of 5 spreading, parallel veined petals; 5 fertile stamens alternating with them, and 3 stout imperfect stamens clustered at base of each petal; 1 very short pistil with 4 stigmas. Leaves: >From the root, on long petioles, broadly oval or rounded, heart-shaped at base, rather thick. Preferred Habitat - Wet ground, low meadows, swamps. Flowering Season - July-September. Distribution - New Brunswick to Virginia, west to Iowa.

Flowers - Creamy white, lightly veined with green, solitary, 1 inch wide or more, at the end of a stem 8 inches to 2 feet high, with 1 ovate leaf clasping it. The calyx is deeply 5-lobed; the corolla has 5 spreading, parallel-veined petals; 5 fertile stamens alternate with them, and there are 3 stout imperfect stamens clustered at the base of each petal; 1 very short pistil with 4 stigmas. Leaves: From the root, on long petioles, broadly oval or rounded, heart-shaped at the base, fairly thick. Preferred Habitat - Wet ground, low meadows, swamps. Flowering Season - July-September. Distribution - New Brunswick to Virginia, west to Iowa.

What's in a name? Certainly our common grass of Parnassus, which is no grass at all, never starred the meadows round about the home of the Muses, nor sought the steaming savannas of the Carolinas. The European counterpart (P. palustris), fabled to have sprung up on Mount Parnassus, is at home here only in the Canadian border States and northward.

What's in a name? Certainly, our common grass of Parnassus, which isn't really grass at all, never graced the meadows around the home of the Muses, nor did it roam the warm savannas of the Carolinas. The European version (P. palustris), rumored to have grown on Mount Parnassus, is found here only in the Canadian border states and to the north.

At first analysis one is puzzled by the clusters of filaments at the base of each petal. Of what use are they? We have seen in the case of the beard-tongue and the turtle-head that even imperfect stamens sometimes serve useful ends, or they would doubtless have been abolished. A fly or bee mistaking, as he well may, the abortive anthers for beads of nectar on this flower, alights on one of the white petals, a convenient, spreading landing place; but finding his mistake, and guided by the greenish lines, the pathfinders to the true nectaries situated on the other side of the curious fringy structures, he must, because of their troublesome presence, climb over them into the center of the flower to suck its sweets from the point where he will dust himself with pollen in young blossoms. Of course he will carry some of their vitalizing powder to the late maturing stigmas of older ones. Without the fringe of imperfect stamens, that serves as a harmless trellis easily climbed over, the visitor might stand on the petals and sip nectar without rendering any assistance in cross-fertilizing his entertainers.

At first glance, the clusters of filaments at the base of each petal are confusing. What purpose do they serve? We've seen with the beard-tongue and the turtle-head that even imperfect stamens can be useful, or they would likely have disappeared. A fly or bee might mistakenly think the useless anthers are droplets of nectar on this flower and land on one of the white petals, which provides a nice, broad landing spot. But upon realizing their mistake, and with the help of the greenish lines leading them to the actual nectar located on the other side of these unique fringe structures, they will have to climb over them to reach the center of the flower to enjoy the sweet nectar, getting dusted with pollen from the young blossoms in the process. Naturally, they will then carry some of that vital pollen to the slowly maturing stigmas of older flowers. Without the fringe of imperfect stamens, which acts as a harmless trellis that's easy to climb over, the visitor could simply stand on the petals and sip nectar without helping to cross-pollinate the flowers.

NINEBARK (Opulaster opulifolius; Spiraea opulifolia of Gray) Rose family

NINEBARK (Opulaster opulifolius; Spiraea opulifolia of Gray) Rose family

Flowers - White or pink, small, in numerous rounded terminal clusters to 2 in. broad. Calyx 5-lobed; 5 rounded petals inserted in its throat; 20 to 40 stamens; several pistils. Stem: Shrubby, 3 to 10 ft. high, with long, recurved branches, the loose bark peeling off annually in thin strips. Leaves: Simple, heart-shaped or rounded, 3-lobed, toothed. Fruit: 3 to 5 smooth, shining, reddish, inflated, pointed pods. Preferred Habitat - Rocky banks, riversides. Flowering Season - June. Distribution - Canada to Georgia, west to Kansas.

Flowers - White or pink, small, in many rounded clusters up to 2 inches wide. The calyx has 5 lobes; there are 5 rounded petals inserted at its opening; 20 to 40 stamens; and several pistils. Stem: Shrubby, 3 to 10 feet tall, with long, curved branches, and the loose bark peeling off annually in thin strips. Leaves: Simple, heart-shaped or rounded, 3-lobed, and toothed. Fruit: 3 to 5 smooth, shiny, reddish, inflated, pointed pods. Preferred Habitat - Rocky banks, riversides. Flowering Season - June. Distribution - From Canada to Georgia, west to Kansas.

Whether the nurserymen agree with Dr. Gray or not when he says these balls of white flowers possess "no beauty," the fact remains that numbers of the shrubs are sold for ornament, especially a golden-leaved variety. But the charm certainly lies in their fruit. (Opulus = a wild cranberry tree.) When this is plentifully set at the ends of long branches that curve backward, and the bladder-like pods have taken on a rich purplish or reddish hue, the shrub is undeniably decorative. Even the old flowers, after they have had their pollen carried away by the small bees and flies, show a reddish tint on the ovaries which deepens as the fruit forms; and Ludwig states that this is not only to increase the conspicuousness of the shrubs, but to entice unbidden guests away from the younger flowers. Who will tell us why the old bark should loosen every year and the thin layers separate into not nine, but dozens of ragged strips?

Whether the nurserymen agree with Dr. Gray when he says these clusters of white flowers have "no beauty," the fact remains that many of the shrubs are sold for decoration, especially a golden-leaved variety. But the real appeal definitely lies in their fruit. (Opulus = a wild cranberry tree.) When this is abundantly set at the ends of long branches that curve backward, and the bladder-like pods have taken on a rich purplish or reddish color, the shrub is undeniably attractive. Even the old flowers, after their pollen has been carried away by the small bees and flies, display a reddish tint on the ovaries that deepens as the fruit develops; and Ludwig notes that this is not just to make the shrubs more noticeable but also to distract unwanted visitors from the younger flowers. Who can explain why the old bark should loosen every year and the thin layers separate into not nine, but dozens of ragged strips?

MEADOW-SWEET; QUAKER LADY; QUEEN-OF-THE-MEADOW
  (Spiraea salicifolia) Rose family

MEADOW-SWEET; QUAKER LADY; QUEEN-OF-THE-MEADOW
  (Spiraea salicifolia) Rose family

Flowers - Small, white or flesh pink, clustered in dense pyramidal terminal panicles. Calyx 5 cleft; carolla of 5 rounded petals; stamens numerous; pistils 5 to 8. Stem: 2 to 4 ft. high, simple or bushy, smooth, usually reddish. Leaves: Alternate, oval or oblong, saw-edged. Preferred Habitat - Low meadows, swamps, fence-rows, ditches. Flowering Season - June-August. Distribution - Newfoundland to Georgia, west to Rocky Mountains. Europe and Asia.

Flowers - Small, white or light pink, grouped in dense, pyramid-shaped clusters at the ends of stems. Calyx has 5 splits; corolla consists of 5 rounded petals; many stamens; 5 to 8 pistils. Stem: 2 to 4 feet tall, either straight or bushy, smooth, typically reddish. Leaves: Alternate, oval or oblong, with serrated edges. Preferred Habitat - Low meadows, swamps, along fences, and in ditches. Flowering Season - June to August. Distribution - From Newfoundland to Georgia, west to the Rocky Mountains. Found in Europe and Asia.

Fleecy white plumes of meadow-sweet, the "spires of closely clustered bloom" sung by Dora Read Goodale, are surely not frequently found near dusty "waysides scorched with barren heat," even in her Berkshires; their preference is for moister soil, often in the same habitat with a first cousin, the pink steeple-bush. But plants, like humans, are capricious creatures. If the meadow-sweet always elected to grow in damp ground whose rising mists would clog the pores of its leaves, doubtless they would be protected with a woolly absorbent, as its cousins are.

Fluffy white flowers of meadow-sweet, the "spires of closely clustered bloom" celebrated by Dora Read Goodale, are definitely not often found near dusty "waysides scorched with barren heat," even in her Berkshires; they prefer moister soil, usually alongside a close relative, the pink steeple-bush. But plants, like people, can be unpredictable. If the meadow-sweet always chose to grow in wet ground where rising mists would block the pores of its leaves, they would surely be covered with a fuzzy absorbing layer, just like their relatives.

Inasmuch as perfume serves as an attraction to the more highly specialized, aesthetic insects, not required by the spiraeas, our meadow-sweet has none, in spite of its misleading name. Small bees (especially Andrenidae), flies (Syrphidae), and beetles, among other visitors, come in great numbers, seeking the accessible pollen, and, in this case, nectar also, secreted in a conspicuous orange-colored disk. When a floret first opens, or even before, the already mature stigmas overtop the incurved, undeveloped stamens, so that any visitor dusted from other clusters cross-fertilizes it; but as the stigmas remain fresh even after the stamens have risen and shed their abundant pollen, it follows that in long-continued stormy weather, when few insects are flying, the flowers fertilize themselves. Self-fertilization with insect help must often occur in the flower's second stage. The fragrant yellowish-white ENGLISH MEADOW-SWEET (S. ulmaria), often cultivated in old-fashioned gardens here, has escaped locally.

Since perfume attracts more specialized, aesthetic insects, which the spiraeas don’t need, our meadow-sweet has none, despite its misleading name. Small bees (especially Andrenidae), flies (Syrphidae), and beetles, among other visitors, come in large numbers, looking for the easy-access pollen and, in this case, nectar too, secreted in a noticeable orange-colored disk. When a flower first blooms, or even before, the fully developed stigmas rise above the bent, undeveloped stamens, so any visitor dusted from other clusters cross-fertilizes it; however, as the stigmas stay fresh even after the stamens have lifted and released their abundant pollen, it turns out that during long periods of stormy weather, when few insects are flying, the flowers self-fertilize. Self-fertilization with some insect assistance must often happen in the flower's second stage. The fragrant yellowish-white ENGLISH MEADOW-SWEET (S. ulmaria), commonly grown in traditional gardens here, has become established locally.

In long, slender, forking spikes the GOAT'S-BEARD (Aruncus Aruncus - Spiraea aruncus of Gray) lifts its graceful panicles of minute whitish flowers in May and June from three to seven feet above the rich soil of its woodland home. The petioled, pinnate leaves are compounded of several leaflets like those on its relative the rose-bush. From New York southward and westward to Missouri, also on the Pacific Coast to Alaska, is its range on this Continent. Very many more beetles than any other visitors transfer pollen from the staminate flowers on one plant to the pistillate ones on another; other plants produce only perfect flowers - the reason different panicles vary so much in appearance.

In long, slender, forked spikes, the GOAT'S-BEARD (Aruncus Aruncus - Spiraea aruncus of Gray) showcases its elegant clusters of tiny whitish flowers in May and June, growing three to seven feet above the rich soil of its woodland habitat. The petioled, pinnate leaves consist of several leaflets, similar to those on its relative, the rose bush. Its range extends from New York southward and westward to Missouri, and along the Pacific Coast to Alaska. A lot more beetles than any other visitors help transfer pollen from the male flowers on one plant to the female ones on another; other plants only produce perfect flowers, which is why the different clusters can look so distinct.

Another herbaceous perennial once counted a spiraea is the common INDIAN PHYSIC or BOWMAN'S-ROOT (Porteranthus trifoliatus - Gillensia trifoliata of Gray) found blooming in the rich woods during June and July from western New York southward and westward. Two to four feet high, it displays its very loose, pretty clusters of white or pale pink flowers, comparatively few in the whole panicle, each blossom measuring about a half inch across and borne on a slender pedicel. A tubular, 5-toothed calyx has the long slender petals inserted within. Owing to the depth and narrowness of the tube, the small, long-tongued bees cannot reach the nectar without dusting their heads with pollen from the anthers inserted in a ring around the entrance or leaving some on the stigmas of other blossoms. Later, the five carpels make as many hairy, awl-tipped little pods within the reddish cup. The leaves may be compounded of three oblong or ovate, saw-edged leaflets, or merely three-lobed, and with small stipules at their base.

Another herbaceous perennial once known as spiraea is the common INDIAN PHYSIC or BOWMAN'S-ROOT (Porteranthus trifoliatus - Gillensia trifoliata of Gray), which blooms in the rich woods from June to July, extending from western New York southward and westward. Growing two to four feet tall, it showcases loose, lovely clusters of white or pale pink flowers, which are relatively few in the entire panicle. Each blossom is about half an inch across and is attached to a slender pedicel. It features a tubular, 5-toothed calyx with long, slender petals tucked inside. Because of the depth and narrowness of the tube, small, long-tongued bees can’t reach the nectar without getting pollen from the anthers, which are arranged in a ring around the entrance, on their heads or leaving some on the stigmas of other flowers. Later, the five carpels develop into hairy, awl-tipped little pods within the reddish cup. The leaves can be made up of three oblong or ovate, saw-edged leaflets, or simply three-lobed, and they have small stipules at their base.

WILD RED RASPBERRY
  (Rubus strigosus) Rose family

WILD RED RASPBERRY
  (Rubus strigosus) Rose family

Flowers - White, about 1/2 in. across, on slender, bristly pedicels, in a loose cluster. Calyx deeply 5-parted, persistent in fruit; 5 erect, short-lived petals, about the length of the sepals; stamens numerous; carpels numerous, inserted on a convex spongy receptacle, and ripening into drupelets. Stem: 3 to 6 ft. high, shrubby, densely covered with bristles; older, woody stems with rigid, hooked prickles. Leaves: Compounded of 3 to 5 ovate, pointed, and irregularly saw-edged leaflets, downy beneath, on bristly petioles. Fruit: A light red, watery, tender, high-flavored, edible berry; ripe July-September. Preferred Habitat - Dry soil, rocky hillsides, fence-rows, hedges. Flowering Season - May-July. Distribution - Labrador to North Carolina, also in Rocky Mountain region.

Flowers - White, about 1/2 inch across, on slender, bristly stems, in a loose cluster. The calyx is deeply 5-parted and stays intact in fruit; there are 5 upright, short-lived petals, about the same length as the sepals; there are numerous stamens; the carpels are numerous, attached to a rounded spongy base, and develop into drupelets. Stem: 3 to 6 feet tall, shrubby, densely covered with bristles; older, woody stems have stiff, hooked thorns. Leaves: Made up of 3 to 5 ovate, pointed, and unevenly saw-edged leaflets, fuzzy underneath, on bristly stalks. Fruit: A light red, watery, soft, flavorful, edible berry; ripe from July to September. Preferred Habitat - Dry soil, rocky hillsides, fence rows, hedges. Flowering Season - May to July. Distribution - From Labrador to North Carolina, also found in the Rocky Mountain region.

Who but the bees and such small visitors care about the raspberry blossoms? Notwithstanding the nectar secreted in a fleshy ring for their benefit, comparatively few insects enter the flowers, whose small, erect petals imply no hospitable welcome. Occasionally a visitor laden with pollen from another plant alights in the center of a blossom, and leaves some on the stigmas in bending his head down between them and the stamens to reach the refreshment; but inasmuch as the erect petals allow no room for the stamens to spread out and away from the stigmas, it follows that self-fertilization very commonly occurs.

Who else but the bees and a few other small visitors care about the raspberry blossoms? Despite the nectar hidden in a fleshy ring for their benefit, not many insects visit the flowers, whose small, upright petals don’t give a warm welcome. Occasionally, a visitor loaded with pollen from another plant lands in the center of a blossom and leaves some on the stigmas while bending down between them and the stamens to reach the nectar; however, since the upright petals don’t allow space for the stamens to spread away from the stigmas, self-fertilization happens quite often.

Of course, men and children, bears and birds, are vastly more interested in the delicious berries; men for the reason that several excellent market varieties, some white or pale red, the Cuthbert and Hansall berries among others, owe their origin to this hardy native. Many superior sorts derived from its European counterpart (R. Idaeus) cannot well endure our rigorous northern climate. As in the case of most berry-bearing species, the raspberry depends upon the birds to drop its undigested seeds over the country, that new colonies may arise under freer conditions. Indeed, one of the best places for the budding ornithologist to take opera-glasses and notebook is to a raspberry patch early in the morning.

Of course, men and kids, bears and birds, are much more interested in the tasty berries; men because several great market varieties, some white or light red, like the Cuthbert and Hansall berries, come from this hardy native. Many superior types from its European relative (R. Idaeus) can’t really survive our harsh northern climate. Like most berry-producing species, the raspberry relies on birds to drop its undigested seeds around the area, allowing new colonies to grow in more open environments. In fact, one of the best spots for a budding birdwatcher to take their binoculars and notebook is a raspberry patch early in the morning.

The BLACK RASPBERRY, BLACK CAP or SCOTCH CAP or THIMBLE-BERRY (R. occidentalis), common in such situations as the red raspberry chooses, but especially in burned-over districts from Virginia northward and westward, has very long, smooth, cane-like stems, often bending low until they root again at the tips. These are only sparingly armed with small, hooked prickles, no bristles. The flowers, which are similar to the preceding, but clustered more compactly, are sparingly visited by insects; nevertheless when self-fertilized, as they usually are, abundant purplish-black berries, hollow like a thimble where they drop from the spongy receptacle, ripen in July. Numerous garden hybrids have been derived from this prolific species also. Indeed its offspring are the easiest raspberries to grow, since they form new plants at the tips of the branches, yet do not weaken themselves with suckers, and so, even without care, yield immense crops. One need not stir many feet around a good raspberry patch to enjoy a Transcendental feast.

The BLACK RASPBERRY, BLACK CAP, SCOTCH CAP, or THIMBLE-BERRY (R. occidentalis), which can be found in the same areas as the red raspberry, thrives especially well in previously burned regions from Virginia to the north and west. It has very long, smooth, cane-like stems that often bend down and root again at the tips. These plants have only a few small, hooked prickles and no bristles. The flowers are similar to those of the red raspberry but are more tightly clustered and receive limited visits from insects. However, when they self-fertilize, which they usually do, they produce plenty of purplish-black berries that are hollow like a thimble where they detach from the soft receptacle, ripening in July. Many garden hybrids have been created from this prolific species. In fact, its offspring are the easiest raspberries to cultivate because they generate new plants at the tips of the branches without creating suckers, leading to huge harvests even without much care. You don’t need to wander far in a good raspberry patch to enjoy a truly delightful feast.

HIGH BUSH BLACKBERRY; BRAMBLE
 (Rubus villosus) Rose family

HIGH BUSH BLACKBERRY; BRAMBLE
(Rubus villosus) Rose family

Flowers - White, 1 in. or less across, in terminal raceme-like clusters. Calyx deeply 5-parted, persistent; 5 large petals; stamens and carpels numerous, the latter inserted on a pulpy receptacle. Stem: 3 to 10 ft. high, woody, furrowed, curved, armed with stout, recurved prickles. Leaves: Compounded of 3 to 5 ovate, saw-edged leaflets, the end one stalked, all hairy beneath. Fruit: Firmly attached to the receptacle; nearly black, oblong juicy berries 1 in. long or less, hanging in clusters. Ripe, July-August. Preferred Habitat - Dry soil, thickets, fence-rows, old fields, waysides. Low altitudes. Flowering Season - May-June. Distribution - New England to Florida, and far westward.

Flowers - White, 1 inch or less across, in clusters that resemble terminal racemes. The calyx is deeply 5-parted and persistent; there are 5 large petals; numerous stamens and carpels, with the latter attached to a fleshy receptacle. Stem: 3 to 10 feet tall, woody, grooved, curved, and equipped with sturdy, curved prickles. Leaves: Made up of 3 to 5 ovate, serrated leaflets, the end one is stalked, and all are hairy on the underside. Fruit: Firmly connected to the receptacle; nearly black, oblong juicy berries measuring 1 inch long or less, hanging in clusters. Ripe, July-August. Preferred Habitat - Dry soil, thickets, along fence rows, old fields, and waysides. Found at low altitudes. Flowering Season - May-June. Distribution - From New England to Florida, and extending far westward.

     "There was a man of our town,
      And he was wondrous wise,
      He jumped into a bramble bush" -

"There was a guy from our town,
      And he was super smart,
      He jumped into a thorny bush" -

If we must have poetical associations for every flower, Mother
Goose furnishes several.

If we need poetic connections for every flower, Mother Goose provides a few.

But for the practical mind this plant's chief interest lies in the fact that from its wild varieties the famous Lawton and Kittatinny blackberries have been derived. The late Peter Henderson used to tell how the former came to be introduced. A certain Mr. Secor found an unusually fine blackberry growing wild in a hedge at New Rochelle, New York, and removed it to his garden, where it increased apace. But not even for a gift could he induce a neighbor to relieve him of the superfluous bushes, so little esteemed were blackberries in his day. However, a shrewd lawyer named Lawton at length took hold of it, exhibited the fruit, advertised it cleverly, and succeeded in pocketing a snug little fortune from the sale of the prolific plants. Another fine variety of the common wild blackberry, which was discovered by a clergyman at the edge of the woods on the Kittatinny Mountains in New Jersey, has produced fruit under skilled cultivation that still remains the best of its class. When clusters of blossoms and fruit in various stages of green, red, and black hang on the same bush, few ornaments in Nature's garden are more decorative.

But for practical-minded people, this plant's main interest comes from the fact that the famous Lawton and Kittatinny blackberries were developed from its wild varieties. The late Peter Henderson used to share how the former was introduced. A certain Mr. Secor found an exceptionally good blackberry growing wild in a hedge in New Rochelle, New York, and brought it to his garden, where it thrived rapidly. However, not even as a gift could he convince a neighbor to take the extra bushes, as blackberries were not highly valued in his time. Eventually, a clever lawyer named Lawton got hold of it, showcased the fruit, marketed it cleverly, and ended up making a nice little fortune from selling the abundant plants. Another excellent variety of the common wild blackberry, discovered by a clergyman at the edge of the woods on the Kittatinny Mountains in New Jersey, has produced fruit under skilled cultivation that remains the best of its kind. When clusters of blossoms and fruit in different stages of green, red, and black hang on the same bush, few sights in Nature's garden are more beautiful.

Because bramble flowers show greater executive ability than the raspberries do, they flaunt much larger petals, and spread them out flat to attract insect workers as well as to make room for the stamens to spread away from the stigmas - an arrangement which gives freer access to the nectar secreted in a fleshy ring at the base. Heavy bumblebees, which require a firm support, naturally alight in the center, just as they do in the wild roses, and deposit on the early maturing stigmas some imported pollen. They may therefore be regarded as the truest benefactors, and it will be noticed that for their special benefit the nectar is rather deeply concealed, where short-tongued insects cannot rob them of it. Small bees, which come only to gather pollen from first the outer and then the inner rows of stamens, and a long list of other light-weight visitors, too often alight on the petals to effect cross-fertilization regularly, but they usually self-fertilize the blossoms. Competition between these flowers and the next is fierce, for their seasons overlap.

Because bramble flowers have better ability to attract pollinators than raspberries do, they display much larger petals and spread them out flat to draw in insect workers and create space for the stamens to move away from the stigmas. This arrangement allows easier access to the nectar secreted in a fleshy ring at the base. Heavy bumblebees, which need a solid landing spot, naturally settle in the center, just like they do on wild roses, and deposit pollen on the early maturing stigmas. Therefore, they can be considered the most reliable contributors, and it’s noteworthy that for their benefit, the nectar is somewhat deeply concealed so that short-tongued insects can’t easily steal it. Small bees come mainly to collect pollen from the outer and then the inner rows of stamens, along with a variety of other lightweight visitors, but they often land on the petals and don’t consistently help with cross-fertilization, usually self-fertilizing the blossoms instead. There's strong competition between these flowers and the next because their blooming seasons overlap.

The DEWBERRY or LOW RUNNING BLACKBERRY (R. Canadensis), that trails its woody stem by the dusty roadside, in dry fields, and on sterile, rocky hillsides, calls forth maledictions from the bare-footed farmer's boy, except during June and July, when its prickles are freely forgiven it in consideration of the delicious, black, seedy berries it bears. He is the last one in the world to confuse this vine with the SWAMP BLACKBERRY (R. hispidus), a smaller flowered runner, slender and weakly prickly as to its stem, and insignificant and sour as to its fruit. Its greatest charm is when we come upon it in some low meadow in winter, when its still persistent, shining, large leaves, that have taken on rich autumnal reds, glow among the dry, dead weeds and grasses.

The DEWBERRY or LOW RUNNING BLACKBERRY (R. Canadensis), which trails its woody stem along the dusty roadside, in dry fields, and on barren, rocky hillsides, gets a lot of curses from the barefoot farmer's boy, except during June and July, when its prickles are easily forgiven for the delicious, black, seedy berries it produces. He's the last person to mix this vine up with the SWAMP BLACKBERRY (R. hispidus), which has smaller flowers, a slender and weakly prickly stem, and insignificant, sour fruit. Its greatest appeal is when we find it in a low meadow during winter, when its still vibrant, large leaves, which have turned rich autumn reds, stand out among the dry, dead weeds and grasses.

CREEPING DALIBARDA
  (Dalibarda repens) Rose family

CREEPING DALIBARDA
  (Dalibarda repens) Rose family

Flowers - White, solitary, or 2 at end of a scape 2 to 5 in. high. Calyx deeply, unevenly 5 or 6 parted, the larger divisions toothed; 5 petals falling early; numerous stamens; 5 to 10 carpels forming as many dry drupelets within the persistent calyx. Stem: Creeping, slender, no prickles. Leaves: Long petioled, in tufts from the runner, almost round, heart-shaped at base, crenate-edged, both sides hairy. Preferred habitat - Woods and wooded hillsides. Flowering Season - June-September. Distribution - Nova Scotia to Pennsylvania, and westward to the Mississippi.

Flowers - White, solitary, or 2 at the end of a stem 2 to 5 inches high. The calyx is deeply and unevenly divided into 5 or 6 parts, with the larger sections being toothed; there are 5 petals that fall off early; numerous stamens; and 5 to 10 carpels forming as many dry drupelets inside the persistent calyx. Stem: Creeping, slender, without prickles. Leaves: Long-stemmed, in tufts from the runner, almost round, heart-shaped at the base, with scalloped edges, hairy on both sides. Preferred habitat - Woods and wooded hillsides. Flowering Season - June-September. Distribution - Nova Scotia to Pennsylvania, and westward to the Mississippi.

This delicate blossom, which one might mistake for a white violet among a low tuft of violet-like leaves, shows its rose kinship by its rule of five and its numerous stamens. Like the violet again, however, it bears curious little economical flowers near the ground - flowers which never open, and so save pollen. These, requiring no insects to fertilize them, waste no energy in putting forth petals to advertise for visitors. Nevertheless, to save the species from degeneracy from close inbreeding, this little plant needs must display a few showy blossoms to insure cross-fertilized seed; for the offspring of such defeats the offspring of self-fertilized plants in the struggle for existence.

This delicate flower, which you might confuse for a white violet among a small cluster of violet-like leaves, shows its connection to roses by having five petals and many stamens. Like the violet, it also has interesting little economical flowers close to the ground—flowers that never open and therefore conserve pollen. These flowers don't need insects to fertilize them, so they don't waste energy producing petals to attract visitors. However, to prevent the species from becoming weakened by inbreeding, this little plant must produce a few eye-catching blossoms to ensure cross-fertilized seeds; because the offspring from these flowers are more successful than those from self-fertilized plants in the struggle for survival.

VIRGINIA STRAWBERRY
  (Fragaria Virginiana) Rose family

VIRGINIA STRAWBERRY
(Fragaria Virginiana) Rose family

Flowers - White, loosely clustered at summit of an erect hairy scape usually shorter than the leaves. Calyx persistent in fruit, deeply 5-cleft, with 5 bracts between the divisions; 5 petals; stamens and pistils numerous, the latter inserted on a cushion-like receptacle becoming fleshy in fruit. Staminate and pistillate flowers, from separate roots. Stem: Running, and forming new plants. Leaves: Tufted from the root, on hairy petioles 2 to 6 in. tall, compounded of 3 broadly oval, saw-edged leaflets. Fruit. An ovoid, glistening red berry, the minute achenes imbedded in pits on its surface. Ripe, June-July. (Latin, fragum = fragrant fruit, the strawberry.) Preferred Habitat - Dry fields, banks, roadsides, woodlands. Flowering Season - April-June. Distribution - New Brunswick to the Gulf of Mexico, and westward to Dakota.

Flowers - White, loosely grouped at the top of an upright hairy stem that is usually shorter than the leaves. The calyx remains in the fruit, deeply 5-parted, with 5 bracts between the divisions; 5 petals; many stamens and pistils, the latter attached to a cushion-like base that becomes fleshy in the fruit. Male and female flowers come from separate roots. Stem: Spreading and creating new plants. Leaves: Clumped from the root, on hairy stalks 2 to 6 inches tall, made up of 3 broadly oval, serrated leaflets. Fruit: A shiny red berry, with tiny seeds embedded in pits on its surface. Ripe from June to July. (Latin, fragum = fragrant fruit, the strawberry.) Preferred Habitat - Dry fields, banks, roadsides, and woodlands. Flowering Season - April to June. Distribution - From New Brunswick to the Gulf of Mexico, and westward to Dakota.

"Doubtless God could have made a better berry, but doubtless God never did." Whether one is kneeling in the fields, gathering the sun-kissed, fragrant, luscious, wet scarlet berries nodding among the grass, or eating the huge cultivated fruit smothered with sugar and cream, one fervently quotes Dr. Boteler with dear old lzaak Walton. Shakespeare says : "My lord of Ely, when I was last in Holborn, I saw good strawberries in your garden there." Is not this the first reference to the strawberry under cultivation? Since the time of Henry V, what multitudes of garden varieties past the reckoning have been evolved from the smooth, conic EUROPEAN WOOD STRAWBERRY (F. vesca) now naturalized in our Eastern and Middle States, as well as from our own precious pitted native! Some authorities claim the berry received its name from the straw laid between garden rows to keep the fruit clean, but in earliest Anglo-Saxon it was called streowberie, and later straberry, from the peculiarity of its straying suckers lying as if strewn on the ground; and so, after making due allowance for the erratic, go-as-you-please spelling of early writers, it would seem that there might be two theories as to the origin of the name.

"God definitely could have created a better berry, but He never did." Whether you’re kneeling in the fields picking the sun-warmed, fragrant, juicy red berries swaying in the grass, or enjoying the large cultivated fruit topped with sugar and cream, you can’t help but quote Dr. Boteler along with dear old Izaak Walton. Shakespeare mentions: "My lord of Ely, when I was last in Holborn, I saw good strawberries in your garden there." Isn't this the first mention of cultivated strawberries? Since the time of Henry V, countless garden varieties have evolved from the smooth, conical EUROPEAN WOOD STRAWBERRY (F. vesca), which is now found in our Eastern and Midwestern states, as well as from our own dear native species! Some experts say the berry got its name from the straw placed between garden rows to keep the fruit clean, but in early Anglo-Saxon, it was called streowberie, and later straberry, due to the way its wandering suckers lie scattered on the ground; thus, taking into account the inconsistent, spontaneous spelling of early writers, it seems there may be two theories regarding the origin of the name.

Since the different sexes of these flowers frequently occur on separate plants, good reason have they to woo insect messengers with a showy corolla, a ring of nectar, and abundant pollen to be transferred while they are feasted. Lucky is the gardener who succeeds in keeping birds from pecking their share of the berries which, of course, were primarily intended for them. In English gardens one is almost certain to find a thrush or two imprisoned under the nets so futilely spread over strawberry beds, just as their American cousin, the robin, is caught here in June.

Since the different sexes of these flowers often grow on separate plants, they have every reason to attract insect messengers with a vibrant blossom, a ring of nectar, and plenty of pollen to be transferred while they’re being fed. The gardener who can manage to keep birds from pecking at their share of the berries, which were originally meant for them, is quite fortunate. In English gardens, you can almost always find a thrush or two trapped under the nets that are so ineffectively spread over the strawberry beds, just as their American counterpart, the robin, gets caught here in June.

A young botanist may be interested to note the difference in the formation of the raspberry or blackberry and the strawberry: in the former it is the carpels (ovaries) that swell around the spongy receptacle into numerous little fruits (drupelets) united into one berry, whereas it is the cushion-like receptacle itself in the strawberry blossom that swells and reddens into fruit, carrying with it the tiny yellow pistils to the surface.

A young botanist might find it interesting to notice the difference in how raspberries or blackberries and strawberries form: in the case of the former, the carpels (ovaries) swell around the spongy receptacle into many small fruits (drupelets) that combine into one berry, while in the strawberry flower, the cushion-like receptacle itself swells and turns red into the fruit, bringing the tiny yellow pistils to the surface.

The NORTHERN WILD STRAWBERRY (F. Canadensis), with clusters of elongated, oblong little berries delightful to three senses, comes over the Canadian border no farther south than the Catskills. Nearly all strawberry plants show the useless but charming eccentricity of bursting into bloom again in autumn, the little white-petaled blossoms coming like unexpected flurries of snow.

The NORTHERN WILD STRAWBERRY (F. Canadensis), featuring clusters of elongated, oval-shaped berries that are pleasing to three senses, is found over the Canadian border, but it doesn’t grow any further south than the Catskills. Almost all strawberry plants exhibit the delightful yet pointless quirk of blooming again in the fall, with their small white flowers appearing like unexpected snow flurries.

No one will confuse our common, fruiting species with the small, yellow-flowered DRY or BARREN STRAWBERRY (Waldsteinia fragarioides), more nearly related to the cinquefoils. Tufts of its pretty trefoliate leaves, sent up from a creeping rootstock, carpet the woods and hillsides from New England and along the Alleghanies to Georgia, and westward a thousand miles or more. Flowers in May and June.

No one will mistake our common fruiting species for the small, yellow-flowered DRY or BARREN STRAWBERRY (Waldsteinia fragarioides), which is more closely related to cinquefoils. Clusters of its attractive three-leaved foliage, emerging from a creeping root system, cover the woods and hillsides from New England down through the Alleghenies to Georgia, stretching westward for a thousand miles or more. It blooms in May and June.

WHITE AVENS
  (Geum Canadense; G. album of Gray) Rose family

WHITE AVENS
  (Geum Canadense; G. album of Gray) Rose family

Flowers - White or pale greenish yellow, about 1/2 in. across, loosely scattered in small clusters on slender peduncles. Calyx persistent, 5-cleft, with little bracts between the reflexed divisions; 5 petals, equaling or shorter than the sepals; stamens and carpels numerous, the latter collected on a short, bristly-hairy receptacle; styles smooth below, hairy above, jointed. Stem: 2 1/2 ft. high or less, slender, branching above. Leaves: Seated on stem or short petioled, of 3 to 5 divisions, or lobed, toothed small stipules; also irregularly divided large root-leaves on long petioles, 3-foliate, usually the terminal leaflet large, broadly ovate side leaflets much smaller, all more or less lobed and toothed. Fruit: A ball of achenes, each ending in an elongated, hooked style. Preferred Habitat - Woodland borders, shady thickets and roadsides. Flowering Season - June-September. Distribution - Nova Scotia to Georgia, west to the Mississippi or beyond.

Flowers - White or light greenish-yellow, about 1/2 inch across, loosely arranged in small clusters on slender stems. The calyx is persistent, 5-lobed, with small bracts between the reflexed parts; there are 5 petals that are equal to or shorter than the sepals; there are many stamens and carpels, with the carpels gathered on a short, bristly-hairy base; styles are smooth at the bottom and hairy at the top, jointed. Stem: Up to 2.5 feet tall or less, slender, branching at the top. Leaves: Attached directly to the stem or on short petioles, with 3 to 5 divisions or lobed with toothed small stipules; also large irregularly divided root leaves on long petioles, 3-foliate, usually with the terminal leaflet being larger, broadly ovate side leaflets much smaller, all more or less lobed and toothed. Fruit: A cluster of achenes, each ending in an elongated, hooked style. Preferred Habitat - Woodland edges, shady thickets, and roadsides. Flowering Season - June to September. Distribution - From Nova Scotia to Georgia, west to the Mississippi or beyond.

Small bees and flies attracted to sheltered, shady places by these loosely scattered flowers at the ends of zig-zagged stems, pay for the nectar they sip from the disk where the stamens are inserted, by carrying some of the pollen lunch on their heads from the older to the younger flowers, which mature stigmas first. But saucy bumblebees, undutiful pilferers from the purple avens, rarely visit blossoms so inconspicuous. Insects failing these, they are well adapted to pollenize themselves. Most of us are all too familiar with the seeds, clinging by barbed styles to any garment passing their way, in the hope that their stolen ride will eventually land them in good colonizing ground. Whoever spends an hour patiently picking off the various seed tramps from his clothes after a walk through the woods and fields in autumn, realizes that the by hook or by crook method of scattering offspring is one of Nature's favorites. Simpler plants than those with hooked achenia produce enormous numbers of spores so light and tiny that the wind and rain distribute them wholesale.

Small bees and flies are drawn to the sheltered, shady spots created by these loosely scattered flowers at the ends of zig-zagging stems. They pay for the nectar they sip from the central disk, where the stamens are, by transporting pollen on their heads from the older flowers to the younger ones, which have maturing stigmas first. However, cheeky bumblebees, who tend to steal from the purple avens, rarely visit such inconspicuous blooms. When insects skip these, the plants are well-equipped to pollinate themselves. Most of us are quite familiar with the seeds that cling to our clothes with their barbed styles, hoping for a free ride to find good soil to settle in. Anyone who spends an hour carefully picking off the various seed hitchhikers from their clothes after a walk in the woods and fields during autumn realizes that Nature’s method of spreading offspring—by hook or by crook—is a favorite. Simpler plants than those with hooked achenes produce enormous amounts of spores that are so small and light that the wind and rain can scatter them widely.

RED CHOKE-BERRY; DOGBERRY TREE
  (Aronia arbutifolia; Pyrus arbutifolia of Gray) Apple family

RED CHOKE-BERRY; DOGBERRY TREE
  (Aronia arbutifolia; Pyrus arbutifolia of Gray) Apple family

Flowers - White or magenta tinged, 1/2 in. across or less, in terminal, compound cymes, finally overtopped by young sterile shoots. Calyx 5-lobed, hairy; 5 concave, spreading petals; stamens numerous; 3 to 5 styles united at base; ovary woolly. Stem: Shrubby, branching, usually low, rarely 12 ft. high. Leaves: Alternate, petioled, oval to oblong, finely cut-edged, smooth above, matted with woolly hairs underneath. Fruit: Small, round or top-shaped, bright red berries. Preferred Habitat - Swamps, low ground, wet thickets. Flowering Season - March-May. Distribution - Nova Scotia to Gulf of Mexico, westward to the Mississippi.

Flowers - White or magenta-tinted, 1/2 inch across or smaller, in terminal, compound clusters, eventually topped by young non-flowering shoots. The calyx has 5 lobes and is hairy; it features 5 concave, spreading petals; there are many stamens; 3 to 5 styles are fused at the base; and the ovary is woolly. Stem: Shrubby, branching, usually low, rarely reaching 12 feet high. Leaves: Alternate, with petioles, oval to oblong, finely serrated, smooth on top, and covered in woolly hairs underneath. Fruit: Small, round or top-shaped, bright red berries. Preferred Habitat - Swamps, low ground, wet thickets. Flowering Season - March to May. Distribution - Nova Scotia to the Gulf of Mexico, west to the Mississippi.

Another common species often found in the same haunts, the BLACK CHOKE-BERRY (A. nigra), with similar flowers, the berries very dark purple, was formerly confounded with the red choke-berry. But because it sometimes elects to live in dry ground its leaves require no woolly mat on the underside to absorb vapors arising from wet retreats. No wonder that the insipid little berries. related to apples, pears, and other luscious fruits, should share with a cousin, the mountain ash, or rowan, the reproachful name of dogberry.

Another common species often found in the same areas, the BLACK CHOKE-BERRY (A. nigra), with similar flowers and very dark purple berries, was previously confused with the red choke-berry. However, because it sometimes chooses to grow in dry soil, its leaves don't need a woolly layer on the underside to absorb moisture from wet places. It's no surprise that the bland little berries, related to apples, pears, and other delicious fruits, share the unflattering name of dogberry with a relative, the mountain ash, or rowan.

JUNEBERRY; SERVICEBERRY; MAY-CHERRY
  (Amelanchier Canadensis) Apple family

JUNEBERRY; SERVICEBERRY; MAY-CHERRY
  (Amelanchier Canadensis) Apple family

Flowers - Pure white, over 1 in. across, on long, slender pedicels, in spreading or drooping racemes, with silky, reddish bracts, early falling, among them. Calyx persistent, 5-parted; 5 long, narrow, tapering petals, 3 or 4 times the length of calyx; numerous stamens inserted on calyx throat; 2 to 5 styles, hairy at base. Stem: A large shrub or tree, usually much less than 25 ft. high, rarely twice that height, wood very hard and heavy. Leaves: Alternate, oval, tapering at tip, finely saw-edged, smooth (like the pear tree's), often hairy when young. Fruit. Round, crimson, sweet, edible, seedy berries, ripe in June and July. Preferred Habitat - Woodland borders, pasture thickets, dry soil. Flowering Season - March-May. Distribution - Newfoundland to the Gulf of Mexico, westward over a thousand miles.

Flowers - Pure white, over 1 inch across, on long, slender stems, in spreading or drooping clusters, with silky, reddish bracts that drop early. The calyx is persistent and has 5 parts; there are 5 long, narrow, tapering petals that are 3 or 4 times the length of the calyx; numerous stamens are attached at the throat of the calyx; there are 2 to 5 styles that are hairy at the base. Stem: A large shrub or tree, usually less than 25 feet tall, rarely reaching twice that height, with very hard and heavy wood. Leaves: Alternate, oval, tapering to a point, finely saw-edged, smooth (like the pear tree's), often hairy when young. Fruit: Round, crimson, sweet, edible, seedy berries, ripe in June and July. Preferred Habitat - Woodland edges, pasture thickets, dry soil. Flowering Season - March-May. Distribution - From Newfoundland to the Gulf of Mexico, extending over a thousand miles westward.

Silvery-white chandeliers, hanging from the edges of the woods, light Flora's path in earliest spring, before the trees and shrubbery about them have begun to put forth foliage, much less flowers. Little plants that hug the earth for protection while rude winds rush through the forest and across the hillsides, are already starring her way with fragile, dainty blossoms; but what other shrub, except the serviceberry's twin sister the shadbush, or perhaps the spicebush, has the temerity to burst into bloom while March gusts howl through the naked forests? Little female bees of the Andrena tribe, already at work collecting pollen and nectar for generations yet unborn, buzz their gratitude about the beautiful feathery clusters that lean away from the crowded thicket with a wild, irregular grace. Nesting birds have abundant cause for gratitude also, for the attractive, sweet berries, that ripen providentially early; but, of course, the bees which transfer pollen from flower to flower, and the birds which drop the seeds far and wide, are not the receivers of wholly disinterested favors.

Silvery-white chandeliers hanging from the edges of the woods light up Flora's path in early spring, before the trees and shrubs have started to grow leaves or flowers. Little plants that cling to the ground for protection while harsh winds blow through the forest and across the hillsides are already marking her way with delicate, fragile blossoms. But what other shrub, besides the serviceberry's sister, the shadbush, or maybe the spicebush, dares to bloom while March winds roar through the bare forests? Small female bees from the Andrena tribe are already at work gathering pollen and nectar for future generations, buzzing their appreciation around the beautiful feathery clusters that gracefully lean away from the dense thicket. Nesting birds have plenty of reasons to be grateful too, for the lovely, sweet berries that ripen just in time; but, of course, the bees that move pollen from flower to flower and the birds that spread the seeds far and wide aren't just doing it out of pure generosity.

The SHADBUSH or SWAMP SUGAR-PEAR (A. Botryapium), because it was formerly accounted a mere variety (oblongifolia) of the preceding species, still shares with it its popular names; but swamps, river banks, brook sides, and moist thickets are its habitat. Consequently both its inflorescence and pale green, glossy foliage are covered with a sort of whitish cotton, absorbent when young, to prevent the pores from clogging with vapors arising from its damp retreats. Late in the season, when streams narrow or dry up altogether, and the air becomes drier, as the sun rises higher in the heavens, the foliage is usually quite smooth. It will be noticed that, lovely as the shadbush is, its smaller flowers have shorter pedicels than the serviceberry's; consequently its feathery sprays, which are flung outward to the sunshine in April and May, lack something of the grace for which its sister stands preeminent. Under cultivation both species assume conventional form, and lose the wild irregularities of growth that charm us in Nature's garden. Indians believed, what is an obvious fact, that when this bush whitens the swampy river banks, shad are swimming up the stream from the sea to spawn. Then, too, the nighthawk, returning from its winter visit south, booms forth its curious whirring, vibrating, jarring sound as it drops through the air at unseen heights, a dismal, weird noise which the red man thought proceeded from the shad spirits come to warn the schools of fish of their impending fate.

The SHADBUSH or SWAMP SUGAR-PEAR (A. Botryapium) was once seen as just a variety (oblongifolia) of the previous species, so it shares many of the same common names. It grows in swamps, along riverbanks, by streams, and in damp thickets. As a result, both its flower clusters and its pale green, shiny leaves are covered in a kind of whitish cotton when they’re young, which helps keep the pores from getting blocked by moisture from its wet environment. Later in the season, when rivers shrink or completely dry up and the air gets drier with the sun rising higher, the leaves are usually quite smooth. Despite being beautiful, the shadbush has smaller flowers with shorter stems than the serviceberry's; this means its wispy clusters, which spread out to catch the sunlight in April and May, lack some of the elegance that makes its sister stand out. When cultivated, both species take on a more traditional shape and lose the wild, uneven growth that we find charming in Nature's garden. Native Americans believed, and it's a clear fact, that when this bush blooms along the swampy riverbanks, shad are swimming upstream from the ocean to spawn. Additionally, the nighthawk, returning from its southern wintering grounds, emits its strange whirring, vibrating sound as it descends from high in the sky, creating a gloomy, eerie noise that Native Americans believed came from the spirits of shad warning the schools of fish about their fate.

COMMON HAWTHORN: WHITE THORN; SCARLET-FRUITED THORN; RED HAW;
MAYFLOWERS
  (Cratoegus coccinea) Apple family

COMMON HAWTHORN: WHITE THORN; SCARLET-FRUITED THORN; RED HAW;
MAYFLOWERS
  (Crataegus coccinea) Apple family

Flowers - White, rarely pinkish, usually less than 1 in. across, numerous, in terminal corymbs. Calyx 5-lobed; 5 spreading petals inserted in its throat numerous stamens; styles 3 to 5. Stem: A shrub or small tree, rarely attaining 30 ft. in height (Kratos = strength, in reference to hardness and toughness of the wood); branches spreading, and beset with stout spines (thorns) nearly 2 in. long. Leaves: Alternate, petioled, 2 to 3 in. long, ovate, very sharply cut or lobed, the teeth glandular-tipped. Fruit: Coral red, round or oval; not edible. Preferred Habitat - Thickets, fence-rows, woodland borders. Flowering Season - May. Distribution - Newfoundland and Manitoba southward to the Gulf of Mexico.

Flowers - White, occasionally pinkish, usually less than 1 inch across, numerous, in terminal clusters. The calyx has 5 lobes; there are 5 spreading petals inserted in its throat with numerous stamens; styles range from 3 to 5. Stem: A shrub or small tree, rarely reaching 30 feet in height (Kratos = strength, referencing the hardness and toughness of the wood); branches are spreading and covered with stout spines (thorns) almost 2 inches long. Leaves: Alternate, with petioles, 2 to 3 inches long, ovate, very sharply cut or lobed, with glandular-tipped teeth. Fruit: Coral red, either round or oval; not edible. Preferred Habitat - Thickets, fence rows, and woodland edges. Flowering Season - May. Distribution - From Newfoundland and Manitoba south to the Gulf of Mexico.

     "The fair maid who, the first of May,
      Goes to the fields at break of day
      And washes in dew from the hawthorn tree
      Will ever after handsome be."

"The lovely girl who, on the first of May,
      Heads to the fields at dawn
      And washes in the dew from the hawthorn tree
      Will always be beautiful afterwards."

Here is a popular recipe omitted from that volume of heart-to-heart talks entitled "How to Be Pretty though Plain"!

Here is a popular recipe that was left out of that collection of personal discussions called "How to Be Pretty though Plain"!

The sombre-thoughted Scotchman, looking for trouble, tersely observes:

The serious-minded Scotsman, seeking trouble, bluntly remarks:

     "Mony haws,
      Mony snaws."

"Many houses,
      Many snows."

But in delicious, blossoming May, when the joy of living fairly intoxicates one, and every bird's throat is swelling with happy music, who but a Calvinist would croak dismal prophecies? In Ireland, old crones tell marvelous tales about the hawthorns, and the banshees which have a predilection for them. So much for folklore.

But in lovely, blooming May, when the joy of living truly intoxicates you, and every bird is bursting with sweet music, who but a Calvinist would ruin the vibe with gloomy predictions? In Ireland, old women tell amazing stories about the hawthorns and the banshees that are fond of them. So much for folklore.

As one might suspect from the rather disagreeable odor of these blossoms, they are most attractive to flies and beetles, which, carrying pollen from older flowers, leave some on the stigmas that are already mature in newly-opened ones. A concave nectar-secreting disk, not concealed by the filaments in this case, is eagerly pilfered by numerous little short-lipped insects which render no benefit in return; but many others assist in self-pollination after the anthers ripen. The splendid monarch butterfly (Anosia plexippus), the banded purple (Basilarchia arthemis), whose caterpillar feeds on hawthorn foliage, and the light brown hunter's butterfly [American painted lady] (Pyrameis huntera [Vanessa virginiensis]) are, among the visitors seen flitting about this exquisite little tree in early May, when it is fairly white with bloom.

As you might guess from the rather unpleasant smell of these flowers, they're very attractive to flies and beetles. These insects, carrying pollen from older flowers, leave some on the stigmas of the newly opened blossoms that are already mature. A concave nectar-secreting disk, which is not hidden by the filaments in this case, is eagerly raided by many small, short-lipped insects that offer no benefits in return. However, many others help with self-pollination after the anthers are ripe. The beautiful monarch butterfly (Anosia plexippus), the banded purple (Basilarchia arthemis), whose caterpillar feeds on hawthorn leaves, and the light brown hunter's butterfly [American painted lady] (Pyrameis huntera [Vanessa virginiensis]) are among the visitors seen fluttering around this lovely little tree in early May when it is almost completely white with blooms.

The RED-FRUITED THORN (C. mollis), more hairy on its twigs, petioles, calices, and fruit than the preceding, but so like it in most respects it was formerly accounted a mere variety, is an earlier and even more prolific bloomer, the generous, large clusters of malodorous flowers coming with the leaves in April, and lasting until the common hawthorn starts into lively competition with it for insect trade.

The RED-FRUITED THORN (C. mollis), which has hairier twigs, petioles, calices, and fruit than the one before it, is so similar in most ways that it was once thought to be just a variety. It's an earlier and even more abundant bloomer, with large clusters of unpleasant-smelling flowers appearing alongside the leaves in April and continuing until the common hawthorn begins to actively compete with it for pollinators.

Numerous long, slender thorns, often measuring a finger-length, distinguish the COCKSPUR or NEWCASTLE THORN (C. Crus-Galli), whose abundant small flowers and shining, leathery leaves, dull underneath, are conspicuous in thickets from Quebec to the Gulf. Immense numbers of little bees, among many other visitors, may be noted on a fine day in May and early June about this showy shrub or tree. Because it blooms later than its rival sisters, it has the insect wooers then abroad all to itself.

Numerous long, slender thorns, often about the length of a finger, set apart the COCKSPUR or NEWCASTLE THORN (C. Crus-Galli), which has plenty of small flowers and shiny, leathery leaves that are dull on the underside. This plant is noticeable in thickets from Quebec to the Gulf. On a nice day in May and early June, you can see countless little bees, among many other visitors, around this eye-catching shrub or tree. Since it blooms later than its competitive counterparts, it attracts all the pollinators available at that time.

While most of our beautiful native hawthorns have been introduced to European gardens, it is the WHITE THORN or MAY (C. Oxyacantha) of Europe and Asia which is most commonly cultivated here. Truly a shrub, like a prophet, is not without honor save in its own country.

While most of our beautiful native hawthorns have made their way into European gardens, it's the WHITE THORN or MAY (C. Oxyacantha) from Europe and Asia that is most commonly grown here. Indeed, a shrub, much like a prophet, is only without honor in its own land.

WHITE SWEET CLOVER; BOKHARA or TREE CLOVER; WHITE MELILOT; HONEY
LOTUS
  (Melilotus alba) Pea family

WHITE SWEET CLOVER; BOKHARA or TREE CLOVER; WHITE MELILOT; HONEY
LOTUS
  (Melilotus alba) Pea family

Flowers - Small, white, fragrant, papilionaceous, the standard
petal a trifle longer than the wings; borne in slender racemes.
Stem: 3 to 10 ft. tall, branching. Leaves: Rather distant,
petioled, compounded of 3 oblong, saw-edged leaflets; fragrant,
especially when dry.
Preferred Habitat - Wastelands, roadsides.
Flowering Season - June-November.
Distribution - United States, Europe, Asia.

Flowers - Small, white, fragrant, and butterfly-shaped, with the standard
petal slightly longer than the wings; found in thin clusters.
Stem: 3 to 10 ft. tall, branching. Leaves: Quite spaced apart,
petioled, made up of 3 oblong, saw-edged leaflets; fragrant,
especially when dried.
Preferred Habitat - Wastelands, roadsides.
Flowering Season - June-November.
Distribution - United States, Europe, Asia.

Happy must the honeybees have been to find that the sweet clover, one of their dearest delights in the Old World, had preceded them in immigrating to the New. Immense numbers of insects - bees in great variety, wasps, flies, moths, and beetles - visit the little blossoms that provide entertainment so generous and accessible; but honey-bees are ever especially abundant. Slight weight depresses the keel, releasing the stigma and anthers therefore, so soon as a bee alights and opens the flower, he is hit below the belt by the projecting stigma. Pollen carried by him there from other clovers comes off on its sticky surface before his abdomen gets freshly dusted from the anthers, which are necessarily rubbed against while he sips nectar. On the removal of his pressure, the floret springs back to its closed condition, to protect the precious nectar and pollen from rain and pilferers. As the stigma projects too far beyond the anthers to be likely to receive any of the flower's own pollen, good reason is there for the blossoms guarding their attractions for the benefit of their friends, which transfer the vitalizing dust from one floret to another. By clustering its small flowers in spikes, to make them conspicuous, as well as to facilitate dining for its benefactors; by prolonging its season of bloom, to get relief from the fiercest competition for insect trade, and so to insure an abundance of vigorous cross-fertilized seed, this plant reveals at a glance some of the reasons why it has been able to establish itself so quickly throughout our vast area.

Happy must the honeybees have been to discover that sweet clover, one of their favorite treats from the Old World, had already made its way to the New. A huge number of insects—various bees, wasps, flies, moths, and beetles—visit the tiny blossoms that offer such generous and accessible rewards; however, honeybees are particularly plentiful. Even a slight weight presses down the keel, releasing the stigma and anthers so that as soon as a bee lands and opens the flower, it gets hit by the protruding stigma. Pollen that the bee carries from other clovers sticks to its surface before it gets freshly dusted from the anthers, which it brushes against while sipping nectar. When the bee removes its weight, the flower snaps back to its closed position to protect the valuable nectar and pollen from rain and thieves. Since the stigma extends well beyond the anthers, making it unlikely to catch any pollen from the flower itself, there’s a good reason for the blossoms to safeguard their attractions for the benefit of their friends, who transfer the essential pollen from one blossom to another. By clustering its small flowers in spikes to make them more noticeable and to make it easier for its helpers to feed, and by extending its blooming season to lessen fierce competition for insect attention, ensuring plenty of strong cross-fertilized seeds, this plant quickly shows some of the reasons why it has been able to spread so successfully across our vast area.

Both the white and the yellow sweet clover put their leaves to sleep at night in a remarkable manner: the three leaflets of each leaf twist through an angle of 90 degrees, until one edge of each vertical blade is uppermost. The two side leaflets, Darwin found, always tend to face the north with their upper surface, one facing north-northwest and the other north-northeast, while the terminal leaflet escapes the chilling of its sensitive upper surface through radiation by twisting to a vertical also, but bending to either east or west, until it comes in contact with the vertical upper surface of either of the side leaflets. Thus the upper surface of the terminal and of at least one of the side leaflets is sure to be well protected through the night; one is "left out in the cold."

Both the white and yellow sweet clover close their leaves at night in a fascinating way: the three leaflets of each leaf twist 90 degrees so that one edge of each vertical blade is on top. The two side leaflets, as Darwin observed, always tend to face north with their upper surface—one pointing north-northwest and the other north-northeast—while the terminal leaflet avoids losing heat from its sensitive upper surface by also twisting vertically, but bending either east or west until it touches the vertical upper surface of one of the side leaflets. This way, the upper surface of the terminal leaflet and at least one of the side leaflets is well protected overnight; one is "left out in the cold."

The dried branches of sweet clover will fill a room with delightful fragrance; but they will not drive away flies, nor protect woolens from the ravages of moths, as old women once taught us to believe.

The dried branches of sweet clover will fill a room with a lovely scent; but they won't chase away flies, nor protect woolens from the damage caused by moths, despite what older generations used to tell us.

The ubiquitous WHITE or DUTCH CLOVER (Trifolium repens), whose creeping branches send up solitary round heads of white or pinkish flowers on erect, leafless stems, from May to December, in fields, open waste land, and cultivated places throughout our area, Europe, and Asia, devotes itself to wooing bees, since these are the only insects that effect cross-fertilization regularly, other visitors aiding it only occasionally. When nets are stretched over these flowers to exclude insects, only one-tenth the normal quantity of fertile seed is set. Therefore, for the bee's benefit, does each little floret conceal nectar in a tube so deep that small pilferers cannot reach it; but when a honeybee, for example, depresses the keel of the papilionaceous blossom, abundant reward awaits him in consideration of his services in transferring pollen. After the floret which he has been the means of fertilizing closes over its seed-vessel on his departure, it gradually withers, grows brown, and hangs downward, partly to indicate to the next bee that comes along which fords in the head still contain nectar, and which are done for; partly to hide the precious little vigorous green seed-pod in the center of each withered, papery corolla from the visitation of certain insects whose minute grubs destroy countless millions of the progeny of less careful plants. Thus the erect florets in a head stand awaiting their benefactors; those drooping around the outer edge are engaged in the most serious business of life. Sometimes a solitary old maid remains standing, looking anxiously for a lover, at the end of the season. Usually all the florets are then bent down around the stem in a brown and crumpled mass. But however successfully the clover guards its seeds from annihilation, its foliage is the favorite food of very many species of caterpillars and of all grazing cattle the world around. This is still another plant frequently miscalled shamrock. Good luck or bad attends the finding of the leaves, when compounded of an even or an odd number of leaflets more than the normal count, according to the saying of many simple-minded folk.

The common WHITE or DUTCH CLOVER (Trifolium repens) has creeping stems that produce single, round clusters of white or pink flowers on upright, leafless stalks from May to December, in fields, open wastelands, and cultivated areas across our region, Europe, and Asia. It primarily attracts bees, as they are the main insects responsible for cross-pollination, while other visitors contribute only occasionally. When nets are placed over these flowers to keep insects away, only one-tenth of the usual amount of fertile seeds is produced. To benefit the bees, each little flower hides nectar in a tube that's too deep for smaller thieves to access; however, when a honeybee presses down on the blossom's keel, it finds a generous reward for its role in moving pollen. After the flower that it helped fertilize closes up around its seed pod upon the bee's departure, it gradually wilts, turns brown, and droops. This signals to the next bee that it can find nectar in the flowers that still have it and shows which ones are no longer viable. Additionally, this drooping hides the small, vibrant green seed pod at the center of each dried flower from certain insects whose tiny larvae destroy countless offspring of less cautious plants. The upright flowers in a cluster await their benefactors, while those drooping on the outer edge are focused on their serious task of survival. Occasionally, a solitary flower stays upright, anxiously waiting for a partner as the season ends. Usually, all the flowers bend down around the stem, forming a brown, crumpled mass. Yet, despite the clover’s efforts to protect its seeds from destruction, its leaves are a favorite food for many types of caterpillars as well as all grazing livestock worldwide. This is another plant often mistakenly called shamrock. People often associate finding leaves with good or bad luck, depending on whether they have an even or odd number of leaflets more than the usual count, according to local folklore.

The little RABBIT'S-FOOT, PUSSY, OLD-FIELD, or STONE CLOVER (T. arvense) has silky plumed calices to hold its minute whitish florets, giving the dense, oblong heads a charming softness and dove color after it has gone to seed. Like most other clovers, it has come to us from the Old World.

The little RABBIT'S-FOOT, PUSSY, OLD-FIELD, or STONE CLOVER (T. arvense) has silky, feathery calyxes that hold its tiny whitish flowers, giving the dense, oval heads a lovely softness and dove color once it has gone to seed. Like many other clovers, it has come to us from the Old World.

FLOWERING SPURGE
  (Euphorbia corollata) Spurge family

FLOWERING SPURGE
  (Euphorbia corollata) Spurge family

Flowers - (Apparently) white, small, borne in forked, long-stalked umbels, subtended by green bracts; but the true flowers are minute, and situated within the white cup-shaped involucre, usually mistaken for a corolla. Staminate flowers scattered over inner surface of involucre, each composed of a single stamen on a thread-like pedicel with a rudimentary calyx or tiny bract below it. A solitary pistillate flower at bottom of involucre, consisting of 3-celled ovary; 3 styles, 2-cleft, at length forming an erect 3-lobed capsule separating into 3 2-valved carpels. Stem: 1 to 3 ft. high, often brightly spotted, simple below, umbellately 5-branched above (usually). Leaves: Linear, lance-shaped or oblong, entire; lower ones alternate, upper ones whorled. Preferred Habitat - Dry soil, gravelly or sandy. Flowering Season - April-October. Distribution - From Kansas and Ontario to the Atlantic.

Flowers - (Apparently) white, small, born in forked, long-stemmed clusters, supported by green bracts; but the actual flowers are tiny and located inside the white cup-shaped structure, which is often confused with a petal. Male flowers are scattered over the inner surface of this structure, each made up of a single stamen on a thread-like stem with a small calyx or tiny bract underneath it. There’s one female flower at the bottom of the structure, which has a three-chambered ovary; three styles that are split into two parts, eventually forming an upright three-lobed capsule that separates into three two-valved sections. Stem: 1 to 3 ft. tall, often brightly spotted, simple at the base, typically branched into five parts at the top. Leaves: Linear, lance-shaped, or oblong, smooth; lower leaves are alternate, while upper leaves are arranged in whorls. Preferred Habitat - Dry soil, gravelly or sandy. Flowering Season - April to October. Distribution - From Kansas and Ontario to the Atlantic.

A very commonplace and uninteresting looking weed is this spurge, which no one but a botanist would suspect of kinship with the brilliant vermilion poinsettia, so commonly grown in American greenhouses. Examination shows that these little bright white cups of the flowering spurge, simulating a five-cleft corolla, are no more the true flowers in the one case than the large red bracts around the poinsettia's globular greenish blossom involucres are in the other. From the milky juice alone one might guess the spurge to be related to the rubber plant. Still another familiar cousin is the stately castor-oil plant; and while the common dull purplish IPECAC SPURGE (E. Ipecacuanhae) also suggests unpleasant doses, it is really a member of quite another family that furnishes the old-fashioned emetic. The flowering spurge, having its staminate and pistillate flowers distinct, depends upon flies, its truest benefactors, to transfer pollen from the former to the latter.

A very ordinary and uninteresting-looking weed is this spurge, which no one but a botanist would guess is related to the bright red poinsettia, so commonly found in American greenhouses. A closer look reveals that these little bright white cups of the flowering spurge, which mimic a five-part flower, are just as much false flowers as the large red bracts surrounding the poinsettia's round greenish blossoms. From its milky sap alone, one might infer that the spurge is connected to the rubber plant. Another familiar relative is the impressive castor-oil plant; and while the common dull purplish IPECAC SPURGE (E. Ipecacuanhae) also brings to mind unpleasant remedies, it actually belongs to a completely different family that produces the traditional emetic. The flowering spurge, with its male and female flowers separate, relies on flies, its true helpers, to move pollen from the former to the latter.

STAGHORN SUMAC; VINEGAR TREE
  (Rhus hirta; R. typhina of Gray) Sumac family

STAGHORN SUMAC; VINEGAR TREE
  (Rhus hirta; R. typhina of Gray) Sumac family

Flowers - Greenish or yellowish white, very small, usually 5-parted, and borne in dense upright, terminal, pyramidal clusters. Stem: A shrub or small tree, 6 to 40 ft. high, the ends of branches forked somewhat like a stag's horns. Leaves. Compounded of 11 to 31 lance-shaped, saw-edged leaflets, dark green above, pale below; the petioles and twigs often velvety-hairy. Fruit: Small globules, very thickly covered with crimson hairs. Preferred Habitat - Dry, rough or rocky places, banks, roadsides. Flowering Season - June. Distribution - Nova Scotia to Georgia, and westward 1500 miles.

Flowers - Greenish or yellowish-white, very small, usually 5-parted, and found in dense, upright, terminal, pyramidal clusters. Stem: A shrub or small tree, 6 to 40 ft. tall, with branch ends that fork somewhat like a stag's antlers. Leaves: Composed of 11 to 31 lance-shaped, serrated leaflets, dark green on top and lighter underneath; the petioles and twigs are often velvety-hairy. Fruit: Small globes, densely covered with crimson hairs. Preferred Habitat - Dry, rough, or rocky areas, banks, and roadsides. Flowering Season - June. Distribution - From Nova Scotia to Georgia and westward for 1500 miles.

Painted with glorious scarlet, crimson, and gold, the autumnal foliage of the sumacs, and even the fruit, so far eclipse their inconspicuous flowers in attractiveness that one quite ignores them. Not so the small, short-tongued bees (chiefly Andrenidae) and flies (Dipteria) seeking the freely exposed nectar secreted in five orange-colored glands in the shallow little cups. As some of the flowers are staminate and some pistillate, although others show a tendency to revert to the perfect condition of their ancestors, it behooves them to entertain their little pollen-carrying visitors generously, otherwise no seed can possibly be set. And how the autumnal landscape would suffer from the loss of the decorative, dark-red, velvety panicles! Beware only of the poison sumac's deadly, round grayish-white berries.

Painted in stunning shades of scarlet, crimson, and gold, the autumn leaves of the sumacs, along with their fruit, are so much more attractive than their unremarkable flowers that they often go unnoticed. However, the small, short-tongued bees (mainly Andrenidae) and flies (Dipteria) are drawn to the nectar stored in five orange-colored glands located in the shallow little cups. Since some flowers are male and others are female, while some show a tendency to revert to the perfect condition of their ancestors, it’s essential for them to welcome their little pollen-collecting visitors generously; otherwise, they won't produce any seeds. And how the autumn landscape would lose its charm without those decorative, dark-red, velvety flower clusters! Just be cautious of the poison sumac's toxic, round grayish-white berries.

Most sumacs contain more or less tannin in their bark and leaves, that are therefore eagerly sought by agents for the leather merchants. The beautiful SMOKE or MIST TREE (R. cotinus), commonly imported from southern Europe to adorn our lawns (although a similar species grows wild in the Southwest), serves a more utilitarian purpose in supplying commerce with a rich orange-yellow dye-wood known as young fustic. All this tribe of shrubs and trees contain resinous, milky juice, drying dark like varnish, which in a Japanese species is transformed by the clever native artisans into their famous lacquer. With a commercial instinct worthy of the Hebrew, they guard this process as a national secret.

Most sumacs have varying amounts of tannin in their bark and leaves, making them highly sought after by agents for leather merchants. The stunning SMOKE or MIST TREE (R. cotinus), often imported from southern Europe to enhance our lawns (even though a similar species grows wild in the Southwest), also has a practical use as it provides commerce with a rich orange-yellow dye-wood called young fustic. This group of shrubs and trees contains a resinous, milky sap that dries dark like varnish, which a Japanese species is transformed into by skilled local artisans into their famous lacquer. With a commercial instinct reminiscent of the Hebrew, they guard this process as a national secret.

The SMOOTH, UPLAND, or SCARLET SUMAC (R. glabra), similar to the staghorn, but lacking its velvety down, and usually of much lower growth, is the very common and widely distributed shrub of dry roadsides, railroad banks, and barren fields. Another low-growing, but more or less downy upland sumac, the DWARF, BLACK, or MOUNTAIN SUMAC (R. copallina), may be known by its dark, glossy green foliage, pale on the underside, and by the broadening of the stem into wings between the leaflets. Hungry migrating birds alight to feast on the harmless acid red fruit when the gorgeous autumnal foliage illuminates their route southward. But while they are, of course, the natural agents for distributing the plants over the country, men find that by cutting bits of any sumac root and planting them in good garden soil, strong specimens are secured within a year. An exquisite cut-leaved variety of the smooth sumac adorns many fine lawns.

The SMOOTH, UPLAND, or SCARLET SUMAC (R. glabra) is similar to the staghorn but doesn't have its velvety fuzz and is usually much shorter. It's a common shrub found along dry roadsides, railroad banks, and barren fields. Another short but somewhat fuzzy upland sumac, the DWARF, BLACK, or MOUNTAIN SUMAC (R. copallina), can be recognized by its dark, glossy green leaves that are pale underneath and by the way the stem widens into wings between the leaflets. Hungry migrating birds stop to munch on the harmless, tart red fruit when the beautiful autumn leaves brighten their route south. While they naturally help spread these plants across the country, people have discovered that cutting pieces of any sumac root and planting them in good garden soil can produce strong specimens within a year. A stunning cut-leaved variety of the smooth sumac enhances many beautiful lawns.

Everyone should know the POISON SUMAC (R. Vernix - R. venenata of Gray) as the shrub above all others to avoid. Like its cousin, the POISON or THREE-LEAVED IVY (R. radicans), which once had the specific name Toxicodendron, although Linnaeus applied that title to a hairy shrub of the Southern States, the poison sumac causes most painful swelling and irritation to the skin of some people, though they do nothing more than pass it by when the wind is blowing over it. Others may handle both these plants with impunity. In spring they are especially noisome; but when the pores of the skin are opened by perspiration, people who are at all sensitive should give them a wide berth at any season. Usually the poison sumac grows in wet or swampy ground; its bark is gray, its leaf-stalks are red; the leaves are compounded, of fewer leaflets than those of the innocent sumacs - that is, of from seven to thirteen - which are green on both sides; the flowers, which are dull whitish-green, grow in loose panicles from the axils of the leaves, and naturally the berries follow them in the same unusual situation. "By their fruits ye shall know them:" all the harmless sumacs have red fruit clusters at the ends of the branches, whereas both the poison sumac's and the poison ivy's axillary clusters are dull grayish-white.

Everyone should know about POISON SUMAC (R. Vernix - R. venenata of Gray) as the shrub to avoid at all costs. Like its relative, POISON or THREE-LEAVED IVY (R. radicans), which used to be called Toxicodendron, although Linnaeus gave that name to a hairy shrub from the Southern States, poison sumac can cause severe swelling and irritation on the skin of some people just by being nearby when the wind blows over it. Others may handle both of these plants without any issues. In spring, they are particularly troublesome; but when the skin's pores are open from sweating, people who are sensitive should stay away from them at any time of year. Generally, poison sumac grows in wet or swampy areas; it has gray bark, red leaf-stalks, and its leaves are compound with fewer leaflets than those of safe sumacs—ranging from seven to thirteen—which are green on both sides. The flowers are dull whitish-green and grow in loose clusters from the leaf axils, and naturally, the berries follow in the same unusual spots. "By their fruits ye shall know them:" all the harmless sumacs have red fruit clusters at the ends of the branches, while both the poison sumac's and poison ivy's clusters are dull grayish-white.

AMERICAN HOLLY
  (Ilex opaca) Holly family

AMERICAN HOLLY
(Ilex opaca) Holly family

Flowers - Very small, greenish or yellowish white, from 3 to 10 staminate ones in a short cyme; fertile flowers usually solitary, scattered. Stem: A small tree of very slow growth, rarely attaining any great height. Leaves: Evergreen, thick, rigid, glossy, elliptical, scalloped edged, spiny-tipped. Fruit: Round, red berries. Preferred Habitat - Moist woods and thickets. Flowering Season - April-June. Distribution - Maine to the Gulf of Mexico, west to Texas, chiefly near the coast and south of New York.

Flowers - Very small, greenish or yellowish-white, with 3 to 10 male flowers in a short cluster; female flowers are usually solitary and scattered. Stem: A small tree that grows very slowly and rarely reaches a significant height. Leaves: Evergreen, thick, stiff, glossy, elliptical, with scalloped edges and spiny tips. Fruit: Round, red berries. Preferred Habitat - Moist woods and thickets. Flowering Season - April to June. Distribution - From Maine to the Gulf of Mexico, west to Texas, mainly near the coast and south of New York.

Happily we continue to borrow all the beautiful Old World associations, poetical and legendary, that cluster about the holly at Christmas time, although our native tree furnishes most of our holiday decorations. So far back as Pliny's day, the European holly had all manner of supernatural qualities attributed to it: its insignificant little flowers caused water to freeze, he tells us; because it was believed to repel lightning, the Romans planted it near their houses; and a branch of it thrown after any refractory animal, even if it did not hit him, would subdue him instantly, and cause him to lie down meekly beside the stick! Can it be that the Italian peasants, who still believe cattle kneel in their stalls at midnight on the anniversary of Jesus' birth, decorate the mangers on Christmas eve with holly, among other plants, because of a survival of this old pagan notion about its subduing effect on animals?

Happily, we continue to borrow all the beautiful Old World associations, poetic and legendary, that surround holly at Christmas time, even though our native tree provides most of our holiday decorations. As far back as Pliny's time, the European holly was attributed with all sorts of supernatural qualities: its tiny flowers supposedly made water freeze, he tells us; because it was thought to repel lightning, the Romans planted it near their homes; and a branch thrown after any stubborn animal, even if it didn’t hit him, would instantly calm him down and make him lie down peacefully beside the stick! Could it be that the Italian peasants, who still believe cattle kneel in their stalls at midnight on Jesus’ birthday, decorate the mangers on Christmas Eve with holly, among other plants, as a remnant of this old pagan belief about its calming effect on animals?

Would that the beautiful holly of English gardens (I. Aquifolium), more glossy and spiny of leaf and redder of berry than our own, might live here; but it is too tender to withstand New England winters, and the hot, dry summers farther south soon prove fatal. Ilex was the ancient name, not of these plants, but of the holly oak.

Would that the beautiful holly found in English gardens (I. Aquifolium), with its shinier, spiny leaves and redder berries than our own, could grow here; but it's too delicate to survive New England winters, and the hot, dry summers further south quickly prove deadly. Ilex was the ancient name, not for these plants, but for the holly oak.

The MOUNTAIN HOLLY (Ilicioides mucronata - Nemopanthes Canadensis of Gray) a shrub of the northern swamps, about six feet high, and by no means confined to mountainous regions, since it is also abundant in the middle West, has smooth-edged, elliptic, petioled leaves, ash-colored bark, small, solitary, narrow-petalled staminate and pistillate flowers on long, threadlike pedicels from the leaf-axils in May. In August dull pale-red berries appear. Darwin proved that seed set with the help of pollen brought from distinct plants produces offspring that vanquishes the offspring of seed set with pollen brought from another flower on the same plant in the struggle for existence. Thus we see, in very many ambitious plants besides those of the holly tribe, a tendency to separate the male and the female flowers as widely as possible.

The MOUNTAIN HOLLY (Ilicioides mucronata - Nemopanthes Canadensis of Gray) is a shrub found in northern swamps, growing to about six feet tall, and it's not limited to mountainous areas, as it's also common in the Midwest. It has smooth-edged, oval leaves with stems, ash-gray bark, and small, solitary flowers—both male and female—with narrow petals that appear on long, threadlike stems from the leaf axils in May. In August, dull pale-red berries start to show up. Darwin demonstrated that seeds fertilized with pollen from different plants produce stronger offspring than those fertilized with pollen from another flower on the same plant in the competition for survival. Thus, we can observe a tendency among many ambitious plants, including those in the holly family, to keep their male and female flowers as far apart as possible.

BLACK ALDER; WINTERBERRY FEVER-BUSH
  (Ilex verticillata) Holly family

BLACK ALDER; WINTERBERRY FEVER-BUSH
  (Ilex verticillata) Holly family

Flowers - Small, greenish white, the staminate clusters 2 to 10 flowered the fertile ones 1 to 3 flowered. Stem: A shrub 6 to 25 ft. high. Leaves: Oval, tapering to a point, about 1 in. wide, saw-edged, dark green, smooth above, hairy, especially along veins underneath. Fruit: Bright red berries, about the size of a pea, apparently whorled around the twigs. Preferred Habitat - Swamps, ditches, fencerows, and low thickets. Flowering Season - June-July. Distribution - Nova Scotia to Florida, west to Missouri.

Flowers - Small, greenish-white, with male clusters having 2 to 10 flowers and female ones having 1 to 3 flowers. Stem: A shrub that grows between 6 and 25 ft high. Leaves: Oval, tapering to a point, about 1 in wide, serrated edges, dark green, smooth on top, hairy, especially along the veins underneath. Fruit: Bright red berries, roughly the size of a pea, appearing to grow in circles around the twigs. Preferred Habitat - Swamps, ditches, fencerows, and low thickets. Flowering Season - June-July. Distribution - From Nova Scotia to Florida, west to Missouri.

Beautiful bright red berries, dotted or clustered along the naked twigs of the black alder, add an indispensable cheeriness to the somber winter landscape. Bunches of them, commonly sold in the city streets for household decoration, bring twenty-five cents each; hence the shrubs within a large radius of each market get ample pruning every autumn. The leaves turn black before dropping off.

Bright red berries, scattered or grouped along the bare branches of the black alder, bring essential cheer to the gloomy winter landscape. Bunches of these are often sold on city streets for home decoration at twenty-five cents each; as a result, the shrubs within a wide area of each market get plenty of pruning every fall. The leaves turn black before falling off.

The SMOOTH WINTERBERRY (I. laevigata), a similar species, but of more restricted range, ripens its larger, orange-red berries earlier than the preceding, and before its leaves, which turn yellow, not black, in autumn, have fallen. Another distinguishing feature is that its small, greenish-white staminate flowers grow on long, very slender pedicels; whereas the solitary fertile flowers are much nearer the stern.

The SMOOTH WINTERBERRY (I. laevigata), a similar species but with a more limited distribution, ripens its larger, orange-red berries earlier than the previous one, and before its leaves— which turn yellow instead of black in the fall—have dropped. Another distinguishing characteristic is that its small, greenish-white male flowers grow on long, very thin stems, while the single fertile flowers are much closer to the base.

BITTERSWEET; WAX-WORK; STAFF-TREE
  (Celastrus scandens) Staff-tree family

BITTERSWEET; WAX-WORK; STAFF-TREE
  (Celastrus scandens) Staff-tree family

Flowers - Small, greenish-white, 5-parted, some staminate, some pistillate only; in terminal compound racemes 4 in. long or less. Stem: Woody, twining. Leaves: Alternate, oval, tapering, finely toothed, thin, with a tendency to show white variations. Fruit: A yellow-orange berry-like capsule, splitting at maturity and curling back to display the scarlet, pulpy coating of the seeds within. Preferred Habitat - Rich soil of thickets, fence rows, and wayslde tangles. Flowering Season - June. Distribution - North Carolina, New Mexico, and far north.

Flowers - Small, greenish-white, five-part flowers, some male and some female; found in terminal clusters of up to 4 inches long. Stem: Woody and twining. Leaves: Alternate, oval, tapering, finely serrated, thin, sometimes showing white variations. Fruit: A yellow-orange, berry-like capsule that splits open when mature, curling back to reveal the scarlet, pulpy coating of the seeds inside. Preferred Habitat - Rich soil in thickets, along fence rows, and in roadside tangles. Flowering Season - June. Distribution - North Carolina, New Mexico, and as far north as possible.

Not to be hung above mirror and picture frames in farmhouse parlors, as we have been wont to think, do the brilliant clusters of orange-red wax-work berries attract the eye, where they brighten old walls, copses, and fence rows in autumn; but to advertise their charming wares to hungry migrating birds, which will drop the seeds concealed within the red berry perhaps a thousand miles away, and so plant new colonies. On the smaller, less specialized bees and flies the vine depends in June to carry pollen from its staminate flowers to the fertile ones, whose thick, erect pistil would wither without fruiting without their help.

Not meant to be hung above mirrors and picture frames in farmhouse living rooms, as we've often thought, the bright clusters of orange-red wax berries actually catch the eye where they brighten old walls, wooded areas, and fence lines in autumn; instead, they aim to attract hungry migrating birds, which will drop the seeds hidden inside the red berries potentially a thousand miles away, planting new colonies. In June, the vine relies on smaller, less specialized bees and flies to transfer pollen from its male flowers to the female ones, whose thick, upright pistils would wither without their assistance in producing fruit.

But the best laid plans of other creatures than mice and men "gang aft a-gley." What mean the little cottony tufts all along the stems of so very many bittersweet vines, but that these have foes as well as friends? Curious little parasitic tree-hoppers (Membracis binotata), which spend their entire lives on the stems, sucking the juices through their little beaks, just as the aphids moor themselves to the tender rose-twigs, might be mistaken for thorns during one of their protective masquerades. Again they look like diminutive flocks of fowl, their heads ever pointing in one direction, no matter how the vine may twist and turn - always toward the top of the branch, that they may the better siphon the sap down their tiny throats. Toward the end of summer the females, which have a sharp instrument at the rear of their bodies, cut deeply into the juicy food-store, the cambium layer of bark, and there deposit their eggs. Presently, a nest being filled, the mother emits a substantial froth at the end of her ovipositor, and proceeds to construct the cottony, corrugated dome over her nursery which first attracted our attention. This is especially skilful work, for she works behind her, evidently not from sight, but from instinct only. Inasmuch as the young hoppers will not come forth until the following summer, some such snug protection is required during winter's cold and snows. With hordes of little parasites constantly preying on its juices, is it any wonder the vine is often too enfeebled to produce seed, or that the leaves lose part of their color and become, as we say, variegated? Occasionally one finds the cottony nursery domes of this little hopper on the locust tree - the favorite home of its big, noisy relative, the so-called locust, or cicada.

But the best-laid plans of creatures other than mice and men often go to waste. What do the little cottony tufts on the stems of so many bittersweet vines mean, if not that these plants have enemies as well as allies? Curious little parasitic tree-hoppers (Membracis binotata) spend their entire lives on the stems, sucking the juices through their tiny beaks, just like aphids cling to the tender twigs of roses. They might be mistaken for thorns during their protective disguises. They also resemble tiny flocks of birds, their heads always pointing in the same direction, no matter how the vine twists and turns—always toward the top of the branch—so they can better siphon sap down their little throats. By the end of summer, the females, which have a sharp appendage at the back of their bodies, cut deeply into the juicy food supply, the cambium layer of bark, to deposit their eggs. Once a nest is filled, the mother releases a significant amount of froth from her ovipositor and goes on to construct the cottony, corrugated dome over her nursery that first caught our attention. This is especially skilled work, as she seems to work by instinct rather than sight, creating it behind her. Since the young hoppers won’t emerge until the following summer, they require this snug protection during the cold and snow of winter. With hordes of tiny parasites continually feeding on its juices, is it any surprise that the vine often becomes too weak to produce seeds, or that its leaves lose some color and become what we call variegated? Occasionally, you can find the cottony nursery domes of this little hopper on the locust tree—the favorite home of its loud relative, the so-called locust or cicada.

NEW JERSEY TEA; WILD SNOWBALL; RED-ROOT
  (Ceanothus Americanus) Buckthorn family

NEW JERSEY TEA; WILD SNOWBALL; RED-ROOT
  (Ceanothus Americanus) Buckthorn family

Flowers - Small, white, on white pedicels, crowded in dense, oblong, terminal clusters. Calyx white, hemispheric, 5-lobed; petals, hooded and long-clawed; 5 stamens with long filaments; style short, 3-cleft. Stems: Shrubby, 1 to 3 ft. high, usually several, from a deep reddish root. Leaves: Alternate, ovate-oblong, acute at tip, finely saw-edged, 3-nerved, on short petioles. Preferred Habitat - Dry, open woods and thickets. Flowering Season - May-July. Distribution - Ontario south and west to the Gulf of Mexico.

Flowers - Small, white, on white stems, clustered densely in elongated, terminal bunches. The calyx is white, hemispheric, and has 5 lobes; petals are hooded and long-clawed; there are 5 stamens with long filaments; the style is short and split into 3. Stems: Shrubby, 1 to 3 feet tall, usually multiple, arising from a deep reddish root. Leaves: Alternate, oval-oblong, pointed at the tip, finely saw-toothed, with 3 main veins, on short stalks. Preferred Habitat - Dry, open woods and thickets. Flowering Season - May-July. Distribution - From Ontario down to the Gulf of Mexico.

Light, feathery clusters of white little flowers crowded on the twigs of this low shrub interested thrifty colonial housewives of Revolutionary days not at all; the tender, young, rusty, downy leaves were what they sought to dry as a substitute for imported tea. Doubtless the thought that they were thereby evading George the Third's tax and brewing patriotism in every kettleful added a sweetness to the homemade beverage that sugar itself could not impart. The American troops were glad enough to use New Jersey tea throughout the war. A nankeen or cinnamon-colored dye is made from the reddish root.

Light, fluffy clusters of small white flowers packed onto the branches of this low shrub didn’t interest thrifty colonial housewives during the Revolutionary days at all; they were really looking for the tender, young, rusty, soft leaves to dry as a substitute for imported tea. Surely, the idea that they were avoiding George the Third's tax and brewing patriotism with every cup added a flavor to the homemade drink that sugar itself couldn’t provide. The American troops were more than happy to use New Jersey tea throughout the war. A nankeen or cinnamon-colored dye is made from the reddish root.

NORTHERN, WILD, FOX, or PLUM GRAPE
  (Vitis Labrusca) Grape family

NORTHERN, WILD, FOX, or PLUM GRAPE
  (Vitis Labrusca) Grape family

Flowers - Greenish, small, deliciously fragrant, some staminate, some pistillate, rarely perfect; the fertile flowers in more compact panicles than the sterile ones. Stem: Climbing with the help of tendrils; woody, bark loose. Leaves: Large, rounded or lobed, toothed, rusty-hairy underneath, especially when young, each leathery leaf opposite a tendril or a flower cluster. Fruit: Clusters containing a few brownish, purple, musky-scented grapes, 3/4 in. across. Ripe, August-September. Preferred Habitat - Sunny thickets, loamy or gravelly soil. Flowering Season - June. Distribution - New England to Georgia, west to Minnesota and Tennessee.

Flowers - Small, greenish, and wonderfully fragrant, some are male, some are female, and few are perfect; the fertile flowers grow in tighter clusters than the sterile ones. Stem: Climbing using tendrils; woody with loose bark. Leaves: Large, either rounded or lobed, toothed, with a rusty texture underneath, especially when young, each leathery leaf positioned opposite a tendril or a flower cluster. Fruit: Clusters of a few brownish, purple grapes with a musky scent, about 3/4 inch across. Ripe in August-September. Preferred Habitat - Sunny thickets, loamy or gravelly soil. Flowering Season - June. Distribution - From New England to Georgia, and west to Minnesota and Tennessee.

Aesop's fox may never have touched the grapes of fable, but this, our wild species, certainly retains a strong foxy odor, which at least suggests that he came very near them. Tough pulp and thick skin by no means deter birds and beasts from feasting on this fruit, and so dispersing the seeds; but mankind prefers the tender, delightful flavored Isabella, Catawba, and Concord grapes derived from it. The Massachusetts man who produced the Concord variety in the town whose name he gave it, declares he would be a millionaire had he received only a penny royalty on every Concord grapevine planted.

Aesop's fox may never have tasted the grapes from the fable, but this wild type definitely has a strong fox-like smell, which at least implies that he got pretty close. Tough pulp and thick skin don't stop birds and animals from enjoying this fruit and spreading the seeds; however, people prefer the sweet, flavorful Isabella, Catawba, and Concord grapes that come from it. The man from Massachusetts who created the Concord variety in the town he named after it claims he would be a millionaire if he had received just a penny for every Concord grapevine planted.

What fragrance is more delicious than that of the blossoming grape? To swing in a loop made by some strong old vine, when the air almost intoxicates one with its sweetness on a June evening, is many a country child's idea of perfect bliss. Not until about nine o'clock do the leaves "go to sleep" by becoming depressed in the center like saucers. This was the signal for bedtime that one child, at least, used to wait for. We have seen in the clematis how its sensitive leafstalks hook themselves over any support they rub against; but the grapevine has gone a step farther, and by discarding an occasional flower cluster and prolonging the flower stalk into a coiling, forking tendril it moors itself to the thicket. We know that all tendrils are either transformed leaves, as in the case of the pea vine, where each branch of its tendril represents a modified leaflet; or they are transformed flower stalks or other organs. Occasionally the tendril of a grapevine reveals its ancestry by bearing a blossom or a cluster of flowers, and sometimes even fruit, about midway on the coil, which attempts to fill all offices at once like Pooh Bah.

What fragrance is more delightful than that of blooming grapes? Swining in a loop created by a strong old vine, while the air nearly intoxicates with its sweetness on a June evening, is what many country kids consider pure bliss. Not until around nine o'clock do the leaves "go to sleep," becoming depressed in the center like saucers. This was the signal for bedtime that at least one child used to wait for. We've seen in the clematis how its sensitive leafstalks hook onto any support they touch; however, the grapevine takes it a step further, discarding an occasional flower cluster and extending the flower stalk into a coiling, forked tendril to anchor itself to the thicket. We know that all tendrils are either transformed leaves, as seen in the pea vine where each branch of its tendril represents a modified leaflet, or they are transformed flower stalks or other parts. Sometimes, a grapevine's tendril shows its ancestry by bearing a blossom or a cluster of flowers, and occasionally even fruit, halfway along the coil, trying to do all these jobs at once like Pooh Bah.

The phylloxera having destroyed many of the finest vineyards in Europe, it would seem that Americans have the best of chances to supply the world with high-class wines, for there is not a State in the Union where the vine will not flourish. Here its worst enemy is mildew, a parasitical fungus which attacks the leaves, revealing itself in yellowish-brown patches on the upper side, and thin, frosty patches underneath. Soon the leaves become sere, and then they fall. The microscope reveals a miniature forest of growth in each leaf, with the threadlike roots of the fungi searching about the leaf cells for food. To burn old leaves, and to blow sulphur over the vine while it is wet, are efficacious remedies. Bees and wasps which puncture grapes to feast on them, are the innocent means of destroying quantities.

The phylloxera has wiped out many of the best vineyards in Europe, which seems to give Americans a great opportunity to supply the world with high-quality wines, since there isn’t a state in the Union where grapevines can’t thrive. Here, the main challenge is mildew, a parasitic fungus that attacks the leaves, showing up as yellowish-brown spots on the top and thin, frosty patches underneath. Eventually, the leaves wilt and then drop off. A microscope shows a tiny forest of growth on each leaf, with threadlike roots of the fungi searching the leaf cells for food. Burning old leaves and applying sulfur to the vines while they’re wet are effective remedies. Bees and wasps that puncture grapes to get to the juice unwittingly end up destroying large quantities.

Both the RIVERSIDE or SWEET-SCENTED GRAPE (V. vulpina; formerly V. cordifolia, var. riparia) - whose bluish-black, bloom-covered fruit begins to ripen in July; and the FROST, CHICKEN, POSSUM, or WINTER GRAPE (V. cordifolia), whose smaller, shining black berries are not at their best till after frost, grow along streams and preferably in rocky situations. The shining, light green, thin leaves of the sweet-scented species are sharply lobed, the three to seven lobes have acute teeth, and the tendrils are intermittent. The frost grape's leaves, which are commonly three or four inches wide, are deeply heart-shaped, entire (rarely slightly three-lobed), tapering to a long point and acutely toothed.

Both the RIVERSIDE or SWEET-SCENTED GRAPE (V. vulpina; formerly V. cordifolia, var. riparia) - whose bluish-black, bloom-covered fruit starts to ripen in July; and the FROST, CHICKEN, POSSUM, or WINTER GRAPE (V. cordifolia), whose smaller, shiny black berries are at their best only after frost, grow along streams and prefer rocky locations. The shiny, light green, thin leaves of the sweet-scented species are deeply lobed, with three to seven lobes that have sharp teeth, and the tendrils are spaced out. The frost grape's leaves, which are usually three or four inches wide, are deeply heart-shaped, smooth (rarely slightly three-lobed), tapering to a long point and sharply toothed.

Another familiar member of the Grape family, the VIRGINIA CREEPER, FALSE GRAPE, AMERICAN or FIVE-LEAVED IVY, also erroneously called WOODBINE (Parthenocissus quinquefolia; formerly Ampelopsis quinquefolia) - is far more charming in its glorious autumnal foliage, when its small dark blue berries hang from red peduncles, than when its insignificant greenish flower clusters appear in July. The leaves, compounded of five leaflets, should sufficiently distinguish the harmless vine from the three-leaved poison ivy, sometimes confounded with it. From Manitoba and Mexico to the Atlantic Ocean, and even in Cuba, the Virginia creeper rambles over thickets, fences, and walls, ascends trees, festoons rocky woodlands, drapes our verandas, making its way with the help of modified flower stalks that are now branching tendrils, each branch bearing an adhesive disk at the end. "In the course of about two days after a tendril has arranged its branches so as to press upon any surface," says Darwin, "its curved tips swell, become bright red, and form on their undersides little disks or cushions with which they adhere firmly." It is supposed that these disks secrete a cement. At any rate, we know that they have a very tenacious hold, because often one contracting tendril, as elastic as a steel spring, supports, by means of these little disks, the entire weight of the branch it lifts up. Darwin concluded that a tendril with five disk-bearing branches, on which he experimented, would stand a strain of ten pounds, even after ten years' exposure to high winds and softening rains.

Another familiar member of the Grape family, the VIRGINIA CREEPER, FALSE GRAPE, AMERICAN or FIVE-LEAVED IVY, also mistakenly called WOODBINE (Parthenocissus quinquefolia; formerly Ampelopsis quinquefolia) - is much more attractive in its beautiful autumn leaves, when its small dark blue berries hang from red stalks, than when its inconspicuous greenish flower clusters bloom in July. The leaves, made up of five leaflets, should be enough to differentiate this harmless vine from the three-leaved poison ivy, which is sometimes confused with it. From Manitoba and Mexico to the Atlantic Ocean, and even in Cuba, the Virginia creeper spreads over bushes, fences, and walls, climbs trees, adorns rocky woods, and drapes our porches, using modified flower stalks that have now become branching tendrils, each with an adhesive disk at the end. "In about two days after a tendril has positioned its branches to press against any surface," Darwin says, "its curved tips swell, turn bright red, and form small disks or cushions on their undersides with which they attach firmly." It's believed these disks secrete a kind of glue. In any case, we know they have a very strong grip, as often one contracting tendril, as flexible as a steel spring, supports the entire weight of the branch it raises with these little disks. Darwin found that a tendril with five disk-bearing branches, on which he conducted experiments, could handle a strain of ten pounds, even after ten years of being exposed to strong winds and softening rains.

WHITE VIOLETS
  (Viola) Violet family

WHITE VIOLETS
  (Viola) Violet family

Three small-flowered, white, purple-veined, and almost beardless species which prefer to dwell in moist meadows, damp, mossy places, and along the borders of streams, are the LANCE-LEAVED VIOLET (V. lanceolata), the PRIMROSE-LEAVED VIOLET (V. prirnulaefolia), and the SWEET WHITE VIOLET (V. blanda), whose leaves show successive gradations from the narrow, tapering, smooth, long-petioled blades of the first to the oval form of the second and the almost circular, cordate leaf of the delicately fragrant, little white blanda, the dearest violet of all. Inasmuch as these are short-spurred species, requiring no effort for bees to drain their nectaries, no footholds in the form of beards on the side petals are provided for them. The purple veinings show the stupidest visitor the path to the sweets.

Three small-flowered species with white petals, purple veins, and almost no hair prefer to live in moist meadows, damp, mossy areas, and along stream banks. These are the LANCE-LEAVED VIOLET (V. lanceolata), the PRIMROSE-LEAVED VIOLET (V. primulaefolia), and the SWEET WHITE VIOLET (V. blanda). Their leaves transition from the narrow, pointed, smooth, long-stemmed blades of the first to the oval shape of the second and the nearly round, heart-shaped leaf of the delicately fragrant little white blanda, the most beloved violet of all. Since these species have short spurs, there's no need for bees to work hard to reach their nectar, so there are no footholds in the form of beards on the side petals for them. The purple veins guide even the most clueless visitor to the nectar.

The sprightly CANADA VIOLET (V. Canadensis), widely distributed in woodlands, chiefly in hilly and mountainous regions, rears tall, leafy stems terminated by faintly fragrant white or pale lavender blossoms, purple-tinged without and purple veined, the side petals bearded, the long sepals tapering to sharp points. Here we see a violet in the process of changing from the white ancestral type to the purple color which Sir John Lubbock, among other scientists, considers the highest step in chromatic evolution. This species has heart-shaped, saw-edged leaves which taper acutely. From May even to July is its regular blooming season; but the delightful family eccentricity of flowering again in autumn appears to be a confirmed habit with the Canada violet.

The lively CANADA VIOLET (V. Canadensis), commonly found in forests, especially in hilly and mountainous areas, grows tall, leafy stems topped with lightly fragrant white or pale lavender flowers. These flowers are purple-tinged on the outside and have purple veins, with the side petals having fine hairs and the long sepals tapering to sharp points. This violet is in the process of evolving from its white ancestral form to the purple hue that Sir John Lubbock and other scientists see as the pinnacle of color evolution. This species has heart-shaped leaves with saw-like edges that taper sharply. Its usual blooming period is from May to July, but it also has the charming habit of blooming again in the fall.

ENCHANTER'S NIGHTSHADE
  (Circaea Lutetiana) Evening Primrose family

ENCHANTER'S NIGHTSHADE
  (Circaea Lutetiana) Evening Primrose family

Flowers - Very small, white, slender pedicelled, in terminal and lateral racemes. Calyx 2-parted, hairy 2 petals, 2 alternate stamens. Stem: 1 to 2 ft. high, slender, branching, swollen at nodes. Leaves: Opposite, tapering to a point, distantly toothed, 2 to 4 in. long, slender petioled. Fruit: Pear-shaped, 2-celled, densely covered with stiff, hooked hairs. Preferred Habitat - Woods; shady roadsides. Flowering Season - June-August. Distribution - Nova Scotia to Georgia, westward to Nebraska. Europe and Asia.

Flowers - Very small, white, slender flowers on short stems, found in clusters at the ends and sides. The calyx has 2 parts and is hairy, with 2 petals and 2 alternating stamens. Stem: 1 to 2 feet tall, slender, branching, and swollen at the nodes. Leaves: Opposite, tapering to a point, with distant teeth, 2 to 4 inches long, with slender petioles. Fruit: Pear-shaped, with 2 cells, densely covered in stiff, hooked hairs. Preferred Habitat - Wooded areas; shady roadsides. Flowering Season - June to August. Distribution - From Nova Scotia to Georgia, and westward to Nebraska. Also found in Europe and Asia.

Why Circe, the enchantress, skilled in the use of poisonous herbs, should have had her name applied to this innocent and insignificant looking little plant is not now obvious; neither is the title of nightshade any more appropriate.

Why Circe, the enchantress known for her expertise in poisonous herbs, had her name given to this innocent and seemingly unimportant little plant isn't clear; nor is the name nightshade particularly fitting.

Each tiny flower having a hairy calyx, that acts as a stockade against ants and other such crawling pilferers, we suspect there are abundant sweets secreted in the fleshy ring at the base of the styles for the benefit of the numerous flies seen hovering about. Among other visitors, watch the common housefly alighting on the knobby stigma, a most convenient landing place, where he leaves some pollen carried on his underside from other nightshade blossoms. In clasping the bases of the two pliable stamens, his only available supports as he sucks, he will surely get well dusted again, that he may fertilize the next blossom he flies to for refreshment. The nightshade's little pear-shaped seed vessels, armed with hooked bristles by which they steal a ride on any passing petticoat or trouser leg, reveal at a glance how this plant has contrived to travel around the globe.

Each tiny flower has a hairy calyx that acts as a barrier against ants and other crawling thieves. We think there are plenty of sweet substances hidden in the fleshy ring at the base of the styles for the many flies we see buzzing around. Among other visitors, notice the common housefly landing on the knobby stigma, which is a perfect spot to land, where it leaves some pollen it picked up from other nightshade flowers. While clinging to the bases of the two flexible stamens, his only supports while he feeds, he will definitely get covered in pollen again, allowing him to fertilize the next blossom he visits for more food. The nightshade's small pear-shaped seed pods, equipped with hooked bristles that cling to passing skirts or pants, show how this plant has managed to spread all over the world.

A smaller, weaker species (Circaea alpina), found in cool, moist woods, chiefly north, has thin, shining leaves and soft, hooked hairs on its vagabond seeds. Less dependence seems to be placed on these ineffective hooks to help perpetuate the plant than on the tiny pink bulblets growing at the end of an exceedingly slender thread sent out by the parent roots.

A smaller, weaker species (Circaea alpina), found in cool, moist woods mainly in the north, has thin, shiny leaves and soft, hooked hairs on its wandering seeds. It seems that less reliance is placed on these ineffective hooks to help the plant survive than on the tiny pink bulblets growing at the end of a very slender thread sent out by the parent roots.

AMERICAN SPIKENARD; INDIAN ROOT; SPIGNET
  (Aralia racemosa) Ginseng family

AMERICAN SPIKENARD; INDIAN ROOT; SPIGNET
  (Aralia racemosa) Ginseng family

Flowers - Greenish white, small, 5-parted, mostly imperfect, in a drooping compound raceme of rounded clusters. Stem: 3 to 6 ft. high, branches spreading. Roots: Large, thick, fragrant. Leaves: Compounded of heart-shaped, sharply tapering, saw-edged leaflets from 2 to 5 in. long, often downy underneath. Lower leaves often enormous. Fruit: Dark reddish-brown berries. Preferred Habitat - Rich open woods, wayside thickets, light soil. Flowering Season - July-August. Distribution - New Brunswick to Georgia, west to the Mississippi.

Flowers - Greenish white, small, 5-petaled, mostly imperfect, in a drooping cluster with rounded heads. Stem: 3 to 6 ft. tall, with spreading branches. Roots: Large, thick, and fragrant. Leaves: Made up of heart-shaped, sharply pointed, serrated leaflets that are 2 to 5 in. long, often soft underneath. Lower leaves can be very large. Fruit: Dark reddish-brown berries. Preferred Habitat - Rich open woods, roadside thickets, and light soil. Flowering Season - July-August. Distribution - From New Brunswick to Georgia, extending west to the Mississippi.

A striking, decorative plant, once much sought after for its medicinal virtues - still another herb with which old women delight to dose their victims for any malady from a cold to a carbuncle. Quite a different plant, but a relative, is the one with hairy, spike-like shoots from its fragrant roots, from which the "very precious" ointment poured by Mary upon the Saviour's head was made. The nard, an Indian product from that plant, which is still found growing on the distant Himalayas, could then be imported into Palestine only by the rich.

A striking, decorative plant that was once highly valued for its medicinal properties—yet another herb that older women love to use on their victims for everything from a cold to a carbuncle. A totally different plant, but related, has hairy, spike-like shoots growing from its fragrant roots, from which the "very precious" ointment that Mary poured on the Savior's head was made. The nard, an Indian product from that plant, which still grows in the remote Himalayas, could then only be imported into Palestine by wealthy individuals.

The wild spikenard, or false Solomon's seal, has not the remotest connection with this tribe of plants. Inasmuch as some of the American spikenard's tiny flowers are staminate and some pistillate, while others again are perfect, they depend upon flies chiefly - but on some wasps and beetles, too - to transfer pollen and enable the fertile ones to set seed. How certain of the winter birds gormandize on the resinous, spicy little berries! A flock of juncos will strip the fruit from every spikenard in the neighborhood the first day it arrives from the North.

The wild spikenard, or false Solomon's seal, has no real link to this group of plants. Some of the American spikenard's small flowers are male, some are female, and others are perfect. They mainly rely on flies, but also some wasps and beetles, to move pollen around so the fertile ones can produce seeds. You have to see how some winter birds feast on the resinous, spicy little berries! A group of juncos will pick every fruit off every spikenard in the area on the first day they arrive from the North.

The WILD or FALSE SARSAPARILLA (A. nudicaulis), so common in woods, hillsides, and thickets, shelters its three spreading umbels of greenish-white flowers in May and June beneath a canopy formed by a large, solitary, compound leaf. The aromatic roots, which run horizontally sometimes three feet or more through the soil, send up a very short, smooth proper stem which lifts a tall leafstalk and a shorter, naked flower stalk. The single large leaf, of exquisite bronzy tints when young, is compounded of from three to five oval, toothed leaflets on each of its three divisions. The tiny five-parted flowers have their petals curved backward over the calyx to make their refreshments more accessible for the flies, on which they chiefly rely for aid in producing those close clusters of dark-purple berries on which migrating birds feast in early autumn. By these agents the plant has been distributed from Newfoundland to the Carolinas, westward from Manitoba to Missouri, which is not surprising when we remember that certain birds travel from the Gulf of Mexico to the Great Lakes in a single night. While the true sarsaparilla of medicine should come from a quite different herb that flourishes in Mexico and South America, this one furnishes a commercial substitute enormously used as a blood purifier and cooling summer drink. Burrowing rabbits delight to nibble the long, slender, fragrant roots.

The WILD or FALSE SARSAPARILLA (A. nudicaulis), commonly found in woods, hillsides, and thickets, blooms in May and June with its three spreading clusters of greenish-white flowers, all sheltered under a large, solitary compound leaf. The aromatic roots spread horizontally, sometimes extending three feet or more through the soil, and produce a very short, smooth proper stem that raises a tall leaf stalk and a shorter flower stalk. The single large leaf, which has beautiful bronzy hues when young, is made up of three to five oval, serrated leaflets on each of its three sections. The tiny flowers, which have five petals that curve backward over the calyx, are designed to make it easier for flies—on which they mainly depend—to help produce clusters of dark-purple berries that migrating birds feast on in early autumn. This plant has spread from Newfoundland to the Carolinas and westward from Manitoba to Missouri, which makes sense considering that some birds travel from the Gulf of Mexico to the Great Lakes in a single night. Although the actual medicinal sarsaparilla comes from a different plant native to Mexico and South America, this one provides a widely used commercial substitute for blood purification and is a refreshing drink in the summer. Burrowing rabbits love to munch on the long, slender, fragrant roots.

The GINSENG (Panax quinquefolium; Aralia quinquefolia of Gray) found in rich woods from Quebec to Alabama, and westward to Nebraska - that is, where found at all, for much hunting has all but exterminated it in many regions - bears a solitary umbel of small yellowish-green, five-parted, polygamous flowers in July and August at the end of a smooth stem about a foot high. Bright crimson berries follow the clusters on the female plants in early autumn. Three long-petioled leaves, which grow in a whorl at the top of the low stem, are palmately divided into five thin, ovate, pointed, and irregularly toothed leaflets. But it is the deep fusiform root, simple or branched, about which the Americanized Chinese, at least, are most concerned. For centuries Chinese physicians have ascribed miraculous virtues to the Manchurian ginseng. Not only can it remove fatigue and restore lost powers, but by its use veterans became frisky youths again according to these wise men of the East. In short, they consider it the panacea for all ills (Panax: pan = all, akos = remedy) - the source of immortality. Naturally the roots were and are in great demand, especially such as branch so as to resemble the human form. (Both the Chinese name Schin-sen, and Garan-toguen, the Indian one, are said to mean like a man. Here is an interesting clue for the ethnologists to follow !) Imperial edict prohibited the Chinese from digging up their native plant lest it be exterminated. So Jesuit missionaries, who discovered our similar ginseng, were not slow in exporting it to China when it was literally worth its weight in gold. Indeed, it is always sold by weight - a fact on which the heathen Chinee "with ways that are dark and tricks that are vain" not infrequently relies. Chinamen, who gather large quantities in our Western States to sell to the wholesale druggists for export, sometimes drill holes into the largest roots, pour in melted lead, and plug up the drills so ingeniously that druggists refuse to pay for a Chinaman's diggings until they have handled and weighed each root separately.

The GINSENG (Panax quinquefolium; Aralia quinquefolia of Gray) can be found in rich woods from Quebec to Alabama, and as far west as Nebraska—though it’s pretty rare now since overharvesting has nearly wiped it out in many places. It produces a single cluster of small yellowish-green, five-parted, polygamous flowers in July and August at the top of a smooth stem that’s about a foot tall. Bright red berries appear on the female plants in early autumn. There are three long-petioled leaves that grow in a whorl at the top of the short stem, which are palmately divided into five thin, oval, pointed, and irregularly toothed leaflets. However, it’s the deep, spindle-shaped root, whether simple or branched, that Americanized Chinese people are most interested in. For centuries, Chinese doctors have attributed miraculous powers to the Manchurian ginseng. Not only does it relieve fatigue and restore energy, but these wise men of the East claim that it can turn veterans back into lively youths. In short, they consider it a cure-all (Panax: pan = all, akos = remedy)—the secret to immortality. Naturally, the roots are in high demand, especially those that branch out to resemble the human form. (Both the Chinese name Schin-sen and the Indian name Garan-toguen are said to mean "like a man." This is an intriguing lead for ethnologists to explore!) An imperial decree forbade the Chinese from harvesting their native plant to prevent its extinction. So, Jesuit missionaries, who found our similar ginseng, quickly began exporting it to China when it was literally worth its weight in gold. In fact, it is always sold by weight—a detail that often benefits the clever Chinese merchants, who sometimes drill holes into the largest roots, pour in melted lead, and carefully seal the holes so that druggists won’t pay for a Chinaman's haul without examining and weighing each root individually.

The DWARF GINSENG, OR GROUND NUT (P. trifolium; Aralia trifolia of Gray) whose little white flowers are clustered in feathery, fluffy balls above the whorl of three compound leaves in April and May, chooses low thickets and moist woods for its habitat - often in the same neighborhood with its larger relative. Yellowish berries follow the fragrant white pompons. One must burrow deep, like the rabbits, to find its round, pungent, sweet, nut-like root, measuring about half an inch across, which few have ever seen.

The DWARF GINSENG, OR GROUND NUT (P. trifolium; Aralia trifolia of Gray) has small white flowers that bloom in feathery, fluffy clusters above a circle of three compound leaves in April and May. It prefers low thickets and damp woods as its home, often found alongside its larger relative. Yellowish berries appear after the fragrant white pom-poms. One needs to dig deep, like rabbits, to discover its round, strong-smelling, sweet, nut-like root, which is about half an inch wide and is rarely seen by most people.

WILD CARROT; QUEEN ANNE'S LACE; BIRD'S-NEST
  (Daucus Carota) Carrot family

WILD CARROT; QUEEN ANNE'S LACE; BIRD'S-NEST
  (Daucus Carota) Carrot family

Flowers - Small, of unequal sizes (polygamous), white, rarely pinkish gray, 5-parted, in a compound, flat, circular umbel, the central floret often dark crimson; the umbels very concave in fruit. An involucre of narrow, pinnately cut bracts. Stem: 1 to 3 ft. high, with stiff hairs; from a deep, fleshy, conic root. Leaves: Cut into fine, fringy divisions; upper ones smaller and less dissected. Preferred Habitat - Wastelands, fields, roadsides. Flowering Season - June-September. Distribution - Eastern half of United States and Canada. Europe and Asia.

Flowers - Small and varying in size (polygamous), white, occasionally pinkish-gray, with 5 parts, arranged in a flat, circular cluster, often featuring a central dark crimson flower; the clusters are very concave when in fruit. There’s a group of narrow, finely divided bracts underneath. Stem: 1 to 3 feet tall, covered in stiff hairs; originating from a deep, fleshy, cone-shaped root. Leaves: finely cut into delicate, fringy segments; the upper ones are smaller and less chopped up. Preferred Habitat - Wastelands, fields, roadsides. Flowering Season - June-September. Distribution - Eastern half of the United States and Canada, Europe, and Asia.

A pest to farmers, a joy to the flower lover, and a welcome signal for refreshment to hosts of flies, beetles, bees, and wasps, especially to the paper-nest builders, the sprangly wild carrot lifts its fringy foliage and exquisite lacy, blossoms above the dry soil of three continents. From Europe it has come to spread its delicate wheels over our summer landscape, until whole fields are whitened by them east of the Mississippi. Having proved fittest in the struggle for survival in the fiercer competition of plants in the over-cultivated Old World, it takes its course of empire westward year by year, Finding most favorable conditions for colonizing in our vast, uncultivated area; and the less aggressive, native occupants of our soil are only too readily crowded out. Would that the advocates of unrestricted immigration of foreign peasants studied the parallel examples among floral invaders!

A problem for farmers, a delight for flower lovers, and a welcome sign of refreshment for swarms of flies, beetles, bees, and wasps—especially the paper-nest builders—the wild carrot proudly lifts its feathery leaves and beautiful lacy blossoms above the dry soil of three continents. Originally from Europe, it has spread its delicate blooms across our summer landscape, turning entire fields white east of the Mississippi. Having thrived in the fierce competition of plants in the over-farmed Old World, it continues to move westward year by year, finding the best conditions to settle in our vast, uncultivated areas. The less aggressive native plants here are quickly pushed out. If only those who support unrestricted immigration of foreign peasants would consider the similar patterns among invasive plants!

What is the secret of the wild carrots' triumphal march? As usual, it is to be sought chiefly in the flower's scheme to attract and utilize visitors. Nectar being secreted in open disks near to one another, the shortest-tongued insects can lick it up from the Umbelliferae with even less loss of time than from the tubular florets of the Cornpositae. Over sixty distinct species of insects may be taken on the wild carrot by any amateur, since it blooms while insect life is at its height but, as might be expected, the long-tongued and color-loving, specialized bees and butterflies do not often waste time on florets so easily drained by the mob. Ants find the stiff hairs on the stem disagreeable obstacles to pilfering; but no visitors seem to object to the flowers' suffocating odor.

What’s the secret behind the wild carrots’ successful spread? As usual, it mainly lies in the flower's strategy to attract and make use of visitors. The nectar is secreted in open disks that are close together, allowing even the shortest-tongued insects to access it more quickly than from the tubular florets of the Compositae. Any amateur can find over sixty different species of insects on wild carrot since it blooms at the peak of insect activity. However, as you might expect, specialized bees and butterflies with long tongues and a preference for color seldom bother with florets that can be drained so easily by the crowd. Ants find the stiff hairs on the stem a bothersome barrier to foraging, but none of the visitors seem to mind the flowers' overwhelming odor.

One of these lacy, white umbels must be examined under a lens before its delicate structure and perfection of detail can be appreciated. Naturally a visitor is attracted first by the largest, most showy florets situated around the outer edge of the wheel, on which he leaves pollen, brought from another umbel; and any vitalizing dust remaining on his under side may be left on the less conspicuous hermaphrodite blossoms as he makes his way toward the center, where the tiny, pollen-bearing florets are grouped. From the latter, as he flies away, he will carry fresh pollen to the outer row of florets on another umbel, and so on - at least this is the usual and highly advantageous method. After general fertilization, the slender flower-stalks curl inward, and the umbel forms a hollow nest that gradually contracts as it dries, almost, if not quite, closing at the top, albeit the fiction that bees and spiders make their home in the seeding umbels circulates freely.

One of these lacy, white clusters needs to be looked at through a lens to truly appreciate its delicate structure and fine details. Naturally, a visitor is first drawn to the largest, most eye-catching flowers on the outer edge of the cluster, where it leaves pollen collected from another cluster; any vitalizing dust left on its underside may be transferred to the less obvious hermaphrodite flowers as it moves toward the center, where the tiny, pollen-producing flowers are grouped. As it flies away from these, it will carry fresh pollen to the outer flowers of another cluster, and so on—this is typically the usual and beneficial method. After general fertilization, the slender flower stalks curl inward, and the cluster forms a hollow nest that gradually shrinks as it dries, almost, if not completely, closing at the top, although there’s a popular belief that bees and spiders make their homes in the seed-filled clusters.

Still another fiction is that the cultivated carrot, introduced to England by the Dutch in Queen Elizabeth's reign, was derived from this wild species. Miller, the celebrated English botanist and gardener, among many others, has disproved this statement by utterly failing again and again to produce an edible vegetable from this wild root. When cultivation of the garden carrot lapses for a few generations, it reverts to the ancestral type -a species quite distinct from Daucus Carota.

Still another myth is that the cultivated carrot, which the Dutch brought to England during Queen Elizabeth's reign, came from this wild species. Miller, the famous English botanist and gardener, along with many others, has proven this claim to be false by repeatedly failing to create an edible vegetable from this wild root. When the cultivation of the garden carrot stops for a few generations, it goes back to its ancestral type—a species that is quite different from Daucus Carota.

SMOOTHER SWEET CICELY
  (Washingtonia longistylis; Osmorrhiza longistylis of Gray)
Carrot family

SMOOTHER SWEET CICELY
  (Washingtonia longistylis; Osmorrhiza longistylis of Gray)
Carrot family

Flowers - Small, white, 5-parted; in few rayed, long-peduncled umbels, with small bracts below them. Stem: 1 1/2 to 3 ft. high, branching, from thick, fleshy, fragrant, edible roots. Leaves: Lower ones often very large, long-petioled, thrice-compound, and again divided, the leaflets ovate, pointed, deeply toothed, slightly downy; upper leaves less compound, nearly sessile. Preferred Habitat - Rich, moist woods and thickets. Flowering Season - May-June. Distribution - Nova Scotia to the Carolinas, westward to Dakota.

Flowers - Small, white, with five parts; arranged in a few rayed, long-stemmed umbels, with small bracts underneath. Stem: 1.5 to 3 feet high, branching, originating from thick, fleshy, fragrant, edible roots. Leaves: The lower leaves are often very large, long-stemmed, three times compound, and further divided, with the leaflets being oval, pointed, deeply toothed, and slightly hairy; the upper leaves are less compound and nearly stemless. Preferred Habitat - Rich, moist woods and thickets. Flowering Season - May-June. Distribution - From Nova Scotia to the Carolinas, west to Dakota.

Graceful in gesture, with delicate, fernlike leaves and anise-scented roots that children, like rabbits, delight to nibble, the sweet cicely attracts attention by its fragrance, however insignificant its flowers. In wooded places, such as it prefers to dwell in, white blossoms, which are far more noticeable in a dim light than colored ones, and finely cut leaves that can best withstand the drip from trees, abound. These white umbels bear a large proportion of male, or pollen-bearing, florets to the number of hermaphrodite, or two-sexed, florets; but as the latter mature their pollen before their stigmas become susceptible to it, self-fertilization is well guarded against, and cross-fertilization is effected with the help of as many flies as small bees, which come in numbers to lick up the nectar so freely exposed in consideration of their short tongues. We have to thank these little creatures for the long, slender seeds, armed with short bristles along the ribs, that they may snatch rides on our garments, together with the beggar-ticks, burdock, cleavers, and other vagabond colonists in search of unoccupied ground. Be sure you know the difference between sweet cicely and the poisonous water hemlock before tasting the former's spicy root.

Graceful in movement, with delicate, fern-like leaves and anise-scented roots that children, like rabbits, love to nibble on, sweet cicely attracts attention with its fragrance, no matter how small its flowers are. In the wooded areas where it likes to grow, white blossoms, which stand out more in dim light than colorful ones do, and finely cut leaves that can handle the dripping from trees, are abundant. These white flower clusters have a higher number of male, or pollen-producing, flowers compared to hermaphrodite, or two-sexed, flowers; however, the latter mature their pollen before their stigmas are ready to receive it, effectively preventing self-fertilization. Cross-fertilization happens with the help of many flies and small bees that come in numbers to sip the nectar that is freely available for their short tongues. We owe these little creatures for the long, slender seeds, equipped with short bristles along the sides, that they hitch rides on our clothes with, along with beggar-ticks, burdock, cleavers, and other wandering plants looking for empty spaces to occupy. Make sure you know the difference between sweet cicely and the poisonous water hemlock before tasting the spicy root of the former.

Was there no more important genus - containing, if possible, red, white, and blue flowers - to have named in honor of the Father of his Country?

Was there no more significant genus - ideally featuring red, white, and blue flowers - to be named in honor of the Father of his Country?

Another member of the Carrot family, the SANICLE or BLACK SNAKEROOT (Sanicula Marylandica), found blooming from May to July in such rich, moist woodlands and shrubbery as the sweet cicely prefers, lifts spreading, two to four rayed umbels of insignificant-looking but interesting little greenish-white florets. At first the tips of the five petals are tucked into the center of each little flower; underneath them the stamens are now imprisoned while any danger of self-fertilizing the stigma remains. The few hermaphrodite florets have their styles protruding from the start, and incoming insects leave pollen brought from staminate florets on the early-maturing stigmas. After cross-fertilization has been effected, it is the pistil's turn to keep out of the way, and give the imprisoned stamens a chance: the styles curve until the stigmas are pressed against the sides of the ovary, that not a grain of pollen may touch them; the petals spread and release the stamens; but so great is the flower's zeal not to be fertilized with its own pollen that it sometimes holds the anthers tightly between the petals until all the vitalizing dust has been shed! Around the hermaphrodite florets are a large number of male florets in each hemispheric cluster. Hooked bristles and slender, curved styles protrude from the little burr-like seeds, that any creature passing by may give them a lift to fresh colonizing land! The firm bluish-green leaves, palmately divided into from five to seven oblong, irregularly saw-edged segments, the upper leaves seated on the stem, the lower ones long-petioled, help us to identify this common weed.

Another member of the Carrot family, the SANICLE or BLACK SNAKEROOT (Sanicula Marylandica), blooms from May to July in the same rich, moist woodlands and shrubbery that sweet cicely prefers. It features spreading, two to four-rayed umbels of unassuming but interesting little greenish-white flowers. At first, the tips of the five petals are tucked into the center of each flower, keeping the stamens enclosed to prevent self-fertilization of the stigma. The few hermaphrodite flowers already have their styles sticking out, and the incoming insects leave pollen from the male flowers on the early-maturing stigmas. After cross-fertilization occurs, it's the pistil's turn to step back and let the enclosed stamens have their chance: the styles curve until the stigmas press against the sides of the ovary, making sure that no grain of pollen touches them; the petals spread out to release the stamens; but the flower is so determined not to use its own pollen that it sometimes holds the anthers tight between the petals until all the vital pollen has been shed! Surrounding the hermaphrodite flowers are many male flowers in each hemispheric cluster. Hooked bristles and slender, curved styles stick out from the little burr-like seeds, allowing any passing creature to help spread them to new colonizing areas! The firm bluish-green leaves, palmately divided into five to seven oblong, irregularly saw-edged segments—with the upper leaves attached directly to the stem and the lower ones on long petioles—help us identify this common weed.

With splendid, vigorous gesture the COW-PARSNIP (Heracleum lanatum) rears itself from four to eight feet above moist, rich soil from ocean to ocean in circumpolar regions as in temperate climes. A perfect Hercules for coarseness and strength does it appear when contrasted with some of the dainty members of the carrot tribe. In June and July, when a myriad of winged creatures are flying, large, compound, many-rayed umbels of both hermaphrodite and male white flowers are spread to attract their benefactors the flies, of which twenty-one species visit them regularly, besides small bees, wasps, and other short-tongued insects, which have no difficulty in licking up the freely exposed nectar. The anthers, maturing first, compel cross-fertilization which accounts for the plant's vigor and its aggressive march across the continent. A very stout, ridged, hairy stem, the petioled leaves compounded of three broadly ovate, lobed and saw-edged divisions, downy on the underside, and the great umbels, which sometimes measure a foot across, all bear out the general impression of a Hercules of the fields.

With impressive, energetic flair, the COW-PARSNIP (Heracleum lanatum) stands tall, reaching four to eight feet above moist, rich soil across circumpolar regions and temperate climates. It resembles a true Hercules in its coarseness and strength when compared to some of the more delicate members of the carrot family. In June and July, when countless winged creatures are in flight, large, complex, multi-rayed clusters of both hermaphrodite and male white flowers bloom to attract their pollinators—the flies, with twenty-one species visiting regularly, along with small bees, wasps, and other short-tongued insects that easily access the openly available nectar. The anthers mature first, promoting cross-fertilization, which explains the plant's vigor and its relentless spread across the continent. The stout, ridged, hairy stem, the petioled leaves made up of three broad, lobed, and serrated sections that are downy underneath, and the large umbels that can reach a foot in diameter all contribute to the striking image of a true Hercules of the fields.

FOOL'S PARSLEY, or CICELY, or DOG-POISON (Aethusa cynapium), a European immigrant found in waste ground and rubbish heaps from Nova Scotia to New Jersey and westward to the Mississippi, should be known only to be avoided. The dark bluish-green, finely divided, rather glossy leaves when bruised do not give out the familiar fragrance of true parsley; the little narrow bracts, turned downward around each separate flower-cluster, give it a bearded appearance, otherwise the white umbel suggests a small wild carrot head of bloom. Cows have died from eating this innocent-looking little plant among the herbage; but most creatures know by instinct that it must not be touched.

FOOL'S PARSLEY, or CICELY, or DOG-POISON (Aethusa cynapium), a European plant found in neglected areas and trash piles from Nova Scotia to New Jersey and westward to the Mississippi, should only be recognized to be avoided. The dark bluish-green, finely divided, somewhat shiny leaves, when crushed, do not release the familiar scent of true parsley; the small narrow bracts, curled downward around each flower cluster, give it a shaggy look, and the white umbel resembles a small wild carrot flower. Cows have died from eating this innocuous-looking little plant among the grass; however, most animals instinctively know not to touch it.

Strange that a family which furnishes the carrot, parsnip, parsley, fennel, caraway, coriander, and celery to mankind, should contain many members with deadly properties. Fortunately the large, coarse WATER HEMLOCK, SPOTTED COWBANE, MUSQUASH ROOT, or BEAVER-POISON (Cicuta maculata) has been branded as a murderer. Purple streaks along its erect branching stem correspond to the marks on Cain's brow. Above swamps and low ground it towers. Twice or thrice pinnate leaves, the lower ones long-stalked and often enormous, the leaflets' conspicuous veins apparently ending in the notches of the coarse, sharp teeth, help to distinguish it from its innocent relations sometimes confounded with it. Its several tuberiform fleshy roots contain an especially deadly poison; nevertheless, some highly intelligent animals, beavers, rabbits, and the omnivorous small boy among others have mistaken it for sweet-cicely with fatal results. Indeed, the potion drunk by Socrates and other philosophers and criminals at Athens, is thought to have been a decoction made from the roots of this very hemlock. Many little white flowers in each cluster make up a large umbel; and many umbels to a plant attract great numbers of flies, small bees, and wasps, which sip the freely exposed nectar apparently with only the happiest consequences, as they transfer pollen from the male to the proterandrous hermaphrodite flowers. Just as the cow-parsnip shows a preponderance of flies among its visitors, so the water hemlock seems to attract far more bees and wasps than any of the umbel-bearing carrot tribe. It blooms from the end of June through August.

It's strange that a family of plants providing carrots, parsnips, parsley, fennel, caraway, coriander, and celery to people also includes many members that are toxic. Thankfully, the large, coarse WATER HEMLOCK, SPOTTED COWBANE, MUSQUASH ROOT, or BEAVER-POISON (Cicuta maculata) has been identified as deadly. The purple streaks along its upright, branching stem resemble the marks on Cain's forehead. It grows tall over swamps and lowland areas. Its twice or thrice pinnate leaves, with the lower ones being long-stalked and often huge, along with the leaflets’ noticeable veins that seem to end in notches of its coarse, sharp teeth, help differentiate it from its harmless relatives that are sometimes confused with it. Its numerous tuberous, fleshy roots contain a particularly potent toxin; yet, some intelligent animals such as beavers, rabbits, and even the curious small boy have mistaken it for sweet-cicely, with deadly outcomes. Indeed, the drink consumed by Socrates and other philosophers and criminals in Athens is believed to have been a brew made from the roots of this very hemlock. Each cluster of little white flowers forms a large umbel, and many umbels per plant attract numerous flies, small bees, and wasps, which sip the openly available nectar, seemingly enjoying themselves as they transfer pollen from the male to the proterandrous hermaphrodite flowers. Just like the cow-parsnip is visited mostly by flies, the water hemlock seems to draw significantly more bees and wasps than any other members of the carrot family. It blooms from the end of June through August.

Still another poisonous species is the HEMLOCK WATER-PARSNIP (Sium cicutaefolium), found in swampy places throughout Canada and the United States from ocean to ocean. The compound, long-rayed umbels of small white flowers, fringy-bracted below, which measure two or three inches across; the extremely variable pinnate leaves, which may be divided into from three to six pairs of narrow and sharply toothed leaflets (or perhaps the lower long-stalked ones as finely dissected as a wild carrot leaf where they grow in water), and the stout, grooved, branching stem, from two to six feet tall, are its distinguishing characteristics. In these umbels it will be noticed there are far more hermaphrodite, or two-sexed, florets (maturing their anthers first), than there are male ones; consequently quantities of unwelcome seed are set with the help of small bees, wasps, and flies, which receive generous entertainment from July to October.

Another toxic species is the HEMLOCK WATER-PARSNIP (Sium cicutaefolium), which can be found in marshy areas across Canada and the United States from coast to coast. Its distinctive features include compound, long-rayed clusters of small white flowers with fringed bracts beneath, measuring two to three inches across; the highly variable pinnate leaves, which may be divided into three to six pairs of narrow, sharply-toothed leaflets (or perhaps the lower, long-stalked ones that are as finely dissected as a wild carrot leaf when they grow in water); and the stout, grooved, branching stem that stands two to six feet tall. In these clusters, you'll notice there are far more hermaphrodite, or two-sexed, florets (which mature their anthers first) than male ones; as a result, a large number of unwanted seeds are produced with the help of small bees, wasps, and flies, which enjoy a bountiful buffet from July to October.

The MOCK BISHOP'S-WEED (Ptilimnium capillaceum), a slender, delicate, dainty weed found chiefly in saltwater meadows from Massachusetts to Florida and around the Gulf coast to Texas, has very finely dissected, fringy leaves and compound umbels two to four inches across, of tiny white florets, with threadlike bracts below. It blooms throughout the summer.

The MOCK BISHOP'S-WEED (Ptilimnium capillaceum) is a slender, delicate weed mainly found in saltwater meadows from Massachusetts to Florida and along the Gulf coast to Texas. It has very finely dissected, fringy leaves and compound flower clusters (umbels) that are two to four inches wide, featuring tiny white flowers and threadlike bracts underneath. It blooms all summer long.

FLOWERING DOGWOOD
  (Cornus florida) Dogwood family

FLOWERING DOGWOOD
  (Cornus florida) Dogwood family

Flowers - (Apparently) large, white or pinkish, the four conspicuous parts simulating petals, notched at the top, being really bracts of an involucre below the true flowers, clustered, in the center, which are very small, greenish yellow, 4-parted, perfect. Stem: A large shrub or small tree, wood hard, bark rough. Leaves: Opposite, oval, entire-edged, petioled, paler underneath. Fruit: Clusters of egg-shaped scarlet berries, tipped with the persistent calyx. Preferred Habitat - Woodlands rocky thickets, wooded roadsides. Flowering Season - April-June. Distribution - Maine to Florida, west to Ontario and Texas.

Flowers - (Apparently) large, white or pinkish, with four noticeable parts that look like petals but are actually bracts from an involucre below the true flowers, which are small, greenish-yellow, four-petaled, and perfect. Stem: A large shrub or small tree with hard wood and rough bark. Leaves: Opposite, oval, with smooth edges, petioled, and lighter on the underside. Fruit: Clusters of egg-shaped scarlet berries, topped with the persistent calyx. Preferred Habitat - Rocky woodlands and wooded roadsides. Flowering Season - April to June. Distribution - From Maine to Florida, and west to Ontario and Texas.

Has Nature's garden a more decorative ornament than the flowering dogwood, whose spreading flattened branches whiten the woodland borders in May as if an untimely snowstorm had come down upon them, and in autumn paint the landscape with glorious crimson, scarlet, and gold, dulled by comparison only with the clusters of vivid red berries among the foliage? Little wonder that nurserymen sell enormous numbers of these small trees to be planted on lawns. The horrors of pompous monuments, urns, busts, shafts, angels, lambs, and long-drawn-out eulogies in stone in many a cemetery are mercifully concealed in part by these boughs, laden with blossoms of heavenly purity.

Does Nature's garden have a more beautiful decoration than the flowering dogwood, whose wide, flat branches turn the woodland edges white in May, as if a surprise snowstorm had fallen on them? In autumn, it paints the landscape in stunning shades of crimson, scarlet, and gold, only slightly overshadowed by the vibrant red berries among the leaves. It's no surprise that nurseries sell a ton of these small trees for planting on lawns. The overwhelming presence of grand monuments, urns, busts, shafts, angels, lambs, and lengthy stone eulogies in many cemeteries is thankfully partly hidden by these branches, heavy with blossoms of pure beauty.

    "Let dead names be eternized in dead stone,
     But living names by living shafts be known.
     Plant thou a tree whose leaves shall sing
     Thy deeds and thee each fresh, recurrent spring."

"Let the names of the dead be carved in stone,
     But let the names of the living be recognized by living things.
     Plant a tree whose leaves will sing
     Of your actions and you every new spring."

Fit symbol of immortality! Even before the dogwood's leaves fall in autumn, the round buds for next year's bloom appear on the twigs, to remain in consoling evidence all winter with the scarlet fruit. When the buds begin to swell in spring, the four reddish-purple, scale-like bracts expand, revealing a dozen or more tiny green flowers clustered within for the large, white, petal-like parts, with notched, tinted, and puckered lips, into which these reddish bracts speedily develop, and which some of us have mistaken for a corolla, are not petals at all - not the true flowers - merely appendages around the real ones, placed there, like showy advertisements, to attract customers. Nectar, secreted in a disk on each minute ovary, is eagerly sought by little Andrena and other bees, besides flies and butterflies. Insects crawling about these clusters, whose florets are all of one kind, get their heads and undersides dusted with pollen, which they transfer as they suck. Hungry winter birds, which bolt the red fruit only when they can get no choicer fare, distribute the smooth, indigestible stones far and wide.

Fit symbol of immortality! Even before the dogwood's leaves fall in autumn, the round buds for next year's bloom appear on the twigs, remaining as a comforting presence all winter alongside the scarlet fruit. When the buds begin to swell in spring, the four reddish-purple, scale-like bracts unfold, revealing a dozen or more tiny green flowers clustered within the large, white, petal-like parts. The notched, tinted, and puckered lips into which these reddish bracts quickly develop—and which some of us have mistakenly thought to be petals—are not petals at all. They aren’t the true flowers; they’re just extra parts around the real ones, like flashy advertisements meant to draw in pollinators. Nectar, secreted from a disk on each tiny ovary, is eagerly sought after by little Andrena bees, as well as other bees, flies, and butterflies. Insects crawling around these clusters, which all have the same type of florets, get their heads and undersides covered in pollen, which they transfer as they feed. Hungry winter birds eat the red fruit only when there’s no better food available, spreading the smooth, indigestible seeds far and wide.

When the Massachusetts farmers think they hear the first brown thrasher in April advising them to plant their Indian corn, reassuringly calling, "Drop it, drop it - cover it up, cover it up - pull it up, pull it up, pull it up" (Thoreau), they look to the dogwood flowers to confirm the thrasher's advice before taking it.

When the farmers in Massachusetts think they hear the first brown thrasher in April telling them to plant their corn, reassuringly calling, "Drop it, drop it - cover it up, cover it up - pull it up, pull it up, pull it up" (Thoreau), they look to the dogwood flowers to confirm the thrasher's advice before acting on it.

The LOW or DWARF CORNEL, or BUNCHBERRY (C. canadensus) whose scaly stem does its best to attain a height of nine inches, bears a whorl of from four to six oval, pointed, smooth leaves at the summit. From the midst of this whorl comes a cluster of minute greenish florets, encircled by four to six large, showy, white petal-like bracts, quite like a small edition of the flowering dogwood blossom. Tight clusters of round berries, that are lifted upward on a gradually lengthened peduncle after the flowers fade (May-July), brighten with vivid touches of scarlet shadowy, mossy places in cool, rich woods, where the dwarf cornels, with the partridge vine, twin flower, gold thread, and fern, form the most charming of carpets.

The LOW or DWARF CORNEL, or BUNCHBERRY (C. canadensis), which tries to reach a height of nine inches, has a whorl of four to six oval, pointed, smooth leaves at the top. From the center of this whorl comes a cluster of tiny greenish flowers, surrounded by four to six large, eye-catching, white petal-like bracts, resembling a smaller version of the flowering dogwood blossom. After the flowers fade (May-July), tight clusters of round berries rise on a gradually lengthening stem, adding bright splashes of scarlet to shadowy, mossy spots in cool, rich woods, where the dwarf cornels, along with the partridge vine, twin flower, gold thread, and ferns, create the most charming of carpets.

Other common dogwoods there are - shrubs from three to ten feet in height - which bear flat clusters of small white flowers without the showy petal-like bracts, imitating a corolla, as in the two preceding species, but each little four-parted blossom attracting its miscellaneous crowd of benefactors by association with dozens of its counterparts in a showy cyme. Because these flowers expand farther than the minute florets of the dwarf cornel or the flowering dogwood, and the sweets are therefore more accessible, all the insects which fertilize them come to the shrub dogwoods too, and in addition very many beetles, to which their odor seems especially attractive. ("Odore carabico o scarabeo" - Delpino.) The ROUND-LEAVED CORNEL or DOGWOOD [now ROUNDLEAF DOGWOOD] (C. circinata), found on shady hillsides, in open woodlands, and roadside thickets - especially in rocky districts - from Nova Scotia to Virginia, and westward to Iowa, may be known by its greenish, warty twigs; its broadly ovate, or round petioled, opposite leaves, short-tapering to a point, and downy beneath; and, in May and June, by its small, flat, white flower-clusters about two inches across, that are followed by light-blue (not edible) berries.

Other common dogwoods are shrubs that grow between three to ten feet tall. They produce flat clusters of small white flowers without the showy petal-like bracts that resemble a corolla, unlike the two species mentioned earlier. Each small four-part flower attracts a variety of pollinators by being grouped with dozens of similar flowers in an eye-catching cyme. Because these flowers are more open than the tiny florets of the dwarf cornel or the flowering dogwood, and their nectar is more accessible, all the insects that pollinate them are also drawn to the shrub dogwoods, along with many beetles that seem particularly attracted to their scent. ("Odore carabico o scarabeo" - Delpino.) The ROUND-LEAVED CORNEL or DOGWOOD [now ROUNDLEAF DOGWOOD] (C. circinata), which grows in shady hillsides, open woodlands, and roadside thickets—especially in rocky areas—from Nova Scotia to Virginia and west to Iowa, can be identified by its greenish, warty twigs, its broadly ovate or round petioled opposite leaves that taper to a short point and are downy underneath, and in May and June, by its small, flat, white flower clusters about two inches wide, which are followed by light blue (not edible) berries.

Even more abundant is the SILKY CORNEL, KINNIKINNICK, or SWAMP DOGWOOD [now SILKY DOGWOOD] (C. amonum; C. sericca of Gray) found in low, wet ground, and beside streams, from Nebraska to the Atlantic Ocean, south to Florida and north to New Brunswick. Its dull-reddish twigs, oval or oblong leaves, rounded at the base but tapering to a point at the apex, and usually silky-downy with fine, brownish hairs underneath (to prevent the pores from clogging with vapors arising from its damp habitat); its rather compact, flat clusters of white flowers from May to July, and its bluish berries are its distinguishing features. The Indians loved to smoke its bark for its alleged tonic effect.

Even more common is the SILKY CORNEL, KINNIKINNICK, or SWAMP DOGWOOD [now SILKY DOGWOOD] (C. amonum; C. sericca of Gray), which grows in low, wet areas and next to streams, stretching from Nebraska to the Atlantic Ocean, south to Florida and north to New Brunswick. Its dull reddish twigs, oval or oblong leaves that are rounded at the base but taper to a point at the tip, and usually silky-downy texture with fine, brownish hairs underneath (to keep the pores from clogging with vapors from its damp environment); its fairly dense, flat clusters of white flowers from May to July, and its bluish berries are its key characteristics. The natives enjoyed smoking its bark for its supposed tonic effects.

The RED-OSIER CORNEL or DOGWOOD (C. stolonifera), which has spread, with the help of running shoots, through the soft soil of its moist retreats, over the British Possessions north of us and throughout the United States from ocean to ocean, except at the extreme south, may be known by its bright purplish-red twigs; its opposite, slender, petioled leaves, rather abruptly pointed at the apex, roughish on both sides, but white or nearly so beneath; its small, flat-topped white flower-clusters in June or July; and finally, by its white or lead-colored fruit.

The RED-OSIER CORNEL or DOGWOOD (C. stolonifera) has spread across soft soil in its wet habitats, reaching the British territories to the north and all over the United States from coast to coast, excluding the far south. You can recognize it by its bright purplish-red twigs, opposite slender leaves with petioles that are sharply pointed at the tip, slightly rough on both sides but white or almost white underneath. It produces small, flat-topped clusters of white flowers in June or July, and its fruit is either white or lead-colored.

In good, rich, moist soil another white-fruited species, the PANICLED CORNEL or DOGWOOD (C. candidissima; C. paniculata of Gray) rears its much-branched, smooth, gray stems. In May or June the shrub is beautiful with numerous convex, loose clusters of white flowers at the ends of the twigs. So far do the stamens diverge from the pistil that self-pollination is not likely; but an especially large number of the less specialized insects, seeking the freely exposed nectar, do all the necessary work as they crawl about and fly from shrub to shrub. This species bears comparatively long and narrow leaves, pale underneath. Its range is from Maine to the Carolinas and westward to Nebraska.

In rich, moist soil, another white-fruited species, the PANICLED CORNEL or DOGWOOD (C. candidissima; C. paniculata of Gray), grows tall with its many-branched, smooth, gray stems. In May or June, the shrub looks stunning with countless rounded, loose clusters of white flowers at the ends of its twigs. The stamens are so far from the pistil that self-pollination is unlikely; however, many less specialized insects, attracted to the easily accessible nectar, do all the necessary pollination as they move around and fly from one shrub to another. This species has relatively long and narrow leaves that are paler underneath. It’s found from Maine to the Carolinas and as far west as Nebraska.

WHITE ALDER; SWEET PEPPERBUSH; ALDER-LEAVED CLETHRA
  (Clethra alnifolia) White Alder family

WHITE ALDER; SWEET PEPPERBUSH; ALDER-LEAVED CLETHRA
  (Clethra alnifolia) White Alder family

Flowers - Very fragrant, white, about 1/3 in. across, borne in long, narrow, upright, clustered spikes, with awl-shaped bracts. Calyx of 5 sepals; 5 longer petals; 10 protruding stamens, the style longest. Stem: A much-branched shrub, 3 to 10 ft. high. Leaves: Alternate, oblong or ovate, finely saw-edged above the middle at least, green on both sides, tapering at base into short petioles. Preferred Habitat - Low, wet woodland and roadside thickets; swamps; beside slow streams; meadows. Flowering Season - July-August. Distribution - Chiefly near the coast, in States bordering the Atlantic Ocean.

Flowers - Very fragrant, white, about 1/3 inch across, found in long, narrow, upright, clustered spikes, with pointed bracts. Calyx with 5 sepals; 5 longer petals; 10 protruding stamens, with the style being the longest. Stem: A highly branched shrub, 3 to 10 feet tall. Leaves: Alternate, oblong or oval, finely serrated above the middle at least, green on both sides, tapering at the base into short petioles. Preferred Habitat - Low, wet woodlands and roadside thickets; swamps; alongside slow streams; meadows. Flowering Season - July-August. Distribution - Mostly near the coast, in states bordering the Atlantic Ocean.

Like many another neglected native plant, the beautiful sweet pepperbush improves under cultivation; and when the departed lilacs, syringa, snowball, and blossoming almond, found with almost monotonous frequency in every American garden, leave a blank in the shrubbery at midsummer, these fleecy white spikes should exhale their spicy breath about our homes. But wild flowers, like a prophet, may remain long without honor in their own country. This and a similar but more hairy species found in the Alleghany region, the MOUNTAIN SWEET PEPPERBUSH (C. acuminata), with pointed leaves, pale beneath, and spreading or drooping flower-spikes, go abroad to be appreciated. Planted beside lakes and streams on noblemen's estates, how overpowering must their fragrance be in the heavy, moisture-laden air of England! Even in our drier atmosphere, it hangs about the thickets like incense.

Like many other overlooked native plants, the lovely sweet pepperbush thrives when cultivated. When the fading lilacs, syringa, snowball, and blooming almond—often found in nearly every American garden—leave a gap in the shrubs during midsummer, these fluffy white spikes should spread their sweet scent around our homes. However, wildflowers, much like a prophet, can remain unrecognized in their own land for a long time. This, along with a similar but hairier variety found in the Alleghany region, the MOUNTAIN SWEET PEPPERBUSH (C. acuminata), which has pointed leaves that are paler underneath and flower spikes that spread or droop, goes elsewhere to be celebrated. When planted by lakes and streams on noble estates, their fragrance in the heavy, moisture-laden air of England must be overwhelming! Even in our drier climate, it lingers in the thickets like incense.

ROUND-LEAVED PYROLA; PEAR-LEAVED, or FALSE WINTERGREEN; INDIAN or
CANKER LETTUCE
  (Pyrola rolundifolia) Wintergreen family

ROUND-LEAVED PYROLA; PEAR-LEAVED, or FALSE WINTERGREEN; INDIAN or
CANKER LETTUCE
  (Pyrola rolundifolia) Wintergreen family

Flowers - Very fragrant, white, in a spike; 6 to 20, nodding from an erect, bracted scape 6 to 20 in. high. Calyx 5-parted corolla, over 1/2 in. across, of 5 concave, obtuse petals 10 stamens, protruding pistil, style curved, stigma 5-lobed. Leaves: All spreading from the base by margined petioles; shining leathery green, round or broadly oval, obtuse, 1 1/2 to 3 in. long, persistent through the winter. Preferred Habitat - Open woods. Flowering Season - June-July. Distribution - Nova Scotia to Georgia, west to Ohio and Minnesota.

Flowers - Very fragrant and white, arranged in a spike; there are 6 to 20 blossoms, drooping from a straight, bracted stem that's 6 to 20 inches high. The calyx is five-parted, and the corolla is over 1/2 inch wide, made up of 5 concave, blunt petals, with 10 stamens, a protruding pistil, a curved style, and a 5-lobed stigma. Leaves: All spread from the base on broad petioles; they are shiny, leathery green, rounded or broadly oval, blunt, 1 1/2 to 3 inches long, and persist through the winter. Preferred Habitat - Open woods. Flowering Season - June-July. Distribution - From Nova Scotia to Georgia, and west to Ohio and Minnesota.

Deliciously fragrant little flowers, nodding from an erect, slender stalk, when seen at a distance are often mistaken for lilies-of-the-valley growing wild. But closer inspection of the rounded, pearlike leaves in a cluster from the running root, and the concave, not bell-shaped, white, waxen blossoms, with the pistil protruding and curved, indicate the commonest of the pyrolas. Some of its kin dwell in bogs and wet places, but this plant and the shin-leaf carpet drier woodland where dwarf cornels, partridge vines, pipsissewa, and goldthread weave their charming patterns too. Certain of the lovely pyrola clan, whose blossoms range from greenish white, flesh-color, and pink to deep purplish rose, have so many features in common they were once counted mere varieties of this round-leaved wintergreen - an easygoing classification broken up by later-day systematists, who now rank the varieties as distinct species. It will be noticed that all these flowers have their anthers erect in the bud but reversed at flowering time, each of the two sacs opening by a pore which, in reality, is at the base of the sac, though by reversion it appears to be at the top. To these pores small bees and flies fasten their short lips to feed on pollen, some of which will be necessarily .jarred out on them as they struggle for a foothold on the stamens, and will be carried by them to another flower's protruding stigma, which impedes their entrance purposely to receive the imported pollen.

Deliciously fragrant little flowers, swaying from an upright, slender stalk, often look like wild lilies-of-the-valley when seen from a distance. However, a closer look reveals the rounded, pear-shaped leaves clustered from the running root, along with the concave, waxy white blossoms that aren't bell-shaped, featuring a protruding, curved pistil, which indicates the most common of the pyrolas. Some relatives prefer bogs and wet areas, but this plant, along with the shin-leaf, carpets drier woodlands where dwarf cornels, partridge vines, pipsissewa, and goldthread create their charming displays. Certain lovely members of the pyrola family, with blossoms ranging from greenish white to flesh-colored, pink, and deep purplish rose, share so many characteristics that they were once classified simply as varieties of this round-leaved wintergreen—an easy classification later disrupted by taxonomists who now recognize the varieties as distinct species. It's noticeable that all these flowers have their anthers upright in the bud but reversed when they bloom, with each of the two sacs opening through a pore that is actually at the base of the sac, even though it appears to be at the top due to this reversal. Small bees and flies attach their short mouths to these pores to feed on pollen, and some of it inevitably gets knocked onto them as they balance on the stamens, which they then carry to another flower's protruding stigma, designed to receive the incoming pollen while making it tricky to enter.

By reason of the old custom of clapping on a so-called "shinplaster" to every bruise, regardless of its location on the human body, a lovely little plant, whose leaves were once counted a first aid to the injured, still suffers instead under an unlovely name. The SHIN-LEAF (P. elliptica) sends up a naked flower-stalk, scaly at the base, often with a bract midway, and bearing at the top from seven to fifteen very fragrant, nodding, waxen, greenish-white blossoms, similar to the round-leaved wintergreen's. But on the thinner, dull, dark-green, upright leaves, with slight wavy indentations, scarcely to be called teeth, on the margins, their shorter leaf-stalks often reddish, one chiefly depends to name this common plant. It is usually found, in company with a few or many of its fellows, in rich woodlands so far west as the Rocky Mountains, blooming from June to August, according to the climate of its wide range.

Due to the old custom of putting a so-called "shinplaster" on every bruise, no matter where it is on the body, a lovely little plant, whose leaves used to be considered a first aid for injuries, still suffers from an unappealing name. The SHIN-LEAF (P. elliptica) produces a bare flower stalk, scaly at the base, often with a bract in the middle, and at the top, it has from seven to fifteen very fragrant, nodding, waxy, greenish-white flowers, similar to those of the round-leaved wintergreen. However, it's mainly the thinner, dull, dark-green, upright leaves, which have slight wavy edges that are barely noticeable as teeth, and their shorter leaf stalks that are often reddish, that help identify this common plant. It’s usually found, either alone or in groups, in rich woodlands as far west as the Rocky Mountains, blooming from June to August, depending on the climate of its broad range.

When the little SERRATED or ONE-SIDED WINTERGREEN (P. secunda) first sends up its slender raceme in June or July, it is erect but presently the small, greenish-white flowers, opening irregularly along one side, appear to weigh it downward into a curve. Usually several bracted scapes rise from a running, branched rootstock, to a height of from three to (rarely) ten inches above a cluster of basal evergreen leaves. These latter are rather thin, oval, slightly pointed, wavy or slightly saw-edged, the midrib prominent above and below. A peculiarity of the flowers is, that their petals are partially welded together into little bells, with the clapper (alias the straight green pistil) protruding, and the stamens united around its base. After the blossoms have been fertilized, the tiny, round, five-scalloped seed capsules, with the pistil still protruding, remain in evidence for months, as is usual in the pyrola clan. Small as the plant is, it has managed to distribute itself over Europe, Asia, and the woods and thickets of our own land from Labrador to Alaska, southward to California, Mexico, and the District of Columbia.

When the little SERRATED or ONE-SIDED WINTERGREEN (P. secunda) first sends up its slender raceme in June or July, it stands straight up, but soon the small, greenish-white flowers, which open unevenly along one side, cause it to bend downwards into a curve. Usually, several bracted shoots rise from a running, branched root system, reaching heights of three to (rarely) ten inches above a cluster of base evergreen leaves. These leaves are fairly thin, oval, slightly pointed, wavy or slightly saw-edged, with a prominent midrib on both sides. A unique feature of the flowers is that their petals are partially fused together, forming little bells, with the clapper (also known as the straight green pistil) sticking out, and the stamens joined around its base. After the flowers have been fertilized, the tiny, round, five-scalloped seed capsules, with the pistil still sticking out, remain visible for months, as is common in the pyrola family. Despite being small, the plant has managed to spread across Europe, Asia, and the woods and thickets of our own country from Labrador to Alaska, and southward to California, Mexico, and the District of Columbia.

Another little globe-trotter, so insignificant in size that one is apt to overlook it until its surprisingly large blossom appears in June or July, is the ONE-FLOWERED WINTERGREEN (Moneses uniflora), found in cool northern woods, especially about the roots of pines, in such yielding soil as will enable its long stem to run just below the surface. ONE-FLOWERED PYROLA, it is often called, although it belongs to a genus all its own. A boldly curved stalk, like a miniature Bo-peep crook, enables the solitary white or pink widely open flower to droop from the tip, thus protecting its precious contents from rain, and from crawling pilferers, to whom a pendent blossom is as inaccessible as a hanging bird's nest is to snakes. This five-petalled waxen flower, half an inch across or over, with its ten white, yellow-tipped stamens, and green, club-shaped pistil projecting from a conspicuous round ovary, never nods more than six inches above the ground, often at only half that height. When there is no longer need for the stalk to crook, that is to say, after the flower has begun to fruit, it gradually straightens itself out so that the little seed capsule, with the style and its five-lobed stigma still persistent, is held erect. The thin, rounded, finely notched leaves, measuring barely an inch in length, are clustered in whorls next the ground. Whether one comes upon colonies of this gregarious little plant, or upon a lonely straggler, the "single delight" (moneses), as Dr. Gray called the solitary flower, is one of the joys of a tramp through the summer woods.

Another little traveler, so small that you might easily miss it until its surprisingly large flower shows up in June or July, is the ONE-FLOWERED WINTERGREEN (Moneses uniflora), which grows in cool northern forests, especially around the roots of pine trees, in soft soil that lets its long stem run just below the surface. It’s often called ONE-FLOWERED PYROLA, although it belongs to its own unique genus. A boldly curved stalk, resembling a tiny shepherd's crook, allows the solitary white or pink flower to droop from the tip, protecting its delicate contents from rain and from sneaky animals, making the hanging blossom as unreachable to them as a bird's nest is to snakes. This five-petaled waxy flower, measuring half an inch or more across, features ten white stamens with yellow tips, and a green, club-shaped pistil sticking out from a prominent round ovary, never rises more than six inches off the ground, and often sits at just half that height. Once the flower starts to bear fruit and no longer needs to droop, the stalk gradually straightens out, holding the small seed capsule, complete with its style and five-lobed stigma, upright. The thin, rounded, finely notched leaves, barely an inch long, are gathered in whorls close to the ground. Whether you find clusters of this social little plant or a solitary one, the "single delight" (moneses), as Dr. Gray referred to the lone flower, is one of the little pleasures of walking through the summer woods.

INDIAN PIPE; ICE-PLANT; GHOST-FLOWER; CORPSE-PLANT
  (Monotropa uniflora) Indian-pipe family

INDIAN PIPE; ICE-PLANT; GHOST-FLOWER; CORPSE-PLANT
  (Monotropa uniflora) Indian-pipe family

Flowers - Solitary, smooth, waxy, white (rarely pink), oblong-bell shaped, nodding from the tip of a fleshy, white, scaly scape 4 to 10 in. tall. Calyx of 2 to 4 early-falling white sepals; 4 or 5 oblong, scale-like petals; 8 or 10 tawny, hairy stamens; a 5-celled, egg-shaped ovary, narrowed into the short, thick style. Leaves: None. Roots: A mass of brittle fibers, from which usually a cluster of several white scapes arises. Fruit: A 5-valved, many-seeded, erect capsule. Preferred Habitat - Heavily shaded, moist, rich woods, especially under oak and pine trees. Flowering Season - June-August. Distribution - Almost throughout temperate North America.

Flowers - Solitary, smooth, waxy, white (rarely pink), oblong-bell shaped, drooping from the tip of a fleshy, white, scaly stem 4 to 10 inches tall. The calyx has 2 to 4 white sepals that fall off early; 4 or 5 oblong, scale-like petals; 8 or 10 tan, hairy stamens; a 5-celled, egg-shaped ovary that narrows into the short, thick style. Leaves: None. Roots: A cluster of brittle fibers, typically giving rise to several white stems. Fruit: An upright capsule with 5 valves and many seeds. Preferred Habitat - Heavily shaded, moist, rich woods, especially under oak and pine trees. Flowering Season - June-August. Distribution - Almost throughout temperate North America.

Colorless in every part, waxy, cold, and clammy, Indian pipes rise like a company of wraiths in the dim forest that suits them well. Ghoulish parasites, uncanny saprophytes, for their matted roots prey either on the juices of living plants or on the decaying matter of dead ones, how weirdly beautiful and decorative, they are! The strange plant grows also in Japan, and one can readily imagine how fascinated the native artists must be by its chaste charms.

Colorless everywhere, waxy, cold, and clammy, Indian pipes rise like a group of ghosts in the dim forest that fits them perfectly. Creepy parasites and eerie decomposers, their tangled roots feed either on the juices of living plants or the decaying matter of dead ones—how strangely beautiful and decorative they are! This unusual plant also grows in Japan, and it's easy to imagine how captivated local artists must be by its pure charm.

Yet to one who can read the faces of flowers, as it were, it stands a branded sinner. Doubtless its ancestors were industrious, honest creatures, seeking their food in the soil, and digesting it with the help of leaves filled with good green matter (chlorophyll) on which virtuous vegetable life depends; but some ancestral knave elected to live by piracy, to drain the already digested food of its neighbors; so the Indian pipe gradually lost the use of parts for which it had need no longer, until we find it today without color and its leaves degenerated into mere scaly bracts. Nature has manifold ways of illustrating the parable of the ten pieces of money. Spiritual law is natural law: "From him that hath not, even that he hath shall be taken away." Among plants as among souls, there are all degrees of backsliders. The foxglove, which is guilty of only sly, petty larceny, wears not the equivalent of the striped suit and the shaved head; nor does the mistletoe, which steals crude food from the tree, but still digests it itself, and is therefore only a dingy yellowish green. Such plants, however, as the broomrape, pinesap, beechdrops, the Indian pipe, and the dodder - which marks the lowest stage of degradation of them all - appear among their race branded with the mark of crime as surely as was Cain.

Yet for someone who can read the expressions of flowers, it stands out as a marked sinner. Its ancestors were likely hardworking, honest beings, getting their sustenance from the soil and using leaves packed with good green matter (chlorophyll) that supports virtuous plant life; but some ancestor chose to live by stealing, taking the already digested food from its neighbors. Over time, the Indian pipe gradually lost the parts it no longer needed, until today it appears colorless with its leaves reduced to mere scaly bracts. Nature has many ways of illustrating the story of the ten pieces of money. Spiritual law is natural law: "From him who has not, even what he has shall be taken away." Among plants, as among souls, there are varying degrees of backsliders. The foxglove, which is guilty of only sneaky, petty theft, doesn’t wear what would be the equivalent of a striped suit and a shaved head; nor does the mistletoe, which takes crude food from the tree but still digests it itself, and is therefore only a dull yellowish-green. However, plants like broomrape, pinesap, beechdrops, the Indian pipe, and dodder - which represents the lowest level of degradation - are marked with the stain of crime just like Cain was.

No wonder this degenerate hangs its head; no wonder it grows black with shame on being picked, as if its wickedness were only just then discovered! To think that a plant related on one side to many of the loveliest flowers in Nature's garden- - the azaleas, laurels, rhododendrons, and the bonny heather - and on the other side to the modest but no less charming wintergreen tribe, should have fallen from grace to such a depth! Its scientific name, meaning a flower once turned, describes it during only a part of its career. When the minute, innumerable seeds begin to form, it proudly raises its head erect, as if conscious that it had performed the one righteous act of its life.

No wonder this wilted plant hangs its head; no wonder it turns dark with shame when picked, as if its wrongdoing has just been uncovered! To think that a plant connected, on one side, to some of the most beautiful flowers in nature—like azaleas, laurels, rhododendrons, and cheerful heather—and on the other side to the humble yet equally lovely wintergreen family, has fallen from grace like this! Its scientific name, which means a flower that has turned, only reflects part of its life. When the tiny, countless seeds start to form, it proudly lifts its head, as if aware that it has accomplished the one good thing in its life.

LABRADOR TEA
  (Ledum Groenlandicum; L. latifolium of Gray) Heath family

LABRADOR TEA
  (Ledum Groenlandicum; L. latifolium of Gray) Heath family

Flowers - White, 5-parted, 1/2 in. across or less, numerous, borne in terminal, umbellate clusters rising from scaly, sticky bud-bracts. Stem: A compact shrub 1 to 4 ft. high, resinous, the twigs woolly-hairy. Leaves: Alternate, thick, evergreen, oblong, obtuse, small, dull above, rusty-woolly beneath, the margins curled. Preferred Habitat - Swamps, bogs, wet mountain woods. Flowering Season - May-June. Distribution - Greenland to Pennsylvania, west to Wisconsin.

Flowers - White, with 5 petals, about 1/2 inch wide or smaller, numerous, gathered in terminal clusters that look like umbrellas, emerging from scaly, sticky bud-bracts. Stem: A compact shrub that stands 1 to 4 feet tall, has a resinous quality, and the twigs are covered in woolly hairs. Leaves: Alternate, thick, evergreen, oblong, blunt, small, dull on top, rusty-woolly underneath, with curled edges. Preferred Habitat - Swamps, bogs, and wet mountain woods. Flowering Season - May to June. Distribution - From Greenland to Pennsylvania, and west to Wisconsin.

Whoever has used the homeopathic lotion distilled from the leaves of Ledum palustre, a similar species found at the far North, knows the tea-like fragrance given forth by the leaves of this common shrub when crushed in a warm hand. But because the homeopathists claim that like is cured by like, are we to assume that these little bushes, both of which afford a soothing lotion, also irritate and poison? It may be; for they are next of kin to the azaleas, laurels, and rhododendrons, known to be injurious since Xenophon's day. At the end of May, when the Labrador tea is white with abundant flower clusters, one cannot but wonder why so desirable an acquisition is never seen in men's gardens here among its relatives. Over a hundred years ago the dense, compact little shrub was taken to England to adorn sunny bog gardens on fine estates. Doubtless the leaves have woolly mats underneath for the reason given in reference to the Steeple-bush.

Anyone who has used the homeopathic lotion made from the leaves of Ledum palustre, a similar plant found in the far North, knows the tea-like scent released when the leaves of this common shrub are crushed in a warm hand. But since homeopaths believe that like is cured by like, should we conclude that these little bushes, both of which provide a soothing lotion, also irritate and harm? It could be; they are related to azaleas, laurels, and rhododendrons, which have been known to be harmful since Xenophon's time. By the end of May, when the Labrador tea bursts into clusters of white flowers, it’s hard not to wonder why such a desirable plant is rarely seen in gardens alongside its relatives. More than a hundred years ago, this dense, compact little shrub was brought to England to beautify sunny bog gardens on grand estates. Surely the leaves have woolly mats underneath for the same reason mentioned regarding the Steeple-bush.

WILD ROSEMARY; MARCH HOLY ROSE; WATER ANDROMEDA; MOORWORT
  (Andromeda Polifolia) Heath family

WILD ROSEMARY; MARCH HOLY ROSE; WATER ANDROMEDA; MOORWORT
  (Andromeda Polifolia) Heath family

Flowers - White or pink-tinted, small, round, tubular, 5-toothed at the tip; drooping from curved footstalks in few-flowered terminal umbels. Calyx deeply 5-parted; 10 bearded stamens; style like a column. Stem: A sparingly branched, dwarf shrub, 6 in. to 3 ft. tall. Leaves: Linear to lance-shape, evergreen, dark and glossy above, with a prominent white bloom underneath, the margins curled. Preferred Habitat - Cool bogs, wet places. Flowering Season - May-June. Distribution - Pennsylvania and Michigan, far northward.

Flowers - Small, round, tubular flowers that are white or have a pink tint, with five pointed tips; they hang down from curved stems in groups at the top. The calyx is deeply divided into five parts; there are ten bearded stamens, and the style is column-like. Stem: A small, sparsely branched shrub, ranging from 6 inches to 3 feet tall. Leaves: Linear to lance-shaped, evergreen, dark and shiny on top, with a noticeable white coating underneath, and edges that curl. Preferred Habitat - Cool bogs, wet areas. Flowering Season - May-June. Distribution - Pennsylvania and Michigan, extending further north.

Only a delightfully imaginative optimist like Linnaeus could feel the enthusiasm he expended on this dwarf shrub, with its little, white, heath-like flowers, which most of us consider rather insignificant, if the truth be told. But then the blossoms he found in Lapland must have been much pinker than any seen in American swamps, since they reminded him of "a fine female complexion."

Only a wonderfully imaginative optimist like Linnaeus could feel the excitement he poured into this dwarf shrub, with its tiny, white, heath-like flowers, which most of us would honestly consider pretty insignificant. But then, the blossoms he found in Lapland must have been much pinker than any seen in American swamps, since they reminded him of "a fine female complexion."

"This plant is always fixed on some little turfy hillock in the midst of the swamps," he wrote, "just as Andromeda herself was chained to a rock in the sea, which bathed her feet as the fresh water does the roots of this plant…. As the distressed virgin cast down her blushing face through excessive affliction, so does this rosy-colored flower hang its head, growing paler and paler till it withers away." Under the old go-as-you-please method of applying scientific names, most of this shrub's relatives shared with it the name of the fair maid whom Perseus rescued from the dragons.

"This plant is always found on some little grassy hill in the middle of the swamps," he wrote, "just like Andromeda was chained to a rock in the sea, which washed over her feet just like the fresh water does the roots of this plant… As the distressed maiden lowered her blushing face in overwhelming sorrow, this rosy-colored flower also hangs its head, becoming paler and paler until it eventually withers away." Under the old, free-form approach to naming, most of this shrub's relatives shared the name of the beautiful girl whom Perseus saved from the monsters.

The beautiful, low-growing STAGGERBUSH (Pieris Mariana) has its small, cylindric, five-parted, white or pink-tinted flowers clustered at intervals along one side of the upright, nearly leafless, smooth, dark-dotted branches of the preceding year. When the glossy oval leaves, black dotted beneath, are freshly put forth in early summer - for the shrub is not strictly an evergreen, however late the old leaves may cling - it is said that stupid sheep and calves, which find them irresistibly attractive, stagger about from their poisonous effect just as they do after feeding on this shrub's relative the Lambkill (q.v.). In sandy soil from southern New England to Florida, rarely far inland, one finds the staggerbush in bloom from May to July. On the dry plains of Long Island, where it is common indeed, it appears a not unworthy relative of the FETTERBUSH (Pieris fioribunda), that exquisite little evergreen with quantities of small white urns drooping along its twigs, which nurserymen acquire from the mountains of our Southern States to adorn garden shrubbery at home and abroad. Mr. William Robinson, in his delightful book, "The English Flower Garden" (a book, by the way, that Rudyard Kipling reads as the Puritan read his Bible), counts this fetterbush among the "indispensables."

The beautiful, low-growing STAGGERBUSH (Pieris Mariana) has its small, cylindrical, five-part white or pink-tinted flowers clustered at intervals along one side of the upright, almost leafless, smooth, dark-dotted branches from the previous year. When the glossy oval leaves, black dotted underneath, emerge in early summer—since the shrub isn’t strictly evergreen, despite how long the old leaves may cling—it's said that foolish sheep and calves, who find them irresistibly attractive, stagger around from their toxic effects just like they do after munching on this shrub’s relative, the Lambkill (q.v.). In sandy soil from southern New England to Florida, rarely found far inland, you can see the staggerbush blooming from May to July. On the dry plains of Long Island, where it’s quite common, it appears to be a respectable relative of the FETTERBUSH (Pieris fioribunda), that exquisite little evergreen with clusters of small white urns hanging along its twigs, which nurserymen source from the mountains of our Southern States to enhance garden shrubbery at home and abroad. Mr. William Robinson, in his delightful book, "The English Flower Garden" (which, by the way, Rudyard Kipling reads like a Puritan reads his Bible), considers this fetterbush one of the "essentials."

Much taller than the preceding dwarfs is the COMMON PRIVET ANDROMEDA found in swamps and low ground from New England to the Gulf and in the southwest (Xolisma ligustrina). Whoever has seen the privet almost universally grown in hedges is familiar with the general aspect of this much-branched shrub. Most farmers' boys know the Andromeda's mock May-apple, a hollow, stringy growth of insect origin, which they are not likely to confuse with the pulpy, juicy apple found on the closely related azaleas (q.v.). Abundant terminal spike-like or branched clusters of white, globular, four or five parted flowers in close array, attract quantities of bees from the end of May to early July, notwithstanding each individual flower measures barely an eighth of an inch across. We have seen the fine hair-triggers which other members of this same family, the beautiful pink laurels (q.v.), have set to be sprung by an incoming visitor. Now this Andromeda, and similarly several of its immediate kin, have a quite different, but equally effective, method of throwing pollen on its friends who come to call. When one of the little banded bees clings, as he must, to the tiny flower scarce half his size, thrusting his tongue obliquely through the globe's narrow opening to reach the nectar, suddenly a shower of pollen is inhospitably thrown upon him from within. In probing between the ring of anthers (that are pressed against the style by the S-shaped curvature of the filaments so as to retain the pollen), he needs must displace some of them and release the vitalizing dust through the large terminal pores in the anther-sacs. Is he discouraged by such rough treatment? Not at all. Off he flies to another Andromeda blossom, and leaves some of the dust with which he is powdered on the sticky stigma that impedes his entrance, before precipitating a fresh shower as he sips another reward. The straight column-like pistil, stigmatic on its tip only, allows the flower's own pollen to slide harmlessly down its sides. How exquisite are the most minute adjustments of floral mechanism! Is it possible for one to remain an agnostic after the evidences even the flowers show us of infinite wisdom and love?

Much taller than the earlier dwarfs is the COMMON PRIVET ANDROMEDA, found in swamps and low areas from New England to the Gulf and in the southwest (Xolisma ligustrina). Anyone who has seen the privet often used in hedges is familiar with this heavily branched shrub's general look. Most farm boys know the Andromeda's mock May-apple, a hollow, stringy growth from insects, which they won’t confuse with the juicy apple found on the closely related azaleas (q.v.). There are lots of terminal spike-like or branched clusters of white, round, four or five-part flowers closely packed together, attracting many bees from late May to early July, even though each individual flower measures barely an eighth of an inch across. We've noticed the fine hair-triggers that other members of this family, the beautiful pink laurels (q.v.), have set to be activated by an incoming visitor. Now this Andromeda, along with several of its close relatives, has a very different but equally effective way of throwing pollen on its friends who come to visit. When a little banded bee clings to the tiny flower, which is hardly half his size, and sticks his tongue through the flower’s narrow opening to reach the nectar, he suddenly gets showered with pollen from inside. As he probes between the ring of anthers (which are pressed against the style by the S-shaped curve of the filaments to hold the pollen), he has to push some of them aside and release the vital dust through the large top openings in the anther sacs. Is he put off by such rough treatment? Not at all. He flies off to another Andromeda bloom and leaves some of the dust he's covered in on the sticky stigma that blocks his entry, before experiencing another pollen shower as he enjoys another reward. The straight column-like pistil, with its stigma only at the tip, lets the flower's own pollen slide harmlessly down its sides. How exquisite are the tiniest adjustments of floral design! Is it possible to remain an agnostic after seeing the signs of infinite wisdom and love even flowers show us?

Another denizen of swamps and low ground, next of kin to the trailing arbutus, is the LEATHERLEAF, or DWARF CASSANDRA (Chamaedaphne calyculata), a modest little shrub, its stiff, slender branches plentifully set with thick oblong leaves that grow gradually smaller the higher they go, and when young are densely covered with minute scurfy scales. Sometimes before the snow has melted in April, the leafy terminal shoots are hung with multitudes of little waxy-white, cylindric, typical heath flowers only about a quarter of an inch long, each nodding from a leaf axil, and the whole forming one-sided racemes. But as the shrub ranges from Newfoundland to Georgia, and westward to Illinois, British Columbia, and Alaska, some people find it blooming even in July. Mythological names were evidently in high favor among the botanists who labeled the genuses comprising the heath family: Phyllodoce, the sea-nymph; Cassiope, mother of Andromeda; Leucothoe; Andromeda herself; Pieris, a name sometimes applied to the Muses from their supposed abode at Pieria, Thessaly; and Cassandra, daughter of Priam, the prophetess who was shut up in a mad-house because she prophesied the ruin of Troy - these names are as familiar to the student of this group of shrubs today as they were to the devout Greeks in the brave days of old.

Another inhabitant of swamps and low grounds, related to the trailing arbutus, is the LEATHERLEAF, or DWARF CASSANDRA (Chamaedaphne calyculata). This is a humble little shrub with stiff, slender branches densely packed with thick, oblong leaves that gradually become smaller as they rise. When young, the leaves are covered with tiny, scaly flakes. Sometimes before the snow melts in April, the leafy tips are adorned with clusters of small, waxy-white, cylindrical heath flowers, each about a quarter of an inch long, nodding from the leaf axils, forming one-sided racemes. However, since this shrub can be found from Newfoundland to Georgia and westward to Illinois, British Columbia, and Alaska, some people see it blooming as late as July. Mythological names were clearly popular among the botanists who named the genera in the heath family: Phyllodoce, the sea-nymph; Cassiope, mother of Andromeda; Leucothoe; Andromeda herself; Pieris, a name sometimes given to the Muses based on their supposed home at Pieria, Thessaly; and Cassandra, daughter of Priam, the prophetess who was locked away in a mental institution for predicting the fall of Troy. These names are as familiar to students of this group of shrubs today as they were to devoted Greeks in ancient times.

CREEPING WINTERGREEN; CHECKERBERRY; PARTRIDGE-BERRY; MOUNTAIN
TEA; GROUND TEA; DEER, BOX, or SPICE BERRY
  (Gaultheria procumbens) Heath family

CREEPING WINTERGREEN; CHECKERBERRY; PARTRIDGE-BERRY; MOUNTAIN
TEA; GROUND TEA; DEER, BOX, or SPICE BERRY
  (Gaultheria procumbens) Heath family

Flowers - White, small, usually solitary, nodding from a leaf axil. Corolla rounded bell-shape, 5-toothed; calyx 5-parted, persistent; 10 included stamens, their anther-sacs opening by a pore at the top. Stem: Creeping above or below ground, its branches 2 to 6 in. high. Leaves: Mostly clustered at top of branches; alternate, glossy, leathery, evergreen, much darker above than underneath, oval to oblong, very finely saw-edged; the entire plant aromatic. Fruit: Bright red, mealy, spicy, berry-like; ripe in October. Preferred Habitat - Cool woods, especially under evergreens. Flowering Season - June-September. Distribution - Newfoundland to Georgia, westward to Michigan and Manitoba.

Flowers - White, small, usually solitary, hanging from a leaf axil. The corolla is rounded and bell-shaped with 5 teeth; the calyx has 5 parts and is persistent; there are 10 stamens, and their anther sacs open with a pore at the top. Stem: Creeping above or below ground, with branches that are 2 to 6 inches high. Leaves: Mostly clustered at the top of branches; they are alternate, glossy, leathery, evergreen, much darker on top than underneath, oval to oblong, and very finely serrated; the entire plant is aromatic. Fruit: Bright red, mealy, spicy, and berry-like; ripe in October. Preferred Habitat - Cool woods, especially under evergreens. Flowering Season - June to September. Distribution - Newfoundland to Georgia, west to Michigan and Manitoba.

However truly the poets may make us feel the spirit of Nature in their verse, can many be trusted when it comes to the letter of natural science? "Where camels arch their cool, dark boughs o'er beds of wintergreen," wrote Bryant; yet it is safe to say that nine colonies of this hardy little plant out of every ten he saw were under evergreen trees, not dogwoods. When the July sun melts the fragrance out of the pines high overhead, and the dim, cool forest aisles are more fragrant with commingled incense from a hundred natural censers than any stone cathedral's, the wintergreen's little waxy bells hang among the glossy leaves that form their aromatic carpet. On such a day, in such a resting place, how one thrills with the consciousness that it is good to be alive!

However much the poets make us feel the spirit of Nature in their poems, can we really trust many of them when it comes to the facts of natural science? "Where camels arch their cool, dark boughs over beds of wintergreen," wrote Bryant; yet it’s safe to say that nine out of ten colonies of this hardy little plant he saw were growing under evergreen trees, not dogwoods. When the July sun melts the fragrance out of the pines high above, and the dim, cool forest paths are more fragrant with the mixed scents from a hundred natural sources than any stone cathedral, the wintergreen's small waxy bells hang among the glossy leaves that create their aromatic carpet. On such a day, in such a resting place, how one feels alive with the awareness that it’s good to be here!

Omnivorous children who are addicted to birch-chewing, prefer these tender yellow-green leaves tinged with red, when newly put forth in June - "Youngsters" rural New Englanders call them then. In some sections a kind of tea is steeped from the leaves, which also furnish the old-fashioned embrocation, wintergreen oil. Late in the year the glossy bronze carpet of old leaves dotted over with vivid red "berries" invites much trampling by hungry birds and beasts, especially deer and bears, not to mention well-fed humans. Coveys of Bob Whites and packs of grouse will plunge beneath the snow for fare so delicious as this spicy, mealy fruit that hangs on the plant till spring, of course for the benefit of just such colonizing agents as they. Quite a different species, belonging to another family, bears the true Partridgeberry, albeit the wintergreen shares with it a number of popular names. In a strict sense neither of these plants produces a berry; for the fruit of the true partridge[berry] vine (Mitchella repens) is a double drupe, or stone bearer, each half containing four hard, seed-like nutlets; while the wintergreen's so called berry is merely the calyx grown thick, fleshy, and gaily colored - only a coating for the five-celled ovary that contains the minute seeds. Little baskets of wintergreen berries bring none too high prices in the fancy fruit and grocery shops when we calculate how many charming plants such unnatural use of them sacrifices.

Omnivorous kids who love chewing birch prefer these tender yellow-green leaves touched with red when they first appear in June - "Youngsters" is what rural New Englanders call them then. In some areas, a type of tea is made from the leaves, which also provides the old-fashioned remedy, wintergreen oil. Later in the year, the glossy bronze carpet of old leaves, dotted with bright red "berries," attracts many hungry birds and animals, especially deer and bears, not to mention well-fed humans. Groups of Bob Whites and packs of grouse will dive beneath the snow for the tasty, mealy fruit that hangs on the plant until spring, certainly for the benefit of such colonizing creatures. A different species, belonging to another family, bears the true Partridgeberry, although wintergreen shares several popular names with it. Strictly speaking, neither of these plants produces a berry; the fruit of the true partridgeberry vine (Mitchella repens) is a double drupe, with each half containing four hard, seed-like nutlets, while the wintergreen's so-called berry is simply the calyx that has grown thick, fleshy, and brightly colored - it’s just a covering for the five-celled ovary that holds the tiny seeds. Little baskets of wintergreen berries fetch relatively high prices in upscale fruit and grocery stores, especially when we consider how many lovely plants are sacrificed for such an unnatural use of them.

Closely allied to the wintergreen is the RED BEARBERRY, KINNIKINIC, BEAR'S GRAPE, FOXBERRY or MEALBERRY, as it is variously called (Arctostaphylos-uva-ursi = bearberry). Trailing its spreading branches over sandy ground, rocky hillsides and steeps until it sometimes forms luxuriant mats, it closely resembles its cousin the arbutus in its manner of growth, and has been mistaken for it by at least one poet. But its tiny, rounded, urn-shaped flowers, which come in May and June, are white, not salver form and pink; the entire plant is not rusty-hairy; the dark little leathery evergreen leaves are spatulate, and, moreover, it bears small but abundant clusters of round, berry-like fruit, an attainment the arbutus still struggles for, but cannot yet reach. Bumblebees are the flower's chief benefactors. Game fowl, especially grouse, but many other birds too, and various animals which are glad to add the clusters of smooth red bearberries to their scanty winter menu, however insipid and dry they may be, have distributed the seed from Labrador across Arctic America to Alaska, southward to Pennsylvania, Illinois, Nebraska, and California. How plants do compel insects, birds, and beasts to work for them! The entire plant is astringent, and has been used in medicine; also by leather dressers.

Closely related to wintergreen is the RED BEARBERRY, KINNIKINIC, BEAR'S GRAPE, FOXBERRY, or MEALBERRY, as it's known (Arctostaphylos uva-ursi = bearberry). Its spreading branches trail over sandy ground, rocky hillsides, and steep areas, sometimes forming lush mats. It closely resembles its relative, the arbutus, in how it grows, and at least one poet has confused the two. However, its tiny, rounded, urn-shaped flowers, which appear in May and June, are white, unlike the pink, salver-shaped flowers of the arbutus. The entire plant isn't covered in rusty hairs; it has small, leathery, evergreen leaves that are spatula-shaped, and it produces abundant clusters of small, berry-like fruit—something the arbutus still struggles to achieve. Bumblebees are the main pollinators of these flowers. Game birds, especially grouse, along with many other birds and various animals, enjoy adding the smooth red bearberries to their limited winter diet, no matter how bland and dry they may be. This has helped spread the seeds from Labrador across Arctic America to Alaska and as far south as Pennsylvania, Illinois, Nebraska, and California. Plants indeed compel insects, birds, and animals to work for them! The entire plant is astringent and has been used in medicine, as well as by leather tanners.

BLACK or HIGH-BUSH HUCKLEBERRY; WHORTLEBERRY [now TALL
HUCKLEBERRY]
  (Gaylussacia resinosa) Huckleberry family

BLACK or HIGH-BUSH HUCKLEBERRY; WHORTLEBERRY [now TALL
HUCKLEBERRY]
  (Gaylussacia resinosa) Huckleberry family

Flowers - White and pink, pale or deep, small, cylindric, bell-shaped. 5-parted, borne in 1-sided racemes from the sides of the stiff, grayish branches. Stem: A shrub to 3 ft. high. Leaves: Alternate, oval to oblong, firm, entire edged, green on both sides, dotted underneath with resinous spots, especially when young. Fruit: A round, black, bloomless, sweet, berry-like drupe, containing 10 seed-like nutlets, in each of which is a solitary seed. Ripe, July-August. Preferred Habitat - Moist, sandy soil, thickets, open woods. Flowering Season - May-June. Distribution - Newfoundland to Georgia, west to Manitoba and Kentucky.

Flowers - White and pink, light or dark, small and cylindrical, bell-shaped. 5-parted, found in one-sided clusters from the sides of the stiff, grayish branches. Stem: A shrub up to 3 ft. tall. Leaves: Alternating, oval to oblong, firm, with smooth edges, green on both sides, speckled underneath with resinous spots, especially when young. Fruit: A round, black, shiny, sweet drupe, containing 10 seed-like nutlets, each with a single seed. Ripe, July-August. Preferred Habitat - Moist, sandy soil, thickets, open woods. Flowering Season - May-June. Distribution - From Newfoundland to Georgia, west to Manitoba and Kentucky.

This common huckleberry, oftener found in pies and muffins by the average observer than in its native thickets, unfortunately ripens in fly-time, when the squeamish boarder in the summer hotel does well to carefully scrutinize each mouthful. For the abundant fruit set on huckleberry bushes, as on so many others, we are indebted chiefly to the lesser bees, which, receiving the pollen jarred out from the terminal chinks in the anther-sacs on their undersides as they cling, transfer it to the protruding stigmas of the next blossom visited. After fertilization, when the now useless corolla falls, the ten-celled ovary is protected by the encircling calyx, that grows rapidly, swells, fills with juice, and takes on color until it and the ovary together become a so-called berry, whose seeds are dropped far and wide by birds and beasts. "The name huckleberry, which is applied indiscriminately to several species of Vaccinium and Gaylussacia," says Professor L. H. Bailey, "is evidently a corruption of whortleberry. Whortleberry is in turn a corruption of myrtleberry. In the Middle Ages, the true myrtleberry was largely used in cookery and medicine, but the European bilberry or Vaccinium so closely resembled it that the name was transferred to the latter plant, a circumstance commemorated by Linnaeus in the giving of the name Vaccinium Myrtillus to the bilberry. From the European whortleberry the name was transferred to the similar American plants."

This common huckleberry is more often found in pies and muffins than in its natural thickets, which is unfortunate because it ripens during fly season, when picky guests in summer hotels should carefully check each bite. The abundant fruit on huckleberry bushes, like many others, mainly comes from the smaller bees. These bees collect pollen that falls out from the anther-sacs on their undersides while they hang onto the flowers and then carry it to the stigmas of the next flower they visit. After fertilization, when the now unnecessary flower petals drop off, the ten-celled ovary is protected by the surrounding calyx, which grows quickly, swells, fills with juice, and changes color until it and the ovary become what we call a berry, whose seeds are spread far and wide by birds and animals. "The name huckleberry, which is applied indiscriminately to several species of Vaccinium and Gaylussacia," says Professor L. H. Bailey, "is evidently a corruption of whortleberry. Whortleberry is in turn a corruption of myrtleberry. In the Middle Ages, the true myrtleberry was widely used in cooking and medicine, but the European bilberry or Vaccinium looked so much like it that the name was transferred to that plant, a fact noted by Linnaeus when he named the bilberry Vaccinium Myrtillus. From the European whortleberry, the name was given to similar American plants."

A common little bushy shrub, not a true blueberry, found in moist woods, especially beside streams, from New England to the Gulf States, and westward to Ohio, is the BLUE TANGLE, TANGLEBERRY, or DANGLEBERRY [now TALL HUCKLEBERRY (G. frondosa). It bears a few tiny greenish-pink flowers dangling from pedicels in loose racemes, and corresponding clusters of most delicious, sweet, dark-blue berries, covered with hoary bloom in midsummer. The abundant resinous leaves on its slender gray branches are pale and hoary beneath. The caterpillars of several species of sulphur butterflies (Colias) feed on huckleberry leaves.

A common little bushy shrub, not a true blueberry, found in moist woods, especially beside streams, from New England to the Gulf States, and westward to Ohio, is the BLUE TANGLE, TANGLEBERRY, or DANGLEBERRY [now TALL HUCKLEBERRY (G. frondosa). It produces a few tiny greenish-pink flowers hanging from stems in loose clusters, along with corresponding groups of delicious, sweet, dark-blue berries covered with a powdery bloom in midsummer. The plentiful resinous leaves on its slender gray branches are pale and powdery underneath. The caterpillars of several species of sulphur butterflies (Colias) feed on huckleberry leaves.

To a genus quite distinct from the huckleberries belong the true blueberries, however interchangeably these names are misused. Perhaps the first species to send its fruit to market in June and July is the DWARF, SUGAR, or LOW-BUSH BLUEBERRY (Vaccinium Pennsylvanicum), sometimes six inches tall, never more than twenty inches. It prefers sandy or rocky soil from southern New Jersey far northward, and west to Illinois. Shortly after the small, bell-shaped, white or pink flowers, that grow in racemes on the ends or sides of the angular, green, warty branches of nearly all blueberry bushes, have been fertilized by bees, this species forms an especially sweet berry with a bloom on its blue surface. The alternate oblong leaves, smooth and green on both sides, are very finely and sharply saw-edged.

To a genus quite distinct from huckleberries belong true blueberries, although these names are often misused interchangeably. The first species to hit the market in June and July is the DWARF, SUGAR, or LOW-BUSH BLUEBERRY (Vaccinium Pennsylvanicum), which can be as short as six inches and never grows taller than twenty inches. It thrives in sandy or rocky soil from southern New Jersey all the way north and west to Illinois. Soon after the small, bell-shaped, white or pink flowers that grow in clusters on the ends or sides of the angular, green, warty branches of almost all blueberry bushes are pollinated by bees, this species produces a particularly sweet berry with a powdery bloom on its blue surface. The alternate oblong leaves are smooth and green on both sides and have very fine and sharp saw-like edges.

Another, and perhaps the commonest, as it is the finest, species, whose immature fruit is still green or red when the dwarf's is ripe, is the HIGH-BUSH, TALL, or SWAMP BLUEBERRY (V. corymbosum), found in low wet ground from Virginia westward to the Mississippi, and very far north. Only the bees and their kind concern themselves with the little cylindric, five-parted, nectar-bearing flowers. These appear with the oblong, entire leaves, paler below than above. But thousands of fruit sellers and housekeepers depend on the sweet blueberries (with a pleasant acid flavor) as a market staple. In July and August, even in early September, the berries arrive in the cities. One picker in New Jersey claims to have filled an entire crate with the fruit of a single bush.

Another, and probably the most common, since it’s also the best, species, whose unripe fruit is still green or red while the dwarf's is ripe, is the HIGH-BUSH, TALL, or SWAMP BLUEBERRY (V. corymbosum). This plant grows in low, wet areas from Virginia to the Mississippi and much farther north. Only bees and similar insects pay attention to the small, cylindrical, five-part flowers that produce nectar. These appear alongside the elongated, smooth leaves, which are lighter on the underside than on the top. However, thousands of fruit vendors and home cooks rely on the sweet blueberries (which have a nice tartness) as a market staple. In July and August, and even into early September, the berries make their way to the cities. One picker in New Jersey claims to have filled an entire crate with fruit from a single bush.

The DEERBERRY, BUCKBERRY, or SQUAW HUCKLEBERRY (V. stainineum), common in dry woods and thickets from Maine and Minnesota to the Gulf States, puts forth quantities of small greenish-white, yellow, or purplish-green, open bell-shaped, five-cleft flowers, nodding from hair-like pedicels in graceful, leafy-bracted racemes. Both the tips of the stamens and the style protrude like a fringe. No creature, unless hard pressed by hunger, could relish the greenish or yellowish berries. This is a low-growing, spreading shrub, with firm oval or oblong tapering leaves, dull above, and pale, sometimes even hoary, underneath.

The DEERBERRY, BUCKBERRY, or SQUAW HUCKLEBERRY (V. stainineum), which is found in dry woods and bushes from Maine and Minnesota down to the Gulf States, produces lots of small greenish-white, yellow, or purplish-green, open bell-shaped flowers with five clefts, gently drooping from thin stalks in graceful, leafy clusters. Both the tips of the stamens and the style stick out like a fringe. No animal, unless extremely hungry, would enjoy the greenish or yellowish berries. This is a low-growing, spreading shrub with firm oval or oblong tapering leaves that are dull on top and pale, sometimes even grayish, underneath.

CREEPING SNOWBERRY
  (Chiogenes hispidula) Huckleberry family

Creeping snowberry   (Chiogenes hispidula) Huckleberry family

Flowers - Very small, white, few, solitary, nodding on short, curved peduncles from the leaf axils. Calyx 2-bracted, 4-cleft; corolla a short 4-cleft bell; 8 short stamens, each anther sac opening by a slit to the middle; 1 pistil, the ovary 4-celled. Stem: Creeping along the ground, the slender, leafy, hairy branches 3 to 12 in. long. Leaves: Evergreen, alternate, 2-ranked, oval, very small, dark and glossy above, coated with stiff, rusty hairs underneath, the edges curled. Fruit: A snow-white, round or oval, mealy, aromatic berry; ripe August-September. Preferred Habitat - Cool bogs; low, moist, mossy woods. Flowering Season - May-June. Distribution - North Carolina and Michigan northward to the British Possessions.

Flowers - Very small, white, few in number, and hanging on short, curved stems from the leaf axils. The calyx has 2 bracts and is 4-parted; the corolla is a short, 4-parted bell shape; there are 8 short stamens, each anther sac opening by a slit in the middle; there is 1 pistil with a 4-celled ovary. Stem: Creeping along the ground, the slender, leafy, hairy branches are 3 to 12 inches long. Leaves: Evergreen, arranged alternately in 2 ranks, oval, very small, dark and glossy on top, covered with stiff, rusty hairs underneath, and curled at the edges. Fruit: A snow-white, round or oval, mealy, aromatic berry; ripens in August-September. Preferred Habitat - Cool bogs; low, moist, mossy woods. Flowering Season - May-June. Distribution - From North Carolina and Michigan northward to the British Possessions.

Allied on the one hand to the cranberry, so often found with it in the cool northern peat bogs, and on the other to the delicious blueberries, this "snow-born" berry, which appears on no dining table, nevertheless furnishes many a good meal to hungry birds and fagged pedestrians. Both the pretty foliage and the fruit have the refreshing flavor of sweet birch.

Allied both to the cranberry, which is frequently found alongside it in the cool northern peat bogs, and to the tasty blueberries, this "snow-born" berry, which doesn't appear on any dining table, still provides many good meals to hungry birds and tired walkers. Both the attractive leaves and the fruit have a refreshing flavor reminiscent of sweet birch.

PYXIE; FLOWERING MOSS; PINE-BARREN BEAUTY
  (Pyxidanthera barbulata) Diapensia family

PYXIE; FLOWERING MOSS; PINE-BARREN BEAUTY
  (Pyxidanthera barbulata) Diapensia family

Flowers - Abundant, white, or sometimes pink, about 1/4 in. across, 5-parted, solitary, seated at tips of branches. Stem: Prostrate, creeping, much branched, the main branches often 1 ft. long, very leafy, growing in mat-like patches. Leaves: Moss-like, very narrow, pointed, seated on stem, and overlapping like scales, on upper part of branches. Preferred Habitat - Dry sandy soil; pine barrens. Flowering Season - March-May. Distribution - New Jersey, south to North Carolina.

Flowers - Abundant, white, or sometimes pink, about 1/4 inch across, with 5 petals, solitary, located at the ends of branches. Stem: Spreading out, creeping, highly branched, the main branches often reach 1 foot long, very leafy, growing in mat-like clusters. Leaves: Moss-like, very narrow, pointed, attached to the stem, and overlapping like scales on the upper part of branches. Preferred Habitat - Dry sandy soil; pine barrens. Flowering Season - March-May. Distribution - New Jersey, south to North Carolina.

Curiously enough, this creeping, tufted, mat-like little plant is botanically known as a shrub, yet it is lower than many mosses, and would seem to the untrained eye to be certainly of their kin. In earliest spring, when Lenten penitents, jaded with the winter's frivolities in the large cities, seek the salubrious pine lands of southern New Jersey and beyond, they are amazed and delighted to find the abundant little evergreen mounds of pyxie already starred with blossoms. The dense mossy cushions, plentifully sprinkled with pink buds and white flowers, are so beautiful, one cannot resist taking a few tuffets home to naturalize in the rock garden. Planted in a mixture of clear sand and leaf-mould, with exposure to the morning sun, pyxie will smile up at us from under our very windows, spring after spring, with increased charms; whereas the arbutus, that untamable wildling, carried home from the pinewoods at the same time, soon sulks itself to death.

Curiously enough, this creeping, tufted, mat-like little plant is botanically classified as a shrub, yet it is shorter than many mosses and would seem to the untrained eye to definitely belong to their family. In early spring, when Lenten observers, tired of winter's distractions in the big cities, seek the refreshing pine forests of southern New Jersey and beyond, they are surprised and delighted to discover the plentiful little evergreen mounds of pyxie already blooming with flowers. The thick mossy cushions, generously dotted with pink buds and white flowers, are so lovely that one cannot help but take a few clumps home to plant in the rock garden. If planted in a mix of clean sand and leaf mulch, and given morning sun, pyxie will greet us from right under our windows, spring after spring, with even more charm; while the arbutus, that wild and unruly plant, taken home from the pine woods at the same time, quickly pouts itself to death.

STARFLOWER; CHICKWEED-WINTERGREEN; STAR ANEMONE
  (Trientalis Americana) Primrose family

STARFLOWER; CHICKWEED-WINTERGREEN; STAR ANEMONE
  (Trientalis Americana) Primrose family

Flowers - White, solitary, or a few rising on slender, wiry foot-stalks above a whorl of leaves. Calyx of 5 to 9 (usually 7) narrow sepals. Corolla wheel-shaped, 1/2 in. across or less, deeply cut into (usually) 7 tapering, spreading, petal-like segments. Stem: A long horizontal rootstock, sending up smooth stem-like branches 3 to 9 in. high, usually with a scale or two below. (Trientalis = one-third of a foot, the usual height of a plant.) Leaves: 5 to 10, in a whorl at summit; thin, tapering at both ends, of unequal size, 1 1/2 to 4 in. long. Preferred Habitat - Moist shade of woods and thickets. Flowering Season - May-June. Distribution - From Virginia and Illinois far north.

Flowers - White, solitary, or a few rising on slender, wiry stems above a cluster of leaves. The calyx has 5 to 9 (usually 7) narrow sepals. The corolla is wheel-shaped, less than 1/2 inch across, deeply divided into (usually) 7 tapering, spreading, petal-like segments. Stem: A long horizontal rootstock that sends up smooth, stem-like branches 3 to 9 inches tall, typically with one or two scales below. (Trientalis means one-third of a foot, which is the usual height of the plant.) Leaves: 5 to 10, arranged in a whorl at the top; thin, tapering at both ends, of unequal size, 1 1/2 to 4 inches long. Preferred Habitat - Moist shade of woods and thickets. Flowering Season - May-June. Distribution - From Virginia and Illinois up to the far north.

Is any other blossom poised quite so airily above its whorl of leaves as the delicate, frosty-white little starflower? It is none of the anemone kin, of course, in spite of one of its misleading folk names; but only the wind-flower has a similar lightness and grace. No nectar rewards the small bee and fly visitors; they get pollen only. Those coming from older blossoms to a newly opened one leave some of the vitalizing dust clinging to them on the moist and sticky stigma, which will wither to prevent self-fertilization before the flower's own curved anthers mature and shed their grains. Sometimes, when the blossoms do not run on schedule time, or the insects are not flying in stormy weather, this well laid plan may gang a-gley. An occasional lapse matters little; it is perpetual self-fertilization that Nature abhors.

Is there any other flower that floats so lightly above its circle of leaves as the delicate, frosty white starflower? It isn’t part of the anemone family, despite one of its misleading names; only the wind-flower shares a similar lightness and elegance. There’s no nectar to reward the small bee and fly visitors; they only get pollen. When they come from older flowers to a newly opened one, they leave some of the vitalizing pollen behind on the moist and sticky stigma, which will eventually wither to prevent self-fertilization before the flower’s own curved anthers mature and release their pollen. Sometimes, if the flowers don’t bloom on time or if the insects aren’t flying during stormy weather, this well-designed plan can go awry. An occasional mishap isn’t a big deal; it’s constant self-fertilization that Nature doesn’t tolerate.

INDIAN HEMP: AMY-ROOT
  (Apocynum cannabinum) Dogbane family

INDIAN HEMP: AMY-ROOT
  (Apocynum cannabinum) Dogbane family

Flowers - Greenish white, about 1/4 in. across, on short pedicels, in dense clusters at ends of branches and from the axils. Calyx of 5 segments; corolla nearly erect, bell-shaped, 5-lobed, with 5 small triangular appendages alternating with the stamens within its tube. Stem: 1 to 4 ft. high, branching, smooth, often dull reddish, from a deep, vertical root. Leaves: Opposite, entire, 2 to 6 in. long, mostly oblong, abruptly pointed, variable. Fruit: A pair of slender pods, the numerous seeds tipped with tufts of hairs. Preferred Habitat - Gravelly soil, banks of streams, low fields. Flowering Season - June-August. Distribution - Almost throughout the United States and British Possessions.

Flowers - Greenish white, about 1/4 inch across, on short stems, in dense clusters at the ends of branches and from the leaf axils. The calyx has 5 segments; the corolla is nearly upright, bell-shaped, 5-lobed, with 5 small triangular appendages alternating with the stamens inside its tube. Stem: 1 to 4 feet tall, branching, smooth, often dull reddish, coming from a deep, vertical root. Leaves: Opposite, whole, 2 to 6 inches long, mostly oblong, sharply pointed, variable. Fruit: A pair of slender pods, with numerous seeds tipped with tufts of hairs. Preferred Habitat - Gravelly soil, stream banks, low fields. Flowering Season - June-August. Distribution - Almost throughout the United States and British territories.

Instead of setting a trap to catch flies and hold them by the tongue in a vise-like grip until death alone releases them, as its heartless sister the spreading dogbane does (q.v.), this awkward, rank herb lifts clusters of smaller, less conspicuous, but innocent, flowers, with nectar secreted in rather shallow receptacles, that even short-tongued insects may feast without harm. Honey and mining bees, among others; wasps and flies in variety, and great numbers of the spangled fritillary (Argynnis cybele) and the banded hair-streak (Thecla calanus) among the butterfly tribe; destructive bugs and beetles attracted by the white color, a faint odor, and liberal entertainment, may be seen about the clusters. Many visitors are useless pilferers, no doubt; but certainly the bees which depart with pollen masses cemented to their lips or tongues, to leave them in the stigmatic cavities of the next blossoms their heads enter, pay a fair price for all they get.

Instead of setting a trap to catch flies and holding them by the tongue in a vice-like grip until they die, like its ruthless relative the spreading dogbane does (q.v.), this awkward, rank herb displays clusters of smaller, less noticeable, but innocent flowers, with nectar that’s stored in shallow receptacles, allowing even short-tongued insects to feed without harm. Honey and mining bees, among others; wasps and various flies, as well as large numbers of spangled fritillaries (Argynnis cybele) and banded hair-streaks (Thecla calanus) from the butterfly family; and destructive bugs and beetles attracted by the white color, a faint scent, and abundant food can be seen around the clusters. Many visitors are probably useless thieves; however, the bees that leave with pollen packed on their lips or tongues, which they then deposit in the stigmatic cavities of the next blossoms they visit, certainly pay a fair price for all they receive.

>From the fact that Indians used to substitute this very common plant's tough fiber for hemp in making their fishnets, mats, baskets, and clothing, came its popular name; and from their use of the juices to poison mangy old dogs about their camps, its scientific one.

>Because Indians used to use this common plant's strong fiber instead of hemp for making their fishnets, mats, baskets, and clothing, it became popularly known by that name; and due to their use of the juices to poison sickly old dogs around their camps, it got its scientific name.

WHORLED or GREEN-FLOWERED MILKWEED
  (Asclepias verticillata) Milkweed family

WHORLED or GREEN-FLOWERED MILKWEED
  (Asclepias verticillata) Milkweed family

Flowers - White or greenish, on short pedicels, in several small terminal clusters. Calyx inferior; corolla deeply 5-parted, the oblong segments turned back; a 5-parted, erect crown of hooded nectaries between them and the stamens, each shorter than the incurved horn within. Stem: 1 to 2 1/2 ft. tall, simple or sparingly branched, hairy, leafy to summit, containing milky juice. Leaves: In upright groups, very narrow, almost thread-like, from 3 to 7 in each whorl. Fruit: 2 smooth, narrow, spindle-shaped, upright pods, the seeds attached to silky fluff; 1 pod usually abortive. Preferred Habitat - Dry fields, hills, uplands. Flowering Season - July-September. Distribution - Maine and far westward, south to Florida and Mexico.

Flowers - White or greenish, on short stems, in several small clusters at the top. Calyx is below; corolla is deeply 5-parted, with the long segments turned back; a 5-parted, upright crown of hooded nectar-producing parts is located between them and the stamens, each shorter than the curved horn inside. Stem: 1 to 2.5 feet tall, simple or with a few branches, hairy, leafy all the way to the top, containing milky juice. Leaves: In upright groups, very narrow, almost thread-like, with 3 to 7 in each whorl. Fruit: 2 smooth, narrow, spindle-shaped pods, with seeds attached to silky fluff; usually, 1 pod is not developed. Preferred Habitat - Dry fields, hills, uplands. Flowering Season - July-September. Distribution - Maine and far west, south to Florida and Mexico.

In describing the common milkweed (q.v.), so many statements were made that apply quite as truly to this far daintier and more ethereal species, the reader is referred back to the pink and magenta section. Compared with some of its rank-growing, heavy relatives, how exquisite is this little denizen of the uplands, with its whorls of needle-like leaves set at intervals along a slender swaying stem! The entire plant, with its delicate foliage and greenish-white umbels of flowers, rather suggests a member of the carrot tribe; and much the same class of small-sized, short-tongued visitors come to seek its accessible nectar as we find about the parsnips, for example. When little bees alight - and these are the truest benefactors, however frequently larger bees, wasps, flies, and even the almost useless butterflies come around - their feet slip about within the low crown to find a secure lodging. As they rise to fly away after sucking, the pollen masses which have attached themselves to the hairs on the lower part of their legs are drawn out, to be transferred to other blossoms, perhaps today, perhaps not for a fortnight. Annoying as they may be, it is very rarely, indeed, that an insect can rid itself of the pollen masses carried from either orchids or milkweeds, except by the method Nature intended; and it is not until the long-suffering bee is outrageously loaded that he attains his greatest usefulness to milkweed blossoms. "Of ninety-two specimens bearing corpuscula of Asclepias verticillata," says Professor Robertson, "eighty-eight have them on hairs alone, and four on the hairs and claws." And again: "As far as the mere application of pollen to an insect is concerned, a flower with loose pollen has the advantage. But the advantage is on the side of Asclepias after the insect is loaded with it. It is only a general rule that insects keep to flowers of a particular species on their honey and pollen gathering expeditions. If a bee dusted with loose pollen visits flowers of another species, it will not long retain pollen in sufficient quantity to effectually fertilize flowers of the original species. On the other hand, if an insect returns at any time during the day, or even after a few days, to the species of Asclepias from which it got a load of pollinia, it may bring with it all or most of the pollinia which it has carried from the first plants visited. The firmness with which the pollinia keep their hold on the insect is one of the best adaptations for cross-fertilization."

In discussing the common milkweed (see entry), many statements were made that also apply to this much more delicate and ethereal species, so the reader is directed back to the pink and magenta section. Compared to some of its tall, sturdy relatives, this little inhabitant of the uplands is truly exquisite, with its whorls of needle-like leaves spaced along a slender, swaying stem! The whole plant, with its delicate leaves and greenish-white clusters of flowers, resembles a member of the carrot family; and it attracts a similar group of small, short-tongued visitors looking for its easily accessible nectar, just like we see around parsnips. When tiny bees land—and these are the real helpers, even though larger bees, wasps, flies, and even nearly useless butterflies also show up—their feet slip around in the low crown while searching for a secure place to settle. As they take off after feeding, the pollen clumps stuck to the hairs on their lower legs are pulled loose and can be transferred to other flowers, possibly today, or perhaps not for another two weeks. Annoying as they can be, it’s quite rare for an insect to shake off the pollen masses it carries from orchids or milkweeds except in the way Nature intended; and it’s only when the hardworking bee is extremely loaded down that it becomes most beneficial to milkweed blossoms. "Of ninety-two specimens carrying corpuscula of Asclepias verticillata," says Professor Robertson, "eighty-eight have them on hairs alone, and four on both hairs and claws." He adds: "As far as simply applying pollen to an insect is concerned, a flower with loose pollen has the edge. But once the insect is loaded, the advantage lies with Asclepias. It’s only a general rule that insects stick to flowers of a certain species when collecting nectar and pollen. If a bee coated in loose pollen visits flowers of another species, it won’t keep enough pollen to effectively fertilize flowers of the original species for long. On the other hand, if an insect comes back at any point during the day, or even after a few days, to the species of Asclepias from which it picked up its load of pollinia, it may carry with it all or most of the pollinia it collected from the first plants it visited. The strong grip that the pollinia have on the insect is one of the best adaptations for cross-fertilization."

Ants, the worst pilferers of nectar extant, find the hairy stem of the whorled milkweed, as well as its sticky juice, most discouraging, if not fatal, obstacles to climbing. How daintily the goldfinch picks at the milkweed pods and sets adrift the seeds attached to silky aeronautic fluff!

Ants, the worst nectar thieves around, find the hairy stem of the whorled milkweed and its sticky juice to be really discouraging, if not deadly, challenges for climbing. How delicately the goldfinch pecks at the milkweed pods and sends the seeds floating away on their silky, aeronautical fluff!

WILD POTATO-VINE; MAN-OF-THE-EARTH; MECHA-MECK
  (Ipomoea pandurata) Morning-glory family

WILD POTATO-VINE; MAN-OF-THE-EARTH; MECHA-MECK
  (Ipomoea pandurata) Morning-glory family

Flowers - Funnel form, wide-spread, 2 to 3 in. long, pure white or pinkish purple inside the throat; the peduncles 1 to 5 flowered. Stem: Trailing over the ground or weakly twining, 2 to 12 ft. long. Leaves: Heart, fiddle, or halbert shaped (rarely 3-lobed), on slender petioles. Root: Enormous, fleshy. Preferred Habitat - Dry soil, sandy or gravelly fields or hills. Flowering Season - May-September. Distribution - Ontario, Michigan, and Texas, east to the Atlantic Ocean.

Flowers - Funnel-shaped, widely spread, 2 to 3 inches long, pure white or pinkish purple inside the throat; the flower stems have 1 to 5 blooms. Stem: Creeping along the ground or weakly twining, 2 to 12 feet long. Leaves: Heart, fiddle, or spear-shaped (rarely 3-lobed), on slender stems. Root: Large and fleshy. Preferred Habitat - Dry soil, sandy or gravelly fields or hills. Flowering Season - May-September. Distribution - Ontario, Michigan, and Texas, extending east to the Atlantic Ocean.

No one need be told that this flaring, trumpet-shaped flower is next of kin to the morning-glory that clambers over the trellises of countless kitchen porches, and escapes back to Nature's garden whenever it can. When the ancestors of these blossoms welded their five petals into a solid deep bell, which still shows on its edges the trace of five once separate parts, they did much to protect their precious contents from rain; but some additional protection was surely needed against the little interlopers not adapted to fertilize the flower, which could so easily crawl down its tube. Doubtless the hairs on the base of the filaments, between which certain bumblebees and other long-tongued benefactors can easily penetrate to suck the nectar secreted in a fleshy disk below, act as a stockade to little would-be pilferers. The color in the throat serves as a pathfinder to the deep-hidden sweets. How pleasant the way is made for such insects as a flower must needs encourage! For these the perennial wild potato vine keeps open house far later in the day than its annual relatives. Professor Robertson says it is dependent mainly upon two bees, Entechnia taurea and Xenoglossa ipomoeae, the latter its namesake.

No one needs to be told that this bright, trumpet-shaped flower is closely related to the morning-glory that climbs over countless kitchen porches and retreats to nature whenever it can. When the ancestors of these blossoms fused their five petals into a solid deep bell, which still shows traces of the five once separate parts on its edges, they effectively protected their precious contents from rain. However, some extra protection was surely needed against little intruders not suited to pollinate the flower, which could easily crawl down its tube. The hairs at the base of the filaments likely serve as a barrier to small would-be thieves, letting certain bumblebees and other long-tongued benefactors easily access the nectar secreted in a fleshy disk below. The color in the throat acts as a guide to the deeply hidden sweets. How nicely the path is laid out for the insects that a flower must encourage! For these, the perennial wild potato vine keeps its doors open much later in the day than its annual relatives. Professor Robertson points out that it mainly relies on two bees, Entechnia taurea and Xenoglossa ipomoeae, the latter being its namesake.

One has to dig deep to find the huge, fleshy, potato-like root from which the vine derived its name of man-of-the-earth. Such a storehouse of juices is surely necessary in the dry soil where the wild potato lives.

One has to dig deep to find the large, fleshy, potato-like root that gave the vine its name, man-of-the-earth. Such a reservoir of moisture is definitely needed in the dry soil where the wild potato grows.

Happily, the COMMON MORNING-GLORY (I. purpurea) - the Convolvulus major of seedsmen's catalogues - has so commonly escaped from cultivation in the eastern half of the United States and Canada as now to deserve counting among our wild flowers, albeit South America is its true home. Surely no description of this commonest of all garden climbers is needed; everyone has an opportunity to watch how the bees cross-fertilize it.

Happily, the COMMON MORNING-GLORY (I. purpurea) - the Convolvulus major of seed catalogs - has often escaped cultivation in the eastern half of the United States and Canada, so it truly deserves to be counted among our wildflowers, even though South America is its native home. Surely no description of this most common garden climber is needed; everyone has the chance to see how bees cross-pollinate it.

The vine has a special interest because of Darwin's illuminating experiments upon it when he planted six self-fertilized seeds and six seeds fertilized with the pollen brought from flowers on a different vine, on opposite sides of the same pot. Vines produced by the former reached an average height of five feet four inches, whereas the cross-pollenized seed sent its stems up two feet higher, and produced very many more flowers. If so marked a benefit from imported pollen may be observed in a single generation, is it any wonder that ambitious plants employ every sort of ingenious device to compel insects to bring them pollen from distant flowers of the same species? How punctually the MOON-FLOWER (I. grandiflora), next of kin to the morning-glory, opens its immense, pure white, sweet-scented flowers at night to attract night-flying moths, because their long tongues, which only can drain the nectar, may not be withdrawn until they are dusted with vitalizing powder for export to some waiting sister.

The vine is particularly interesting because of Darwin's enlightening experiments with it when he planted six self-fertilized seeds and six seeds fertilized with pollen from flowers on a different vine, on opposite sides of the same pot. The vines from the former reached an average height of five feet four inches, while the cross-pollenized seeds grew two feet taller and produced significantly more flowers. If such a noticeable benefit from imported pollen can be seen in just one generation, is it any surprise that determined plants use all sorts of clever strategies to get insects to bring them pollen from distant flowers of the same species? Just look at how the MOON-FLOWER (I. grandiflora), a relative of the morning-glory, opens its huge, pure white, sweet-smelling flowers at night to attract night-flying moths, since their long tongues can only reach the nectar if they are covered in vitalizing pollen, which they then carry to another waiting flower.

GRONOVIUS' or COMMON DODDER; STRANGLE-WEED; LOVE VINE; ANGEL'S
HAIR
  (Cuscuta gronovii) Dodder family

GRONOVIUS' or COMMON DODDER; STRANGLE-WEED; LOVE VINE; ANGEL'S
HAIR
  (Cuscuta gronovii) Dodder family

Flowers - Dull white, minute, numerous, in dense clusters. Calyx inferior, greenish white, 5-parted; corolla bell-shaped, the 5 lobes spreading, 5 fringed scales within; 5 stamens, each inserted on corolla throat above a scale; 2 slender styles. Stem: Bright orange yellow, thread-like, twining high, leafless. Preferred Habitat - Moist soil, meadows, ditches, beside streams. Flowering Season - July-September. Distribution - Nova Scotia and Manitoba, south to the Gulf States.

Flowers - Dull white, tiny, numerous, and in dense clusters. The calyx is inferior, greenish white, with 5 parts; the corolla is bell-shaped, with 5 spreading lobes and 5 fringed scales inside; there are 5 stamens, each attached to the throat of the corolla above a scale; and 2 slender styles. Stem: Bright orange-yellow, thread-like, twining high, and leafless. Preferred Habitat - Moist soil, meadows, ditches, and beside streams. Flowering Season - July to September. Distribution - Nova Scotia and Manitoba, south to the Gulf States.

Like tangled yellow yarn wound spirally about the herbage and shrubbery in moist thickets, the dodder grows, its beautiful bright threads plentifully studded with small flowers tightly bunched. Try to loosen its hold on the support it is climbing up, and the secret of its guilt is out at once; for no honest vine is this, but a parasite, a degenerate of the lowest type, with numerous sharp suckers (haustoria) penetrating the bark of its victim, and spreading in the softer tissues beneath to steal all their nourishment. So firmly are these suckers attached, that the golden thread-like stem will break before they can be torn from their hold.

Like tangled yellow yarn wrapped around the grass and bushes in damp thickets, dodder grows, its beautiful bright threads filled with small flowers closely grouped together. If you try to loosen its grip on the support it's climbing, the truth of its nature is clear right away; this is no honest vine, but a parasite, a lowly degenerate, with many sharp suckers (haustoria) piercing the bark of its host, spreading into the softer tissues below to steal all their nutrients. These suckers are so firmly attached that the golden thread-like stem will snap before they can be pried away.

Not a leaf now remains on the vine to tell of virtue in its remote ancestors; the absence of green matter (chlorophyll) testifies to dishonest methods of gaining a living (see Indian pipe); not even a root is left after the seedling is old enough to twine about its hard-working, respectable neighbors. Starting out in life with apparently the best intentions, suddenly the tender young twiner develops an appetite for strong drink and murder combined, such as would terrify any budding criminal in Five Points or Seven Dials! No sooner has it laid hold of its victim and tapped it, than the now useless root and lower portion wither away, leaving the dodder in mid-air, without any connection with the soil below, but abundantly nourished with juices already stored up, and even assimilated, at its host's expense. By rapidly lengthening the cells on the outer side of its stem more than on the inner side, the former becomes convex, the latter concave; that is to say, a section of spiral is formed by the new shoot, which, twining upward, devitalizes its benefactor as it goes. Abundant, globular seed vessels, which develop rapidly, while the blossoming continues unabated, soon sink into the soft soil to begin their piratical careers close beside the criminals which bore them; or better still, from their point of view, float downstream to found new colonies afar. When the beautiful jewelweed - a conspicuous sufferer - is hung about with dodder, one must be grateful for at least such symphony of yellows.

Not a single leaf is left on the vine to show any signs of virtue from its distant ancestors; the lack of green material (chlorophyll) shows it's living off dishonest means (see Indian pipe). There isn't even a root left once the seedling is mature enough to wrap around its hardworking, respectable neighbors. Starting out in life with seemingly good intentions, suddenly the delicate young twiner develops a craving for strong drink and violence that would terrify any budding criminal in Five Points or Seven Dials! As soon as it grabs onto its victim and taps into it, the now useless root and lower part wither away, leaving the dodder hanging in mid-air, completely detached from the soil below but well-fed with the nutrients already absorbed from its host. By rapidly extending the cells on the outside of its stem more than the inside, the outside bulges while the inside caves in; this creates a spiral section of the new shoot, which, as it climbs upward, drains its benefactor of life. Abundant, round seed pods develop quickly while blooming continues steadily, soon sinking into the soft soil to start their criminal lives right next to the ones that produced them; or even better, they float downstream to establish new colonies far away. When the beautiful jewelweed—a clear victim—is adorned with dodder, one can at least appreciate the symphony of yellows.

VIRGINIA WATERLEAF
  (Hydrophyllum Virginicum) Waterleaf family

VIRGINIA WATERLEAF
(Hydrophyllum Virginicum) Waterleaf family

Flowers - White or purplish tinged, in a single or forking cluster on a long peduncle. Calyx deeply 5-parted, the spreading segments very narrow, bristly hairy. Corolla erect, bell-shaped, deeply 5-lobed; 5 protruding stamens, with soft hairs about their middle; 2 styles united to almost the summit. Stem: Slender, rather weak, to 3 ft. long, leafy, sparingly branched, from a scaly rootstock. Leaves: Alternate, lower ones on long petioles, 6 to 10 in. long, pinnately divided into 5 to 7 oblong, sharply toothed, acute leaflets or segments; upper leaves similar, but smaller, and with fewer divisions. Preferred Habitat - Rich, moist woods. Flowering season - May-August. Distribution - Quebec to South Carolina, west to Kansas and Washington.

Flowers - White or purplish, in single or branched clusters on a long stem. The calyx is deeply divided into 5 parts, with the spreading segments being very narrow and bristly. The corolla is upright, bell-shaped, and has 5 deep lobes; there are 5 protruding stamens, with soft hairs around their middle; 2 styles joined almost to the top. Stem: Slender, somewhat weak, reaching up to 3 ft. long, leafy, and sparsely branched, coming from a scaly rootstock. Leaves: Alternate, with the lower leaves on long stalks, 6 to 10 in. long, divided into 5 to 7 oblong, sharply toothed, pointed leaflets or segments; upper leaves are similar but smaller and with fewer divisions. Preferred Habitat - Rich, moist woods. Flowering season - May-August. Distribution - Quebec to South Carolina, west to Kansas and Washington.

So very many flowers especially adapted to the bumblebee are in bloom when the cymes of the waterleaf uncoil, like the borages, from their immature roll, that some special inducement to attract this benefactor were surely needed. In high altitudes the clusters became deeper hued; but much as the more specialized bees love color, food appeals to them far more. Accordingly the five lobes of each little flower stand erect to increase the difficulty a short-tongued insect would have to drain its precious stores; the stamens are provided with hairs for the same reason; and even the calyx is bristly, to discourage crawling ants, the worst pilferers out. By these precautions against theft, plenty of nectar remains for the large bees. To prevent self-fertilization, pollen is shed on visitors, which remove it from a newly opened flower before the stigmas become receptive to any; but in any case these are elevated in maturity above the anthers, well out of harm's way.

So many flowers specifically designed for bumblebees are blooming when the clusters of the waterleaf unwirl, like the borages, from their immature state that it's clear some special attraction for this helpful pollinator was definitely needed. At higher altitudes, the clusters become more vibrant; however, even though the more specialized bees are drawn to color, food is far more enticing for them. As a result, the five lobes of each little flower stand upright to make it harder for a short-tongued insect to access its valuable nectar; the stamens have hairs for the same reason; and even the calyx is bristly to deter crawling ants, who are the worst thieves. With these measures against theft, plenty of nectar is left for the larger bees. To avoid self-fertilization, pollen is released onto visiting insects, which takes it away from a newly opened flower before the stigmas are ready to receive any; but in any case, these stigmas are positioned above the anthers, well out of reach.

Early in spring the large lower leaves are calculated to hold the drip from the trees overhead, hence the plant's scientific and popular names.

Early in spring, the large lower leaves are designed to catch the drip from the trees above, hence the plant's scientific and common names.

JIMSONWEED; JAMESTOWN WEED; THORN APPLE; STRAMONIUM; DEVIL'S
TRUMPET
  (Datura stramonium) Potato family

JIMSONWEED; JAMESTOWN WEED; THORN APPLE; STRAMONIUM; DEVIL'S
TRUMPET
  (Datura stramonium) Potato family

Flowers - Showy, large, about 4 in. high, solitary, erect, growing from the forks of branches. Calyx tubular, nearly half as long as the corolla, 5-toothed, prismatic; corolla funnel-form, deep-throated, the spreading limb 2 in. across or less, plaited, 5-pointed; stamens 5; 1 pistil. Stem: Stout, branching, smooth, 1 to 5 ft. high. Leaves: Alternate, large, rather thin, petioled, egg-shaped in outline, the edges irregularly wavy-toothed or angled, rank-scented. Fruit: A densely prickly, egg-shaped capsule, the lower prickles smallest. The seeds and stems contain a powerful narcotic poison. Preferred Habitat - Light soil, fields, waste land near dwellings, rubbish heaps. Flowering Season - June-September. Distribution - Nova Scotia to the Gulf of Mexico, westward beyond the Mississippi.

Flowers - Showy and large, about 4 inches tall, growing alone and upright from the forks of branches. The calyx is tubular, nearly half the length of the corolla, with 5 teeth and a prismatic shape; the corolla is funnel-shaped, deep-throated, and has a spreading limb that is 2 inches across or less, plaited, and 5-pointed; there are 5 stamens and 1 pistil. Stem: Thick, branching, smooth, standing 1 to 5 feet tall. Leaves: Alternate, large, fairly thin, on petioles, egg-shaped, with irregularly wavy-toothed or angled edges, and have a strong odor. Fruit: A densely prickly, egg-shaped capsule, with the lower prickles being the smallest. The seeds and stems contain a potent narcotic poison. Preferred Habitat - Light soil, fields, waste areas near homes, and trash piles. Flowering Season - June to September. Distribution - From Nova Scotia to the Gulf of Mexico, extending west beyond the Mississippi.

When we consider that there are over five million Gypsies wandering about the globe, and that the narcotic seeds of the thorn apple, which apparently heal, as well as poison, have been a favorite medicine of theirs for ages, we can understand at least one means of the weed reaching these shores from tropical Asia. (Hindoo, dhatura). Our Indians, who call it "white man's plant," associate it with the Jamestown settlement - a plausible connection, for Raleigh's colonists would have been likely to carry with them to the New World the seeds of an herb yielding an alkaloid more esteemed in the England of their day than the alkaloid of opium known as morphine. Daturina, the narcotic, and another product, known in medicine as stramonium, smoked by asthmatics, are by no means despised by up-to-date practitioners. Were it not for the rank odor of its leaves, the vigorous weed, coarse as it is, would be welcome in men's gardens. Indeed, many of its similar relatives adorn them. The fragrant petunia and tobacco plants of the flower beds, the potato, tomato, and egg-plant in the kitchen garden, call it cousin.

When we think about the more than five million Gypsies traveling around the world, and the thorn apple's narcotic seeds, which seem to heal as well as poison, being a go-to remedy for them for ages, we can grasp at least one way this plant made its way here from tropical Asia. (Hindoo, dhatura). Our Native Americans, who refer to it as the "white man's plant," link it to the Jamestown settlement - a reasonable connection, since Raleigh's colonists would likely have brought the seeds of a herb that produced an alkaloid more valued in their England than the opium alkaloid known as morphine. Daturina, the narcotic, and another medicinal product known as stramonium, which is smoked by asthma sufferers, are definitely not looked down upon by modern practitioners. If it weren't for the strong smell of its leaves, this robust weed, as coarse as it is, would be welcomed in gardens. In fact, many of its relatives already beautify them. The fragrant petunia and tobacco in flower beds, and potato, tomato, and eggplant in kitchen gardens, consider it a cousin.

Late in the afternoon the plaited corolla of this long trumpet-shaped flower expands to welcome the sphinx moths. So deep a tube implies their tongues; not that these are the benefactors to which the blossom originally adapted itself - they were doubtless left behind in Asia - but apparently our moths make excellent substitutes, for there is no abatement of the weed's vigor here, as there surely would be did it habitually fertilize itself. Any time after four o'clock in the afternoon, according to the light, the sphinx moth, a creature of the gloaming, begins its rounds, to be mistaken for a hummingbird seven times out of ten. Hovering about its chosen white or yellow flowers, that open for it at the approach of twilight, it remains poised above one a second, as if motionless - although the faint hum of its wings, while sucking, indicates that no magic suspends it - then darts swift as thought to another deep tube to feast again, of course transferring pollen as it goes. But what if the Jamestown weed miscalculate the hour of her lover's call and open too soon? Mischievous bees, quick to seize so golden an opportunity, squeeze into the flower when it begins to unfold (flies and beetles following them), to steal pollen, which will sometimes be entirely removed before the moth's arrival.

Late in the afternoon, the braided petals of this long trumpet-shaped flower open up to welcome the sphinx moths. Such a deep tube suggests the length of their tongues; it's not that these are the pollinators the flower initially evolved for—those were likely left behind in Asia—but it seems our moths are great substitutes because the plant shows no signs of weakening here, which would be the case if it often self-fertilized. Anytime after four o'clock in the afternoon, depending on the light, the sphinx moth, a creature of twilight, starts its rounds, often mistaken for a hummingbird. Hovering near its preferred white or yellow flowers, which bloom at dusk, it stays suspended above one for a moment, appearing motionless—though the soft hum of its wings while it feeds reveals that it isn’t actually still—and then darts away as quickly as thought to another deep tube to feed again, naturally transferring pollen as it moves. But what if the Jamestown weed misjudges the timing of its visitor and opens too early? Mischievous bees, eager to take advantage of such a wonderful chance, slip into the flower when it starts to open (with flies and beetles following), to steal pollen, which can sometimes be completely taken before the moth arrives.

The THORN-APPLE [now PURPLE THORN-APPLE, considered a variant of JIMSONWEED]; PURPLE STRAMONIUM (D. tatula), a similar species, usually with darker leaves, and pale lavender or violet flowers, or with its long, slender tube white, has become at home in so many fields and waste lands east of Minnesota and Texas that no one thinks of it as belonging to tropical America.

The THORN-APPLE [now PURPLE THORN-APPLE, seen as a variant of JIMSONWEED]; PURPLE STRAMONIUM (D. tatula), a similar species, typically with darker leaves and pale lavender or violet flowers, or with its long, slender tube white, has established itself in so many fields and abandoned lands east of Minnesota and Texas that no one considers it to be from tropical America.

Only sphinx moths can reach its deep well of nectar, from which bees are literally barred out by an inward turn of the stamens toward the center of the tube. Caterpillars of our commonest member of the sphinx tribe conceal themselves on the tomato vine by a mimicry of its color so faultless that a bright eye only may detect their presence. In the South the caterpillar of another of these moths (Sphinx Carolina) does fearful havoc under its appropriate alias of "tobacco worm."

Only sphinx moths can access its deep well of nectar, while bees are literally kept out by the inward bend of the stamens towards the center of the tube. The caterpillars of our most common sphinx species blend in with the tomato vine so perfectly in color that only a keen eye can spot them. In the South, the caterpillar of another sphinx moth (Sphinx Carolina) causes significant damage, earning it the nickname "tobacco worm."

CULVER'S-ROOT; CULVER'S PHYSIC
(Leptandra Virginica; Veronica Virginica of Gray) Figwort family

CULVER'S-ROOT; CULVER'S PHYSIC
(Leptandra Virginica; Veronica Virginica of Gray) Figwort family

Flowers - Small, white or rarely bluish, crowded in dense spike-like racemes 3 to 9 in. long, usually several spikes at top of stem or from upper axils. Calyx 4-parted, very small; corolla tubular, 4-lobed; 2 stamens protruding; pistil. Stem: Straight, erect, usually unbranched, 2 to 7 ft. tall. Leaves: Whorled, from 3 to 9 in a cluster, lance-shaped or oblong, and long-tapering, sharply saw-edged. Preferred Habitat - Rich, moist woods, thickets, meadows. Flowering Season - June-September. Distribution - Nova Scotia to Alabama, west to Nebraska.

Flowers - Small, white, or occasionally bluish, grouped closely in dense, spike-like clusters that are 3 to 9 inches long, usually with several spikes at the top of the stem or from the upper leaf axils. The calyx is very small and has 4 parts; the corolla is tubular and 4-lobed; there are 2 stamens sticking out; and a pistil. Stem: Straight, upright, usually unbranched, reaching 2 to 7 feet tall. Leaves: Arranged in whorls, with 3 to 9 in a cluster, lance-shaped or oblong, tapering to a point, with sharply saw-toothed edges. Preferred Habitat - Rich, moist woods, thickets, meadows. Flowering Season - June to September. Distribution - From Nova Scotia to Alabama, west to Nebraska.

Slender, erect white wands make conspicuous advertisements in shady retreats at midsummer, when insect life is at its height and floral competition for insect favors at its fiercest. Next of kin to the tiny blue speedwell, these minute, pallid blossoms could have little hope of winning wooers were they not living examples of the adage, "In union there is strength.' Great numbers crowded together on a single spike, and several spikes in a cluster that towers above the woodland undergrowth, cannot well be overlooked by the dullest insects, especially as nectar rewards the search of those having midlength or long tongues. Simply by crawling over the spikes, of which the terminal one usually matures first, they fertilize the little flowers. The pollen thrust far out of each tube in the early stage of bloom, has usually all been brushed off on the underside of bees, wasps, butterflies, flies, and beetles before the stigma matures; nevertheless, when it becomes susceptible, the anthers spread apart to keep out of its way lest any leftover pollen should touch it.

Slim, upright white stalks stand out in shady spots during midsummer, when insect activity is at its peak and plants are competing fiercely for insect attention. Related to the tiny blue speedwell, these small, pale flowers wouldn't stand much of a chance at attracting pollinators if they weren't perfect examples of the saying, "There's strength in numbers." Large groups clustered on a single spike, with multiple spikes in a bunch towering above the forest undergrowth, are hard to miss by even the dullest insects, especially since they offer nectar to those with medium to long tongues. By simply crawling over the spikes, starting with the terminal one that usually blooms first, the insects help fertilize the little flowers. The pollen, which extends far out of each tube during the early bloom stage, is often brushed off onto the undersides of bees, wasps, butterflies, flies, and beetles before the stigma is ready; however, when the stigma becomes receptive, the anthers spread apart to avoid any leftover pollen touching it.

"The leaves of the herbage at our feet," says Ruskin, "take all kinds of strange shapes, as if to invite us to examine them. Star-shaped. heart-shaped, spear-shaped, arrow-shaped, fretted, fringed, cleft, furrowed, serrated, in whorls, in tufts, in wreaths, in spires, endlessly expressive, deceptive, fantastic, never the same from footstalks to blossom, they seem perpetually to tempt our watchfulness, and take delight in outstripping our wonder." Doubtless light is the factor with the greatest effect in determining the position of the leaves on the stem, if not their shape. After plenty of light has been secured, any aid they may render the flowers in increasing their attractiveness is gladly rendered. Who shall deny that the brilliant foliage of the sumacs, the dogwood, and the pokeweed in autumn does not greatly help them in attracting the attention of migrating birds to their fruit, whose seeds they wish distributed? Or that the clustered leaves of the dwarf cornel and Culver's-root, among others, do not set off to great advantage their white flowers which, when seen by an insect flying overhead, are made doubly conspicuous by the leafy background formed by the whorl?

"The leaves of the plants at our feet," says Ruskin, "come in all sorts of strange shapes, as if they’re inviting us to take a closer look. Star-shaped, heart-shaped, spear-shaped, arrow-shaped, frayed, fringed, split, grooved, serrated, in whorls, in tufts, in wreaths, in spikes—endlessly expressive, deceptive, fantastical—never the same from stem to blossom, they seem to constantly tease our attention and take joy in surpassing our amazement." Clearly, light is the most significant factor in determining the placement of the leaves on the stem, if not their shape. Once they’ve secured enough light, any help they can give the flowers in attracting attention is gladly given. Who can deny that the vibrant foliage of the sumacs, dogwood, and pokeweed in autumn significantly aids in drawing migrating birds to their fruit, whose seeds they want dispersed? Or that the grouped leaves of dwarf cornel and Culver's-root, among others, showcase their white flowers beautifully, which, when seen by an insect flying above, are made even more noticeable by the leafy backdrop formed by the whorl?

BUTTONBUSH; HONEY-BALLS; GLOBE-FLOWER; BUTTON-BALL SHRUB;
RIVER-BUSH
  (Cephalanthus occidentalis) Madder family

BUTTONBUSH; HONEY-BALLS; GLOBE-FLOWER; BUTTON-BALL SHRUB;
RIVER-BUSH
  (Cephalanthus occidentalis) Madder family

Flowers - Fragrant, white, small, tubular, hairy within, 4-parted, the long, yellow-tipped style far protruding; the florets clustered on a fleshy receptacle, in round heads (about 1 in. across), elevated on long peduncles from leaf-axils or ends of branches. Stem: A shrub 3 to 12 ft. high. Leaves: Opposite or in small whorls, petioled, oval, tapering at the tip, entire. Preferred Habitat - Beside streams and ponds; swamps, low ground. Flowering Season - June-September. Distribution - New Brunswick to Florida and Cuba, westward to Arizona and California.

Flowers - Fragrant, small, white, tubular, with hairs inside, 4-parted, and the long, yellow-tipped style sticking out; the florets are clustered on a fleshy base, in round heads (about 1 inch across), elevated on long stems from leaf axils or branch ends. Stem: A shrub that grows 3 to 12 feet tall. Leaves: Opposite or in small whorls, with petioles, oval shape, tapering at the tip, and entire edges. Preferred Habitat - Next to streams and ponds; in swamps and low areas. Flowering Season - June to September. Distribution - From New Brunswick to Florida and Cuba, stretching west to Arizona and California.

Delicious fragrance, faintly suggesting jasmine, leads one over marshy ground to where the buttonbush displays dense, creamy-white globes of bloom, heads that Miss Lounsberry aptly likens to "little cushions full of pins." Not far away the sweet breath of the white-spiked clethra comes at the same season, and one cannot but wonder why these two bushes, which are so beautiful when most garden shrubbery is out of flower, should be left to waste their sweetness, if not on desert air exactly, on air that blows far from the homes of men. Partially shaded and sheltered positions near a house, if possible, suit these water lovers admirably. Cultivation only increases their charms. We have not so many fragrant wild flowers that any can be neglected. John Burroughs, who included the blossoms of several trees in his list of fragrant ones, found only thirty-odd species in New England and New York.

A delicious fragrance, slightly reminiscent of jasmine, guides you over marshy ground to where the buttonbush showcases dense, creamy-white clusters of blooms, which Miss Lounsberry cleverly compares to "little cushions full of pins." Not far away, the sweet scent of the white-spiked clethra arrives in the same season, and one can't help but wonder why these two shrubs, so beautiful when most garden plants are out of bloom, are allowed to waste their sweetness on air that isn't exactly desert-like but blows far from human homes. They thrive in partially shaded and sheltered spots near a house, if possible, as these water lovers do wonderfully there. Cultivation only enhances their beauty. We don't have many fragrant wildflowers, so we can't afford to overlook any. John Burroughs, who listed the blossoms of several trees among his fragrant favorites, found only around thirty species in New England and New York.

Examine a well-developed ball of bloom on the button-bush under a magnifying glass to appreciate its perfection of detail. After counting two hundred and fifty minute florets, tightly clustered, one's tired eyes give out. A honey-ball, with a well of nectar in each of these narrow tubes, invites hosts of insects to its hospitable feast; but only visitors long and slender of tongue can drain the last drop, therefore the vicinity of this bush is an excellent place for a butterfly collector to carry his net. Butterflies are by far the most abundant visitors; honey-bees also abound, bumblebees, carpenter and mining bees, wasps, a horde of flies, and some destructive beetles; but the short tongues can reach little nectar. Why do the pistils of the florets protrude so far? Even before each minute bud opened, all its pollen had been shed on the tip of the style, to be in a position to be removed by the first visitor alighting on the ball of bloom. After the removal of the pollen from the still immature stigma, it becomes sticky, to receive the importation from other blossoms. Did not the floret pass through two distinct stages, first male, then female, self-fertilization, not cross-fertilization, would be the inevitable result. The dull red and green seed-balls, which take on brown and bronze tints after frost, make beautiful additions to an autumn bouquet. The bush is next of kin to the coffee.

Examine a well-formed ball of blooms on the buttonbush under a magnifying glass to appreciate its detailed perfection. After counting two hundred and fifty tiny florets, tightly clustered, your tired eyes start to give out. A honey ball, with a well of nectar in each of these narrow tubes, invites a variety of insects to its generous feast; but only visitors with long, slender tongues can drain the last drop, making the area around this bush an excellent spot for a butterfly collector to use their net. Butterflies are by far the most common visitors; honeybees are plentiful, along with bumblebees, carpenter and mining bees, wasps, a swarm of flies, and some destructive beetles; however, the shorter tongues can barely reach any nectar. Why do the pistils of the florets stick out so far? Even before each tiny bud opens, all its pollen has already been shed on the tip of the style, prepared to be collected by the first visitor landing on the bloom ball. Once the pollen is removed from the still immature stigma, it becomes sticky to catch pollen from other blossoms. If the floret went through two distinct stages—first male, then female—self-fertilization, rather than cross-fertilization, would be the unavoidable outcome. The dull red and green seed balls, which turn brown and bronze after frost, make beautiful additions to an autumn bouquet. The bush is related to the coffee plant.

PARTRIDGE VINE; TWIN-BERRY; MITCHELLA-VINE; SQUAW-BERRY
  (Mitchella repens) Madder family

PARTRIDGE VINE; TWIN-BERRY; MITCHELLA-VINE; SQUAW-BERRY
  (Mitchella repens) Madder family

Flowers - Waxy, white (pink in bud), fragrant, growing in pairs at ends of the branches. Calyx usually 4-lobed; corolla funnel-form, about 1/2 in. long, the 4 spreading lobes bearded within; 4 stamens inserted on corolla throat; style with 4 stigmas; the ovaries of the twin flowers united. (The style is long when the stamens are short, or vice versa). Stem: Slender, trailing, rooting at joints, 6 to 12 in. long, with numerous erect branches. Leaves: Opposite, entire, short petioled, oval or rounded, evergreen, dark, sometimes white veined. Fruit: A small, red, edible, double berry-like drupe. Preferred Habitat - Woods; usually, but not always, dry ones. Flowering Season - April-June. Sometimes again in autumn. Distribution - Nova Scotia to the Gulf States, westward to Minnesota and Texas.

Flowers - Waxy, white (pink in bud), fragrant, growing in pairs at the ends of the branches. The calyx is usually 4-lobed; the corolla is funnel-shaped, about 1/2 inch long, with 4 spreading lobes that are bearded inside; there are 4 stamens attached to the corolla throat; the style has 4 stigmas; and the ovaries of the twin flowers are fused. (The style is long when the stamens are short, or the other way around). Stem: Slender, trailing, rooting at the joints, 6 to 12 inches long, with many upright branches. Leaves: Opposite, entire, short-stemmed, oval or rounded, evergreen, dark, and sometimes with white veins. Fruit: A small, red, edible, double berry-like drupe. Preferred Habitat - Woods; usually, but not always, dry ones. Flowering Season - April-June. Sometimes again in autumn. Distribution - Nova Scotia to the Gulf States, westward to Minnesota and Texas.

A carpet of these dark, shining, little evergreen leaves, spread at the foot of forest trees, whether sprinkled over in June with pairs of waxy, cream-white, pink-tipped, velvety, lilac-scented flowers that suggest attenuated arbutus blossoms, or with coral-red "berries" in autumn and winter, is surely one of the loveliest sights in the woods. Transplanted to the home garden in closely packed, generous clumps, with plenty of leaf-mould, or, better still, chopped sphagnum, about them, they soon spread into thick mats in the rockery, the hardy fernery, or about the roots of rhododendrons and the taller shrubs that permit some sunlight to reach them. No woodland creeper rewards our care with greater luxuriance of growth. Growing near our homes, the partridge vine offers an excellent opportunity for study.

A carpet of these dark, shiny, little evergreen leaves spreads at the base of forest trees, whether sprinkled in June with pairs of creamy white, pink-tipped, velvety flowers that remind you of slender arbutus blossoms, or with coral-red "berries" in autumn and winter. It's definitely one of the most beautiful sights in the woods. When transplanted to the home garden in closely packed, generous clumps, surrounded by plenty of leaf mold or, even better, chopped sphagnum, they quickly spread into thick mats in the rock garden, the shade of hardy ferns, or around the roots of rhododendrons and taller shrubs that let some sunlight through. No woodland creeper rewards our care with more abundant growth. Growing near our homes, the partridge vine provides a great opportunity for study.

The two flowers at the tip of a branch may grow distinct down to their united ovaries, or their tubes may be partly united, like Siamese twins - a union which in either case accounts for the odd shape of the so-called berry, that shows further traces of consolidation in its "two eyes," the remnants of eight calyx teeth. Experiment proves that when only one of the twin flowers is pollenized by insects (excluded from the other one by a net), fruit is rarely set; but when both are, a healthy seeded berry follows. To secure cross-fertilization, the partridge flower, like the bluets (q.v.), occurs in two different forms on distinct plants, seed from either producing after its kind. In one form the style is low within the tube, and the stamens protrude; in the other form the stamens are concealed, and the style, with its four spreading stigmas, is exserted. No single flower matures both its reproductive organs. Short-tongued small bees and flies cannot reach the nectar reserved for the blossom's benefactors because of the hairs inside the tube, which nearly close it; but larger bees and butterflies coming to suck a flower with tall stamens receive pollen on the precise spot on their long tongues that will come in contact with the sticky stigmas of the long-styled form visited later, and there rub the pollen off. The lobes' velvety surface keeps insect feet from slipping.

The two flowers at the tip of a branch may be different all the way down to their joined ovaries, or their tubes might be partly fused, like Siamese twins—this connection explains the unusual shape of the so-called berry, which also shows signs of merging in its "two eyes," the remnants of eight calyx teeth. Experiments show that if only one of the twin flowers is pollinated by insects (kept away from the other by a net), fruit is rarely produced; however, when both are pollinated, a healthy seeded berry results. To ensure cross-fertilization, the partridge flower, like the bluets (see above), grows in two different forms on separate plants, with seeds from either producing plants like themselves. In one form, the style is low inside the tube, and the stamens stick out; in the other form, the stamens are hidden, and the style, with its four spreading stigmas, is extended. No single flower develops both its reproductive parts. Short-tongued small bees and flies can't reach the nectar meant for the flower's helpers because of the hairs inside the tube that nearly close it off; but larger bees and butterflies that come to sip from a flower with tall stamens get pollen on the exact spot on their long tongues that will later touch the sticky stigmas of the long-styled form they visit, and there they rub off the pollen. The velvety surface of the lobes prevents insect feet from slipping.

What endless confusion arises through giving the same popular folk names to different species! The Bob White, which is called quail in New England or wherever the ruffed grouse is known as partridge, is called partridge in the Middle and Southern States, where the ruffed grouse is known as pheasant. But as both these distributing agents, like most winter rovers, whether bird or beast, are inordinately fond of this tasteless partridge berry, as well as of the spicy fruit of quite another species, the aromatic wintergreen (q.v.), which shares with it a number of common names, every one may associate whatever bird and berry that best suit him. The delicious little twin-flower, beloved of Linnaeus, also comes in for a share of lost identity through confusion with the partridge vine.

What endless confusion arises from giving the same popular names to different species! The Bob White, which is called quail in New England or wherever the ruffed grouse is known as partridge, is referred to as partridge in the Middle and Southern States, where the ruffed grouse is called pheasant. But since both of these distributing agents, like most winter rovers, whether bird or beast, are extremely fond of this bland partridge berry, as well as the spicy fruit of quite another species, the aromatic wintergreen (q.v.), which shares several common names with it, everyone may associate whichever bird and berry they prefer. The delightful little twin-flower, loved by Linnaeus, also experiences a loss of identity due to confusion with the partridge vine.

CLEAVERS; GOOSE-GRASS; BEDSTRAW
  (Galium Aparine) Madder family

CLEAVERS; GOOSE-GRASS; BEDSTRAW
  (Galium Aparine) Madder family

Flowers - Small, white, 4-parted, inconspicuous, in clusters of 1
to 3 on peduncles from the axils of upper leaves. Stem: 2 to 5
ft. long, scrambling, weak, square; bristly on the angles.
Leaves: in whorls of 6 or 8, narrow, midrib and edges very rough.
Fruit: Rounded, twin seed-vessels, beset with many hooked
bristles.
Preferred Habitat - Shady ground.
Flowering Season - May-September.
Distribution - Eastern half of United States and Canada.

Flowers - Small, white, 4-part, inconspicuous flowers that grow in clusters of 1 to 3 on stalks from the axils of the upper leaves.
Stem: 2 to 5 ft. long, scrambling, weak, and square; bristly along the edges.
Leaves: arranged in whorls of 6 or 8, narrow, with a very rough midrib and edges.
Fruit: Rounded twin seed pods covered in many hooked bristles.
Preferred Habitat - Shady areas.
Flowering Season - May to September.
Distribution - Eastern half of the United States and Canada.

Among some seventy other English folk names by which cleavers are known are the following, taken from Britton and Brown's "Illustrated Flora": "CATCHWEED, BEGGAR-LICE, BURHEAD, CLOVER-GRASS, CLING-RASCAL, SCRATCH-GRASS, WILD HEDGE-BURS, HAIRIF or AIRIF, STICK-A-BACK or STICKLE-BACK, GOSLING-GRASS or GOSLING-WEED, TURKEY-GRASS, PIGTAIL, GRIP or GRIP-GRASS, LOVEMAN, SWEETHEARTS." From these it will be seen that the insignificant little white flowers impress not the popular mind. But the twin burs which steal a ride on every passing animal, whether man or beast, in the hope of reaching new colonizing ground far from the parent plant, rarely fail to make an impression on one who has to pick trailing sprays beset with them off woollen clothing.

Among about seventy other English names for cleavers are the following, taken from Britton and Brown's "Illustrated Flora": "CATCHWEED, BEGGAR-LICE, BURHEAD, CLOVER-GRASS, CLING-RASCAL, SCRATCH-GRASS, WILD HEDGE-BURS, HAIRIF or AIRIF, STICK-A-BACK or STICKLE-BACK, GOSLING-GRASS or GOSLING-WEED, TURKEY-GRASS, PIGTAIL, GRIP or GRIP-GRASS, LOVEMAN, SWEETHEARTS." From this list, it’s clear that the small white flowers don’t leave much of an impression on people. However, the burs that hitch a ride on any passing animal, whether human or otherwise, in hopes of spreading to new areas far from their original plant, certainly make a mark on anyone who has to remove these clingy sprigs from wool clothing.

Several other similar bur-bearing relatives there are, common in various parts of America as they are in Europe. The SWEET-SCENTED BEDSTRAW (G. trifolium), always with three little greenish flowers at the end of a footstalk, or branched into three pedicels that are one to three flowered, and with narrowly oval, one-nerved leaves arranged in whorls of six on its square stem, ranges from ocean to ocean on this continent, over northern Europe, and in Asia from Japan to the Himalayas. It will be noticed that plants depending upon the by hook or by crook method of travel are among the best of globe trotters. This species becomes increasingly fragrant as it dries.

There are several other bur-bearing relatives that are common in various parts of America just like they are in Europe. The SWEET-SCENTED BEDSTRAW (G. trifolium) always has three small greenish flowers at the end of a stem or branched into three pedicels, each with one to three flowers. Its leaves are narrow and oval, with one nerve, arranged in whorls of six on its square stem. This plant can be found from ocean to ocean across this continent, throughout northern Europe, and in Asia from Japan to the Himalayas. It's interesting to note that plants that rely on the hook or crook method of travel are some of the best globetrotters. This species gets more fragrant as it dries.

COMMON ELDER; BLACK-BERRIED, AMERICAN or SWEET ELDER; ELDERBERRY
  (Sambucus Canadensis) Honeysuckle family

COMMON ELDER; BLACK-BERRIED, AMERICAN or SWEET ELDER; ELDERBERRY
  (Sambucus Canadensis) Honeysuckle family

Flowers - Small, creamy, white, numerous, odorous, in large, flat-topped, or convex cymes at ends of branches. Calyx tubular, minute; corolla of 5 spreading lobes; 5 stamens; style short, 3-parted. Stem: A shrub 4 to 10 ft. high, smooth, pithy, with little wood. Leaves: Opposite, pinnately compounded of 5 to 11 (usually 7) oval, pointed, and saw-edged leaflets, heavy-scented when crushed. Fruit: Reddish-black, juicy "berries" (drupes). Preferred Habitat - Rich, moist soil; open situation. Flowering Season - June-July. Distribution - Nova Scotia to the Gulf of Mexico, and westward 2,000 miles.

Flowers - Small, creamy white, numerous, fragrant, in large, flat-topped or rounded clusters at the ends of branches. The calyx is tubular and tiny; the corolla has 5 spreading lobes; there are 5 stamens; the style is short and divided into 3 parts. Stem: A shrub that grows 4 to 10 feet tall, smooth, soft, with very little wood. Leaves: Opposite, feather-like, made up of 5 to 11 (usually 7) oval, pointed, and saw-edged leaflets that are heavily scented when crushed. Fruit: Reddish-black, juicy "berries" (drupes). Preferred Habitat - Rich, moist soil in an open area. Flowering Season - June-July. Distribution - From Nova Scotia to the Gulf of Mexico and westward for 2,000 miles.

Flowers far less beautiful than these flat-spread, misty clusters, that are borne in such profusion along the country lane and meadow hedgerows in June, are brought from the ends of the earth to adorn our over-conventional gardens. Certain European relatives, with golden or otherwise variegated foliage that looks sickly after the first resplendent outburst in spring, receive places of honor with monotonous frequency in American shrubbery borders.

Flowers that are far less beautiful than these wide-spread, hazy clusters, which bloom abundantly along the country lane and meadow hedgerows in June, are shipped from all corners of the globe to decorate our overly conventional gardens. Some European relatives, featuring golden or otherwise mixed foliage that appears unhealthy after the first vibrant burst in spring, are given spots of honor with boring regularity in American shrub borders.

Like the wild carrot among all the umbel-bearers, and the daisy among the horde of composites, the elder flower has massed its minute florets together, knowing that there was no hope of attracting insect friends, except in such union. Where clumps of elder grow - and society it ever prefers to solitude - few shrubs, looked at from above, which, of course, is the winged insect's point of view, offer a better advertisement. There are people who object to the honey-like odor of the flowers. Doubtless this is what most attracts the flies and beetles, while the lesser bees, that frequent them also, are more strongly appealed to through the eye. No nectar rewards visitors, consequently butterflies rarely stop on the flat clusters; but there is an abundant lunch of pollen for such as like it. Each minute floret has its five anthers so widely spread away from the stigmas that self-pollination is impossible; but with the help of small, winged pollen carriers plenty of cross-fertilized fruit forms. With the help of migrating birds, the minute nutlets within the "berries" are distributed far and wide.

Like the wild carrot among all the umbellifers and the daisy among the many composites, the elder flower has grouped its tiny florets together, knowing that there was no chance of attracting insect friends except through this union. Where clumps of elder grow—preferring community over solitude—few shrubs, seen from above, which is the perspective of winged insects, provide a better advertisement. Some people dislike the honey-like scent of the flowers. Undoubtedly, this is what mostly attracts the flies and beetles, while the smaller bees that visit are more drawn in by sight. There’s no nectar to reward visitors, so butterflies rarely land on the flat clusters; however, there’s plenty of pollen for those who enjoy it. Each tiny floret has five anthers that are spaced far from the stigmas, making self-pollination impossible. But with the help of small, winged pollen carriers, plenty of cross-fertilized fruit is produced. With the aid of migrating birds, the tiny nutlets inside the "berries" are spread far and wide.

When clusters of dark, juicy fruit make the bush top-heavy, it is, of course, no part of their plan to be gathered into pails, crushed and boiled and fermented into the spicy elderberry wine that is still as regularly made in some old-fashioned kitchens as currant jelly and pickled peaches. Both flowers and fruit have strong medicinal properties. Snuffling children are not loath to swallow sugar pills moistened with the homeopathic tincture of Sambucus. The common European species (S. nigra), a mystic plant, was once employed to cure every ill that flesh is heir to; not only that, but, when used as a switch, it was believed to check a lad's growth. Very likely! Every whittling schoolboy knows how easy it is to remove the white pith from an elder stem. An ancient musical instrument, the sambuca, was doubtless made from many such hollow reed-like sticks properly attuned.

When clusters of dark, juicy fruit weigh down the bush, it’s definitely not their intention to be picked into buckets, crushed, boiled, and fermented into that spicy elderberry wine that some old-school kitchens still make regularly, just like currant jelly and pickled peaches. Both the flowers and fruit have strong medicinal qualities. Sniffling kids aren’t hesitant to take sugar pills soaked in homemade Sambucus tincture. The common European type (S. nigra), a mystical plant, was once used to treat every ailment known to humanity; in fact, when used as a switch, it was believed to stunt a boy’s growth. Probably! Every boy carving wood knows how easy it is to peel the white pith off an elder stem. An ancient musical instrument called the sambuca was likely made from many of these hollow, reed-like sticks that were properly tuned.

A more woody species than the common elder, whose stems are so green it is scarcely like a true shrub, is the very beautiful RED-BERRIED or MOUNTAIN ELDER (S. pubens), found in rocky places, especially in uplands and high altitudes, from the British Possessions north of us to Georgia on the Atlantic Coast, and to California on the Pacific. Coming into bloom in April or May, it produces numerous flower clusters which are longer than broad, pyramidal rather than flat-topped. They turn brown when drying. In young twigs the pith is reddish-brown, not white as in the common elder. Birds with increased families to feed in June are naturally attracted by the bright red fruit; and while they may not distribute the stones over so vast an area as autumn migrants do those of the fall berries, they nevertheless have enabled the shrub to travel across our continent.

A woodier species than the common elder, whose stems are so green it hardly looks like a true shrub, is the stunning RED-BERRIED or MOUNTAIN ELDER (S. pubens). It's found in rocky areas, especially in highlands and at high altitudes, ranging from the British Possessions north of us to Georgia on the Atlantic Coast and California on the Pacific. Blooming in April or May, it produces many flower clusters that are longer than they are wide, pyramidal instead of flat-topped. They turn brown as they dry. In young twigs, the pith is reddish-brown, not white like in the common elder. Birds that are raising families in June are naturally drawn to the bright red fruit. While they may not spread the seeds as widely as autumn migrants do with fall berries, they have still helped the shrub to move across our continent.

HOBBLE-BUSH; AMERICAN WAYFARING TREE (Viburnum alnifolium; V. lantanoides of Gray) Honeysuckle family

HOBBLE-BUSH; AMERICAN WAYFARING TREE (Viburnum alnifolium; V. lantanoides of Gray) Honeysuckle family

Flowers - In loose, compound, flat, terminal clusters, 3 to 5 in. across; the outer, showy, white flowers each about 1 in. across, neutral; inner ones very much smaller, perfect. Calyx 5-parted; corolla 5-lobed; 5 stamens; 3 stigmas. Stem: A widely and irregularly branching shrub, sometimes 10 ft. high; the young twigs rusty scurfy. Leaves: Opposite, rounded or broadly ovate, pointed at the tip, finely saw-edged, unevenly divided by midrib, scurfy on veins beneath. Fruit: Not edible, berry-like, at first coral-red, afterward darker. Preferred Habitat - Cool, low, moist woods. Flowering Season - May-June. Distribution - North Carolina and Michigan, far northward.

Flowers - In loose, compound, flat clusters at the ends of stems, 3 to 5 inches across; the outer, showy white flowers are each about 1 inch wide, neutral; the inner ones are much smaller and perfect. Calyx has 5 parts; corolla is 5-lobed; there are 5 stamens and 3 stigmas. Stem: A widely and irregularly branching shrub that can reach up to 10 feet high; the young twigs are rusty and scurfy. Leaves: Opposite, rounded or broadly oval, pointed at the tip, finely serrated, unevenly divided by a midrib, and scurfy on the veins underneath. Fruit: Not edible, berry-like, initially coral-red and later darker. Preferred Habitat - Cool, low, moist woods. Flowering Season - May-June. Distribution - North Carolina and Michigan, extending far northward.

Widespread, irregular clusters of white bloom, that suggest heads of hydrangea whose plan has somehow miscarried, form a very decorative feature of the woods in May, when the shrubbery in Nature's garden, as in men's, is in its glory. For what reason are there two sizes and kinds of flowers in each cluster? Around the outer margin are large showy shams: they lack the essential organs, the stamens and pistil; therefore what use are they? Undoubtedly they are mere advertisements to catch the eye of passing insects - no small service, however. It is the inconspicuous little flowers grouped within their circle that attend to the serious business of life. The shrub found it good economy to increase the size of the outer row of flowers, even at the expense of their reproductive organs, simply to add to the conspicuousness of the clusters, when so many blossoms enter into fierce competition with them for insect trade. Many beetles, attracted by the white color, come to feed on pollen, and often destroy the anthers in their greed. But the lesser bees (Andrena chiefly), and more flies, whose short tongues easily obtain the accessible nectar, render constant service. These welcome guests we have to thank for the clusters of coral-red berries that make the shrub even more beautiful in September than in May.

Widespread, irregular clusters of white blooms, resembling heads of hydrangea whose design has somehow gone wrong, create a very decorative feature in the woods during May, when the greenery in Nature's garden, just like in human gardens, is at its best. Why are there two sizes and types of flowers in each cluster? The outer edges consist of large, showy blossoms that lack the essential parts, the stamens and pistil; so what purpose do they serve? They are clearly just eye-catching ads to attract passing insects, which is no small benefit. It's the small, inconspicuous flowers clustered in the center that handle the serious business of reproduction. The shrub has cleverly chosen to increase the size of the outer flowers, even at the cost of their reproductive organs, to make the clusters stand out more during intense competition with other blossoms for insect attention. Many beetles, drawn in by the white color, come to feed on pollen and often damage the anthers in their greed. However, the smaller bees (mainly Andrena) and more flies, with their short tongues easily reaching the available nectar, provide consistent help. We owe the clusters of coral-red berries that make the shrub even more beautiful in September than in May to these welcome visitors.

Because it sometimes sends its straggling branches downward in loops that touch the ground and trip up the unwary pedestrian, who presumably hobbles off in pain, the bush received a name with which the stumbler will be the last to find fault. From the bark of the Wayfaring Tree of the Old World (V. lantana), the tips of whose procumbent branches often take root as they lie on the ground, is obtained bird-lime. No warm, sticky scales enclose the buds of our hardy hobble-bush; the only protection for its tender baby foliage is in the scurfy coat on its twigs; yet with this thin covering, or without it, the young leaves safely withstand the intense cold of northern winters.

Because it sometimes sends its wandering branches down in loops that touch the ground and trip up unsuspecting pedestrians, who presumably walk away in pain, the bush got a name that even the person who stumbles over it won't complain about. From the bark of the Wayfaring Tree of the Old World (V. lantana), the tips of whose sprawling branches often take root while lying on the ground, bird-lime is made. No warm, sticky scales cover the buds of our resilient hobble-bush; the only protection for its delicate young leaves comes from the flaky coating on its twigs; yet with this thin covering, or without it, the young leaves easily endure the harsh cold of northern winters.

The chief beauty of the HIGH BUSH-CRANBERRY, CRANBERRY TREE, or WILD GUELDER-ROSE (V. Opulus) lies in its clusters of bright red, oval, very acid "berries" (drupes), that are commonly used by country people as a substitute for the fruit they so closely resemble. This is a symmetrical, erect, tall, smooth shrub, found in moist, low ground. Among the Berkshires it grows in perfection. From New Jersey, Michigan, and Oregon far northward is its range; also in Europe and Asia. The broadly ovate, saw-edged, three-lobed leaves are more or less hairy along the veins on the underside. Like the hobble-bush, this one produces an outer circle of showy, neutral flowers, as advertisements, on its peduncled, flat cluster; and small, perfect ones, to reproduce the species, in June or July. As the flies and small pollen-collecting bees move rapidly over a corymb to feast on the layer of nectar freely exposed for their benefit, they usually cross-fertilize the flowers; for, as Muller pointed out, the anthers and stigmas of each come in contact with different parts of the insect's feet or tongue. Beetles, which visit the clusters in great numbers, often prove destructive visitors. Kerner claims that nectar is secreted in the leaves of this species, whether in the two glands that appear at the top of the petioles or not, he does not say. Of what possible advantage to the plant could such an arrangement be? Plants, as well as humans, are not in business for philanthropy.

The main attraction of the HIGH BUSH-CRANBERRY, CRANBERRY TREE, or WILD GUELDER-ROSE (V. Opulus) is its clusters of bright red, oval, and very sour "berries" (drupes), which are often used by locals as a substitute for the fruit they closely resemble. This is a symmetrical, upright, tall, smooth shrub typically found in moist, low areas. It grows perfectly in the Berkshires. Its range extends from New Jersey, Michigan, and Oregon far northward, and it is also found in Europe and Asia. The broadly ovate, saw-edged, three-lobed leaves have a somewhat hairy texture along the veins on the underside. Like the hobble-bush, this plant produces an outer circle of showy, neutral flowers as advertisements on its peduncled, flat cluster, along with small, perfect flowers for reproduction in June or July. As flies and small pollen-collecting bees quickly move over a corymb to enjoy the layer of exposed nectar, they usually cross-fertilize the flowers; as Muller noted, the anthers and stigmas of each flower come into contact with different parts of the insect's feet or tongue. Beetles, which visit the clusters in large numbers, often become destructive visitors. Kerner mentions that nectar is secreted in the leaves of this species, although he doesn't clarify whether it's in the two glands that appear at the top of the petioles. What possible benefit could this arrangement have for the plant? Just like humans, plants aren't in it for charitable reasons.

No garden is complete - was garden ever complete? - without the beautiful SNOWBALL BUSH, a sterile variety of this shrub, with whose abundant balls of white flowers everyone is familiar. When various members of the viburnum and the hydrangea tribes are cultivated, the corollas of both the small interior flowers and those in the showy exterior circle become largely developed, while the reproductive organs of the former gradually become abortive. The snowball bush rather overdoes its advertising business; for however attractive its round white masses of sterile bloom, the effect is of no advantage to itself.

No garden is complete—was any garden ever complete?—without the beautiful SNOWBALL BUSH, a sterile version of this shrub, known for its abundant clusters of white flowers. When different members of the viburnum and hydrangea families are cultivated, the petals of both the smaller inner flowers and the larger outer ones become significantly developed, while the reproductive parts of the former gradually stop functioning. The snowball bush really goes overboard with its display; while its round white clusters of sterile blooms are visually appealing, they don’t benefit the plant at all.

In light, dry, rocky woods, from North Carolina and Minnesota, far northward, grows the common MAPLE-LEAVED ARROW-WOOD or DOCKMACKIE (V. acerifolium), which one might easily mistake for a maple sapling when it is not in flower or fruit. All the blossoms in its slender peduncled, flat-topped, white clusters are perfect; none are sterile for advertising purposes merely, as in the cases of so many of its relatives. The five stamens protrude from each five-lobed little flower for plain reasons. The opposite leaves are broadly ovate, three-ribbed, three-lobed, coarsely toothed, acute at the tip, and, except for their soft hairiness underneath, are too like maple leaves to be mistaken. In autumn, when they take on rich tints, and the clusters of "berries" become first crimson, then nearly black, the shrub is a delight to see.

In light, dry, rocky woods, from North Carolina to Minnesota and far north, grows the common MAPLE-LEAVED ARROW-WOOD or DOCKMACKIE (V. acerifolium), which could easily be mistaken for a young maple tree when it’s not blooming or bearing fruit. All the flowers in its slender, stalked, flat-topped, white clusters are perfect; none are sterile just for show, like many of its relatives. The five stamens stick out from each five-lobed flower for straightforward reasons. The opposite leaves are broadly oval, with three main ribs, three lobes, coarsely toothed edges, and pointed tips. Except for their soft hairiness underneath, they look so much like maple leaves that they can’t be confused with anything else. In autumn, when the leaves change to rich colors and the clusters of “berries” turn first crimson and then nearly black, the shrub is a joy to behold.

To become familiar with one of the Viburnum bushes is to recognize any member of the tribe when in blossom or fruit, for all spread more or less flattened, compound cymes of white flowers in late spring or early summer, followed by red or very dark "berries" (drupes); but it is on the leaves that we depend to name a species. The opposite, slender petioled, pale leaves of the ARROW-WOOD or MEALY-TREE (V. dentalum), have no lobes; but are ovate, coarsely toothed, pointed at the tip, prominently pinnately veined. All the flowers in a cyme are perfect; and the drupes, which are at first blue, become nearly black when fully ripe. In moist, or even wet, ground, from the Georgia mountains, western New York, and Minnesota far northward, this smooth, slender, gray shrub is found. Its wood once furnished the Indians with arrows.

To get to know one of the Viburnum shrubs is to recognize any member of the group when in bloom or bearing fruit, since they all produce flattened clusters of white flowers in late spring or early summer, followed by red or very dark "berries" (drupes); however, we usually rely on the leaves to identify a species. The opposite, slender-stemmed, pale leaves of the ARROW-WOOD or MEALY-TREE (V. dentatum) have no lobes; instead, they are ovate, roughly toothed, pointed at the tip, and have prominent pinnate veins. All the flowers in a cluster are perfect, and the drupes start off blue before turning nearly black when fully ripe. This smooth, slender, gray shrub is found in moist or even wet soil from the Georgia mountains, across western New York, and as far north as Minnesota. Its wood was once used by Native Americans to make arrows.

A much lower growing, but similar, bush, the DOWNY-LEAVED ARROW-WOOD (V. pubescens), formerly counted a mere variety of the preceding, may be known by the velvety down on the under side of its leaves. It grows in rocky, wooded places, often on some high bank above a stream. Beetles and the less specialized bees visit the flat-topped flower clusters abundantly in May. Short-tongued visitors quickly lick up the abundant nectar secreted at the base of each little style, cross-fertilizing their entertainers as they journey across the cyme. So widely do the anthers diverge, that pollen must often drop on the stigma of a neighboring floret, and quite as often a flower is likely to be self-fertilized through the curvature of the filaments.

A shorter but similar bush, the DOWNY-LEAVED ARROW-WOOD (V. pubescens), which used to be considered just a variety of the one before it, can be recognized by the soft, velvety hairs on the underside of its leaves. It grows in rocky, wooded areas, often on elevated banks above streams. In May, beetles and various bees frequently visit its flat-topped flower clusters. Short-tongued visitors quickly sip the abundant nectar found at the base of each little style, cross-pollinating the flowers as they move from one to the next. The anthers spread out so much that pollen often falls onto the stigma of a nearby flower, and flowers can also self-pollinate due to the bending of the filaments.

The WITHE-ROD OR APPALACHIAN TEA (V. cassinoides; V. nudum of Gray) is found in swamps and wet ground from North Carolina and Minnesota northward, flowering in May or June. Its dense clusters of perfect, small white flowers, on a rather short peduncle, are followed by oval "berries" that, although pink at first, soon turn a dark blue, with a bloom like the huckleberry's. The opposite, oval to oblong, rather thick, smooth leaves and the somewhat scurfy twigs help the novice to name this common shrub, whose tough, pliable branches make excellent binders for farmer's bundles, but whose leaves cannot be recommended as a substitute for tea.

The WITHE-ROD OR APPALACHIAN TEA (V. cassinoides; V. nudum of Gray) is found in swamps and wet areas from North Carolina to Minnesota, blooming in May or June. Its dense clusters of small white flowers, on a relatively short stem, are followed by oval "berries" that start off pink but soon turn dark blue, with a bloom similar to that of huckleberries. The opposite, oval to oblong, somewhat thick, smooth leaves and the slightly scaly twigs help beginners identify this common shrub, whose tough, flexible branches are great for binding farmers' bundles, but whose leaves aren’t recommended as a tea substitute.

Beautiful enough for any gentleman's lawn is the SWEET VIBURNUM, NANNY-BERRY, SHEEP-BERRY, or NANNY-BUSH, as it is variously called (V. Lentago). Indeed, its name appears in many nurserymen's catalogues. From Georgia, Indiana, and Missouri far northward it grows in rich, moist soil, sometimes attaining the height of a tree, more frequently that of a good-sized shrub. A profusion of dense white, broad flower clusters, seated among the rich green terminal leaves in May, indicate a feast for migrating birds and hungry beasts, including the omnivorous small boy in October, when the bluish-black, bloom-covered, sweet, edible "berries" ripen. A peculiarity of the ovate, long-tapering, and finely saw-edged leaves is that their long petioles often broaden out and become wavy margined.

Beautiful enough for any gentleman's lawn is the SWEET VIBURNUM, NANNY-BERRY, SHEEP-BERRY, or NANNY-BUSH, as it’s commonly known (V. Lentago). Its name can be found in many nurserymen's catalogs. It grows in rich, moist soil from Georgia, Indiana, and Missouri all the way north, sometimes reaching the height of a tree, but more often it takes the form of a well-sized shrub. In May, a profusion of dense white, broad flower clusters appears among the rich green terminal leaves, signaling a feast for migrating birds and hungry animals, including the ever-curious small boy in October, when the bluish-black, bloom-covered, sweet edible "berries" ripen. A unique feature of the ovate, long-tapering, and finely saw-edged leaves is that their long petioles often widen and develop wavy edges.

Another Viburnum, with smooth, bluish-black, sweet, and edible fruit, that ripens a month earlier than the nanny-berry's, is the similar BLACK HAW, STAG-BUSH or SLOE (V. prunifolium). As its Latin name indicates, the leaves suggest those of a plum tree. It is a very early bloomer; the flat-topped white clusters appearing in April, and lasting through June, in various parts of its range from the Gulf States to southern New England and Michigan. Unlike the hobble-bush and the withe-rod, both the nanny-berry and the black haw have conspicuous winter buds, the latter bush often clothing its tender undeveloped foliage with warm-looking reddish down, although few of its naked kin have so southerly a range.

Another Viburnum, with smooth, bluish-black, sweet, and edible fruit, ripens a month earlier than the nanny-berry. This is the similar BLACK HAW, STAG-BUSH, or SLOE (V. prunifolium). As its Latin name suggests, the leaves resemble those of a plum tree. It blooms very early, with flat-topped white clusters appearing in April and lasting through June in various areas from the Gulf States to southern New England and Michigan. Unlike the hobble-bush and the withe-rod, both the nanny-berry and the black haw have noticeable winter buds. The latter bush often covers its young, undeveloped leaves with a warm-looking reddish fuzz, although few of its bare relatives have such a southern range.

ONE-SEEDED, BUR- or STAR CUCUMBER; NIMBLE KATE

ONE-SEEDED, BUR- or STAR CUCUMBER; NIMBLE KATE

(Sicyos angulatus) Gourd family

(Sicyos angulatus) Cucurbit family

Flowers - Small, greenish-white, 5-parted, of 2 kinds: staminate ones in a loose raceme on a very long peduncle; fertile ones clustered in a little head on a short peduncle. Stem: A climbing vine with branched tendrils; more or less sticky-hairy. Leaves: Broad, 5-angled or 5-lobed, heart-shaped at base, rough, sometimes enormous, on stout petioles. Fruit: From 3 to 10 bur-like, yellowish, prickly seed-vessels in a star-shaped cluster, each containing one seed. Preferred Habitat - Moist, shady waste ground; banks of streams. Flowering Season - June-September. Distribution - Quebec to the Gulf States, and westward beyond the Mississippi.

Flowers - Small, greenish-white, with 5 parts, of 2 types: male flowers in a loose cluster on a very long stem; female flowers grouped in a small head on a short stem. Stem: A climbing vine with branched tendrils; somewhat sticky and hairy. Leaves: Broad, with 5 angles or lobes, heart-shaped at the base, rough, sometimes very large, on sturdy stems. Fruit: 3 to 10 bur-like, yellowish, prickly seed pods in a star-shaped cluster, each containing one seed. Preferred Habitat - Moist, shady areas and the banks of streams. Flowering Season - June to September. Distribution - From Quebec to the Gulf States and westward past the Mississippi.

In a damp, shady, waste corner, perhaps the first weed to take possession is the star cucumber, a poor relation of the musk and water melons, the squash, cucumber, pumpkin, and gourd of the garden. Its sole use yet discovered is to screen ugly fences and rubbish heaps by climbing and trailing luxuriantly over everything within reach. That it thinks more highly of its own importance in the world than men do of it, is shown by the precaution it takes to insure a continuance of its species. By separating the sexes of its flowers, like Quakers at meeting, it prevents self-fertilization, and compels its small-winged visitors to carry the smooth-banded, rough pollen from the staminate to the tiny pistillate group. By roughening its angled stem and leaves, it discourages pilfering ants and other crawlers from reaching the sweets reserved for legitimate benefactors. So extremely sensitive are the tips of the tendrils that by rubbing them with the finger they will coil up perceptibly; then straighten out again if they find they have been deceived, and that there is no stick for them to twine around. Give them a stick, however, and the coils remain fixed.

In a damp, shady, neglected spot, the first weed to settle in is the star cucumber, a distant relative of the musk melon and watermelon, as well as the squash, cucumber, pumpkin, and gourd found in gardens. Its only known purpose is to hide unsightly fences and piles of junk by climbing and sprawling over everything it can reach. The way it prioritizes its existence in the world more than people do is evident in how it secures the future of its species. By separating the genders of its flowers, like Quakers at a meeting, it prevents self-fertilization and forces its small-winged visitors to transport the smooth-banded, rough pollen from the male flowers to the tiny female ones. It also roughens its angled stem and leaves to deter greedy ants and other crawlers from getting to the rewards meant for its rightful helpers. Remarkably sensitive, the tips of its tendrils will curl up noticeably when brushed with a finger; they will then straighten out if they realize there's no stick to grab onto. But if you provide a stick, the coils will hold their position.

RATTLESNAKE-ROOT; WHITE LETTUCE or CANKER-WEED; LION'S-FOOT
  (Nabalus albus) Chickory family

RATTLESNAKE-ROOT; WHITE LETTUCE or CANKER-WEED; LION'S-FOOT
  (Nabalus albus) Chicory family

Flower-heads - Composite, numerous, greenish or cream white, or tinged with lilac, fragrant, nodding; borne in loose, open, narrow terminal, and axillary clusters. Each bell-like flowerhead only about 1/4 in. across, composed of 8 to 15 ray flowers, drooping from a cup-like involucre consisting of 8 principal, colored bracts. Stem: 2 to 5 ft. high, smooth, green or dark purplish red, leafy, from a tuberous, bitter root. Leaves: Alternate, variable, sometimes very large, broad, hastate, ovate, or heart-shaped, wavy-toothed, lobed, or palmately cleft; upper leaves smaller, lance-shaped, entire. Preferred Habitat - Woods; rich, moist borders; roadsides. Flowering Season - August-September. Distribution - Southern Canada to Georgia and Kentucky.

Flower heads - Composite, numerous, greenish or creamy white, or tinged with lilac, fragrant, nodding; found in loose, open, narrow clusters at the ends of stems and in the leaf axils. Each bell-shaped flower head is about 1/4 inch across, made up of 8 to 15 ray flowers that droop from a cup-like structure with 8 main colored bracts. Stem: 2 to 5 feet tall, smooth, green or dark purplish-red, leafy, arising from a tuberous, bitter root. Leaves: Alternate, variable, sometimes very large, broad, arrow-shaped, oval, or heart-shaped, with wavy edges, lobed, or divided like fingers; upper leaves are smaller and lance-shaped with smooth edges. Preferred Habitat - Woodlands; rich, moist edges; roadsides. Flowering Season - August-September. Distribution - From southern Canada to Georgia and Kentucky.

Nodding in graceful, open clusters from the top of a shining colored stalk, the inconspicuous little bell-like flowers of this common plant spread their rays to release the branching styles for contact with pollen-laden visitors. These styles presently become a bunch of cinnamon-colored hairs, a seed-tassel resembling a sable paint brush - the principal feature that distinguishes this species from the smaller-flowered TALL WHITE LETTUCE (N. altissimus), whose pappus is a light straw color. Both these plants are most easily recognized when their fluffy, plumed seeds are waiting for a stiff breeze to waft them to fresh colonizing ground.

Nodding in graceful, open clusters from the top of a shiny, colorful stalk, the subtle little bell-like flowers of this common plant spread out to connect with pollen-saturated visitors. These connections soon transform into a bunch of cinnamon-colored hairs, a seed-tassel that looks like a sable paintbrush—the main feature that sets this species apart from the smaller-flowered TALL WHITE LETTUCE (N. altissimus), which has a light straw-colored pappus. Both plants are easiest to identify when their fluffy, plumed seeds are waiting for a strong breeze to carry them to new ground for colonization.

BONESET; COMMON THOROUGHWORT; AGUE-WEED; INDIAN SAGE

(Eupatorium perfoliatum) Thistle family

(Eupatorium perfoliatum) Thistle family

Flower-heads - Composite, the numerous, small, dull, white heads of tubular florets only, crowded in a scaly involucre and borne in spreading, flat-topped terminal cymes. Stem: Stout, tall, branching above, hairy, leafy. Leaves: Opposite, often united at their bases, or clasping, lance-shaped, saw-edged, wrinkled. Preferred Habitat - Wet ground, low meadows, roadsides. Flowering Season - July-September. Distribution - From the Gulf States north to Nebraska, Manitoba, and New Brunswick.

Flower heads - Composite, the many small, dull white heads of tubular florets only, crowded in a scaly covering and grouped in spreading, flat-topped terminal clusters. Stem: Sturdy, tall, branching above, hairy, and leafy. Leaves: Opposite, often connected at their bases, or clasping, lance-shaped, serrated, and wrinkled. Preferred Habitat - Wet ground, low meadows, and roadsides. Flowering Season - July to September. Distribution - From the Gulf States north to Nebraska, Manitoba, and New Brunswick.

Frequently, in just such situations as its sister the Joe-Pye weed selects (q.v.), and with similar intent, the boneset spreads its soft, leaden-white bloom; but it will be noticed that the butterflies, which love color, especially deep pinks and magenta, let this plant alone, whereas beetles, that do not find the butterfly's favorite, fragrant Joe-Pye weed at all to their liking, prefer these dull, odorous flowers. Many flies, wasps, and bees also, get generous entertainment in these tiny florets, where they feast with the minimum loss of time, each head in a cluster containing, as it does, from ten to sixteen restaurants. An ant crawling up the stem is usually discouraged by its hairs long before reaching the sweets. Sometimes the stem appears to run through the center of one large leaf that is kinky in the middle and taper-pointed at both ends, rather than between a pair of leaves.

Often, in situations similar to those chosen by its relative, the Joe-Pye weed (see above), the boneset reveals its soft, leaden-white flowers. However, you'll notice that butterflies, which favor bright colors—especially deep pinks and magentas—stay away from this plant, while beetles, who don't like the butterfly's preferred and fragrant Joe-Pye weed at all, are attracted to these dull, smelly blooms. Many flies, wasps, and bees also enjoy spending time on these tiny florets, where they can feast quickly, as each flower head in a cluster has about ten to sixteen food sources. An ant climbing up the stem usually gets discouraged by the tiny hairs long before it reaches the sweet nectar. Sometimes, the stem seems to go through the center of a single large leaf that is twisted in the middle and pointed at both ends, rather than between two separate leaves.

An old-fashioned illness known as break-bone fever - doubtless paralleled to-day by the grippe - once had its terrors for a patient increased a hundredfold by the certainty he felt of taking nauseous doses of boneset tea, administered by zealous old women outside the "regular practice." Children who had to have their noses held before they would - or, indeed, could - swallow the decoction, cheerfully munched boneset taffy instead.

An old-fashioned illness called break-bone fever—probably similar to the flu today—once struck fear into patients, made worse by the certainty of having to take unpleasant doses of boneset tea, given by eager old women outside the "regular practice." Kids who had to pinch their noses before they would—or even could—drink the brew happily ate boneset taffy instead.

The bright white, wide-spread inflorescence of the WHITE SNAKEROOT, WHITE or INDIAN SANICLE, or DEERWORT BONESET (E. ageratoides) is displayed from July to November in the hope of getting relief from the fiercest competition for the visits of butterflies, honey and other small bees, wasps, and flies. From July to September the vast army of composites appear in such hopeless predominance that prolonged bloom on the part of any of their number is surely an advantage. In the rich, moist woods, or by shady roadsides, where it prefers to dwell, the white sanicle makes a fine show. Above its fringy bloom how often one sees the exquisite little lavender-blue butterflies (Lycaena pseudargiolus) pausing an instant to drain the tiny cups of nectar, and usually transferring pollen from the protruding styles (q.v.) as they flit to another cluster.

The bright white, wide-spread flowers of the WHITE SNAKEROOT, WHITE or INDIAN SANICLE, or DEERWORT BONESET (E. ageratoides) are on display from July to November, hoping to attract butterflies, honeybees, and other small bees, wasps, and flies. From July to September, the overwhelming number of composites blooms so abundantly that any prolonged flowering from any of them is definitely a benefit. In the rich, moist woods or along shady roadsides, where it prefers to grow, the white sanicle puts on a beautiful show. Above its fringed blooms, you can often spot the delicate little lavender-blue butterflies (Lycaena pseudargiolus) pausing briefly to sip nectar from the tiny cups, usually transferring pollen from the protruding styles (q.v.) as they move to another cluster.

The opposite, petioled leaves, broadly oval at the base, taper-pointed, coarsely toothed, three-nerved, and veiny, are thin and easily skeletonized by the insects that enjoy the leaves of all this clan of plants. From one to four feet high, the White Snakeroot grows in the United States and Canada as far west as Nebraska.

The opposite, stalked leaves are broad and oval at the base, taper to a point, have rough edges, three main veins, and are veiny. They are thin and can easily be skeletonized by the insects that feed on all these types of plants. The White Snakeroot grows one to four feet tall and can be found in the United States and Canada, as far west as Nebraska.

Closely allied to the eupatoriums, and with similar inflorescence, is the CLIMBING BONESET or HEMPWEED (Willughbaeaa scandens; Mikania scandens of Gray.) Straggling over bushes in swamps, by the brookside thicket, or in moist, shady roadsides, the vine reveals its kinship to the boneset instantly it comes into bloom in midsummer, although its flower clusters are occasionally pinkish. The opposite, petioled leaves are quite different from the boneset's, however, being heart-shaped at the base, and taper-pointed, somewhat triangular, two to four inches long, and one or two inches wide. From Massachusetts and the Middle States even to South America and the West Indies is its range.

Closely related to the eupatoriums and having a similar flower arrangement, the CLIMBING BONESET or HEMPWEED (Willughbeia scandens; Mikania scandens of Gray) grows over bushes in swamps, along the edges of streams, or in damp, shady areas by the road. The vine immediately shows its connection to the boneset when it blooms in midsummer, although its flower clusters can sometimes appear pinkish. The opposite, petioled leaves are quite different from those of the boneset; they are heart-shaped at the base and taper to a point, being somewhat triangular, ranging from two to four inches long and one to two inches wide. Its range extends from Massachusetts and the Middle States down to South America and the West Indies.

WHITE ASTERS or STARWORTS
  (Aster = a star) Thistle family

WHITE ASTERS or STARWORTS
  (Aster = a star) Thistle family

In dry, open woodlands, thickets, and roadsides, from August to October, we find the dainty WHITE WOOD ASTER (A. divaricatus; A. corymbosus of Gray) its brittle zig-zag stem two feet high or less, branching at the top, and repeatedly forked where loose clusters of flower-heads spread in a broad, rather flat corymb. Only a few white rays - usually from six to nine - surround the yellow disk, whose forets soon turn brown. Range from Canada southward to Tennessee.

In dry, open woodlands, thickets, and along roadsides, from August to October, we find the delicate WHITE WOOD ASTER (A. divaricatus; A. corymbosus of Gray). Its fragile zig-zag stem is two feet tall or less, branching at the top, and repeatedly forked, with loose clusters of flower-heads spreading out in a broad, somewhat flat corymb. There are only a few white rays—usually between six and nine—surrounding the yellow disk, which soon turns brown. It ranges from Canada down to Tennessee.

First to bloom among the white species, beginning in July, is the UPLAND WHITE ASTER (A. ptarmicoides), which elects to grow in the rocky or dry soil of high ground in the northern United States westward to Colorado. The leaves, which resemble grayish-green shining grass-blades, arranged alternately up the rigid stem, and diminishing in size near the top until they become mere bracts among the flowers, enable us to name the plant. The heads, in a branching cluster, are not numerous; each measures barely an inch across its ten to twenty snow-white rays; the center is of a pale yellow-green, turning a light brown in maturity.

First to bloom among the white species, starting in July, is the UPLAND WHITE ASTER (A. ptarmicoides), which chooses to grow in the rocky or dry soil of high ground in the northern United States, west to Colorado. The leaves, which look like grayish-green shiny grass blades, are arranged alternately along the stiff stem and get smaller near the top until they become just bracts among the flowers, allowing us to identify the plant. The flower heads, in a branching cluster, are not many; each measures just under an inch across its ten to twenty snow-white rays; the center is a pale yellow-green, turning light brown as it matures.

The TALL WHITE or PANICLED ASTER (A. paniculatus), in bloom from August to October in different parts of its wide range, attracts great numbers of beetles, which do it more harm than good; but many more butterflies (some of whose caterpillars feed on aster foliage as a staple), quantities of flies, some moths, swarms of bees, wasps, and miscellaneous winged visitors. Professor Robertson found several thousand callers, representing ninety-eight distinct species, on this one aster during four October days. Such popularity as the asters have attained finds its just reward in the triumphant progress of the lovely tribe (q.v.). For the amateur to name each member of such a horde is quite hopeless. In branching, raceme-like clusters, from August to October, this aster displays its numerous flower-heads, less than an inch across, each with a green cup formed of four or five series of overlapping bracts, and many white rays, occasionally violet tipped. The smooth stem, which rises from two to eight feet above moist soil, is plentifully set with alternate, pointed-tipped, lance-shaped leaves, tapering to a sessile or partly clasping base, and sparingly saw-edged. Its range is from Montana east to Virginia, south to Louisiana, north to Ontario and New England.

The TALL WHITE or PANICLED ASTER (A. paniculatus), which blooms from August to October across its broad range, attracts a lot of beetles that are more harmful than helpful. However, it also draws in many butterflies (some of whose caterpillars rely on aster leaves as a main food source), plenty of flies, some moths, swarms of bees, wasps, and various other winged visitors. Professor Robertson found several thousand visitors, representing ninety-eight different species, on this one aster during four days in October. The popularity of asters is rewarded by the successful growth of this beautiful group (q.v.). For an amateur, identifying each member of such a crowd is nearly impossible. From August to October, this aster showcases its numerous flower heads, which are less than an inch wide, with a green cup made up of four or five layers of overlapping bracts and many white rays, sometimes with violet tips. The smooth stem rises from two to eight feet above moist soil and is abundantly covered with alternate, pointed-tipped, lance-shaped leaves that taper to a sessile or partly clasping base and have slight saw edges. Its range extends from Montana east to Virginia, south to Louisiana, and north to Ontario and New England.

The bushy little WHITE HEATH ASTER (A. ericoides) every one must know, possibly, as MICHAELMAS DAISY, FAREWELL SUMMER, WHITE ROSEMARY, or FROSTWEED; for none is commoner in dry soil, throughout the eastern United States at least. Its smooth, much branched stem rarely reaches three feet in height, usually it is not over a foot tall, and its very numerous flower-heads, white or pink tinged, barely half an inch across, appear in such profusion from September even to December as to transform it into a feathery mass of bloom.

The bushy little WHITE HEATH ASTER (A. ericoides) is likely familiar to everyone, possibly known as MICHAELMAS DAISY, FAREWELL SUMMER, WHITE ROSEMARY, or FROSTWEED; it’s one of the most common plants in dry soil, at least throughout the eastern United States. Its smooth, branched stem rarely grows taller than three feet, and it usually stays under a foot. Its numerous flower heads, which are white or pink-tinged and just about half an inch across, bloom so abundantly from September to December that they create a feathery mass of flowers.

Growing like branching wands of golden rod, the DENSE-FLOWERED, WHITE-WREATHED, or STARRY ASTER (A. multiflorus) bears its minute flower-heads crowded close along the branches, where many small, stiff leaves, like miniature pine needles, follow them. Each flower measures only about a quarter of an inch across. From Maine to Georgia and Texas westward to Arizona and British Columbia the common bushy plant lifts its rather erect, curving, feathery branches perhaps only a foot, sometimes above a man's head, from August till November, in such dry, open, sterile ground as the white heath aster also chooses.

Growing like branching sticks of goldenrod, the DENSE-FLOWERED, WHITE-WREATHED, or STARRY ASTER (A. multiflorus) has its tiny flower heads packed closely along the branches, with many small, stiff leaves, resembling miniature pine needles, trailing them. Each flower is only about a quarter of an inch wide. From Maine to Georgia and Texas, westward to Arizona and British Columbia, this common bushy plant raises its somewhat upright, curving, feathery branches to about a foot high, sometimes even above a man's head, from August to November, in dry, open, barren ground similar to what the white heath aster prefers.

No one not a latter-day, structural botanist could see why the TALL, FLAT-TOP WHITE ASTER (Doellingeria umbella) is now an outcast from the aster tribe into a separate genus. This common species of moist soil and swamps has its numerous small heads (containing ten to fifteen rays each) arranged in large, terminal, compound clusters (corymbs). The stem, which rises from two to eight feet, has its long-tapering, alternate leaves, hairy on the veins beneath and rough margined.

No one except a modern structural botanist could understand why the TALL, FLAT-TOP WHITE ASTER (Doellingeria umbella) is now excluded from the aster family and placed into a separate genus. This common species found in wet soil and swamps features many small flower heads (each with ten to fifteen rays) grouped together in large, terminal clusters (corymbs). The stem reaches between two to eight feet tall and has long, tapering leaves that grow alternately, with hairy undersides along the veins and rough edges.

Late in the fall you may hear the rich tone of a Bombilius, one of the commonest flies seen about flowers, as he darts rapidly among the white asters. Unless you have been initiated, you may mistake this fly for a bee. He sings a very similar song and wears a similar dress; but he is not a very good imitation, after all, and a little familiarity with him will give you courage to catch him in your hand if you are quick enough, for he is incapable of stinging or biting: he can merely make a noise out of all proportion to his size. He is simply living from hour to hour, and lays up no store for the winter, enjoying more or less security from his resemblance to the industrious and dangerous insect which he imitates.

Late in the fall, you might hear the rich sound of a Bombilius, one of the most common flies buzzing around flowers, as it darts quickly among the white asters. Unless you're familiar with it, you might mistake this fly for a bee. It makes a very similar buzzing sound and has a similar appearance; however, it's not a very good copy, and with a little practice, you'll feel brave enough to catch it in your hand if you're quick, since it can't sting or bite: it can only make a noise that seems way too loud for its size. It simply lives from hour to hour, storing nothing for the winter, enjoying some safety due to its resemblance to the hardworking and dangerous insect it mimics.

DAISY FLEABANE; SWEET SCABIOUS
  (Erigeron annus) Thistle family

DAISY FLEABANE; SWEET SCABIOUS
  (Erigeron annus) Thistle family

Flower-heads - Numerous, daisy-like, about 1/2 in. across; from 40 to 70 long, fine, white rays (or purple- or pink-tinged), arranged around yellow disk florets in a rough, hemispheric cup whose bracts overlap. Stem: Erect, to 4 ft. high, branching above, with spreading, rough hairs. Leaves: Thin, lower ones ovate, coarsely toothed, petioled; upper ones sessile, becoming smaller, lance-shaped. Preferred Habitat: Fields, wasteland, roadsides. Flowering Season: May-November. Distribution: Nova Scotia to Virginia, westward to Missouri.

Flower heads - Numerous, resembling daisies, about ½ inch across; featuring 40 to 70 long, fine white rays (or shades of purple or pink), arranged around yellow disk florets in a rough, hemispheric cup with overlapping bracts. Stem: Upright, up to 4 feet tall, branching above, with spreading, rough hairs. Leaves: Thin, lower leaves are oval and coarsely toothed with petioles; upper leaves are sessile and get smaller, lance-shaped. Preferred Habitat: Fields, wasteland, and roadsides. Flowering Season: May to November. Distribution: From Nova Scotia to Virginia, westward to Missouri.

At a glance one knows this flower to be akin to Robin's plantain (q.v.) the the asters and daisy. A smaller, more delicate species, with mostly entire leaves and appressed hairs (E. ramosus; E. strigosum of Gray) has a similar range and season of bloom. Both soon grow hoary-headed after they have been fertilized by countless insects crawling over them (Erigeron = early old). That either of these plants, or the pinkish, small-flowered, strong-scented SALT-MARSH FLEABANE (Pluchea camphorata), drive away fleas, is believed only by those who have not used them dried, reduced to powder, and sprinkled in kennels, from which, however, they have been known to drive away dogs.

At first glance, you can tell this flower is related to Robin's plantain (see entry) along with asters and daisies. A smaller, more delicate species, with mostly whole leaves and flat hairs (E. ramosus; E. strigosum of Gray) has a similar range and blooming season. Both plants quickly develop a grayish appearance after being pollinated by countless insects crawling over them (Erigeron = early old). The idea that either of these plants, or the pinkish, small-flowered, strongly-scented SALT-MARSH FLEABANE (Pluchea camphorata), can repel fleas is only believed by those who haven't used them dried, ground into powder, and sprinkled in kennels, although they have been known to drive away dogs.

GROUNDSEL-BUSH or -TREE; PENCIL-TREE
  (Baccharis halimifolia) Thistle family

GROUNDSEL-BUSH or -TREE; PENCIL-TREE
  (Baccharis halimifolia) Thistle family

Flower-heads: White or yellowish tubular florets, 1 to 5 in peduncled clusters. Staminate and pistillate clusters on different shrubs; the former almost round at first, the latter conspicuous only when seeding; then their pappus is white, and about 1/3 in. long. Stem: A smooth, branching shrub, 3 to 10 ft. high. Leaves: Thick, lower ones ovate to wedge-shaped, coarsely angular-toothed; upper ones smaller, few-toothed or entire. Preferred Habitat: Salt marshes, tidewater streams, often far from the coast. Flowering Season: September-November Distribution: The Atlantic and Gulf coasts from Maine to Texas.

Flower heads: White or yellowish tubular flowers, 1 to 5 in clusters on a stem. Male and female clusters grow on different shrubs; the male ones are almost round at first, while the female ones are mostly noticeable when they have seeds; then their fluff is white, about 1/3 inch long. Stem: A smooth, branching shrub, 3 to 10 feet tall. Leaves: Thick, with lower leaves being oval to wedge-shaped and roughly toothed; upper leaves are smaller, with few teeth or smooth edges. Preferred Habitat: Salt marshes, tidal streams, often located far from the coast. Flowering Season: September to November. Distribution: The Atlantic and Gulf coasts from Maine to Texas.

When the little bright white, silky cockades, clustered at the ends of the branches, appear on a female groundsel-bush in autumn, our eyes are attracted to the shrub for the first time. But had not small pollen carriers discovered it weeks before, the scaly, glutinous cups would hold no charming, plumed seeds ready to ride on autumn gales. Self-fertilization has been guarded against by precarious means, but the safest of all devices - separation of the sexes on distinct plants. These are absolutely dependent, of course, on insect messengers - not visitors merely. Bees, which always show less inclination to dally from one species of flower to another than any other guests, and more intelligent directness of purpose when out for business are the groundsel-bush's truest benefactors. This is the only shrub among the multitudinous composite clan that most of us are ever likely to see.

When the little bright white, silky flowers cluster at the ends of the branches of a female groundsel-bush in autumn, we notice the shrub for the first time. But if small pollen carriers hadn’t found it weeks earlier, the scaly, sticky cups wouldn’t hold any charming, feathery seeds ready to catch the autumn winds. They’ve taken precautions against self-fertilization, but the most reliable method is keeping the genders on separate plants. These plants completely rely on insect messengers—not just occasional visitors. Bees, which typically don’t wander between different flower species as much as other insects and are more focused when they're out foraging, are the groundsel-bush's best supporters. This is the only shrub among the countless composite species that most of us are likely to encounter.

PEARLY or LARGE-FLOWERED EVERLASTING; IMMORTELLE; SILVER LEAF;
MOONSHINE; COTTON-WEED; NONE-SO-PRETTY

PEARLY or LARGE-FLOWERED EVERLASTING; IMMORTELLE; SILVER LEAF;
MOONSHINE; COTTON-WEED; NONE-SO-PRETTY

  (Anaphalis margaritacea; Antennaria margaritacea of Gray)
Thistle family

(Anaphalis margaritacea; Antennaria margaritacea of Gray)
Thistle family

Flower-heads - Numerous pearly-white scales of the involucre holding tubular florets only; borne in broad, rather flat, compound corymbs at the summit. Stem: Cottony, to 3 ft. high, leafy to the top. Leaves: Upper ones small, narrow, linear; lower ones broader, lance-shaped, rolled backward, more or less woolly beneath. Preferred Habitat - Dry fields, hillsides, open woods, uplands. Flowering Season - July-September. Distribution - North Carolina, Kansas, and California, far north.

Flower heads - Numerous pearly-white scales of the involucre hold only tubular florets, arranged in broad, fairly flat, compound clusters at the top. Stem: Cottony, up to 3 ft. high, leafy all the way to the top. Leaves: The upper leaves are small, narrow, and linear; the lower leaves are broader, lance-shaped, rolled backward, and somewhat woolly underneath. Preferred Habitat - Dry fields, hillsides, open woods, and uplands. Flowering Season - July-September. Distribution - North Carolina, Kansas, California, and areas further north.

When the small, white, overlapping scales of an everlasting's oblong involucre expand stiff and straight, each pert little flower-head resembles nothing so much as a miniature pond lily, only what would be a lily's yellow stamens are in this case the true flowers, which become brown in drying. It will be noticed that these tiny florets, so well protected in the center, are of two different kinds, separated on distinct heads: the female florets with a tubular, five-cleft corolla, a two-cleft style, and a copious pappus of hairy bristles; the staminate, or male, florets more slender, the anthers tailed at the base. Self-fertilization being, of course, impossible under such an arrangement, the florets are absolutely dependent upon little winged pollen carriers, whose sweet reward is well protected for them from pilfering ants by the cottony substance on the wiry stem, a device successfully employed by thistles also (q.v.).

When the small, white, overlapping scales of an everlasting's oblong involucre expand stiff and straight, each cute little flower head looks a lot like a mini pond lily. The expected yellow stamens of a lily are actually the true flowers here, which turn brown as they dry. You'll notice that these tiny florets, well protected in the center, come in two different types, found on separate heads: the female florets have a tubular, five-part corolla, a two-part style, and a fluffy pappus of hairy bristles; the male florets are slimmer, with anthers that have tails at the base. Since self-fertilization isn’t possible with this setup, the florets completely rely on small winged pollen carriers, who are rewarded with sweet nectar that’s cleverly kept safe from thieving ants by the cottony material on the thin stem, a tactic also used successfully by thistles (q.v.).

An imaginary blossom that never fades has been the dream of poets from Milton's day; but seeing one, who loves it? Our amaranth has the aspect of an artificial flower - stiff, dry, soulless, quite in keeping with the decorations on the average farmhouse mantelpiece. Here it forms the most uncheering of winter bouquets, or a wreath about flowers made from the lifeless hair of some dear departed.

An imaginary flower that never wilts has been the dream of poets since Milton's time; but who actually loves it? Our amaranth looks like a fake flower - stiff, dry, and lifeless, totally fitting the typical decor of a farmhouse mantelpiece. Here, it makes the most uninviting winter bouquet, or a garland around flowers made from the lifeless hair of someone we've lost.

In open, rocky places, moist or dry, the CLAMMY EVERLASTING, SWEET BALSAM, OR WINGED CUDWEED (Gnaphalium decurrens) prefers to dwell. A wholesome fragrance, usually mingled with that of sweet fern, pervades its neighborhood. Its yellowish-white little flower-heads clustered at the top of an erect stem, and its pale sage-green leaves, densely woolly beneath, the lower ones seeming to run along the stem, need no further description: every one knows the common everlasting. Its right to the Greek generic name, meaning a lock of wool, no one will dispute. From Pennsylvania and Arizona, north to Nova Scotia and British Columbia, its amaranthine flowers are displayed from July to September, the staminate and the pistillate heads on distinct plants. Many insect visitors approach the flowers; some, like the bees, are working for them in transferring pollen; others, like the ants, which are trying to steal nectar, usually getting killed on the sticky, cottony stem; and, hovering near, ever conspicuous among the larger visitors, is the beautiful hunter's butterfly (Pyrameis huntera), to be distinguished from its sister the painted lady, always seen about thistles, by the two large eye-like spots on the under side of the hind wings. What are these butterflies doing about their chosen plants? Certainly the minute florets of the everlasting offer no great inducements to a creature that lives only on nectar. But that cocoon, compactly woven with silk and petals, which hangs from the stem, tells the story of the hunter's butterfly's presence. A brownish-drab chrysalis, or a slate-colored and black-banded little caterpillar with tufts of hairs on its back, and pretty red and white dots on the dark stripes, shows our butterfly in the earlier stages of its existence, when the everlastings form its staple diet.

In open, rocky areas, whether moist or dry, the CLAMMY EVERLASTING, SWEET BALSAM, OR WINGED CUDWEED (Gnaphalium decurrens) likes to live. A pleasant fragrance, often mixed with the smell of sweet fern, fills its surroundings. Its small yellowish-white flower heads are clustered at the top of an upright stem, and its pale sage-green leaves, thickly woolly underneath, have the lower ones seemingly running along the stem. Everyone recognizes the common everlasting. Its claim to the Greek generic name, meaning a lock of wool, is undeniable. From Pennsylvania and Arizona, stretching north to Nova Scotia and British Columbia, its everlasting flowers bloom from July to September, with male and female flower heads on separate plants. Many insects visit the flowers; some, like bees, actively collect pollen, while others, like ants, attempt to steal nectar and often end up getting caught and killed on the sticky, cottony stem. Hovering nearby, easily spotted among the larger visitors, is the striking hunter's butterfly (Pyrameis huntera), which can be distinguished from its relative, the painted lady, often seen near thistles, by the two large eye-like spots on the underside of its hind wings. What are these butterflies doing around their preferred plants? The tiny florets of the everlasting don’t seem to offer much to a creature that thrives on nectar. But that cocoon, tightly woven with silk and petals, hanging from the stem, reveals the butterfly's presence. A brownish-drab chrysalis or a slate-colored caterpillar with black bands and tufts of hair on its back, featuring pretty red and white dots on its dark stripes, shows the butterfly in its earlier stages when everlastings constitute its main diet.

When the hepatica, arbutus, saxifrage, and adder's tongue are running for first place among the earliest spring flowers, another modest little competitor joins the race - the DWARF EVERLASTING (Antennaria plantaginifolia), also known as PLANTAIN-LEAVED, MOUSE-EAR, SPRING or EARLY EVERLASTING, WHITE PLANTAIN, PUSSY-TOES and LADIES' TOBACCO. From March to June, in different parts of its wide range, rocky fields, hillsides, and dry, open woods are whitened with broad patches of it, formed by runners; the fertile plants from six to eighteen inches high; the male plants, in distinct patches, smaller throughout. At the base the tufted leaves, which are green on the upper side, but silvery beneath, often woolly when young, are broadly oval or spatulate, the upper leaves oblong to lance-shaped, seated on the woolly stem. Charming little rosettes remain all winter, ready to send up the first flowers displayed by the vast host of composites. Several little heads of fertile florets, resembling tufts of silvery-white silk, are set in pale-greenish cups in a broad cluster at the top of the stem; the staminate florets in whiter cups with more rounded scales. Small bees, chiefly those of the Andrena and Halictus tribe, and many flies, attend to transferring pollen. Our friend, the hunter's butterfly, also hovers near. Range from Labrador to the Gulf of Mexico, westward to Nebraska.

When the hepatica, arbutus, saxifrage, and adder's tongue are competing for the title of the earliest spring flowers, another humble little contender enters the fray - the DWARF EVERLASTING (Antennaria plantaginifolia), also called PLANTAIN-LEAVED, MOUSE-EAR, SPRING or EARLY EVERLASTING, WHITE PLANTAIN, PUSSY-TOES, and LADIES' TOBACCO. From March to June, across various regions of its broad range, rocky fields, hillsides, and dry, open woods are blanketed with large patches of it, formed by runners; the fertile plants grow from six to eighteen inches tall, while the male plants, found in separate patches, are smaller overall. At the base, the tufted leaves are green on top but silvery underneath, often fuzzy when young, broadly oval or spatula-shaped, while the upper leaves are oblong to lance-shaped, sitting on the fuzzy stem. Charming little rosettes stay all winter, poised to produce the first flowers among a large group of composites. Several small clusters of fertile florets, resembling tufts of silvery-white silk, are held in pale-greenish cups at the top of the stem; the male florets are in whiter cups with more rounded scales. Small bees, mainly from the Andrena and Halictus families, and many flies, help with the pollen transfer. Our friend, the hunter's butterfly, also flits nearby. It ranges from Labrador to the Gulf of Mexico, extending west to Nebraska.

YARROW; MILFOIL; OLD MAN'S PEPPER; NOSEBLEED
  (Achillea Millefolium) Thistle family

YARROW; MILFOIL; OLD MAN'S PEPPER; NOSEBLEED
  (Achillea Millefolium) Thistle family

Flower-heads - Grayish-white, rarely pinkish, in a hard, close, flat-topped, compound cluster. Ray florets 4 to 6, pistillate, fertile; disk florets yellow, afterward brown, perfect, fertile. Stem: Erect, from horizontal rootstalk, 1 to 2 ft. high, leafy, sometimes hairy. Leaves: Very finely dissected (Millefolium = thousand leaf), narrowly oblong in outline. Preferred Habitat - Waste land, dry fields, banks, roadsides. Flowering Season - June-November. Distribution - Naturalized from Europe and Asia throughout North America.

Flower heads - Grayish-white, sometimes pinkish, in a hard, compact, flat-topped cluster. Ray florets 4 to 6, female, fertile; disk florets yellow, turning brown later, perfect, fertile. Stem: Upright, from a horizontal root system, 1 to 2 ft. tall, leafy, sometimes hairy. Leaves: Very finely divided (Millefolium = thousand leaf), narrow and oblong in shape. Preferred Habitat - Waste areas, dry fields, banks, roadsides. Flowering Season - June to November. Distribution - Naturalized from Europe and Asia across North America.

Everywhere this commonest of common weeds confronts us; the compact, dusty-looking clusters appearing not by waysides only, around the world, but in the mythology, folklore, medicine, and literature of many peoples. Chiron, the centaur, who taught its virtues to Achilles that he might make an ointment to heal his Myrmidons wounded in the siege of Troy, named the plant for this favorite pupil, giving his own to the beautiful blue corn-flower (Centaurea Cyanus). As a love-charm; as an herb-tea brewed by crones to cure divers ailments, from loss of hair to the ague; as an inducement to nosebleed for the relief of congestive headache; as an ingredient of an especially intoxicating beer made by the Swedes, it is mentioned in old books. Nowadays we are satisfied merely to admire the feathery masses of lace-like foliage formed by young plants, to whiff the wholesome, nutty, autumnal odor of its flowers, or to wonder at the marvelous scheme it employs to overrun the earth.

Everywhere this most common of weeds shows up; the dense, dusty-looking clusters appear not just along roadsides, but throughout the mythology, folklore, medicine, and literature of many cultures. Chiron, the centaur, taught its benefits to Achilles so he could create a healing ointment for his Myrmidons who were injured during the siege of Troy, naming the plant after this favorite student and giving his own name to the beautiful blue cornflower (Centaurea Cyanus). As a love charm; as a herbal tea brewed by old women to treat various ailments, from hair loss to fevers; as a way to induce nosebleeds for relieving congestive headaches; as an ingredient in a particularly potent beer made by the Swedes, it is referenced in old texts. Nowadays, we’re content to simply admire the feathery clusters of lace-like leaves produced by young plants, to enjoy the earthy, nutty, autumn scent of its flowers, or to marvel at the incredible strategy it uses to spread across the earth.

Like the daisy, each small flower in a cluster, as symmetrically arranged as brain coral, is made up of a large number of minute but perfect florets, suited to attract insects by making a better show than each could do alone, and by offering them accessible feeding places close together, where they may feast with minimum loss of time. Simultaneous cross-fertilization of many florets must be effected by every visitor crawling over a cluster. The florets in each disk open in regular array toward the centers. At the expense of stamens, which are absent in the grayish-white ray florets, they have attained their development, another instance of "progress by loss" from the evolutionary standpoint. By prolonging its season of bloom to get relief from the fierce competition for insect visitors in midsummer; by increase through seeds, and runners too; by contenting itself with neglected corners of the earth, the yarrow gives us many valuable lessons on how to succeed.

Like a daisy, each small flower in a cluster, arranged as symmetrically as brain coral, consists of many tiny but perfect florets that attract insects by putting on a better show than any one could individually, and by providing accessible feeding spots close together where they can feast with minimal time wasted. Every visitor crawling over a cluster must cross-fertilize many florets at the same time. The florets in each disk open in a regular pattern toward the center. At the cost of stamens, which are missing in the grayish-white ray florets, they have developed this way, illustrating another instance of "progress by loss" from an evolutionary perspective. By extending its blooming season to cope with the fierce competition for insect visitors in midsummer, by spreading through seeds and runners, and by thriving in overlooked corners of the earth, the yarrow teaches us many valuable lessons on how to succeed.

DOG'S or FETID CAMOMILE; MAYWEED; PIG-STY DAISY; DILLWEED;
DOG-FENNEL

DOG'S or FETID CAMOMILE; MAYWEED; PIG-STY DAISY; DILLWEED;
DOG-FENNEL

(Anthemis Cotula; Maruta Cotula of Gray) Thistle family

(Anthemis Cotula; Maruta Cotula of Gray) Thistle family

Flower-heads - Like smaller daisies, about 1 in. broad; 10 to 18 white, notched, neutral ray florets around a convex or conical yellow disk, whose florets are fertile, containing both stamens and pistil, their tubular corollas 5-cleft. Stem: Smooth, much branched, 1 to 2 ft. high, leafy, with unpleasant odor and acrid taste. Leaves: Very finely dissected into slender segments. Preferred Habitat - Roadsides, dry wasteland, sandy fields. Flowering Season - June-November. Distribution - Throughout North America, except in circumpolar regions.

Flower heads - Similar to smaller daisies, about 1 inch wide; 10 to 18 white, notched, neutral ray florets surrounding a convex or cone-shaped yellow center, whose florets are fertile, containing both stamens and pistil, with tubular corollas that are 5-cleft. Stem: Smooth, highly branched, 1 to 2 feet tall, leafy, with an unpleasant odor and a bitter taste. Leaves: Very finely divided into slender segments. Preferred Habitat - Roadsides, dry wasteland, sandy fields. Flowering Season - June-November. Distribution - Throughout North America, except in circumpolar regions.

"Naturalized from Europe, and widely distributed as a weed in Asia, Africa, and Australasia" (Britton and Brown's "Flora"). Little wonder the camomile encompasses the earth, for it imitates the triumphant daisy, putting into practice those business methods of the modern department store, by which the composite horde have become the most successful strugglers for survival.

"Naturalized from Europe and commonly found as a weed in Asia, Africa, and Australasia" (Britton and Brown's "Flora"). It's no surprise that chamomile is found all over the world since it replicates the success of the daisy, applying the business strategies of the modern department store, which have allowed these composite plants to become the most successful survivors.

The unpleasant odor given forth by this bushy little plant repels bees and other highly organized insects; not so flies, which, far from objecting to a fetid smell, are rather attracted by it. They visit the camomile in such numbers as to be the chief fertilizers. As the development of bloom proceeds toward the center, the disk becomes conical, to present the newly opened florets, where a fly alighting on it must receive pollen, to be transferred as he crawls and flies to another head. After fertilization the white rays droop. Dog, used as a prefix by several of the plant's folk names, implies contempt for its worthlessness. It is quite another species, the GARDEN CAMOMILE (A. nobilis) which furnishes the apothecary with those flowers which, when steeped into a bitter aromatic tea, have been supposed for generations to make a superior tonic and blood purifier.

The unpleasant smell from this bushy little plant keeps bees and other organized insects away; however, it attracts flies, which are drawn to foul odors. They swarm the camomile in such large numbers that they become the main pollinators. As the flowers bloom toward the center, the disk forms a cone to showcase the newly opened florets, where a fly landing on it collects pollen to transfer as it moves to another flower. After pollination, the white petals droop. The "dog" prefix in several of the plant's names suggests a sense of disdain for its uselessness. The true species that provides the apothecary with the flowers used for making a bitter aromatic tea, believed for generations to be a great tonic and blood purifier, is the GARDEN CAMOMILE (A. nobilis).

Not so common a plant here, but almost as widespread as the preceding species, is the similar, but not fetid, CORN or FIELD CAMOMILE (A. arvensis), a pest to European farmers. Both are closely related to the garden FEVERFEW, FEATHERFEW, OR PELLITORY (Chrysanthemum Parthenium), which escapes from cultivation whenever it can into waste fields and roadsides.

Not as common a plant here, but nearly as widespread as the previous species, is the similar but not smelly CORN or FIELD CAMOMILE (A. arvensis), a nuisance to European farmers. Both are closely related to the garden FEVERFEW, FEATHERFEW, OR PELLITORY (Chrysanthemum Parthenium), which frequently escapes from gardens into abandoned fields and along roadsides.

COMMON DAISY; WHITE-WEED; WHITE OR OX-EYE DAISY; LOVE-ME, LOVE-ME-NOT

(Chrysanthemum Leucanthemum) Thistle family

(Chrysanthemum Leucanthemum) Thistle family

Flower-heads - Disk florets yellow, tubular, 4 or 5 toothed, containing stamens and pistil; surrounded by white ray florets, which are pistillate, fertile. Stem: Smooth, rarely branched, to 3 ft. high. Leaves: Mostly oblong in outline, coarsely toothed and divided. Preferred Habitat - Meadows, pastures, roadsides, wasteland. Flowering Season - May-November. Distribution - Throughout the United States and Canada; not so common in the South and West.

Flower heads - The disk florets are yellow, tubular, with 4 or 5 teeth, containing stamens and a pistil; they are surrounded by white ray florets, which are female and fertile. Stem: Smooth, usually unbranched, up to 3 ft. tall. Leaves: Mostly oblong in shape, coarsely toothed and divided. Preferred Habitat - Meadows, pastures, roadsides, wasteland. Flowering Season - May to November. Distribution - Found throughout the United States and Canada; less common in the South and West.

Myriads and myriads of daisies, whitening our fields as if a belated blizzard had covered them with a snowy mantle in June, fill the farmer with dismay, the flower-lover with rapture. When vacation days have come; when chains and white-capped old women are to be made of daisies by happy children turned out of schoolrooms into meadows; when pretty maids, like Goethe's Marguerite, tell their fortunes by the daisy "petals;" when music bubbles up in a cascade of ecstasy from the throats of bobolinks nesting among the daisies, timothy, and clover; when the blue sky arches over the fairest scenes the year can show, and all the world is full of sunshine and happy promises of fruition, must we Americans always go to English literature for a song to fit our joyous mood?

Countless daisies cover our fields, making them look like a late snowstorm has draped them in white in June. This sight fills the farmer with worry and delights the flower enthusiast. When vacation arrives; when joyful children, let out of school, turn daisies into chains and crowns for the white-haired ladies; when pretty girls, like Goethe's Marguerite, seek their fortunes by counting daisy "petals;" when the music of bobolinks bursts forth in a joyful melody from their nests among the daisies, timothy, and clover; when the blue sky overlooks the most beautiful scenes of the year, and the world is full of sunshine and hopeful promises, do we really have to look to English literature for a song that matches our happiness?

     "When daisies pied, and violets blue,
        And lady-smocks all silver white,
      And cuckoo-buds of yellow hue,
        Do paint the meadows with delight-"

"When colorful daisies and blue violets,
        And lady-smocks all silvery white,
      And yellow cuckoo-buds,
        Do fill the meadows with joy-"

sang Shakespeare. His lovely suggestion of an English spring recalls no familiar picture to American minds. No more does Burns's

sang Shakespeare. His beautiful suggestion of an English spring doesn’t evoke any familiar image for American minds. Neither does Burns's

"Wee, modest crimson-tippit flower."

"Small, modest red-tipped flower."

Shakespeare, Burns, Chaucer, Wordsworth, and all the British poets who have written familiar lines about the daisy, extolled a quite different flower from ours - Bellis perennis, the little pink and white blossom that hugs English turf as if it loved it - the true day's-eye, for it closes at nightfall and opens with the dawn.

Shakespeare, Burns, Chaucer, Wordsworth, and all the British poets who have written familiar lines about the daisy, praised a completely different flower than ours - Bellis perennis, the small pink and white blossom that clings to English grass as if it loves it - the true day's-eye, because it closes at night and opens with the sunrise.

Now, what is the secret of the large, white daisy's triumphal conquest of our territory? A naturalized immigrant from Europe and Asia, how could it so quickly take possession? In the over-cultivated Old World no weed can have half the chance for unrestricted colonizing that it has in our vast unoccupied area. Most of our weeds are naturalized foreigners, not natives. Once released from the harder conditions of struggle at home (the seeds being safely smuggled in among the ballast of freight ships, or hay used in packing), they find life here easy, pleasant; as if to make up for lost time, they increase a thousandfold. If we look closely at a daisy - and a lens is necessary for any but the most superficial acquaintance - we shall see that, far from being a single flower, it is literally a host in itself. Each of the so-called white "petals" is a female floret, whose open corolla has grown large, white, and showy, to aid its sisters in advertising for insect visitors - a prominence gained only by the loss of its stamens. The yellow center is composed of hundreds of minute tubular florets huddled together in a green cup as closely as they can be packed. Inside each of these tiny yellow tubes stand the stamens, literally putting their heads together. As the pistil within the ring of stamens develops and rises through their midst, two little hair brushes on its tip sweep the pollen from their anthers as a rounded brush would remove the soot from a lamp chimney. Now the pollen is elevated to a point where any insect crawling over the floret must remove it. The pollen gone, the pistil now spreads its two arms, that were kept tightly closed together while any danger of self-fertilization lasted. Their surfaces become sticky, that pollen brought from another flower may adhere to them. Notice that the pistils in the white ray florets have no hairbrushes on their tips, because, no stamens being there, there is no pollen to be swept out. Because daisies are among the most conspicuous of flowers, and have facilitated dining for their visitors by offering them countless cups of refreshment that may be drained with a minimum loss of time, almost every insect on wings alights on them sooner or later. In short, they run their business on the principle of a cooperative department store. Immense quantities of the most vigorous, because cross-fertilized, seed being set in every patch, small wonder that our fields are white with daisies - a long and a merry life to them!

Now, what’s the secret behind the large, white daisy’s impressive takeover of our territory? An immigrant from Europe and Asia, how could it settle in so quickly? In the heavily cultivated Old World, no weed has nearly the opportunity for free colonization that it has in our vast unoccupied areas. Most of our weeds are naturalized foreigners, not locals. Once freed from the tougher conditions back home (with seeds often smuggled in among the ballast of cargo ships or hay used for packing), they find life here easy and enjoyable; as if to make up for lost time, they multiply a thousandfold. If we take a closer look at a daisy—and a magnifying lens is necessary for anything more than a superficial glance—we’ll discover that, instead of being a single flower, it’s literally a community in itself. Each of the so-called white "petals" is a female floret, whose open corolla has grown large, white, and showy to attract insect visitors, a display achieved by sacrificing its stamens. The yellow center consists of hundreds of tiny tubular florets packed together tightly in a green cup. Inside each of these small yellow tubes, the stamens literally come together, and as the pistil within the ring of stamens develops and rises through their midst, two tiny hair brushes on its tip sweep pollen from their anthers as a rounded brush would clean soot from a lamp chimney. Now the pollen is lifted to a point where any insect crawling over the floret must collect it. Once the pollen is gone, the pistil spreads its two arms, which were kept tightly closed while there was a risk of self-fertilization. Their surfaces become sticky, allowing pollen from another flower to cling to them. Notice that the pistils in the white ray florets don’t have hair brushes on their tips, because without stamens, there’s no pollen to sweep out. Because daisies are among the most noticeable flowers and have made dining easy for their visitors by providing countless cups of refreshment that can be drained quickly, almost every insect on the wing eventually lands on them. In short, they operate like a cooperative department store. With enormous quantities of strong seeds being produced through cross-fertilization in every patch, it’s no surprise that our fields are covered in daisies—a long and cheerful life to them!

Since all flowers must once have passed through a white stage before attaining gay colors, so evolution teaches, it is not surprising that occasional reversions to the white type should be found even among the brightest-hued species. Again, some white flowers which are in a transition state show aspirations after color, often so marked in individuals as to mislead one into believing them products of a far advanced colored type. Also, pale colors blanch under a summer sun. These facts must be borne in mind, and the blue, pink, and yellow blossoms should be investigated before the reader despairs of identifying a flower not found in the white group.

Since all flowers must have gone through a white phase before developing bright colors, as evolution suggests, it’s not surprising that we sometimes see a return to the white type even among the most colorful species. Some white flowers that are transitioning show hints of color, often so pronounced in individual flowers that one might mistakenly think they are from a much more advanced colored strain. Additionally, pale colors can fade under the summer sun. These points should be remembered, and the blue, pink, and yellow flowers should be examined before the reader gives up on identifying a flower that isn’t in the white category.

YELLOW AND ORANGE FLOWERS

"All variations which render the blossoms more attractive, either by scent, color, size of corolla, or quantity of nectar, make the insect visit more sure, and therefore the production of seed more likely. Thus, the conspicuous blossoms secure descendants which inherit the special variations of their parents, and so, generation after generation, we have selections in favor of conspicuous flowers, where insects are at work. Their appreciation of color, because it has brought the blossom possessing it more immediately into their view, and more surely under their attention, has enabled them, through the ages, to be preparing the specimens upon which man now operates, he taking up the work where they have left it, selecting, inoculating, and hybridizing, according to his own rules of taste, and developing a beauty which insects alone could never have evolved. His are the finishing touches, his the apparent effects, yet no less is it true, that the results of his floriculture would never have been attainable without insect helpers. It is equally certain, that the beautiful perfume, and the nectar also, are, in their present development, the outcome of repeated insect selection, and here, it seems to me, we get an inkling of a deep mystery: Why is life, in all its forms, so dependent upon the fusion of two individual elements? Is it not, that thus the door of progress has been opened? If each alone had reproduced, itself all-in-all, advance would have been impossible, the insect and human florists and pomologists, like the improvers of animal races, would have had no platform for their operation, and not only the forms of life, but life itself would have been stereotyped unalterably, ever mechanically giving repetition to identical phenomena." - Frank R. Cheshire in "Bees and Bee-keeping."

"All the variations that make flowers more appealing, whether through fragrance, color, size of petals, or amount of nectar, increase the likelihood of insect visits, and therefore, the chances of producing seeds. So, the noticeable flowers ensure that their offspring inherit the unique traits of their parents, and over generations, we see a preference for showy flowers where insects are active. Their awareness of color, because it helps them notice the blossoms more easily and pay better attention, has allowed them, over time, to create the specimens that humans now work with. Humans continue this work by selecting, grafting, and hybridizing according to their own preferences, enhancing beauty in ways that insects alone could never achieve. The final touches and visible results come from humans, but it’s also true that without the help of insects, the outcomes of horticulture wouldn’t have been possible. It's clear that the lovely scents and nectar we see today are products of repeated insect selection, and here we touch on a profound mystery: Why is life, in all its forms, so reliant on the combination of two individual elements? Isn’t this what has opened the doors to progress? If each had simply reproduced independently, progress would have been impossible. Insect and human florists, like those improving animal breeds, would have no foundation for their work, and not only would life forms have become stagnant, but life itself would have remained unchanging, endlessly repeating the same phenomena." - Frank R. Cheshire in "Bees and Bee-keeping."

YELLOW AND ORANGE FLOWERS

GOLDEN CLUB
  (Orontium aquaticum) Arum family

GOLDEN CLUB
(Orontium aquaticum) Arum family

Flowers - Bright yellow, minute, perfect, crowded on a spadix (club) 1 to 2 in. long; the scape, 6 in. to 2 ft. tall, flattened just below it; the club much thickened in fruit. Leaves: All from root, petioled, oblong-elliptic, dull green above, pale underneath, 5 to 12 in. long, floating or erect. Preferred Habitat - Shallow ponds, standing water, swamps. Flowering Season - April-May. Distribution - New England to the Gulf States, mostly near the coast.

Flowers - Bright yellow, tiny, perfect, clustered on a spadix (club) 1 to 2 inches long; the stalk, 6 inches to 2 feet tall, flattened just below it; the club becomes much thicker in fruit. Leaves: All from the root, with petioles, oblong-elliptic, dull green on top, pale underneath, 5 to 12 inches long, floating or upright. Preferred Habitat - Shallow ponds, standing water, and swamps. Flowering Season - April-May. Distribution - From New England to the Gulf States, mostly near the coast.

A first cousin of cruel Jack-in-the-pulpit, the skunk cabbage, and the water-arum (q.v.), a poor relation also of the calla lily, the golden club seems to be denied part of its tribal inheritance - the spathe, corresponding to the pulpit in which Jack preaches, or to the lily's showy white skirt. In the tropics, where the lily grows, where insect life teems in myriads and myriads, and competition among the flowers for their visits is infinitely more keen than here, she has greater need to flaunt showy clothes to attract benefactors than her northern relatives. But the golden club, which looks something like a calla stripped of her lovely white robe, has not lacked protection for its little buds from the cold spring winds while any was needed. By the time we notice the plant in bloom, however, its bract-like spathe has usually fallen away, as if conscious that the pretty mosaic club of golden florets, so attractive in itself, was quite able to draw all the visitors needed without further help. Merely by crawling over the clubs, flies and midges cross-fertilize them.

A close relative of the cruel Jack-in-the-pulpit, the skunk cabbage, and the water-arum (see entry), and a distant cousin of the calla lily, the golden club seems to have missed out on part of its family traits—the spathe, which corresponds to the pulpit where Jack preaches, or to the lily's flashy white skirt. In the tropics, where the lily thrives and insect life abounds in huge numbers, competition among flowers for those visits is much fiercer than it is here, so the lily has a greater need to show off vibrant colors to attract pollinators than its northern relatives do. However, the golden club, which resembles a calla without its beautiful white dress, has been well protected from the cold spring winds for its little buds as long as necessary. By the time we see the plant in bloom, though, its bract-like spathe has usually dropped off, as if it knows that the lovely cluster of golden florets, appealing on its own, can attract all the visitors it needs without any extra assistance. Simply by crawling over the clubs, flies and midges cross-pollinate them.

PERFOLIATE BELLWORT; STRAW BELL
  (Uvularia perfoliala) Bunch-flower family

PERFOLIATE BELLWORT; STRAW BELL
  (Uvularia perfoliala) Bunch-flower family

Flowers - Fragrant, pale yellow, about 1 in. long, drooping singly (rarely 2) from tips of branches; perianth narrow, bell-shaped, of 6 petal-like segments, rough within, spreading at the tip; 6 stamens; 3 styles united to the middle. Stem: 6 to 20 in. high, smooth, shining, forking about half way. Leaves: Apparently strung on the slender stem, oval, tapering at tip. Preferred Habitat - Moist, rich woods; thickets. Flowering Season - May-June. Distribution - Quebec to the Gulf of Mexico, west to Mississippi.

Flowers - Fragrant, pale yellow, around 1 inch long, drooping individually (rarely in pairs) from the tips of branches; the flower structure is narrow, bell-shaped, with 6 petal-like segments that are rough on the inside and spread out at the tip; there are 6 stamens and 3 styles fused to the middle. Stem: 6 to 20 inches high, smooth, shiny, branching about halfway up. Leaves: Seemingly arranged along the slender stem, oval, tapering to a point. Preferred Habitat - Moist, rich woods; thickets. Flowering Season - May-June. Distribution - From Quebec to the Gulf of Mexico, extending west to Mississippi.

Hanging like a palate (uvula) from the roof of a mouth, according to imaginative Linnaeus, the little bellwort droops, and so modestly hides behind the leaf its footstalk pierces that the eye often fails to find it when so many more showy blossoms arrest attention in the May woods. Slight fragrance helps to guide the keen bumblebee to the pale yellow bell. The tips spreading apart very little and the flower being pendent, how is she to reach the nectar secreted at the base of each of its six divisions? Is it not more than probable that the inner surface is rough, as if dusted with yellow meal, to provide a foothold for her as she clings? Now securely hanging from within the inhospitable flower, her long tongue can easily drain the sweets, and in doing so she will receive pollen, to be deposited, in all probability, on the stigmatic style branches of the next bellwort entered.

Hanging like a little uvula from the roof of a mouth, as the imaginative Linnaeus described, the delicate bellwort droops and modestly hides behind the leaf that its stem pierces, making it difficult for the eye to spot it amidst the flashier blossoms that command attention in the May woods. A slight fragrance helps guide the diligent bumblebee to the pale yellow bell. With the tips barely spreading apart and the flower hanging down, how is she supposed to reach the nectar hidden at the base of each of its six parts? It's likely that the inner surface is rough, almost like it's dusted with yellow powder, giving her a good grip as she clings on. Now securely hanging inside the unwelcoming flower, her long tongue can easily sip the sweetness, and in the process, she'll collect pollen to likely drop onto the stigmatic style branches of the next bellwort she visits.

With a more westerly range than the perfoliate species, the similar LARGE-FLOWERED BELLWORT (U. grandiflora) grows in like situations. Its greenish lemon-yellow flowers, an inch to an inch and a half long, appear from April to May, or when the female bumblebees, that fly before their lords, are the only insects large and strong enough to force an entrance. Mr. Trelease, who noted them on the flowers near Madison, Wisconsin, saw that one laden with pollen from another blossom came in contact with the three sticky branches of the style, protruding between the anthers, when she crawled between the anthers and sepals, as she must, to reach the nectar secreted at the base. But the linear anthers shedding their pollen longitudinally, there is a chance that the flower may fertilize itself should no bee arrive before a certain point is reached.

With a more westerly range than the perfoliate species, the similar LARGE-FLOWERED BELLWORT (U. grandiflora) grows in similar environments. Its greenish lemon-yellow flowers, about one to one and a half inches long, bloom from April to May, or when the female bumblebees, which fly ahead of the males, are the only insects big and strong enough to get inside. Mr. Trelease, who observed them on flowers near Madison, Wisconsin, noticed that one bee loaded with pollen from another flower came into contact with the three sticky parts of the style, which stick out between the anthers, as she crawled between the anthers and sepals to reach the nectar at the base. However, since the linear anthers release their pollen lengthwise, there's a chance that the flower could self-fertilize if no bee arrives before a certain point is reached.

The SESSILE-LEAVED BELLWORT, or WILD OAT (U. sessifolia), as its name implies, has its thin, pale green leaves tapering at either end, seated on the stem, not surrounding it, or apparently strung on it. The smaller flower is cream colored. A sharply three-angled capsule about an inch long follows. Range from Minnesota and Arkansas to the Atlantic.

The SESSILE-LEAVED BELLWORT, or WILD OAT (U. sessifolia), as its name suggests, has thin, light green leaves that taper at both ends, resting on the stem instead of wrapping around it, or seemingly strung along it. The smaller flower is cream-colored. It produces a sharply three-angled capsule that's about an inch long. It’s found from Minnesota and Arkansas to the Atlantic.

WILD YELLOW, MEADOW or FIELD LILY; CANADA LILY
 (Lilium Canadense) Lily family

WILD YELLOW, MEADOW or FIELD LILY; CANADA LILY
 (Lilium Canadense) Lily family

Flowers - Yellow to orange-red, of a deeper shade within, and speckled with dark reddish-brown dots. One or several (rarely many) nodding on long peduncles from the summit. Perianth bell-shaped, of 6 spreading segments 2 to 3 in. long, their tips curved backward to the middle; 6 stamens, with reddish-brown linear anthers; 1 pistil, club-shaped; the stigma 3-lobed. Stem: 2 to 5 ft. tall, leafy, from a bulbous rootstock composed of numerous fleshy white scales. Leaves: Lance-shaped, to oblong; usually in whorls of fours to tens, or some alternate. Fruit: An erect, oblong, 3-celled capsule, the flat, horizontal seeds packed in 2 rows in each cavity. Preferred Habitat - Swamps, low meadows; moist fields. Flowering Season - June-July. Distribution - Nova Scotia to Georgia, westward beyond the Mississippi.

Flowers - Yellow to orange-red, with a deeper shade inside and speckled with dark reddish-brown dots. One or several flowers (rarely many) droop on long stems from the top. The flower shape is bell-like, with 6 spreading segments that are 2 to 3 inches long, their tips curved back to the middle; there are 6 stamens with reddish-brown linear anthers; 1 club-shaped pistil; the stigma is 3-lobed. Stem: 2 to 5 feet tall, leafy, arising from a bulbous rootstock made up of numerous fleshy white scales. Leaves: Lance-shaped to oblong; typically arranged in whorls of four to ten, or sometimes alternate. Fruit: An upright, oblong, 3-chambered capsule, with flat, horizontal seeds packed in 2 rows in each compartment. Preferred Habitat - Swamps, low meadows; moist fields. Flowering Season - June-July. Distribution - Nova Scotia to Georgia, westward beyond the Mississippi.

Not our gorgeous lilies that brighten the low-lying meadows in early summer with pendent, swaying bells; possibly not a true lily at all was chosen to illustrate the truth which those who listened to the Sermon on the Mount, and we, equally anxious, foolishly overburdened folk of to-day, so little comprehend.

Not our beautiful lilies that light up the low-lying meadows in early summer with their drooping, swaying bells; perhaps not a true lily at all was picked to illustrate the truth that those who listened to the Sermon on the Mount, and we, equally eager but foolishly burdened people of today, barely understand.

     "Consider the lilies of the field, how they grow;
        they toil not, neither do they spin
      And yet I say unto you,
      That even Solomon in all his glory
        was not arrayed like one of these."

"Look at the lilies in the field, how they grow;
they don't work or weave
And yet I tell you,
that even Solomon in all his splendor
was not dressed like one of these."

Opinions differ as to the lily of Scripture. Eastern peoples use the same word interchangeably for the tulip, anemone, ranunculus, iris, the water-lilies, and those of the field. The superb Scarlet Martagon Lily (L. chalcedonicum), grown in gardens here, is not uncommon wild in Palestine; but whoever has seen the large anemones there "carpeting every plain and luxuriantly pervading the land" is inclined to believe that Jesus, who always chose the most familiar objects in the daily life of His simple listeners to illustrate His teachings, rested His eyes on the slopes about Him glowing with anemones in all their matchless loveliness. What flower served Him then matters not at all. It is enough that scientists - now more plainly than ever before - see the universal application of the illustration the more deeply they study nature, and can include their "little brothers of the air" and the humblest flower at their feet when they say with Paul, "In God we live and move and have our being."

Opinions vary on the lily mentioned in Scripture. People in the East often use the same word for tulips, anemones, ranunculus, irises, water-lilies, and wildflowers. The beautiful Scarlet Martagon Lily (L. chalcedonicum), which we grow in gardens here, is quite common in the wild in Palestine. However, anyone who has seen the large anemones there "carpeting every plain and luxuriantly pervading the land" is likely to think that Jesus, who always picked everyday objects from the lives of His simple listeners to illustrate His teachings, focused on the slopes around Him glowing with anemones in their unmatched beauty. Which flower He spoke about is irrelevant. What matters is that scientists—now clearer than ever—recognize the universal relevance of this illustration as they study nature more deeply and can include their "little brothers of the air" and the humblest flowers at their feet when they say with Paul, "In God we live and move and have our being."

Tallest and most prolific of bloom among our native lilies, as it is the most variable in color, size, and form, the TURK'S CAP, or TURBAN LILY (L. superburn), sometimes nearly merges its identity into its Canadian sister's. Travelers by rail between New York and Boston know how gorgeous are the low meadows and marshes in July or August, when its clusters of deep yellow, orange, or flame-colored lilies tower above the surrounding vegetation. Like the color of most flowers, theirs intensifies in salt air. Commonly from three to seven lilies appear in a terminal group; but under skilful cultivation even forty will crown the stalk that reaches a height of nine feet where its home suits it perfectly; or maybe only a poor array of dingy yellowish caps top a shriveled stem when unfavorable conditions prevail. There certainly are times when its specific name seems extravagant.

Tallest and most abundant among our native lilies, and the most diverse in color, size, and shape, the TURK'S CAP, or TURBAN LILY (L. superburn), sometimes nearly blends its identity with its Canadian counterpart. Travelers on the train between New York and Boston can see how stunning the low meadows and marshes look in July or August, when its clusters of deep yellow, orange, or bright red lilies rise above the surrounding plants. Like many flowers, their colors become more vibrant in salty air. Typically, three to seven lilies appear in a terminal group; however, with expert care, up to forty can bloom on a stalk that reaches nine feet tall when it's in the ideal environment, or there might be just a lackluster display of dull yellowish caps atop a wilted stem when conditions aren't favorable. There are definitely moments when its specific name seems overly grand.

Its range is from Maine to the Carolinas, westward to Minnesota and Tennessee. A well-conducted Turk's cap is not bell-shaped at maturity, like the Canada lily: it should open much farther, until the six points of its perianth curve so far backward beyond the middle as to expose the stamens for nearly their entire length. One of the purple-dotted divisions of the flower when spread out flat may measure anywhere from two and a half to four inches in length. Smooth, lance-shaped leaves, tapering at both ends, occur in whorls of threes to eights up the stem, or the upper ones may be alternate. Abundant food, hidden in a round, white-shingled storehouse under ground, nourishes the plant, and similarly its bulb-bearing kin, when emergency may require - a thrifty arrangement that serves them in good stead during prolonged drought and severe winters.

Its range extends from Maine to the Carolinas, and westward to Minnesota and Tennessee. A well-formed Turk's cap isn't bell-shaped when mature, like the Canada lily; it should open up further, with the six points of its perianth bending back enough to reveal the stamens almost in their entirety. One of the purple-dotted sections of the flower, when fully spread, can measure between two and a half to four inches in length. Smooth, lance-shaped leaves, tapering at both ends, grow in whorls of three to eight along the stem, or the upper leaves might be arranged alternately. Plenty of food, stored in a round, white-shingled bulb underground, nourishes the plant and its bulb-bearing relatives when needed—a smart system that helps them survive during long droughts and harsh winters.

Why, one may ask, are some lilies radiantly colored and speckled; others, like the Easter lily, deep chaliced, white, spotless? Now, in all our lily kin nectar is secreted in a groove at the base of each of the six divisions of the flower, and upon its removal by that insect best adapted to come in contact with anthers and stigma as it flies from lily to lily depends all hope of perpetuating the lovely race. For countless ages it has been the flower's business to find what best pleased the visitors on whom so much depended. Some lilies decided to woo one class of insects; some, another. Those which literally set their caps for color-loving bees and butterflies whose long tongues could easily drain nectar deeply hidden from the mob for their special benefit, assumed gay hues, speckling the inner side of their spreading divisions, even providing lines as pathfinders to their nectaries in some cases, lest a visitor try to thrust in his tongue between the petal-like parts while standing on the outside, and so defeat their well-laid plan. It is almost pathetic to see how bright and spotted they are inside, that the visitor may not go astray. Thus we find the chief pollenizers of the Canada and the Turk's cap lilies to be specialized bees, the interesting upholsterers, or 1eaf-cutters, conspicuous among the throng. Nectar they want, of course; but the dark, rich pollen is needed also to mix with it for the food supply of a generation still unborn. Anyone who has smelled a lily knows how his nose looks afterward. The bees have no difficulty whatever in removing lily pollen and transferring it. So much for the colored lilies.

Why, you might wonder, are some lilies brightly colored and speckled, while others, like the Easter lily, are deep chaliced, pure white, and spotless? In all our lily family, nectar is secreted in a groove at the base of each of the six parts of the flower, and its removal by the insect best suited to contact the anthers and stigma as it moves from lily to lily is crucial for the survival of this beautiful species. For countless ages, these flowers have focused on discovering what appealed most to the visitors they relied on. Some lilies chose to attract one type of insect, while others attracted another. Those that specifically targeted color-loving bees and butterflies, whose long tongues could easily access nectar hidden deep within for their benefit, adopted bright colors, speckling the inside of their open petals and even providing lines as guides to their nectar in some cases, to prevent a visitor from trying to reach in between the petal-like parts while standing outside and thereby thwarting their carefully crafted plan. It’s almost touching to see how vivid and spotted they are inside, ensuring that visitors don’t get lost. Thus, we find that the main pollinators of the Canada and Turk's cap lilies are specialized bees, the interesting upholsterers, or leaf-cutters, standing out among the crowd. They are, of course, after the nectar, but they also need the dark, rich pollen to mix with it for the nourishment of an unborn generation. Anyone who's smelled a lily knows how their nose looks afterward. The bees have no trouble at all collecting lily pollen and moving it around. So much for the colored lilies.

The long, white, trumpet-shape type of lily chooses for her lover the sphinx moth. For him she wears a spotless white robe - speckles would be superfluous - that he may see it shine in the dusk, when colored flowers melt into the prevailing blackness; for him she breathes forth a fragrance almost overwhelming at evening, to guide him to her neighborhood from afar; in consideration of his very long, slender tongue she hides her sweets so deep that none may rob him of it, taking the additional precaution to weld her six once separate parts together into a solid tube lest any pilferer thrust in his tongue from the side.

The long, white, trumpet-shaped lily chooses the sphinx moth as her partner. She wears a pure white dress—speckles would be unnecessary—so he can see it glowing in the dusk, when colorful flowers fade into the surrounding darkness. For him, she releases an almost overpowering fragrance in the evening to guide him to her area from a distance. Considering his long, slender tongue, she hides her nectar so deep that no one else can steal it, taking the extra step of merging her six originally separate parts into a solid tube to prevent any thief from sneaking in from the side.

The common orange-tan DAY LILY (Hemerocallis fulva) and the commoner speckled, orange-red TIGER LILY (L. tigrinum) are not slow in seizing opportunities to escape from gardens into roadsides and fence corners.

The familiar orange-tan DAY LILY (Hemerocallis fulva) and the more common speckled, orange-red TIGER LILY (L. tigrinum) quickly take advantage of chances to break free from gardens and spread into roadsides and fence corners.

YELLOW ADDER'S TONGUE; TROUT LILY; DOG-TOOTH "VIOLET"
  (Erythronium Americanum) Lily family

YELLOW ADDER'S TONGUE; TROUT LILY; DOG-TOOTH "VIOLET"
  (Erythronium Americanum) Lily family

Flower - Solitary, pale russet yellow, rarely tinged with purple, slightly fragrant, 1 to 2 in. long, nodding from the summit of a footstalk 6 to 12 in. high, or about as tall as the leaves. Perianth bell-shaped, of 6 petal-like, distinct segments, spreading at tips, dark spotted within; 6 stamens; the club-shaped style with 3 short, stigmatic ridges. Leaves: 2, unequal, grayish green, mottled and streaked with brown or all green, oblong, 3 to 8 in. long, narrowing into clasping petioles. Preferred Habitat - Moist open woods and thickets, brooksides. Flowering Season - March-May Distribution - Nova Scotia to Florida, westward to the Mississippi.

Flower - A solitary, pale russet yellow, rarely with a hint of purple, slightly fragrant, 1 to 2 inches long, drooping from the top of a stem 6 to 12 inches high, about as tall as the leaves. The perianth is bell-shaped, with 6 petal-like, distinct segments that spread at the tips and have dark spots inside; there are 6 stamens; the club-shaped style has 3 short, stigmatic ridges. Leaves: 2, unequal, grayish green, mottled and streaked with brown or completely green, oblong, 3 to 8 inches long, tapering into clasping petioles. Preferred Habitat - Moist open woods and thickets, along brooksides. Flowering Season - March to May. Distribution - From Nova Scotia to Florida, westward to the Mississippi.

Colonies of these dainty little lilies, that so often grow beside leaping brooks where and when the trout hide, justify at least one of their names; but they have nothing in common with the violet or a dog's tooth. Their faint fragrance rather suggests a tulip; and as for the bulb, which in some of the lily-kin has tooth-like scales, it is in this case a smooth, egg-shaped corm, producing little round offsets from its base. Much fault is also found with another name on the plea that the curiously mottled and delicately pencilled leaves bring to mind, not a snake's tongue, but its skin, as they surely do. Whoever sees the sharp purplish point of a young plant darting above ground in earliest spring, however, at once sees the fitting application of adder's tongue. But how few recognize their plant friends at all seasons of the year!

Colonies of these delicate little lilies, which often grow next to bubbling brooks where the trout hide, justify at least one of their names; but they have nothing in common with the violet or a dog's tooth. Their light fragrance is more reminiscent of a tulip; and as for the bulb, which in some of the lily family has tooth-like scales, in this case, it's a smooth, egg-shaped corm that produces small round offsets from its base. A lot of criticism is also aimed at another name on the grounds that the uniquely mottled and finely patterned leaves remind us, not of a snake's tongue, but of its skin, which they definitely do. However, anyone who sees the sharp purplish tip of a young plant breaking through the ground in early spring immediately understands the relevance of adder's tongue. Yet, how few people recognize their plant friends in every season of the year!

Every one must have noticed the abundance of low-growing spring flowers in deciduous woodlands, where, later in the year, after the leaves overhead cast a heavy shade, so few blossoms are to be found, because their light is seriously diminished. The thrifty adder's tongue, by laying up nourishment in its storeroom underground through the winter, is ready to send its leaves and flower upward to take advantage of the sunlight the still naked trees do not intercept, just as soon as the ground thaws. But the spring beauty, the rue-anemone, bloodroot, toothwort, and the first blue violet (palmata) among other early spring flowers, have not been slow to take advantage of the light either. Fierce competition, therefore, rages among them to secure visits from the comparatively few insects then flying - a competition so severe that the adder's tongue often has to wait until afternoon for the spring beauty to close before receiving a single caller. Hive-bees, and others only about half their size, of the Andrena and Halictus clans, the first to fly, the Bombylius frauds, and common yellow butterflies, come in numbers then. Guided by the speckles to the nectaries at the base of the flower, they must either cling to the stamens and style while they suck, or fall out. Thus cross-fertilization is commonly effected; but in the absence of insects the lily can fertilize itself. Crawling pilferers rarely think it worthwhile to slip and slide up the smooth footstalk and risk a tumble where it curves to allow the flower to nod - the reason why this habit of growth is so popular. The adder's tongue, which is extremely sensitive to the sunlight, will turn on its stalk to follow it, and expand in its warmth. At night it nearly closes.

Everyone must have noticed the abundance of low-growing spring flowers in deciduous woodlands, where later in the year, after the leaves overhead create a heavy shade, there are so few blossoms to be found because their light is significantly reduced. The resourceful adder's tongue, by storing up nourishment underground throughout the winter, is ready to send its leaves and flower upward to take advantage of the sunlight that the still bare trees don’t block, as soon as the ground thaws. But the spring beauty, rue-anemone, bloodroot, toothwort, and the first blue violet (palmata), among other early spring flowers, also quickly take advantage of the light. Fierce competition, therefore, takes place among them to attract the relatively few insects flying at that time—competition so intense that the adder's tongue often has to wait until afternoon for the spring beauty to close before getting a single visitor. Hive bees and others about half their size from the Andrena and Halictus families, the first to fly, the Bombylius hoverflies, and common yellow butterflies, come out in large numbers then. Guided by the speckles to the nectar at the base of the flower, they must either cling to the stamens and style while they feed or fall off. Thus, cross-fertilization often occurs; however, in the absence of insects, the lily can self-fertilize. Crawling intruders rarely find it worth the risk to slip and slide up the smooth stalk and potentially fall where it curves to let the flower nod—this is why this growth habit is so favored. The adder's tongue, which is extremely sensitive to sunlight, will turn on its stalk to follow it and expand in its warmth. At night, it nearly closes.

A similar adder's tongue, bearing a white flower, purplish tinged on the outside, yellow at the base within to guide insects to the nectaries, is the WHITE ADDER'S TONGUE (E. albidum), rare in the Eastern States, but quite common westward as far as Texas and Minnesota.

A similar adder's tongue, featuring a white flower with purple on the outside and yellow at the base to attract insects to the nectar, is the WHITE ADDER'S TONGUE (E. albidum). It's rare in the Eastern States but fairly common further west, all the way to Texas and Minnesota.

YELLOW CLINTONIA
  (Clintonia borealis) Lily-of-the-valley family

YELLOW CLINTONIA
(Clintonia borealis) Lily of the Valley family

Flowers - Straw color or greenish yellow, less than 1 in. long, 3 to 6 nodding on slender pedicels from the summit of a leafless scape 6 to 15 in. tall. Perianth of 6 spreading divisions, the 6 stamens attached; style, 3-lobed. Leaves: Dark, glossy, large, oval to oblong, 2 to 5 (usually 3), sheathing at the base. Fruit. Oval blue berries on upright pedicels. Preferred Habitat - Moist, rich, cool woods and thickets. Flowering Season - May-June. Distribution - From the Carolinas and Wisconsin far northward.

Flowers - Straw-colored or greenish-yellow, less than 1 inch long, 3 to 6 drooping on slender stems from the top of a leafless stalk that’s 6 to 15 inches tall. The perianth has 6 spreading segments, with 6 stamens attached; the style is 3-lobed. Leaves: Dark, glossy, large, oval to oblong, usually 2 to 5 (typically 3), sheathing at the base. Fruit: Oval blue berries on upright stems. Preferred Habitat - Moist, rich, cool woods and thickets. Flowering Season - May-June. Distribution - Ranges from the Carolinas and Wisconsin far northward.

To name canals, bridges, city thoroughfares, booming factory towns after DeWitt Clinton seems to many appropriate enough; but why a shy little woodland flower? As fitly might a wee white violet carry down the name of Theodore Roosevelt to posterity! "Gray should not have named the flower from the Governor of New York," complains Thoreau. "What is he to the lovers of flowers in Massachusetts? If named after a man, it must be a man of flowers." So completely has Clinton, the practical man of affairs, obliterated Clinton, the naturalist, from the popular mind, that, were it not for this plant keeping his memory green, we should be in danger of forgetting the weary, overworked governor, fleeing from care to the woods and fields; pursuing in the open air the study which above all others delighted and refreshed him; revealing in every leisure moment a too-often forgotten side of his many-sided greatness.

Naming canals, bridges, and busy factory towns after DeWitt Clinton seems fitting to many, but why name a delicate little woodland flower after him? It would be just as appropriate for a tiny white violet to carry Theodore Roosevelt's name into the future! "Gray shouldn't have named the flower after the Governor of New York," Thoreau complains. "What does he mean to flower lovers in Massachusetts? If it's named after a man, it should be a man who loves flowers." Clinton, the practical politician, has completely overshadowed Clinton, the nature enthusiast, in popular memory, so if it weren't for this plant keeping his memory alive, we might forget the exhausted, hardworking governor who escaped to the woods and fields, pursuing in nature the passion that truly delighted and refreshed him; revealing, in every moment of leisure, a side of his many-sided greatness that is too often overlooked.

INDIAN CUCUMBER-ROOT
 (Medeola Virginiana) Lily-of-the-valley family

INDIAN CUCUMBER-ROOT
(Medeola Virginiana) Lily-of-the-valley family

Flowers - Greenish yellow, on fine, curving footstalks, in a loose cluster above a circle of leaves. Perianth of 6 wide-spread divisions about 1/4 in. long; 6 reddish-brown stamens; 3 long reddish-brown styles, stigmatic on inner side. Stem: 1 to 2 1/2 ft. high, unbranched, cottony when young. Leaves: Of flowering plants, in 2 whorls; lower whorl of 5 to 9 large, thin, oblong, taper-pointed leaves above the middle of stem; upper whorl of 3 to 5 small, oval, pointed leaves 1 to 2 in. long, immediately under flowers. Flowerless plants with a whorl at summit. Fruit: Round, dark-purple berries. Preferred Habitat - Moist woods and thickets. Flowering Season - May-June. Distribution - Nova Scotia and Minnesota, southward nearly to the Gulf of Mexico.

Flowers - Greenish-yellow, on fine, curving stalks, in a loose cluster above a circle of leaves. Perianth with 6 wide-spreading parts about 1/4 inch long; 6 reddish-brown stamens; 3 long reddish-brown styles, with stigmas on the inner side. Stem: 1 to 2 1/2 feet high, unbranched, fuzzy when young. Leaves: Of flowering plants, in 2 whorls; the lower whorl has 5 to 9 large, thin, oblong, pointed leaves above the middle of the stem; the upper whorl has 3 to 5 small, oval, pointed leaves 1 to 2 inches long, just under the flowers. Flowerless plants have a whorl at the top. Fruit: Round, dark purple berries. Preferred Habitat - Moist woods and thickets. Flowering Season - May-June. Distribution - Nova Scotia and Minnesota, southward nearly to the Gulf of Mexico.

Again we see the leaves of a plant coming to the aid of otherwise inconspicuous flowers to render them more attractive. By placing themselves in a circle just below these little spidery blossoms of weak and uncertain coloring, some of the Indian cucumber's leaves certainly make them at least noticeable, if not showy. It would be short-sighted philanthropy on the leaves' part to help the flowers win insect wooers at the expense of the plant's general health; therefore those in the upper whorl are fewer and much smaller than the leaves in the lower circle, and a sufficient length of stem separates them to allow the sunlight and rain to conjure with the chlorophyll in the group below. While there is a chance of nectar being pilfered from the flowers by ants, the stem is cottony and ensnares their feet. In September, when small clusters of dark-purple berries replace the flowers, and rich tints dye the leaves, the plant is truly beautiful - of course to invite migrating birds to disperse its seeds. It is said the Indians used to eat the horizontal, white, fleshy rootstock, which has a flavor like a cucumber's.

Once again, we see how a plant's leaves help its otherwise unremarkable flowers become more appealing. By forming a circle just below these delicate, spider-like blossoms with their pale and uncertain colors, some leaves of the Indian cucumber definitely make them at least noticeable, if not eye-catching. It would be shortsighted for the leaves to assist the flowers in attracting insects at the cost of the plant's overall health; therefore, the leaves in the upper whorl are fewer and much smaller than those in the lower circle, and a good length of stem separates them to let sunlight and rain nurture the chlorophyll in the lower group. While there's a chance that ants might steal nectar from the flowers, the stem is fluffy and traps their feet. In September, when small clusters of dark-purple berries take the place of the flowers and the leaves show vibrant colors, the plant truly becomes beautiful—certainly to attract migrating birds to spread its seeds. It's said that the Native Americans used to eat the horizontal, white, fleshy root, which tastes similar to a cucumber.

CARRION-FLOWER
  (Smilax herbacea) Smilax family

CARRION-FLOWER
  (Smilax herbacea) Smilax family

Flowers - Carrion-scented, yellowish-green, 15 to 80 small, 6-parted ones clustered in an umbel on a long peduncle. Stem: Smooth, unarmed, climbing with the help of tendril-like appendages from the base of leafstalks. Leaves: Egg-shaped, heart-shaped, or rounded, pointed tipped, parallel-nerved, petioled. Fruit: Bluish-black berries. Preferred Habitat - Moist soil, thickets, woods, roadside fences. Flowering Season - April-June. Distribution - Northern Canada to the Gulf States, westward to Nebraska.

Flowers - Smelling like decaying flesh, yellowish-green, 15 to 80 small, 6-part flowers clustered in an umbrella shape on a long stem. Stem: Smooth, without thorns, climbing with the help of tendril-like extensions from the base of the leaf stalks. Leaves: Egg-shaped, heart-shaped, or rounded, pointed at the tip, with parallel veins, on a petiole. Fruit: Bluish-black berries. Preferred Habitat - Moist soil, thickets, woodlands, and along roadside fences. Flowering Season - April to June. Distribution - From Northern Canada to the Gulf States, extending west to Nebraska.

"It would be safe to say," says John Burroughs, "that there is a species of smilax with an unsavory name, that the bee does not visit, herbacea. The production of this plant is a curious freak of nature…. It would be a cruel joke to offer it to any person not acquainted with it, to smell. It is like the vent of a charnel-house." (Thoreau compared its odor to that of a dead rat in a wall!) "It is first cousin to the trilliums, among the prettiest of our native wild flowers," continues Burroughs, "and the same bad blood crops out in the purple trillium or birthroot."

"It’s safe to say," says John Burroughs, "that there’s a type of smilax with an unpleasant name that bees don’t visit, herbacea. The existence of this plant is a strange quirk of nature... It would be a cruel prank to let anyone who isn’t familiar with it smell it. It’s like the stench of a morgue." (Thoreau compared its smell to that of a dead rat in a wall!) "It’s a close relative of the trilliums, which are some of the prettiest of our native wildflowers," Burroughs goes on, "and the same bad traits show up in the purple trillium or birthroot."

Strange that so close an observer as Burroughs or Thoreau should not have credited the carrion-flower with being something more intelligent than a mere repellent freak! Like the purple trillium (q.v.), it has deliberately adapted itself to please its benefactors, the little green flesh flies so commonly seen about untidy butcher shops in summer. These, sharing with many beetles the unthankful task of removing putrid flesh and fowl from the earth, acting the part of scavengers for nature, are naturally attracted to carrion-scented flowers. Of these they have an ungrudged monopoly. But the purple trillium has an additional advantage in both smelling and looking like the same thing - a piece of raw meat past its prime. Bees and butterflies, with their highly developed aesthetic sense, ever delighting in beautiful colors, perfume, and nectar, naturally let such flowers as these alone - another object aimed at by them, for then the flies get all the pollen they can eat. Some they transfer, of course, from the larger staminate flowers to the smaller pistillate ones as they crawl over one umbel of the carrion-flower, then alight on another.

It's strange that close observers like Burroughs or Thoreau didn't recognize the carrion-flower as something smarter than just a nasty oddity! Like the purple trillium (see above), it has intentionally adapted to attract its helpers, the little green flesh flies commonly found around messy butcher shops in the summer. These flies, along with many beetles, have the thankless job of cleaning up rotting flesh and birds from the earth, acting as nature's scavengers, and they are naturally drawn to flowers that smell like decay. They have a generous monopoly on these blooms. However, the purple trillium has an extra advantage in smelling and looking like something else—a piece of raw meat that’s gone bad. Bees and butterflies, who have a keen eye for beauty and love colorful blooms, perfumed scents, and nectar, typically avoid these flowers, which works out well for the flies, as they then get all the pollen they want. Of course, some flies do move pollen from the larger male flowers to the smaller female ones as they crawl over one cluster of the carrion-flower and then land on another.

Presently fruit begins to set, and we can approach the luxuriant vine without offence to our noses. The beautiful glossy green foliage takes on resplendent tints in early autumn - again with interested motives, for are there not seeds within the little bluish-black berries, waiting for the birds to distribute them during their migration?

Currently, the fruit starts to develop, and we can get close to the lush vine without overwhelming our noses. The beautiful, glossy green leaves take on vibrant colors in early autumn—again, for a good reason, as there are seeds inside the small bluish-black berries, waiting for the birds to spread them during their migration.

The vicious CATBRIER, GREENBRIER, or HORSEBRIER (S. rotundifolia), similar to the preceding, except that its four-angled stem is well armed with green prickles, its beautiful glossy, decorative leaves are more rounded, and its greenish flower umbels lack foul odor, scarcely needs description. Who has not encountered it in the roadside and woodland thickets, where it defiantly bars the way?

The aggressive CATBRIER, GREENBRIER, or HORSEBRIER (S. rotundifolia) is similar to the previous one, but it has a four-sided stem covered in green thorns, its shiny, decorative leaves are rounder, and its greenish flower clusters don't have a bad smell. It hardly needs any description. Who hasn't come across it in roadside and woodland thickets where it boldly blocks the path?

In the most inaccessible part of such a briery tangle, that rollicking polyglot, the yellow-breasted chat, loves to hide its nest. Indeed, many birds can say with Br'er Rabbit that they were "bred en bawn in a brier-patch." Throughout the eastern half of the United $tates and Upper Canada the catbrier displays its insignificant little blossoms from April to June for a miscellaneous lot of flies - insects which are content with the slightest floral attractions offered. The florist's staple vine popularly known as "SMILAX" (Myrslphyllum asparagoides), a native of the Cape of Good Hope, is not even remotely connected with true Smilaceae.

In the most tangled, hard-to-reach areas of briars, the lively yellow-breasted chat loves to hide its nest. In fact, many birds can relate to Br'er Rabbit saying they were "born and raised in a brier patch." Throughout the eastern half of the United States and Upper Canada, catbrier displays its small, unremarkable flowers from April to June, attracting various types of flies—these insects are satisfied with the smallest floral offerings. The commonly known florist vine "SMILAX" (Myrslphyllum asparagoides), native to the Cape of Good Hope, isn't actually related to true Smilaceae at all.

YELLOW STAR-GRASS
  (Hypoxis hirsuta; H. erecta of Gray) Amaryllis family

YELLOW STAR-GRASS
  (Hypoxis hirsuta; H. erecta of Gray) Amaryllis family

Flowers - Bright yellow within, greenish and hairy outside, about 1/2 in. across, 6-parted; the perianth divisions spreading, narrowly oblong; a few flowers at the summit of a rough, hairy scape 2 to 6 in. high. Leaves: All from an egg-shaped corm; mostly longer than scapes, slender, grass-like, more or less hairy. Preferred Habitat - Dry, open woods, prairies, grassy waste places, fields. Flowering Season - May-October. Distribution - From Maine far westward, and south to the Gulf of Mexico.

Flowers - Bright yellow on the inside, greenish and fuzzy on the outside, about 1/2 inch across, with 6 parts; the flower parts spread out, long and narrow; a few flowers grow at the top of a rough, hairy stem that is 2 to 6 inches high. Leaves: All come from an egg-shaped bulb; usually longer than the stems, thin, grass-like, and somewhat hairy. Preferred Habitat - Dry, open woods, prairies, grassy areas, fields. Flowering Season - May to October. Distribution - From Maine, stretching far west, and down to the Gulf of Mexico.

Usually only one of these little blossoms in a cluster on each plant opens at a time; but that one peers upward so brightly from among the grass it cannot well be overlooked. Sitting in a meadow sprinkled over with these yellow stars, we see coming to them many small bees - chiefly Halictus - to gather pollen for their unhatched babies' bread. Of course they do not carry all the pollen to their tunneled nurseries; some must often be rubbed off on the sticky pistil tip in the center of other stars. The stamens radiate, that self-fertilization need not take place except as a last extremity. Visitors failing, the little flower closes, bringing its pollen-laden anthers in contact with its own stigma.

Usually, only one of these little blooms in a cluster on each plant opens at a time; but that one stands out so brightly among the grass that it’s hard to miss. Sitting in a meadow dotted with these yellow stars, we see many small bees—mainly Halictus—coming to gather pollen for their unborn babies' meals. Of course, they don’t take all the pollen back to their burrows; some will often be brushed off onto the sticky pistil tip in the center of other flowers. The stamens spread out, so self-fertilization only happens if absolutely necessary. If visitors don't come, the little flower closes up, allowing its pollen-filled anthers to touch its own stigma.

BLACKBERRY LILY (Gemmingia Ciminensis; Pardanthus Chinensis of Gray) Iris family

BLACKBERRY LILY (Gemmingia Ciminensis; Pardanthus Chinensis of Gray) Iris family

Flowers - Deep orange color, speckled irregularly with crimson and purple within (Pardos = leopard; anthos = flower); borne in terminal, forked clusters. Perianth of 6 oblong, petal-like, spreading divisions; 6 stamens with linear anthers; style thickest above, with 3 branches. Stem: 1 1/2 to 4 ft. tall, leafy. Leaves: Like the iris; erect, folded blades, 8 to 10 in. long. Fruit: Resembling a blackberry; an erect mass of round, black, fleshy seeds, at first concealed in a fig-shaped capsule, whose 3 valves curve backward, and finally drop off. Preferred habitat - Roadsides and hills. Flowering Season - June-July. Distribution - Connecticut to Georgia, westward to Indiana and Missouri.

Flowers - A deep orange color, irregularly speckled with crimson and purple inside (Pardos = leopard; anthos = flower); found in terminal, forked clusters. The perianth has 6 oblong, petal-like, spreading sections; 6 stamens with long anthers; the style is thickest at the top, with 3 branches. Stem: 1.5 to 4 ft tall, leafy. Leaves: Similar to iris; upright, folded blades, 8 to 10 inches long. Fruit: Looks like a blackberry; an upright cluster of round, black, fleshy seeds, initially hidden in a fig-shaped capsule, whose 3 valves bend backward and eventually fall off. Preferred habitat - Roadsides and hills. Flowering Season - June-July. Distribution - From Connecticut to Georgia, west to Indiana and Missouri.

How many beautiful foreign flowers, commonly grown in our gardens here, might soon become naturalized Americans were we only generous enough to lift a few plants, scatter a few seeds over our fences into the fields and roadsides - to raise the bars of their prison, as it were, and let them free! Many have run away, to be sure. Once across the wide Atlantic, or wider Pacific, their passage paid (not sneaking in among the ballast like the more fortunate weeds), some are doomed to stay in prim, rigidly cultivated flower beds forever; others, only until a chance to bolt for freedom presents itself, and away they go. Lucky are they if every flower they produce is not picked before a single seed can be set.

How many beautiful foreign flowers that we commonly grow in our gardens could soon become native Americans if we were just generous enough to lift a few plants and scatter some seeds over our fences into the fields and along the roadsides – basically raising the bars of their prison and letting them go free! Many have escaped, for sure. Once they cross the wide Atlantic or the even wider Pacific, their passage paid (not sneaking in among the ballast like the luckier weeds), some are stuck forever in neat, strictly maintained flower beds; others, only until they get a chance to break free, and then off they go. They’re lucky if every flower they produce isn’t picked before a single seed can be planted.

This blackberry lily of gorgeous hue originally came from China. Escaping from gardens here and there, it was first reported as a wild flower at East Rock, Connecticut; other groups of vagabonds were met marching along the roadsides on Long Island; near Suffern, New York; then farther southward and westward, until it has already attained a very respectable range. Every plant has some good device for sending its offspring away from home to found new colonies, if man would but let it alone. Better still, give the eager travelers a lift!

This beautiful blackberry lily originally came from China. It has escaped from gardens here and there and was first spotted as a wildflower at East Rock, Connecticut. Other groups were seen wandering along the roadsides on Long Island and near Suffern, New York, then spreading further south and west, achieving a quite respectable range. Every plant has a clever way of getting its offspring away from home to start new colonies, if only we would leave it alone. Even better, let’s help the eager travelers out!

LARGE YELLOW LADY'S SLIPPER; WHIPPOORWILL'S SHOE; YELLOW MOCCASIN
FLOWER
  (Cypripedium hirsutum; C. pubescens of Gray) Orchid family

LARGE YELLOW LADY'S SLIPPER; WHIPPOORWILL'S SHOE; YELLOW MOCCASIN
FLOWER
  (Cypripedium hirsutum; C. pubescens of Gray) Orchid family

Flower - Solitary, large, showy, borne at the top of a leafy stem to 2 ft. high. Sepals 3, 2 of them united, greenish or yellowish, striped with purple or dull red, very long, narrow; 2 petals, brown, narrower, twisting; the third an inflated sac, open at the top, 1 to 2 in. long, pale yellow, purple lined white hairs within; sterile stamen triangular; stigma thick. Leaves: Oval or elliptic, pointed, 3 to 5 in, long, parallel-nerved, sheathing. Preferred Habitat - Moist or boggy woods and thickets; hilly ground. Flowering Season - May-July. Distribution - Nova Scotia to Alabama, westward to Minnesota and Nebraska.

Flower - Solitary, large, and showy, appearing at the top of a leafy stem up to 2 ft. high. Sepals 3, 2 of them fused, greenish or yellowish, with purple or dull red stripes, very long and narrow; 2 petals, brown, narrower, and twisted; the third is an inflated sac, open at the top, 1 to 2 in. long, pale yellow, with purple-lined white hairs inside; the sterile stamen is triangular; stigma is thick. Leaves: Oval or elliptical, pointed, 3 to 5 in. long, with parallel nerves and sheathing. Preferred Habitat - Moist or boggy woods and thickets; hilly terrain. Flowering Season - May-July. Distribution - From Nova Scotia to Alabama, extending west to Minnesota and Nebraska.

Swinging outward from a leaf-clasped stem, this orchid attracts us by its flaunted beauty and decorative form from tip to root, not less than the aesthetic little bees for which its adornment and mechanism are so marvelously adapted. Doubtless the heavy, oily odor is an additional attraction to them. Parallel purplish lines, converging toward the circular opening of the pale yellow, inflated pouch, guide the visitor into a spacious banquet-hall (labellum) such as the pink lady's slipper (q.v.) also entertains her guests in. Fine hairs within secrete tiny drops of fluid at their tips - a secretion which hardens into a brittle crust, like a syrup's, when it dries. Darwin became especially interested in this flower through a delightful correspondence with Professor Asa Gray, who was the first to understand it, and he finally secured a specimen to experiment on.

Swinging out from a leaf-clasped stem, this orchid captures our attention with its stunning beauty and decorative form from tip to root, just as it does with the little bees drawn to its brilliantly designed features. The strong, oily scent probably adds to the attraction for them. Parallel purplish lines lead the way to the round opening of the pale yellow, inflated pouch, inviting visitors into a spacious banquet hall (labellum) similar to where the pink lady's slipper (q.v.) hosts its guests. Fine hairs inside release tiny drops of fluid at their tips—a secretion that dries into a brittle crust, much like syrup. Darwin became particularly fascinated with this flower through enjoyable correspondence with Professor Asa Gray, who was the first to truly understand it, and he eventually obtained a specimen to study.

"I first introduced some flies into the labellum through the large upper opening," Darwin wrote, "but they were either too large or too stupid, and did not crawl out properly. I then caught and placed within the labellum a very small bee which seemed of about the right size, namely Andrena parvula…. The bee vainly endeavored to crawl out again the same way it entered, but always fell backwards, owing to the margins being inflected. The labellum thus acts like one of those conical traps with the edges turned inwards, which are sold to catch beetles and cockroaches in London kitchens. It could not creep out through the slit between the folded edges of the basal part of the labellum, as the elongated, triangular, rudimentary stamen here closes the passage. Ultimately it forced its way out through one of the small orifices close to one of the anthers, and was found when caught to be smeared with the glutinous pollen. I then put the same bee into another labellum; and again it crawled out through one of the small orifices, always covered with pollen. I repeated the operation five times, always with the same result. I afterwards cut away the labellum, so as to examine the stigma, and found its whole surface covered with pollen. It should be noticed that an insect in making its escape, must first brush past the stigma and afterwards one of the anthers, so that it cannot leave pollen on the stigma, until being already smeared with pollen from one flower it enters another; and thus there will be a good chance of cross-fertilization between two distinct plants…. Thus the use of all parts of the flower, - namely, the inflected edges, or the polished inner sides of the labellum; the two orifices and their position close to the anthers and stigma, - the large size of the medial rudimentary stamen, - are rendered intelligible. An insect which enters the labellum is thus compelled to crawl out by one of the two narrow passages, on the sides of which the pollen-masses and stigma are placed."

"I first put some flies into the labellum through the large top opening," Darwin wrote, "but they were either too big or too clueless, and couldn't figure out how to crawl out properly. I then caught and placed a very small bee inside the labellum that seemed to be the right size, specifically Andrena parvula…. The bee tried unsuccessfully to crawl out the same way it came in, but kept falling backwards because the edges were curved inwards. The labellum acts like one of those conical traps with the edges turned in that are sold to catch beetles and cockroaches in London kitchens. It couldn't creep out through the slit between the folded edges at the base of the labellum because the long, triangular, rudimentary stamen blocks the passage. Eventually, it found its way out through one of the small openings near one of the anthers and was found to be coated in sticky pollen. I then placed the same bee into another labellum; again, it crawled out through one of the small openings, always covered in pollen. I repeated this five times, always with the same outcome. Later, I cut away the labellum to check the stigma and found its entire surface covered in pollen. It's worth noting that when an insect escapes, it first brushes against the stigma and then one of the anthers, meaning it can't leave pollen on the stigma until it has already picked up some from one flower before entering another; this provides a good chance for cross-fertilization between two different plants…. Thus, the function of all parts of the flower—the curved edges, the smooth inner sides of the labellum, the two openings and their position near the anthers and stigma, and the large size of the middle rudimentary stamen—becomes clear. An insect that enters the labellum is compelled to crawl out through one of the two narrow passages, where the pollen masses and stigma are located."

These common orchids, which are not at all difficult to naturalize in a well-drained, shady spot in the garden, should be lifted with a good ball of earth and plenty of leaf-mould immediately after flowering. Here we can note little American Andrena bees unwittingly becoming the flower's slaves. Several species of exotic cypripediums are so common in the city florist's shops every one has an opportunity to study their marvelous structure.

These common orchids, which are quite easy to grow in a well-drained, shady area of the garden, should be removed with a good clump of soil and plenty of leaf mold right after they bloom. Here, we can observe little American Andrena bees unknowingly becoming the flower's helpers. Several species of exotic cypripediums are so widespread in city florist shops that everyone has a chance to appreciate their amazing structure.

The similar SMALL YELLOW LADY'S SLIPPER (C. parviflorum), a delicately fragrant orchid about half the size of its big sister, has a brighter yellow pouch, and occasionally its sepals and petals are purplish. As they usually grow in the same localities, and have the same blooming season, opportunities for comparison are not lacking. This fairer, sweeter, little orchid roams westward as far as the State of Washington.

The SMALL YELLOW LADY'S SLIPPER (C. parviflorum), a delicately fragrant orchid about half the size of its larger counterpart, features a brighter yellow pouch, and sometimes its sepals and petals take on a purplish hue. Since they typically grow in the same areas and bloom during the same season, there are plenty of chances to compare the two. This charming, sweeter little orchid extends its range westward to the State of Washington.

YELLOW FRINGED ORCHIS
  (Habenaria ciliaris) Orchid family

YELLOW FRINGED ORCHIS
  (Habenaria ciliaris) Orchid family

Flowers - Bright yellow or orange, borne in a showy, closely set, oblong spike, 3 to 6 in. long. The lip of each flower copiously fringed; the slender spur 1 to 1 1/2 in. long; similar to white fringed orchis (q.v.); and between the two, intermediate pale yellow hybrids may be found. Stem: Slender, leafy, 1 to 2 1/2 feet high. Leaves: Lance-shaped, clasping. Preferred Habitat - Moist meadows and sandy bogs. Flowering Season - July-August. Distribution - Vermont to Florida; Ontario to Texas.

Flowers - Bright yellow or orange, found in a showy, tightly packed, oblong spike, 3 to 6 inches long. The lip of each flower is richly fringed; the slender spur is 1 to 1.5 inches long; similar to the white fringed orchid (see entry); and between the two, you may find intermediate pale yellow hybrids. Stem: Slender, leafy, 1 to 2.5 feet tall. Leaves: Lance-shaped, clasping. Preferred Habitat - Moist meadows and sandy bogs. Flowering Season - July-August. Distribution - From Vermont to Florida; Ontario to Texas.

Where this brilliant, beautiful orchid and its lovely white sister grow together in the bog - which cannot be through a very wide range, since one is common northward, where the other is rare, and vice versa - the yellow fringed orchis will be found blooming a few days later. In general structure the plants closely resemble each other. Their similar method of enforcing payment for a sip of nectar concealed in a tube so narrow and deep none but a sphinx moth or butterfly may drain it all (though large bumblebees occasionally get some too, from brimming nectaries) has been described (q.v.), to which the interested reader is referred. Both these orchids have their sticky discs projecting unusually far, as if raised on a pedicel - an arrangement which indicates that they "are to be stuck to the face or head of some nectar-sucking insect of appropriate size that visits the flowers," wrote Dr. Asa Gray over forty years ago. Various species of hawk moths, common in different parts of our area, of course have tongues of various lengths, and naturally every visitor does not receive his load of pollen on the same identical spot. At dusk, when sphinx moths begin their rounds, it will be noticed that the white and yellow flowers remain conspicuous long after blossoms of other colors have melted into the general darkness. Such flowers as cater to these moths, if they have fragrance, emit it then most strongly, as an additional attraction. Again, it will be noticed that few such flowers provide a strong projecting petal-platform for visitors to alight on; that would be superfluous, since sphinx moths suck while hovering over a tube, with their wings in exceedingly rapid motion, just like a hummingbird, for which the larger species are so often mistaken at twilight. This deep-hued orchid apparently attracts as many butterflies as sphinx moths, which show a predilection for the white species.

Where this stunning, beautiful orchid and its lovely white counterpart grow together in the swamp - which must be within a limited range since one is common to the north where the other is rare, and vice versa - the yellow fringed orchis will bloom a few days later. Generally, the plants look a lot alike. Their similar way of requiring payment for a sip of nectar hidden in a tube so narrow and deep that only a sphinx moth or butterfly can fully drain it (though large bumblebees occasionally get some from the overflowing nectar) has been discussed (see above), so interested readers are referred there. Both these orchids have their sticky discs extending unusually far, almost as if raised on a stalk - an arrangement that indicates they "are meant to be stuck to the face or head of some nectar-sucking insect of the right size that visits the flowers," as Dr. Asa Gray wrote over forty years ago. Various species of hawk moths, commonly found in different parts of our area, have tongues of different lengths, so naturally, every visitor doesn't get pollen on the same exact spot. At dusk, when sphinx moths begin their rounds, you'll notice that the white and yellow flowers stand out long after blossoms of other colors have faded into the general darkness. Flowers that attract these moths, if they have any fragrance, give it off most strongly then, as an extra lure. Additionally, you'll observe that few of these flowers create a strong, raised petal platform for visitors to land on; that would be unnecessary since sphinx moths feed while hovering over a tube, with their wings flapping incredibly fast, similar to a hummingbird, which is why the larger species are often mistaken for hummingbirds at twilight. This deep-colored orchid seems to attract just as many butterflies as sphinx moths, which prefer the white variety.

>From Ontario and the Mississippi eastward, and southward to the Gulf, the TUBERCLED or SMALL PALE GREEN ORCHIS (H. flava) lifts a spire of inconspicuous greenish-yellow flowers, more attractive to the eye of the structural botanist than to the aesthete. It blooms in moist places, as most orchids do, since water with which to manufacture nectar enough to fill their deep spurs is a prime necessity. Orchids have arrived at that pinnacle of achievement that it is impossible for them to fertilize themselves. More than that, some are absolutely sterile to their own pollen when it is applied to their stigmas artificially with insect aid, however, a single plant has produced over 1,000,700 seeds. No wonder, then, that, as a family, they have adopted the most marvelous blandishments and mechanism in the whole floral kingdom to secure the visits of that special insect to which each is adapted, and, having secured him, to compel him unwittingly to do their bidding. In the steaming tropical jungles, where vegetation is luxuriant to the point of suffocation, and where insect life swarms in mvriads undreamed of here, we can see the best of reasons for orchids mounting into trees and living on air to escape strangulation on the ground, and for donning larger and more gorgeous apparel to attract attention in the fierce competition for insect trade waged about them. Here, where the struggle for survival is incomparably easier, we have terrestrial orchids, small, and quietly clad, for the most part.

>From Ontario and the Mississippi eastward, and southward to the Gulf, the TUBERCLED or SMALL PALE GREEN ORCHIS (H. flava) grows a cluster of subtle greenish-yellow flowers, which are more appealing to a structural botanist than to someone who appreciates beauty. It blooms in damp areas, like most orchids, since having enough water to produce nectar for its deep spurs is essential. Orchids have reached such a level of specialization that they can no longer fertilize themselves. Additionally, some are completely sterile to their own pollen even when it's applied to their stigmas with the help of insects; however, a single plant can produce over 1,000,700 seeds. It's no surprise that, as a family, they have developed the most incredible attractions and mechanisms in the entire floral kingdom to secure the visits of the specific insects they rely on and, once they have them, to manipulate them into doing their bidding. In the humid tropical jungles, where vegetation is so dense it's almost suffocating, and insect life exists in numbers unimaginable here, we can see why orchids climb into trees and live on air to avoid getting choked on the ground, and why they wear larger and more vibrant outfits to stand out in the fierce competition for insect attention. Here, where survival is significantly easier, we find terrestrial orchids, generally small and modestly dressed.

Having the gorgeous, exotic air plants of the hothouse in mind, this little tubercled orchis seems a very poor relation indeed. In June and July, about a week before the ragged orchis comes out, we may look for this small, fringeless sister. Its clasping leaves, which decrease in size as they ascend the stem (not to shut off the light and rain from the lower ones), are parallel-veined, elliptic, or, the higher ones, lance-shaped. A prominent tubercle, or palate, growing upward from the lip, almost conceals the entrance to the nectary. and makes a side approach necessary. Why? Usually an insect has free, straight access down the center of a flower's throat, but here he cannot have it. A slender tongue must be directed obliquely from above into the spur, and it will enter the discal groove as a thread enters the eye of a needle. By this arrangement the tongue must certainly come in contact with one of the sticky discs to which an elongated pollen gland is attached. The cement on the disc hardening even while the visitor sucks, the pollen gland is therefore drawn out, because firmly attached to his tongue. At first the pollen mass stands erect on the proboscis; but in the fraction of a moment which it takes a butterfly to flit to another blossom, it has bent forward automatically into the exact position required for it to come in contact with the sticky stigma of the next tubercled orchis entered, where it will be broken off. Now we understand the use of the palate. Butterfly collectors often take specimens with remnants of these pollen stumps stuck to their tongues. In his classical work "On the Fertilization of Orchids by Insects," Darwin tells of finding a mottled rustic butterfly whose proboscis was decorated with eleven pairs of pollen masses, taken from as many blossoms of the pyramidal orchis. Have these flowers no mercy on their long-suffering friends? A bee with some orchid pollen-stumps attached to its head was once sent to Mr. Frank Cheshire, the English expert who had just discovered some strange bee diseases. He was requested to name the malady that had caused so abnormal an outgrowth on the bee's forehead!

Keeping in mind the stunning, exotic air plants from the greenhouse, this little tubercled orchid seems like a distant relative. In June and July, about a week before the ragged orchid blooms, we can expect to see this small, fringeless sibling. Its clasping leaves, which get smaller as they go up the stem (so they don’t block light and rain from the lower ones), are parallel-veined, oval, or, in the case of the higher leaves, lance-shaped. A noticeable tubercle, or palate, extending from the lip almost covers the entrance to the nectary, forcing a side entry. Why is that? Typically, an insect would have a clear, straight path down the center of a flower's throat, but here, that’s not possible. A slender tongue must angle in from above to enter the spur, sliding into the discal groove like a thread through a needle's eye. This setup ensures that the tongue must make contact with one of the sticky discs attached to a long pollen gland. The glue on the disc hardens while the visitor feeds, which pulls the pollen gland out since it's firmly stuck to their tongue. At first, the pollen clump stands up on the proboscis, but in the split second it takes for a butterfly to flit to another flower, it bends forward into just the right position to touch the sticky stigma of the next tubercled orchid, where it will break off. Now we see the purpose of the palate. Butterfly collectors often find specimens with bits of pollen clumps stuck to their tongues. In his classic work "On the Fertilization of Orchids by Insects," Darwin recounts finding a mottled rustic butterfly whose proboscis was adorned with eleven pairs of pollen masses from as many blossoms of the pyramidal orchid. Do these flowers have no mercy for their long-suffering friends? A bee with some orchid pollen clumps stuck to its head was once sent to Mr. Frank Cheshire, the English expert who had just discovered some strange diseases in bees. He was asked to identify the condition that had caused such an odd growth on the bee's forehead!

Often found growing in the same bog with the tubercled species is the RAGGED or FRINGED GREEN ORCHIS (H. lacera), so inconspicuous we often overlook it unawares. Examine one of the dingy, greenish-yellow flowers that are set along the stern in a spike to make all the show in the world possible, each with its three-parted, spreading lip finely and irregularly cut into thread-like fringe to hail the passing butterfly, and we shall see that it, too, has made ingenious provision against the draining of its spur by a visitor without proper pay for his entertainment. Even without the gay color that butterflies ever delight in, these flowers contain so much nectar in their spurs, neither butterflies nor large bumblebees are long in hunting them out. In swamps and wet woodland from Nova Scotia to Georgia, and westward to the Mississippi, the ragged orchis blooms in June or July.

Often found growing in the same bog as the tubercled species is the RAGGED or FRINGED GREEN ORCHIS (H. lacera), so inconspicuous we often overlook it without realizing. If we examine one of the dull, greenish-yellow flowers arranged along the stem in a spike to make the most of the display, each with its three-parted, spreading lip delicately and irregularly cut into thread-like fringes to attract passing butterflies, we’ll see that it has also cleverly adapted to prevent its spur from being drained by visitors who don’t contribute properly. Even without the bright colors that butterflies love, these flowers hold so much nectar in their spurs that neither butterflies nor large bumblebees take long to find them. In swamps and wet woodlands from Nova Scotia to Georgia, and westward to the Mississippi, the ragged orchis blooms in June or July.

LARGE YELLOW POND or WATER LILY; COW LILY; SPATTER-DOCK
  (Nymphaea advena; Nupisar advena of Gray) Water-lily family

LARGE YELLOW POND or WATER LILY; COW LILY; SPATTER-DOCK
  (Nymphaea advena; Nupisar advena of Gray) Water-lily family

Flowers - Yellow or greenish outside, rarely purple tinged, round, depressed, 1 1/2 to 3 1/2 in. across. Sepals 6, unequal, concave, thick, fleshy; petals stamen-like, oblong, fleshy, short; stamens very numerous, in 5 to 7 rows; pistil compounded of many carpels, its stigmatic disc pale red or yellow, with 12 to 24 rays. Leaves: Floating, or some immersed, large, thick, sometimes a foot long, egg-shaped or oval, with a deep cleft at base, the lobes rounded. Preferred Habitat - Standing water, ponds, slow streams. Flowering Season - April-September. Distribution - Rocky Mountains eastward, south to the Gulf of Mexico, north to Nova Scotia.

Flowers - Yellow or greenish on the outside, rarely with a hint of purple, round and flat, measuring 1.5 to 3.5 inches across. There are 6 sepals that are unequal, concave, thick, and fleshy; the petals are short, oblong, and resemble stamens; there are many stamens arranged in 5 to 7 rows; the pistil consists of multiple carpels, with a pale red or yellow stigmatic disk that has 12 to 24 rays. Leaves: They can float or some may be submerged, large and thick, sometimes up to a foot long, egg-shaped or oval, with a deep cleft at the base and rounded lobes. Preferred Habitat - Standing water, ponds, slow-moving streams. Flowering Season - April to September. Distribution - From the Rocky Mountains eastward, south to the Gulf of Mexico, and north to Nova Scotia.

Comparisons were ever odious. Because the yellow water lily has the misfortune to claim relationship with the sweet-scented white species (q.v.), must it never receive its just meed of praise? Hiawatha's canoe, let it be remembered,

Comparisons have always been unpleasant. Just because the yellow water lily is related to the sweet-scented white one (see above), does that mean it shouldn't get its deserved praise? Hiawatha's canoe, let’s not forget,

     "Floated on the river
      Like a yellow leaf in autumn,
      Like a yellow water-lily."

"Drifting on the river
      Like a yellow leaf in fall,
      Like a yellow water-lily."

But even those who admire Longfellow's lines see no beauty in the golden flower-bowls floating among the large, lustrous, leathery leaves.

But even those who appreciate Longfellow's poetry see no beauty in the golden flower bowls floating among the large, shiny, leathery leaves.

By assuming the functions of petals, the colored sepals advertise for insects. Beetles, which answer the first summons to a free lunch, crowd in as the sepals begin to spread. In the center the star-like disc, already sticky, is revealed, and on it any pollen they have carried with them from older flowers necessarily rubs off. At first, or while the stigma is freshly receptive to pollen, an insect cannot make his entrance except by crawling over this large, sticky plate. At this time, the anthers being closed, self-fertilization is impossible. A day or two later, after the pollen begins to ripen on countless anthers, the flower is so widely open that visitors have no cause to alight in the center; anyway, no harm could result if they did, cross-fertilization having been presumably accomplished. While beetles (especially Donacia) are ever abundant visitors, it is likely they do much more harm than good. So eagerly do they gnaw both petals and stamens, which look like loops of narrow yellow ribbon within the bowl of an older flower, that, although they must carry some pollen to younger flowers as they travel on, it is probable they destroy ten times more than their share. Flies transport pollen too. The smaller bees (Halictus and Andrena chiefly) find some nectar secreted on the outer faces of the stamen-like petals, which they mix with pollen to make their babies' bread.

By taking on the role of petals, the colorful sepals attract insects. Beetles, always ready for a free meal, swarm in as the sepals start to open. In the center, the star-shaped disc, which is already sticky, is exposed, and any pollen they’ve brought from previous flowers naturally rubs off. Initially, or while the stigma is still fresh and open to pollen, an insect can only enter by crawling over this large, sticky surface. At this stage, since the anthers are closed, self-fertilization can't happen. A day or two later, as the pollen on numerous anthers starts to mature, the flower opens up so widely that visitors have no reason to land in the middle; anyway, there would be no harm if they did, since cross-fertilization has presumably already taken place. While beetles (especially Donacia) frequently visit, it’s likely they do more damage than good. They eagerly chew through both the petals and the stamens, which resemble loops of narrow yellow ribbon in an older flower's bowl. Although they do carry some pollen to younger flowers as they move around, they likely destroy far more than they contribute. Flies also help move pollen. Smaller bees (mainly Halictus and Andrena) look for some nectar that’s secreted on the outer sides of the stamen-like petals, which they mix with pollen to feed their young.

The very beautiful native AMERICAN LOTUS (Nelumbo lutea), also known as WATER CHINKAPIN or WANKAPIN, found locally in Ontario, the Connecticut River, some lakes, slow streams, and ponds in New Jersey, southward to Florida, and westward to Michigan and Illinois, Indian Territory and Louisiana, displays its pale yellow flowers in July and August. They measure from four to ten inches across, and suggest a yellow form of the sweet-scented white water lily; but there are fewer petals, gradually passing into an indefinite number of stamens. The great round, ribbed leaves, smooth above, hairy beneath, may be raised high above the water, immersed or floating. Both leaf and flower stalks contain several large air canals. The flowers which are female when they expand far enough for a pollen-laden guest to crawl into the center, are afterward male, securing cross-fertilization by this means, just as the yellow pond lily does; only the small bees must content themselves here with pollen only - a diet that pleases the destructive beetles and the flies (Syrphidae) perfectly.

The beautiful native AMERICAN LOTUS (Nelumbo lutea), also known as WATER CHINKAPIN or WANKAPIN, is found locally in Ontario, along the Connecticut River, in some lakes, slow streams, and ponds in New Jersey, down to Florida, and west to Michigan and Illinois, Indian Territory, and Louisiana. It blooms with pale yellow flowers in July and August, measuring four to ten inches across, resembling a yellow version of the sweet-scented white water lily, but with fewer petals that gradually transition into an indefinite number of stamens. The large, round, ribbed leaves are smooth on top and hairy underneath, and they can rise high above the water, be immersed, or float. Both the leaf and flower stalks have several large air canals. The flowers start as female when they open enough for a pollen-laden visitor to enter the center, then become male, ensuring cross-fertilization in a manner similar to the yellow pond lily. However, the small bees can only gather pollen here, a diet that also attracts the destructive beetles and the flies (Syrphidae) quite well.

Japanese artists especially have taught us how much of the beauty of a Nelumbo we should lose if it ripened its decorative seed-vessel below the surface as the sweet-scented white water lily does. This flat-topped receptacle, held erect, has its little round nuts imbedded in pits in its surface, ready to be picked out by aquatic birds, and distributed by them in their wanderings. Both seeds and tubers are farinaceous and edible. In some places it is known the Indians introduced the plant for food. Professor Charles Goodyear has written an elaborate, plausible argument, illustrated, with many reproductions of sculpture, pottery, and mural painting in the civilized world of the ancients to prove that all decorative ornamental design has been evolved from the sacred Egyptian lotus (Nelumbo Nelumubo), still revered throughout the East (q.v.).

Japanese artists have shown us how much beauty we would miss if a Nelumbo developed its decorative seed vessel underwater like the sweet-scented white water lily does. This flat-topped receptacle stands upright, with its little round nuts embedded in pits on its surface, ready to be picked out by aquatic birds and spread around during their travels. Both seeds and tubers are starchy and edible. In some regions, it is known that the Indigenous people introduced the plant for food. Professor Charles Goodyear has presented a detailed, convincing argument, illustrated with many reproductions of sculptures, pottery, and murals from the ancient civilized world, to demonstrate that all decorative ornamental designs have evolved from the sacred Egyptian lotus (Nelumbo Nelumbo), which is still revered throughout the East (q.v.).

MARSH MARIGOLD; MEADOW-GOWAN; AMERICAN COWSLIP
 (Caltha palustris) Crowfoot family'

MARSH MARIGOLD; MEADOW-GOWAN; AMERICAN COWSLIP
 (Caltha palustris) Crowfoot family

Flowers - Bright, shining yellow, 1 to 1 1/2 in. across, a few in terminal and axillary groups. No petals; usually 5 (often more) oval, petal-like sepals; stamens numerous; many pistils (carpels) without styles. Stem: Stout, smooth, hollow, branching, 1 to 2 ft. high. Leaves: Mostly from root, rounded, broad, and heart-shaped at base, or kidney-shaped, upper ones almost sessile, lower ones on fleshy petioles. Preferred Habitat - Springy ground, low meadows, swamps, river banks, ditches. Flowering Season - April-June. Distribution - Carolina to Iowa, the Rocky Mountains, and very far north.

Flowers - Bright, shiny yellow, 1 to 1.5 inches across, found in small groups at the ends of branches and along the sides. They usually have no petals; typically 5 (often more) oval, petal-like sepals; numerous stamens; and many pistils (carpels) without styles. Stem: Thick, smooth, hollow, branching, 1 to 2 feet tall. Leaves: Mainly from the base, rounded, broad, and heart-shaped at the bottom, or kidney-shaped; upper leaves are almost sitting directly on the stem, while lower ones are on fleshy stems. Preferred Habitat - Springy ground, low meadows, swamps, riverbanks, and ditches. Flowering Season - April to June. Distribution - From Carolina to Iowa, the Rocky Mountains, and very far north.

Not a true marigold, and even less a cowslip, it is by these names that this flower, which looks most like a buttercup, will continue to be called, in spite of the protests of scientific classifiers. Doubtless the first of these folk-names refers to its use in church festivals during the Middle Ages as one of the blossoms devoted to the Virgin Mary.

Not a real marigold and even less of a cowslip, this flower, which looks a lot like a buttercup, will keep being called by these names, no matter what the scientific classifiers say. It’s likely that the first of these common names comes from its use in church festivals during the Middle Ages as one of the flowers dedicated to the Virgin Mary.

     "And winking Mary-buds begin
      To ope their golden eyes,"

"And winking daisies start
      To open their golden eyes,"

sing the musicians in "Cymbeline." Whoever has seen the watery Avon meadows in April, yellow and twinkling with marsh marigolds when "the lark at heaven's gate sings," appreciates why the commentators incline to identify Shakespeare's Mary-buds with the Caltha of these and our own marshes.

sing the musicians in "Cymbeline." Whoever has seen the watery Avon meadows in April, bright and shimmering with marsh marigolds when "the lark at heaven's gate sings," understands why commentators tend to associate Shakespeare's Mary-buds with the Caltha found in these and our own marshes.

Not for poet's rhapsodies, but for the more welcome hum of small bees and flies intent on breakfasting do these flowers open in the morning sunshine. Nectar secreted on the sides of each of the many carpels invites a conscientious bee all around the center, on which she should alight to truly benefit her entertainer. Honey bees may be seen sucking only enough nectar to aid them in storing pollen; bumblebees feasting for their own benefit, not their descendants'; little mining bees and quantities of flies also, although not many species are represented among the visitors, owing to the flower's early blooming season. Always conspicuous among the throng are the brilliant Syrphidae flies - gorgeous little creatures which show a fondness for blossoms as gaily colored as their own lustrous bodies. Indeed, these are the principal pollinators.

Not for the poet's extravagant musings, but for the more pleasing buzz of small bees and flies looking for breakfast do these flowers bloom in the morning sunlight. Nectar is secreted on the sides of each of the many carpels, inviting a hardworking bee all around the center, where she should land to fully benefit from her host. Honey bees can be seen taking just enough nectar to help them store pollen; bumblebees indulge for their own sake, not for their offspring's; little mining bees and various flies also join in, although not many species are present among the visitors due to the flowers' early blooming season. Always noticeable in the crowd are the vibrant Syrphidae flies - beautiful little creatures that have a preference for blossoms as brightly colored as their own shiny bodies. Indeed, these are the main pollinators.

Some country people who boil the young plants declare these "greens" are as good as spinach. What sacrilege to reduce crisp, glossy, beautiful leaves like these to a slimy mess in a pot! The tender buds, often used in white sauce as a substitute for capers, probably do not give it the same piquancy where piquancy is surely most needed - on boiled mutton, said to be Queen Victoria's favorite dish. Hawked about the streets in tight bunches, the marsh-marigold blossoms - with half their yellow sepals already dropped - and the fragrant, pearly-pink arbutus are the most familiar spring wild flowers seen in Eastern cities.

Some people from the countryside who cook the young plants say these "greens" are just as good as spinach. What a shame to turn crisp, shiny, beautiful leaves like these into a slimy mess in a pot! The tender buds, often used in white sauce as a stand-in for capers, probably don’t provide the same flavor where it’s definitely needed most - on boiled mutton, which is said to be Queen Victoria’s favorite dish. Sold in tight bunches on the streets, the marsh-marigold blossoms - with some of their yellow sepals already fallen off - and the sweet-smelling, pearly-pink arbutus are the most common spring wildflowers seen in Eastern cities.

COMMON MEADOW BUTTERCUP; TALL CROWFOOT; KINGCUPS; CUCKOO FLOWER; GOLDCUPS; BUTTER-FLOWERS; BLISTER-FLOWERS

(Ranunculus acris) Crowfoot family

Buttercup, Crowfoot family

Flowers - Bright, shining yellow, about 1 in. across, numerous, terminating long slender footstalks. Calyx of 5 spreading sepals; corolla of 5 petals; yellow stamens and carpels. Stem: Erect, branched above, hairy (sometimes nearly smooth), 2 to 3 feet tall, from fibrous roots. Leaves: In a tuft from the base, long petioled, of 3 to 7 divisions cleft into numerous lobes; stem leaves nearly sessile, distant, 3-parted. Preferred Habitat - Meadows, fields, roadsides, grassy places. Flowering Season - May-September. Distribution - Naturalized from Europe in Canada and the United States; most common North.

Flowers - Bright, shiny yellow, about 1 inch across, numerous, ending in long thin stalks. The base has 5 spreading sepals; the flower has 5 petals; with yellow stamens and carpels. Stem: Erect, branched at the top, hairy (sometimes almost smooth), 2 to 3 feet tall, growing from fibrous roots. Leaves: Clustering at the base, long-stalked, divided into 3 to 7 sections with many lobes; stem leaves are nearly stalkless, spaced out, and divided into 3 parts. Preferred Habitat - Meadows, fields, roadsides, and grassy areas. Flowering Season - May to September. Distribution - Naturalized from Europe in Canada and the United States; most common in the North.

What youngster has not held these shining golden flowers under his chin to test his fondness for butter? Dandelions and marsh-marigolds may reflect their color in his clear skin too, but the buttercup is every child's favorite. When

What kid hasn’t held these bright yellow flowers under their chin to see if they like butter? Dandelions and marsh-marigolds might show their color against their skin too, but the buttercup is every child's favorite. When

     "Cuckoo-buds of yellow hue
      Do paint the meadows with delight,"

"Cuckoo-buds of yellow color
      Do brighten the meadows with joy,"

daisies, pink clover, and waving timothy bear them company here; not the "daisies pied," violets, and lady-smocks of Shakespeare's England. How incomparably beautiful are our own meadows in June! But the glitter of the buttercup, which is as nothing to the glitter of a gold dollar in the eyes of a practical farmer, fills him with wrath when this immigrant takes possession of his pastures. Cattle will not eat the acrid, caustic plant - a sufficient reason for most members of the Ranunculaceae to stoop to the low trick of secreting poisonous or bitter juices. Self-preservation leads a cousin, the garden monk's hood, even to murderous practices. Since children will put everything within reach into their mouths, they should be warned against biting the buttercup's stem and leaves, that are capable of raising blisters. "Beggars use the juice to produce sores upon their skin," says Mrs. Creevy. A designer might employ these exquisitely formed leaves far more profitably.

daisies, pink clover, and waving timothy keep them company here; not the "daisies pied," violets, and lady-smocks of Shakespeare's England. Our own meadows in June are incredibly beautiful! But the shine of the buttercup, which means nothing to a practical farmer compared to the gleam of a gold dollar, fills him with anger when this invasive plant takes over his pastures. Cattle won’t eat the harsh, irritating plant—enough reason for most members of the Ranunculaceae family to resort to the nasty trick of producing poisonous or bitter juices. Self-preservation drives a relative, the garden monk's hood, to even deadlier measures. Since kids will put anything within reach in their mouths, they should be warned against biting the buttercup's stem and leaves, which can cause blisters. "Beggars use the juice to create sores on their skin," says Mrs. Creevy. A designer could use these beautifully shaped leaves in much more beneficial ways.

This and the bulbous buttercup, having so much else in common, have also the same visitors. "It is a remarkable fact," says Sir John Lubbock, "as Aristotle long ago mentioned, that in most cases bees confine themselves in each journey to a single species of plant; though in the case of some very nearly allied forms this is not so; for instance, it is stated on good authority (Muller) that Ranunculus acris, R. repens, and R. bulbosus are not distinguished by the bees, or at least are visited indifferently by them, as is also the case with two of the species of clover." From what we already know of the brilliant Syrphidae flies' fondness for equally brilliant colors, it is not surprising to find great numbers of them about the buttercups, with bees, wasps, and beetles - upwards of sixty species. Modern scientists believe that the habit of feeding on flowers has called out the color-sense of insects and the taste for bright colors, and that sexual selection has been guided by this taste. The most unscientific among us soon finds evidence on every hand that flowers and insects have developed together through mutual dependence.

This and the bulbous buttercup, which share so much in common, also attract the same visitors. "It is a remarkable fact," says Sir John Lubbock, "as Aristotle pointed out long ago, that in most cases bees stick to one type of plant during each trip; however, in some very closely related forms, this isn't the case. For example, it is reported by reliable sources (Muller) that Ranunculus acris, R. repens, and R. bulbosus are not differentiated by bees, or at least are visited randomly by them, just like some species of clover." Considering what we already know about the bright Syrphidae flies' attraction to vibrant colors, it's not surprising to see many of them around the buttercups, alongside bees, wasps, and beetles—over sixty species. Modern scientists think that the habit of feeding on flowers has enhanced the color-sense of insects and their preference for bright colors, and that sexual selection has been influenced by this preference. Even those of us who are not scientists quickly notice the evidence that flowers and insects have evolved together through mutual reliance.

By having its nourishment thriftily stored up underground all winter, the BULBOUS BUTTERCUP (R. bulbosus) is able to steal a march on its fibrous-rooted sister that must accumulate hers all spring; consequently it is first to flower, coming in early May, and lasting through June. It is a low and generally more hairy plant, but closely resembling the tall buttercup in most respects, and, like it, a naturalized European immigrant now thoroughly at home in fields and roadsides in most sections of the United States and Canada.

By storing its nourishment efficiently underground all winter, the BULBOUS BUTTERCUP (R. bulbosus) gets a head start over its fibrous-rooted counterpart that has to gather its resources throughout the spring. As a result, it’s the first to bloom, appearing in early May and lasting through June. It’s a low-growing and generally hairier plant, but it closely resembles the tall buttercup in most ways, and like it, is a naturalized European immigrant that is now well-established in fields and along roadsides in most parts of the United States and Canada.

Much less common is the CREEPING BUTTERCUP (R. repens), which spreads by runners until it forms large patches in fields and roadsides, chiefly in the Eastern States. Its leaves, which are sometimes blotched, are divided into three parts, the terminal one, often all three, stalked. May-July.

Much less common is the CREEPING BUTTERCUP (R. repens), which spreads by runners until it forms large patches in fields and roadsides, mainly in the Eastern States. Its leaves, which are sometimes blotched, are divided into three parts, with the terminal one, often all three, having stalks. May-July.

First to bloom in the vicinity of New York (from March to May) is the HISPID BUTTERCUP (R. hispidus), densely hairy when young. The leaves, which are pinnately divided into from three to five leaflets, cleft or lobed, chiefly arise on long petioles from a cluster of thickened fibrous roots. The flower may be only half an inch or an inch and a half across. It is found in dry woods and thickets throughout the eastern half of the United States; whereas the much smaller flowered BRISTLY BUTTERCUP (R. Pennsylvanicus) shows a preference for low-lying meadows and wet, open ground through a wider, more westerly range. Its stout, hollow, leafy stem, beset with stiff hairs, discourages the tongues of grazing animals. June-August.

First to bloom around New York (from March to May) is the HISPID BUTTERCUP (R. hispidus), which has dense hairs when it's young. The leaves are divided into three to five leaflets, either cleft or lobed, and mainly grow on long stems from a bundle of thick, fibrous roots. The flower can be about half an inch to an inch and a half wide. It's found in dry woods and thickets throughout the eastern half of the United States, while the much smaller BRISTLY BUTTERCUP (R. Pennsylvanicus) prefers low meadows and wet, open land across a broader, western range. Its thick, hollow, leafy stem, covered in stiff hairs, deters grazing animals. June-August.

Commonest of the early buttercups is the TUFTED BUTTERCUP (R. fascicularis), a little plant seldom a foot high, found in the woods and on rocky hillsides from Texas and Manitoba, east to the Atlantic, flowering in April or May. The long-stalked leaves are divided into from three to five parts; the bright yellow flowers, with rather narrow, distant petals, measure about an inch across. They open sparingly, usually only one or two at a time on each plant, to favor pollination from another one.

Commonly found among the early buttercups is the TUFTED BUTTERCUP (R. fascicularis), a small plant that usually doesn't grow taller than a foot. It can be found in woods and on rocky hillsides from Texas and Manitoba, stretching east to the Atlantic, blooming in April or May. The long-stemmed leaves are split into three to five sections; the bright yellow flowers, which have relatively narrow, spaced-out petals, are about an inch wide. They tend to open sparingly, usually only one or two at a time on each plant, to encourage pollination from another plant.

Scattered patches of the SWAMP or MARSH BUTTERCUP (P. septentrionalis) brighten low, rich meadows also with their-large satiny yellow flowers, whose place in the botany even the untrained eye knows at sight. The smooth, spreading plant sometimes takes root at the joints of its branches and sends forth runners, but the stems mostly ascend. The large lower mottled leaves are raised well out of the wet, or above the grass, on long petioles. They have three divisions, each lobed and cleft. From Georgia and Kentucky far northward this buttercup blooms from April to July, opening only a few flowers at a time-a method which may make it less showy, but more certain to secure cross-pollination between distinct plants.

Scattered patches of the SWAMP or MARSH BUTTERCUP (P. septentrionalis) brighten low, rich meadows with their large, shiny yellow flowers, which even untrained eyes can recognize. The smooth, spreading plant sometimes roots at the joints of its branches and sends out runners, but the stems mostly grow upright. The large, mottled lower leaves are raised high above the wet ground, or above the grass, on long stems. They have three divisions, each lobed and indented. This buttercup blooms from April to July, from Georgia and Kentucky all the way north, opening only a few flowers at a time—a strategy that might make it less showy, but helps ensure cross-pollination between different plants.

The YELLOW WATER BUTTERCUP or CROWFOOT (R. deiphinifolius; R. multifidus of Gray) found blooming in ponds through the summer months, certainly justifies the family name derived from rana = a frog. Many other members grow in marshes, it is true, but this ranunculus lives after the manner of its namesake, sometimes immersed, sometimes stranded on the muddy shore. Two types of leaves occur on the same stem. Their waving filaments, which make the immersed leaves look fringy, take every advantage of what little carbonic acid gas is dissolved under the surface. Moreover, they are better adapted to withstand the water's pressure and possible currents than solid blades would be. The floating leaves which loll upon the surface to take advantage of the air and sunlight, expand three, four, or five divisions, variously lobed. On this plant we see one set of leaves perfectly adapted to immersion, and another set to aerial existence. The stem, which may measure several feet in length, roots at the joints when it can. Range from the Mississippi and Ontario eastward to the Atlantic Ocean.

The YELLOW WATER BUTTERCUP or CROWFOOT (R. deiphinifolius; R. multifidus of Gray) blooms in ponds during the summer months, definitely earning its family name derived from rana = a frog. While many other members grow in marshes, this ranunculus behaves like its namesake, sometimes submerged and at other times stranded on the muddy shore. Two types of leaves appear on the same stem. Their waving filaments give the submerged leaves a fringy look, making the most of the little carbon dioxide available under the surface. Additionally, they are better suited to withstand water pressure and potential currents than solid blades would be. The floating leaves, which stretch across the water's surface to capture air and sunlight, can have three, four, or five lobes. This plant shows one set of leaves perfectly designed for being underwater and another set for life above water. The stem, which can be several feet long, roots at the joints whenever possible. Its range extends from the Mississippi and Ontario eastward to the Atlantic Ocean.

The WHITE WATER-CROWFOOT (Batrachium trichophyllum; Ranunculus aquatilis of Gray) has its fine thread-like leaves entirely submerged; but the flowers, like a whale, as the old conundrum put it, come to the surface to blow. The latter are small, white, or only yellow at the base, where each petal bears a spot or little pit that serves as a pathfinder to the flies. When the water rises unusually high, the blossoms never open, but remain submerged, and fertilize themselves. Seen underwater, the delicate leaves, which are little more than forked hairs, spread abroad in dainty patterns; lifted cut of the water these flaccid filaments utterly collapse. In ponds and shallow, slow streams, this common plant flowers from June to September almost throughout the Union, the British Possessions north of us, and in Europe and Asia.

The WHITE WATER-CROWFOOT (Batrachium trichophyllum; Ranunculus aquatilis of Gray) has its fine, thread-like leaves completely underwater; however, the flowers, as an old riddle puts it, come to the surface to bloom. These flowers are small, white, or sometimes just yellow at the base, where each petal has a spot or little pit that acts as a guide for the flies. When the water rises significantly, the blossoms never open and stay submerged, self-fertilizing. When viewed underwater, the delicate leaves, which look like thin, forked hairs, spread out in beautiful patterns; when lifted out of the water, these limp filaments completely collapse. In ponds and shallow, slow streams, this common plant blooms from June to September across most of the United States, the British territories to the north, and in Europe and Asia.

The WATER PLANTAIN SPEARWORT (K. obtusiusculus; R. a/isrnaefoiius of Gray) flecks the marshes from June to August with its small golden flowers, which the merest novice knows must be kin to the buttercup. The smooth, hollow stem, especially thick at the base, likes to root from the lower joints. A peculiarity of the lance-shaped or oblong lance-shaped leaves is that the lower ones have petioles so broad where they clasp the stem that they appear to be long blades suddenly contracted just above their base.

The WATER PLANTAIN SPEARWORT (K. obtusiusculus; R. a/isrnaefoiius of Gray) dots the marshes from June to August with its small golden flowers, which even a beginner can tell are related to the buttercup. The smooth, hollow stem, particularly thick at the base, tends to root from the lower joints. One unique feature of the lance-shaped or oblong lance-shaped leaves is that the lower ones have such broad petioles where they embrace the stem that they look like long blades suddenly narrowed just above their base.

BARBERRY; PEPPERIDGE-BUSH
  (Berberis vulgaris) Barberry family

BARBERRY; PEPPERIDGE BUSH
  (Berberis vulgaris) Barberry family

Flowers - Yellow, small, odor disagreeable, 6-parted, borne in drooping, many-flowered racemes from the leaf axils along arching twigs. Stem: A much branched, smooth, gray shrub, to 8 ft. tall, armed with sharp spines. Leaves: From the 3-pronged spines (thorns); oval or obovate, bristly edged. Fruit: Oblong, scarlet, acid berries. Preferred Habitat - Thickets; roadsides; dry or gravelly soil. Flowering Season - May-June. Distribution - Naturalized in New England and Middle States; less common in Canada and the West. Europe and Asia.

Flowers - Small, yellow, with an unpleasant smell, having 6 petals, found in drooping clusters that sprout from the leaf axils along arching branches. Stem: A highly branched, smooth, gray shrub that grows up to 8 feet tall, equipped with sharp spines. Leaves: From the 3-pronged spines (thorns); oval or egg-shaped, with bristly edges. Fruit: Oblong, bright red, sour berries. Preferred Habitat - Thickets; roadsides; dry or gravelly soil. Flowering Season - May-June. Distribution - Naturalized in New England and the Midwestern states; less common in Canada and the West. Europe and Asia.

When the twigs of barberry bushes arch with the weight of clusters of beautiful bright berries in September, everyone must take notice of a shrub so decorative, which receives scant attention from us, however, when its insignificant little flowers are out. Yet these blossoms, small as they are, are up to a marvelous trick, quite as remarkable as the laurel's (q.v.) or the calopogon's (q.v.), to compel insects to do their bidding. Three of the six sepals, by their size and color, attend to the advertising, playing the part of a corolla; and partly by curving inward at the tip, partly by the drooping posture of the flower, help protect the stamens, pistil, and nectar glands within from rain. Did the flowers hang vertically, not obliquely, such curvature of the tips of sepals and petals would be unnecessary. Six stamens surround a pistil, but each of their six anthers, which are in reality little pollen boxes opening by trap-doors on either side, is tucked under the curving tip of a petal at whose base lie two orange-colored nectar glands. A small bee or fly enters the flower: what happens? To reach the nectar, he must probe between the bases of two exceedingly irritable stamens. The merest touch of a visitor's tongue against them releases two anthers, just as the nibbling mouse all unsuspectingly releases the wire from the hook of the wooden trap he is caught in. As the two stamens spring upward on being released, pollen instantly flies out of the trap-doors of the anther boxes on the bee, which suffers no greater penalty than being obliged to carry it to the stigma of another flower. So short are the stamens, it is improbable that a flower's pollen ever reaches its own stigma except through the occasional confused fumbling of a visitor. Usually he is so startled by the sudden shower of pollen that he flies away instantly.

When the twigs of barberry bushes bend under the weight of clusters of bright berries in September, everyone notices this decorative shrub, even though it gets little attention from us when its tiny flowers bloom. Those blossoms, small as they are, have a marvelous trick, just as impressive as the laurel's or the calopogon's, to get insects to do their work. Three of the six sepals, because of their size and color, serve as advertising, mimicking the role of a corolla; and by curving inward at the tips and drooping down, they help protect the stamens, pistil, and nectar glands inside from rain. If the flowers hung straight down instead of at an angle, that curvature of the tips of the sepals and petals wouldn't be needed. Six stamens surround a pistil, but each of their six anthers, which are actually little pollen containers that open via trap doors on either side, is tucked beneath the curved tip of a petal, where two orange nectar glands are found. When a small bee or fly enters the flower, what happens? To get to the nectar, it has to squeeze between the bases of two highly sensitive stamens. The slightest touch of a visitor's tongue against them releases two anthers, just like a nibbling mouse unknowingly triggers the release of the wire from the hook of a wooden trap. As the two stamens spring upward when released, pollen instantly bursts out of the trap doors of the anther boxes onto the bee, which only has to carry it to the stigma of another flower as its penalty. The stamens are so short that it's unlikely for a flower's pollen to ever reach its own stigma, except through the occasional confused fumble of a visitor. Typically, the visitor is so startled by the sudden shower of pollen that it flies away immediately.

In the barberry bushes, as in the gorse, when grown in dry, gravelly situations, we see many leaves and twigs modified into thorns to diminish the loss of water through evaporation by exposing too much leaf surface to the sun and air. That such spines protect the plants which bear them from the ravages of grazing cattle is, of course, an additional motive for their presence. Under cultivation, in well-watered garden soil - and how many charming varieties of barberries are cultivated - the thorny shrub loses much of its armor, putting forth many more leaves, in rosettes, along more numerous twigs, instead. Even the prickly-pear cactus might become mild as a lamb were it to forswear sandy deserts and live in marshes instead. Country people sometimes rob the birds of the acid berries to make preserves. The wood furnishes a yellow dye.

In the barberry bushes, just like in the gorse, when they grow in dry, gravelly areas, we notice many leaves and twigs have turned into thorns to reduce water loss from evaporation by not exposing too much leaf area to the sun and air. These spines also help protect the plants from being eaten by grazing cattle, which is another reason for their existence. However, when cultivated in well-watered garden soil—and there are so many beautiful varieties of barberries grown—the thorny shrubs shed much of their defenses, producing a lot more leaves in clusters along more branches instead. Even the prickly-pear cactus could become gentle if it left sandy deserts for life in marshes. People in the countryside sometimes take the sour berries from the birds to make preserves. The wood also provides a yellow dye.

Curiously enough it is the EUROPEAN BARBERRY that is the common species here. The AMERICAN BARBERRY (B. Canadensis), a lower shrub, with dark reddish-brown twigs; its leaves more distantly toothed; its flowers, and consequently its berries, in smaller clusters, keeps almost exclusively to the woods in the Alleghany region and in the southwest, in spite of its specific name.

Curiously enough, it's the EUROPEAN BARBERRY that is the common type found here. The AMERICAN BARBERRY (B. Canadensis), a shorter shrub with dark reddish-brown branches; its leaves are more sparsely toothed; its flowers, and thus its berries, grow in smaller clusters and are mostly found in the woods of the Alleghany region and the southwest, despite its specific name.

SPICE-BUSH; BENJAMIN-BUSH; WILD ALLSPICE; FEVER-BUSH
  (Benzoin Benzoin; Lindera Benzoin of Gray) Laurel family

SPICE-BUSH; BENJAMIN-BUSH; WILD ALLSPICE; FEVER-BUSH
  (Benzoin Benzoin; Lindera Benzoin of Gray) Laurel family

Flowers - Before the leaves, lemon yellow, fragrant, small, in clusters close to the slender, brittle twigs. Six petal-like sepals; sterile flowers with 9 stamens in 3 series; fertile flowers with a round ovary encircled by abortive stamens. Stem: A smooth shrub 4 to 20 ft. tall. Leaves: Alternate, entire, oval or elliptic, 2 to 5 in, long. Fruit: Oblong, red, berry-like drupes. Preferred Habitat - Moist woodlands, thickets, beside streams. Flowering Season - March-May. Distribution - Central New England, Ontario, and Michigan, southward to Carolina and Kansas.

Flowers - Before the leaves appear, small, fragrant clusters of lemon-yellow blooms form close to the slender, delicate twigs. They have six petal-like sepals; sterile flowers feature nine stamens in three sets, while fertile flowers have a round ovary surrounded by nonfunctional stamens. Stem: A smooth shrub that grows between 4 to 20 ft. tall. Leaves: Alternate, entire, oval or elliptical, measuring 2 to 5 inches long. Fruit: Oblong, red, berry-like drupes. Preferred Habitat - Moist woodlands, thickets, and areas near streams. Flowering Season - March to May. Distribution - Central New England, Ontario, and Michigan, extending south to Carolina and Kansas.

Even before the scaly catkins on the alders become yellow, or the silvery velvet pussy willows expand to welcome the earliest bees that fly, this leafless bush breathes a faint spicy fragrance in the bleak gray woods. Its only rivals among the shrubbery, the service-berry and its twin sister the shad-bush, have scarcely had the temerity to burst into bloom when the little clusters of lemon-yellow flowers, cuddled close to the naked branches, give us our first delightful spring surprise. All the favor they ask of the few insects then flying is that they shall transfer the pollen from the sterile to the fertile flowers as a recompense for the early feast spread. Inasmuch as no single blossom contains both stamens and pistil, little wonder the flowers should woo with color and fragrance the guests on whose ministrations the continuance of the species absolutely depends. Later, when the leaves appear, we may know as soon as we crush them in the hand that the aromatic sassafras is next of kin. But ages before Linnaeus published "Species Plantarum" butterflies had discovered floral relationships.

Even before the scaly catkins on the alders turn yellow, or the silvery, velvety pussy willows open up to welcome the first bees of spring, this leafless bush gives off a faint spicy scent in the bleak gray woods. Its only competition among the shrubs, the serviceberry and its twin, the shadbush, have barely had the nerve to bloom when the little clusters of lemon-yellow flowers, close to the bare branches, offer us our first delightful surprise of spring. All they ask from the few insects that are flying around is to transfer pollen from the non-fertile to the fertile flowers in exchange for the early feast provided. Since no single flower has both stamens and pistils, it’s no surprise that the flowers attract guests with their color and fragrance, on whom the continuation of the species relies entirely. Later, when the leaves show up, we can tell just by crushing them in our hands that the aromatic sassafras is a close relative. But long before Linnaeus published "Species Plantarum," butterflies had already figured out the relationships between flowers.

Sharp eyes may have noticed how often the leaves on both the spice-bush and the sassafras tree are curled. Have you ever drawn apart the leaf edges and been startled by the large, fat green caterpillar, speckled with blue, whose two great black "eyes" stare up at you as he reposes in his comfortable nest - a cradle which also combines the advantages of a restaurant? This is the caterpillar of the common spice-bush swallow-tail butterfly (Papilio troilus), an exquisite, dark, velvety creature with pale greenish-blue markings on its hind wings. (See Dr. Holland's "Butterfly Book," Plate XLI.) The yellow stage of this caterpillar (which William Hamilton Gibson calls the "spice-bush bugaboo") indicates, he says, that "its period of transformation is close at hand. Selecting a suitable situation, it spins a tiny tuft of silk, into which it entangles its hindmost pair of feet, after which it forms a V-shaped loop about the front portion of its body, and hangs thus suspended, soon changing to a chrysalis of a pale wood color. These chrysalides commonly survive the winter, and in the following June the beautiful 'blue swallow-tail' will emerge, and may be seen suggestively fluttering and poising about the spice and sassafras bushes." After the eggs she lays on them hatch, the caterpillars live upon the leaves. Mrs. Starr Dana says the leaves were used as a substitute for tea during the Rebellion; and the powdered berries for allspice by housekeepers in Revolutionary days.

Sharp eyes might have noticed how often the leaves on both the spicebush and the sassafras tree are curled. Have you ever pulled apart the edges of a leaf and been surprised by the large, chunky green caterpillar, speckled with blue, whose two big black "eyes" look up at you while it relaxes in its cozy nest—a cradle that's also like a restaurant? This is the caterpillar of the common spicebush swallowtail butterfly (Papilio troilus), a beautiful, dark, velvety creature with pale greenish-blue markings on its hind wings. (See Dr. Holland's "Butterfly Book," Plate XLI.) The yellow stage of this caterpillar (which William Hamilton Gibson calls the "spicebush bugaboo") signifies that "its transformation period is close at hand." It picks a suitable spot, spins a tiny tuft of silk, entangles its back legs in it, then forms a V-shaped loop around the front part of its body and hangs that way, soon transforming into a pale wood-colored chrysalis. These chrysalises typically survive the winter, and in the following June, the beautiful 'blue swallowtail' emerges and can be seen fluttering gracefully around the spice and sassafras bushes." After the eggs she lays on them hatch, the caterpillars feed on the leaves. Mrs. Starr Dana mentions that the leaves were used as a tea substitute during the Rebellion, and housekeepers in Revolutionary days used the powdered berries as allspice.

GREATER CELANDINE; SWALLOW-WORT
  (Chelidonium majus) Poppy family

GREATER CELANDINE; SWALLOW-WORT
  (Chelidonium majus) Poppy family

Flowers - Lustreless yellow, about 1/2 in. across, on slender pedicels, in a small umbel-like cluster. Sepals 2, soon falling; 4 petals, many yellow stamens, pistil prominent. Stem: Weak, to 2 ft. high, branching, slightly hairy, containing bright orange acrid juice. Leaves: Thin, 4 to 8 in. long, deeply cleft into 5 (usually) irregular oval lobes, the terminal one largest. Fruit: Smooth, slender, erect pods, 1 to 2 in, long, tipped with the persistent style. Preferred Habitat - Dry waste land, fields, roadsides, gardens, near dwellings. Flowering Season - April-September. Distribution - Naturalized from Europe in Eastern United States.

Flowers - Dull yellow, about ½ inch across, on thin stems, in a small umbel-like cluster. There are 2 sepals that quickly fall off; 4 petals, many yellow stamens, and a prominent pistil. Stem: Weak, up to 2 feet high, branching, slightly hairy, containing bright orange, bitter juice. Leaves: Thin, 4 to 8 inches long, deeply divided into 5 (usually) irregular oval lobes, with the largest lobe at the tip. Fruit: Smooth, slender, upright pods, 1 to 2 inches long, ending with the persistent style. Preferred Habitat - Dry wasteland, fields, roadsides, gardens, near homes. Flowering Season - April-September. Distribution - Naturalized from Europe in the Eastern United States.

Not this weak invader of our roadsides, whose four yellow petals suggest one of the cross-bearing mustard tribe, but the pert little LESSER CELANDINE, PILEWORT, or FIGWORT BUTTERCUP (Ficaria Ficaria), one of the Crowfoot family, whose larger solitary satiny yellow flowers so commonly star European pastures, was Wordsworth's special delight - a tiny, turf-loving plant, about which much poetical association clusters. Having stolen passage across the Atlantic, it is now making itself at home about College Point, Long Island; on Staten Island; near Philadelphia, and maybe elsewhere. Doubtless it will one day overrun our fields, as so many other European immigrants have done.

Not this weak invader of our roadsides, whose four yellow petals suggest one of the cross-bearing mustard tribe, but the cheerful little LESSER CELANDINE, PILEWORT, or FIGWORT BUTTERCUP (Ficaria Ficaria), one of the Crowfoot family, whose larger solitary satiny yellow flowers commonly brighten European pastures, was Wordsworth's special delight—a tiny, turf-loving plant that has a lot of poetic associations. Having made its way across the Atlantic, it is now settling in around College Point, Long Island; on Staten Island; near Philadelphia, and possibly elsewhere. It will likely one day take over our fields, just like so many other European immigrants have done.

The generic Greek name of the greater celandine, meaning a swallow, was given it because it begins to bloom when the first returning swallows are seen skimming over the water and freshly ploughed fields in a perfect ecstasy of flight, and continues in flower among its erect seed capsules until the first cool days of autumn kill the gnats and small winged insects not driven to cover. Then the swallows, dependent on such fare, must go to warmer climes where plenty still fly. Quaint old Gerarde claims that the swallow-wort was so called because "with this herbe the dams restore eye-sight to their young ones when their eye be put out" by swallows. Coles asserts "the swallow cureth her dim eyes with celandine."

The traditional Greek name for the greater celandine, which means "swallow," was given to it because it starts to bloom when the first returning swallows are seen flying over the water and freshly plowed fields in sheer joy. It continues to flower with its upright seed pods until the first cool days of autumn, when the gnats and small flying insects that haven’t found shelter are killed off. Then, the swallows, who rely on such food, have to head to warmer places where food is still abundant. The quirky old Gerarde claims that the swallow-wort got its name because "with this herb, the mothers restore eyesight to their young ones when their eyes are injured" by swallows. Coles states, "the swallow heals its dim eyes with celandine."

There can be little satisfaction in picking a weed which droops immediately, poppy fashion, and whose saffron juice stains whatever it touches. A drop of this acrid fluid on the tip of the tongue is not soon forgotten. The luminous experiments of Darwin, Lubbock, Wallace, Muller, and Sprengel, among others, have proved that color in flowers exists for the purpose of attracting insects. But how about colored juices in the blood-roots' and poppies' stems, for example; the bright stalk of the pokeweed, the orange-yellow root of the carrot, the exquisite tints of autumn leaves, fungi, and seaweed? Besides the green color (chlorophyll), the most necessary of all ingredients to a plant are the lipochromes, which vary from yellow to red. These are most conspicuous when they displace the chlorophyll in autumn foliage. Then there are the anthocyans, ranging from magenta to blue and violet. These vary according to the amount of acid or alkali in the sap. Try the effect of immersing a blue morning glory in an acid solution, or a deep pink one in an alkaline solution. One theory to account for the presence of color is that it exists to screen the plant's protoplasm from light; that it has a physiological function with which insects have nothing whatever to do; and that by its presence the temperature is raised and the plant is protected from cold. Every one who has handled the colorless Indian pipe knows how cold and clammy it is.

There’s little satisfaction in picking a weed that wilts right away, like a poppy, and whose yellow juice stains whatever it touches. A drop of this bitter liquid on the tip of your tongue is something you won’t forget easily. The glowing experiments by Darwin, Lubbock, Wallace, Muller, and Sprengel, among others, have shown that flower colors exist to attract insects. But what about the colored juices in the bloodroots and poppy stems, the bright stalks of pokeweed, the orange-yellow root of carrots, or the beautiful hues of autumn leaves, fungi, and seaweed? Besides green (chlorophyll), the most important ingredients for a plant are the lipochromes, which range from yellow to red. These become really noticeable when they take over the chlorophyll in fall foliage. Then there are anthocyanins, which go from magenta to blue and violet, changing according to whether the sap is acidic or alkaline. Try dipping a blue morning glory in an acid solution, or a deep pink one in an alkaline solution. One theory for the presence of color is that it acts as a shield for the plant's protoplasm from light; that it serves a physiological role unrelated to insects; and that its presence raises the temperature and protects the plant from the cold. Anyone who has touched the colorless Indian pipe knows how cold and clammy it feels.

The YELLOW or CELANDINE POPPY (Stylophorum diphyllum), with shining yellow flowers double the size of the greater celandine's, and similar pinnatifid leaves springing chiefly from the base, blooms even in March and through the spring in the Middle States and westward to Wisconsin and Missouri. Usually only one of the few terminal blossoms opens at a time, but in low, open woodlands it gleams like a miniature sun. Alas! that the glorious CALIFORNIA POPPY, so commonly grown in Eastern gardens (Eschscholtzia Californica), should confine itself to a limited range on the Pacific Coast. We have no true native poppies (Papaver) in America; such as are rarely to be seen in a wild state, have only locally escaped from cultivation.

The YELLOW or CELANDINE POPPY (Stylophorum diphyllum), with its bright yellow flowers that are twice the size of the greater celandine's, and similar deeply lobed leaves mainly sprouting from the base, blooms as early as March and continues through the spring in the Middle States and as far west as Wisconsin and Missouri. Typically, only one of the few terminal flowers blooms at a time, but in low, open woodlands it stands out like a tiny sun. Unfortunately, the stunning CALIFORNIA POPPY, commonly grown in Eastern gardens (Eschscholtzia Californica), is limited to a small area on the Pacific Coast. We don’t have any true native poppies (Papaver) in America; those that are rarely seen in the wild have mostly escaped from gardens in specific local areas.

GOLDEN CORYDALIS
  (Capnoides aureum; Corydalis aurea of Gray) Poppy family

GOLDEN CORYDALIS
  (Capnoides aureum; Corydalis aurea of Gray) Poppy family

Flowers - Bright yellow, about 1/2 in. long, with a spur half the length of the tubular corolla; irregular, lipped; each upheld by a little bract, mostly at a horizontal; borne in a terminal, short raceme. Stem: Smooth, 6 to 14 in. high, branching. Leaves: Finely dissected, decom pound, petioled. Fruit: Sickle-shaped, drooping pods, wavy lumped, and tipped with the style. Preferred Habitat - Woods, rocky banks. Flowering Season - March-May. Distribution - Minnesota to Nova Scotia and Pennsylvania.

Flowers - Bright yellow, about 1/2 inch long, with a spur half the length of the tubular corolla; irregular, with lips; each supported by a small bract, mostly horizontal; found in a terminal, short cluster. Stem: Smooth, 6 to 14 inches high, branching. Leaves: Finely dissected, compound, with petioles. Fruit: Sickle-shaped, drooping pods, wavy, lumpy, and tipped with the style. Preferred Habitat - Woods, rocky banks. Flowering Season - March-May. Distribution - Minnesota to Nova Scotia and Pennsylvania.

A dainty little plant, next of kin to the pink corydalis (q.v.).

A delicate little plant, related to the pink corydalis (see above).

BLACK MUSTARD
  (Brassica nigra) Mustard family

BLACK MUSTARD
  (Brassica nigra) Mustard family

Flowers - Bright yellow, fading pale, 1/4 to 1/2 in. across, 4-parted, in elongated racemes; quickly followed by narrow upright 4-sided pods about 1/2 in. long appressed against the stem. Stem: Erect, 2 to 7 ft. tall, branching. Leaves: Variously lobed and divided, finely toothed, the terminal lobe larger than the 2 to 4 side ones. Preferred Habitat - Roadsides, fields, neglected gardens. Flowering Season - June-November. Distribution - Common throughout our area; naturalized from Europe and Asia.

Flowers - Bright yellow, turning pale, 1/4 to 1/2 inch across, 4-petaled, in elongated clusters; quickly followed by narrow, upright, 4-sided pods about 1/2 inch long pressed against the stem. Stem: Erect, 2 to 7 feet tall, branching. Leaves: Variously lobed and divided, with fine teeth, the top lobe larger than the 2 to 4 side ones. Preferred Habitat - Roadsides, fields, overgrown gardens. Flowering Season - June to November. Distribution - Common throughout our area; naturalized from Europe and Asia.

"The kingdom of heaven is like unto a grain of mustard seed, which a man took and sowed in his field which indeed is less than all seeds but when it is grown, it is greater than the herbs, and becometh a tree, so that the birds of the air come and lodge in the branches thereof."

"The kingdom of heaven is like a mustard seed that a man planted in his field. It’s one of the smallest seeds, but when it grows, it becomes larger than all the other plants and turns into a tree, so that the birds of the air come and nest in its branches."

Commentators differ as to which is the mustard of the parable - this common black mustard, or a rarer shrub-like tree (Salvadora Persica), with an equivalent Arabic name, a pungent odor, and a very small seed. Inasmuch as the mustard which is systematically planted for fodder by Old World farmers grows with the greatest luxuriance in Palestine, and the comparison between the size of its seed and the plant's great height was already proverbial in the East when Jesus used it, evidence strongly favors this wayside weed. Indeed, the late Dr. Royle, who endeavored to prove that it was the shrub that was referred to, finally found that it does not grow in Galilee.

Commentators disagree about which type of mustard is referenced in the parable—whether it’s the common black mustard or a less common shrub-like tree (Salvadora Persica), which has a similar name in Arabic, a strong smell, and very small seeds. Since the mustard traditionally grown for livestock by Old World farmers thrives abundantly in Palestine, and the comparison between the small size of its seeds and the plant’s tall height was already a known saying in the East when Jesus mentioned it, there’s strong evidence supporting the idea that it's this wild plant. In fact, the late Dr. Royle, who tried to argue that the shrub was the one being referred to, ultimately discovered that it doesn’t grow in Galilee.

Now, there are two species which furnish the most powerfully pungent condiment known to commerce; but the tiny dark brown seeds of the black mustard are sharper than the serpent's tooth, whereas the pale brown seeds of the WHITE MUSTARD, often mixed with them, are far more mild. The latter (Sinapis alba) is a similar, but more hairy, plant, with slightly larger yellow flowers. Its pods are constricted like a necklace between the seeds.

Now, there are two types of mustard that provide the most intensely spicy condiment available in the market; however, the small dark brown seeds of black mustard are hotter than a serpent's tooth, while the pale brown seeds of WHITE MUSTARD, which are often mixed in, are much milder. The latter (Sinapis alba) is a similar but hairier plant, with slightly larger yellow flowers. Its pods are pinched like a necklace around the seeds.

The coarse HEDGE MUSTARD (Sisymbrium officinale), with rigid, spreading branches, and spikes of tiny pale yellow flowers, quickly followed by awl-shaped pods that are closely appressed to the stem, abounds in waste places throughout our area. It blooms from May to November, like the next species.

The rough HEDGE MUSTARD (Sisymbrium officinale), with stiff, spreading branches and clusters of small light yellow flowers, is quickly followed by needle-like pods that lie flat against the stem. It thrives in neglected areas across our region. It flowers from May to November, similar to the next species.

Another common and most troublesome weed from Europe is the FIELD or CORN MUSTARD, CHARLOCK or FIELD KALE (Brassica arvensis; Sinapis arvensis of Gray) found in grain fields, gardens, rich waste lands, and rubbish heaps. The alternate leaves, which stand boldly out from the stem, are oval, coarsely saw-toothed, or the lower ones more irregular, and lobed at their bases, all rough to the touch, and conspicuously veined. The four-parted yellow flowers, measuring half an inch or more across, have six stamens (like the other members of this cross-bearing family), containing nectar at their bases. Two of them are shorter than the other four. Honey-bees, ever abundant, the brilliant Syrphidae flies which love yellow, and other small visitors after pollen and nectar, to obtain the latter insert their tongues between the stamens, and usually cross-fertilize the flowers. In stormy weather, when few insects fly, the anthers finally turn their pollen-covered tips upward; then, by a curvature of the tip of the stamens, they are brought in contact with the flower's own stigma; for it is obviously better that even self-fertilized seed should be set than none at all. (See Ladies'-smock.) "The birds of the air" may not lodge in the charlock's few and feeble branches; nevertheless they come seeking the mild seeds in the strongly nerved, smooth pods that spread in a loose raceme. Domestic pigeons eat the seeds greedily.

Another common and troublesome weed from Europe is FIELD or CORN MUSTARD, CHARLOCK or FIELD KALE (Brassica arvensis; Sinapis arvensis of Gray) found in grain fields, gardens, rich wastelands, and trash heaps. The alternate leaves, which stand out boldly from the stem, are oval, coarsely saw-toothed, or the lower ones are more irregular and lobed at their bases, all rough to the touch and noticeably veined. The four-part yellow flowers, about half an inch or more across, have six stamens (like other members of this cross-bearing family), which contain nectar at their bases. Two of the stamens are shorter than the other four. Honeybees, which are always abundant, along with the bright Syrphidae flies that are attracted to yellow, and other small visitors looking for pollen and nectar, use their tongues to reach between the stamens and usually cross-pollinate the flowers. In stormy weather, when few insects are flying, the anthers raise their pollen-covered tips upward; then, due to the curvature of the tips of the stamens, they come into contact with the flower's own stigma; it’s clearly better to have even self-fertilized seeds than none at all. (See Ladies'-smock.) "The birds of the air" may not rest in the charlock's few and weak branches; nevertheless, they come looking for the mild seeds in the sturdy, smooth pods that spread out in a loose raceme. Domestic pigeons eat the seeds eagerly.

The highly intelligent honey-bee, which usually confines itself to one species of plant on its flights, apparently does not know the difference between the field mustard and the WILD RADISH, or JOINTED or WHITE CHARLOCK (Raphanus Raphanistrum); or, knowing it, does not care to make distinctions, for it may be seen visiting these similar flowers indiscriminately. At first the blossoms of the radish are yellow, but they quickly fade to white, and their purplish veins become more conspicuous. Rarely the flowers are all purplish. The entire plant is rough to the touch; the leaves, similar to those of the garden radish, are deeply cleft (lyrate-pinnatifid); the seed pods, which soon follow the flowers up the spike, are nearly cylindric when fresh, but become constricted between the seeds, as they dry, until each little pod looks like a section of a bead necklace.

The highly intelligent honeybee, which typically sticks to one type of plant during its foraging, seemingly doesn’t recognize the difference between field mustard and wild radish, or jointed or white charlock (Raphanus Raphanistrum); or, if it does recognize them, it doesn’t bother to make distinctions, as it can be seen visiting these similar flowers without much thought. Initially, the radish flowers are yellow, but they quickly turn white, and their purplish veins become more noticeable. Occasionally, the flowers are entirely purplish. The whole plant has a rough texture; the leaves, similar to those of the garden radish, are deeply divided (lyrate-pinnatifid); the seed pods, which soon follow the flowers up the spike, are almost cylindrical when fresh but become constricted between the seeds as they dry, until each little pod resembles a section of a bead necklace.

The GARDEN RADISH of the market (R. sativus), occasionally escaped from cultivation, although credited to China, is entirely unknown in its native state. "It has long been held in high esteem," wrote Peter Henderson, "and before the Christian era a volume was written on this plant alone. The ancient Greeks, in offering their oblations to Apollo, presented turnips in lead, beets in silver, and radishes in vessels of beaten gold." Pliny describes a radish eaten in Rome as being so transparent one might see through the root. It was not until the sixteenth century that the plant was introduced into England. Gerarde mentions cultivating four varieties for Queen Elizabeth in Lord Burleigh's garden.

The GARDEN RADISH of the market (R. sativus), which occasionally grows wild, is believed to have originated from China, but its natural state is completely unknown. "It has long been valued," wrote Peter Henderson, "and even before the Christian era, a book was dedicated to this plant. The ancient Greeks, in making offerings to Apollo, presented turnips in lead, beets in silver, and radishes in containers made of beaten gold." Pliny described a radish eaten in Rome that was so transparent you could see through the root. It wasn't until the sixteenth century that this plant was brought to England. Gerarde noted that he cultivated four varieties for Queen Elizabeth in Lord Burleigh's garden.

The YELLOW ROCKET, HERB OF ST. BARBARA, YELLOW BITTER-CRESS, WINTER- or ROCKET-CRESS (Barbarca Barbarea; B. vulgaris of Gray) sends up spikes of little flowers like a yellow sweet alyssum as early as April, and continues in bloom through June. Smooth pods about one inch long quickly follow. The thickish, shining, tufted leaves, very like the familiar WATER-CRESS (Roripa Nasturtium), were formerly even more commonly eaten as a salad. In rich but dry soil the plant flourishes from Virginia far northward, locally in the interior of the United States and on the Pacific Coast.

The YELLOW ROCKET, HERB OF ST. BARBARA, YELLOW BITTER-CRESS, WINTER or ROCKET-CRESS (Barbarca Barbarea; B. vulgaris of Gray) produces spikes of small flowers that resemble yellow sweet alyssum as early as April, continuing to bloom through June. Smooth pods about an inch long quickly appear after. The thick, shiny, tufted leaves are very similar to the familiar WATER-CRESS (Roripa Nasturtium) and were once more commonly eaten in salads. The plant thrives in rich but dry soil from Virginia all the way up north, appearing locally in the interior of the United States and on the Pacific Coast.

WITCH-HAZEL
  (Hamamelis Virginiana) Witch-hazel family

Witch Hazel
(Hamamelis Virginiana) Witch-hazel family

Flowers - Yellow, fringy, clustered in the axils of branches. Calyx 4-parted; 4 very narrow curving petals about 34 in. long; 4 short stamens, also 4 that are scale-like; 2 styles. Stem: A tall, crooked shrub. Leaves: Broadly oval, thick, wavy-toothed, mostly fallen at flowering time. Fruit: Woody capsules maturing the next season and remaining with flowers of the succeeding year (Hama = together with; mela = fruit). Preferred Habitat - Moist woods or thickets near streams. Flowering Season - August-December. Distribution - Nova Scotia and Minnesota, southward to the Gulf States.

Flowers - Yellow, fringed, and clustered in the axils of branches. Calyx with 4 parts; 4 very narrow, curved petals about 3-4 inches long; 4 short stamens and 4 scale-like ones; 2 styles. Stem: A tall, crooked shrub. Leaves: Broadly oval, thick, and wavy-toothed, mostly gone by flowering time. Fruit: Woody capsules that mature the following season and stay with the flowers of the next year (Hama = together with; mela = fruit). Preferred Habitat - Moist woods or thickets near streams. Flowering Season - August to December. Distribution - Nova Scotia and Minnesota, extending south to the Gulf States.

To find a stray. apple blossom among the fruit in autumn, or an occasional violet deceived by caressing Indian Summer into thinking another spring has come, surprises no one; but when the witch-hazel bursts into bloom for the first time in November, as if it were April, its leafless twigs conspicuous in the gray woods with their clusters of spidery pale yellow flowers, we cannot but wonder with Edward Rowland Sill:

To spot a lone apple blossom among the autumn fruits, or a rare violet tricked by the warm embrace of Indian Summer into believing spring has returned, doesn’t surprise anyone. But when the witch-hazel unexpectedly blooms for the first time in November, as if it were April, its bare branches standing out in the gray woods with their clusters of delicate pale yellow flowers, we can't help but wonder, as Edward Rowland Sill did:

     "Has time grown sleepy at his post
        And let the exiled Summer back?
      Or is it her regretful ghost,
        Or witchcraft of the almanac?"

"Has time become lazy at his job
        And let the exiled Summer return?
      Or is it her remorseful spirit,
        Or the magic of the calendar?"

Not to the blue gentian but to the witch-hazel should Bryant have addressed at least the first stanza of his familiar lines (See Fringed Gentian). The shrub doubtless gives the small bees and flies their last feast of the season in consideration of their services in transferring pollen from the staminate to the fertile flowers. Very slowly through the succeeding year the seeds within the woody capsules mature until, by the following autumn, when fresh flowers appear, they are ready to bombard the neighborhood after the violets' method, in the hope of landing in moist yielding soil far from the parent shrub to found a new colony. Just as a watermelon seed shoots from between the thumb and forefinger pinching it, so the large, bony, shining black, white-tipped witch-hazel seeds are discharged through the elastic rupture of their capsule whose walls pinch them out. To be suddenly hit in the face by such a missile brings no smile while the sting lasts. Witch-hazel twigs ripening indoors transform a peaceful living room into a defenseless target for light artillery practice.

Not to the blue gentian but to the witch-hazel should Bryant have addressed at least the first stanza of his familiar lines (See Fringed Gentian). This shrub definitely gives the small bees and flies their last feast of the season in return for their help in moving pollen from the male to the female flowers. Very slowly over the next year, the seeds inside the woody capsules mature until, by the following autumn, when new flowers appear, they are ready to burst out into the neighborhood, just like violets, hoping to land in moist, fertile soil far from the parent shrub to start a new colony. Just as a watermelon seed shoots out when pinched between your thumb and finger, the large, bony, shiny black, white-tipped witch-hazel seeds are ejected through the elastic rupture of their capsule, which squeezes them out. Getting hit in the face by such a projectile doesn’t bring a smile while the sting lasts. Witch-hazel twigs ripening indoors turn a peaceful living room into an unprotected target for light artillery practice.

Nowhere more than in the naming of wild flowers can we trace the homesickness of the early English colonists in America. Any plant even remotely resembling one they had known at home was given the dear familiar name. Now our witch-hazel, named for an English hazel tree of elm lineage, has similar leaves it is true, but likeness stops there; nevertheless, all the folklore clustered about that mystic tree has been imported here with the title. By the help of the hazel's divining-rod the location of hidden springs of water, precious ore, treasure, and thieves may be revealed, according to old superstition. Cornish miners, who live in a land so plentifully stored with tin and copper lodes they can have had little difficulty in locating seams of ore with or without a hazel rod, scarcely ever sink a shaft except by its direction.

Nowhere more than in the naming of wildflowers can we see the homesickness of the early English settlers in America. Any plant that even slightly resembled one they knew from home was given that familiar name. Our witch-hazel, named after an English hazel tree related to the elm, does have similar leaves, but that’s where the resemblance ends; still, all the legends surrounding that mystical tree came here with the name. According to old superstition, the hazel's divining rod can reveal the locations of hidden springs, precious metals, treasure, and even thieves. Cornish miners, who live in a region rich in tin and copper, have likely had no trouble finding seams of ore with or without a hazel rod, yet they almost never sink a shaft without following its guidance.

The literature of Europe is filled with allusions to it. Swift wrote:

The literature of Europe is full of references to it. Swift wrote:

     "They tell us something strange and odd
      About a certain magic rod
      That, bending down its top divines
      Where'er the soil has hidden mines
      Where there are none, it stands erect
      Scorning to show the least respect."

"They tell us something weird and unusual
      About a certain magic stick
      That, when it bends down its tip, reveals
      Wherever the ground has hidden treasures
      Where there aren’t any, it stands straight
      Refusing to show even a little respect."

A good story is told on Linnaeus in Baring-Gould's "Curious Myths of the Middle Ages": "When the great botanist was on one of his voyages, hearing his secretary highly extol the virtues of his divining-wand, he was willing to convince him of its insufficiency, and for that purpose concealed a purse of one hundred ducats under a ranunculus, which grew by itself in a meadow, and bid the secretary find it if he could. The wand discovered nothing, and Linnaeus's mark was soon trampled down by the company present, so that when he went to finish the experiment by fetching the gold himself, he was utterly at a loss where to find it. The man with the wand assisted him, and informed him that it could not lie in the way they were going, but quite the contrary so they pursued the direction of the wand, and actually dug out the gold. Linnaeus said that another such experiment would be sufficient to make a proselyte of him."

A good story is shared about Linnaeus in Baring-Gould's "Curious Myths of the Middle Ages": "When the great botanist was on one of his voyages, he heard his secretary rave about the abilities of his divining wand. To prove it was ineffective, he hid a purse of one hundred ducats under a ranunculus that grew alone in a meadow and challenged the secretary to find it. The wand revealed nothing, and Linnaeus's mark was soon trampled by the others present, so when he returned to complete the experiment and retrieve the gold, he had no idea where to look. The guy with the wand helped him and said it couldn’t be in the direction they were heading, but in the opposite way, so they followed the wand’s direction and actually dug up the gold. Linnaeus remarked that another experiment like this would definitely convert him."

Many a well has been dug even in this land of liberty where our witch-hazel indicated; but here its kindly magic is directed chiefly through the soothing extract distilled from its juices.

Many wells have been dug even in this land of freedom where our witch-hazel pointed out; but here its gentle magic mainly comes from the soothing extract made from its juices.

FIVE-FINGER; COMMON CINQUEFOIL
  (Potentilla Canadensis) Rose family

FIVE-FINGER; COMMON CINQUEFOIL
  (Potentilla Canadensis) Rose family

Flowers - Yellow, 1/4 to 1/2 in. across, growing singly on long peduncles from the leaf axils. Five petals longer than the 5 acute calyx lobes with 5 linear bracts between them; about 20 stamens; pistils numerous, forming a head. Stem: Spreading over ground by slender runners or ascending. Leaves: 5-fingered, the digitate, saw-edged leaflets (rarely 3 or 4) spreading from a common point, petioled; some in a tuft at base. Preferred Habitat - Dry fields, roadsides, hills, banks. Flowering Season - April-August. Distribution - Quebec to Georgia, and westward beyond the Mississippi.

Flowers - Yellow, 1/4 to 1/2 inch wide, growing individually on long stems from the base of the leaves. Five petals that are longer than the 5 pointed calyx lobes with 5 thin bracts in between; about 20 stamens; many pistils that create a cluster. Stem: Spreads along the ground with slender runners or grows upright. Leaves: Five-fingered, the palmate, saw-edged leaflets (sometimes 3 or 4) spreading from a central point,

Everyone crossing dry fields in the eastern United States and Canada at least must have trod on a carpet of cinquefoil (cinque = five, feuilles = leaves), and have noticed the bright little blossoms among the pretty foliage, possibly mistaking the plant for its cousin, the trefoliate barren strawberry (q.v.). Both have flowers like miniature wild yellow roses. During the Middle Ages, when misdirected zeal credited almost any plant with healing virtues for every ill that flesh is heir to, the cinquefoils were considered most potent remedies, hence their generic name.

Everyone walking through dry fields in the eastern United States and Canada must have stepped on a blanket of cinquefoil (cinque = five, feuilles = leaves) and noticed the bright little flowers among the pretty leaves, possibly confusing the plant with its relative, the three-leaved barren strawberry (q.v.). Both have flowers that resemble tiny wild yellow roses. During the Middle Ages, when misguided enthusiasm attributed healing powers to nearly every plant for every ailment imaginable, cinquefoils were seen as particularly powerful remedies, which is why they got their generic name.

The SHRUBBY CINQUEFOIL, or PRAIRIE WEED (P. fructicosa), becomes fairly troublesome in certain parts of its range, which extends from Greenland to Alaska, and southward to New Jersey, Arizona, and California; as well as over northern Europe and Asia. It is a bushy, much branched, and leafy shrub, six inches to four feet high), with bright yellow, five-parted flowers an inch across, more or less, either solitary or in cymes at the tips of the branches. They appear from June to September. The honeybee, alighting in the center of a blossom and turning around, passes its tongue over the entire nectar-bearing ring at the base of the stamens, then proceeding to another flower to do likewise, effects cross-fertilization regularly. On a sunny day the bright blossoms attract many visitors of the lower grade out after nectar and pollen, the beetles often devouring the anthers in their greed. The leaves on this cinquefoil are usually compounded of one terminal and four side leaflets that are narrowly oblong, an inch or less in length, and silky hairy. Sometimes there may be seven leaflets pinnately, not digitately, arranged. Although the shrubby cinquefoil prefers swamps and moist, rocky places to dwell in, it wisely adapts itself, as globe-trotters should, to whatever conditions it meets.

The SHRUBBY CINQUEFOIL, or PRAIRIE WEED (P. fructicosa), can become quite a nuisance in some areas where it grows, ranging from Greenland to Alaska, and down to New Jersey, Arizona, and California, as well as throughout northern Europe and Asia. It’s a bushy, well-branched, and leafy shrub that stands six inches to four feet tall, featuring bright yellow, five-petaled flowers about an inch wide, either growing alone or in clusters at the ends of the branches. These flowers bloom from June to September. The honeybee lands in the center of a flower and, after turning around, uses its tongue to gather nectar from the entire nectar-producing ring at the base of the stamens, then moves on to another flower, which helps with cross-fertilization. On sunny days, the vibrant flowers draw many visitors looking for nectar and pollen, with beetles often greedily consuming the anthers. The leaves of this cinquefoil usually consist of one terminal leaflet and four side leaflets that are narrowly oblong, an inch or less in length, and silky hairy. Occasionally, there might be seven leaflets arranged pinnately, not digitately. Although the shrubby cinquefoil prefers swamps and moist, rocky areas, it smartly adapts to whatever conditions it encounters, just like seasoned travelers should.

SILVERY or HOARY CINQUEFOIL (P. argentea), found in dry soil, blooming from May to September from Canada to Delaware, Indiana, Kansas, and Dakota, also in Europe and Asia, has yellow flowers only about a quarter of an inch across, but foliage of special beauty. From the tufted, branching, ascending stems, four to twelve inches long, the finely cleft, five-foliate leaves are spread on foot stems that diminish in size as they ascend, not to let the upper leaves shut off the light from the lower ones. These leaves are smooth and green above, silvery on the under side, with fine white hairs, adapted for protection from excessive sunlight and too rapid transpiration of precious moisture. They entirely conceal the sensitive epidermis from which they grow.

SILVERY or HOARY CINQUEFOIL (P. argentea) grows in dry soil and blooms from May to September, stretching from Canada to Delaware, Indiana, Kansas, and Dakota, and is also found in Europe and Asia. It has yellow flowers that are only about a quarter of an inch wide, but its foliage is particularly beautiful. The tufted, branching stems are four to twelve inches long and the finely divided, five-part leaves are spaced on longer stems that get shorter as they go up, preventing the upper leaves from blocking light to the lower ones. These leaves are smooth and green on top, silvery underneath, covered in fine white hairs to protect against too much sunlight and the quick loss of valuable moisture. They completely cover the sensitive skin from which they grow.

YELLOW AVENS; FIELD AVENS
  (Geum strictum) Rose family

YELLOW AVENS; FIELD AVENS
  (Geum strictum) Rose family

Flowers - Golden yellow, otherwise much resembling the lower growing white avens (q.v.). Preferred Habitat - Low ground, moist meadows, swamps. Flowering Season - June-August. Distribution - Pennsylvania, Missouri, and Arizona, far northward.

Flowers - Bright golden yellow, otherwise quite similar to the low-growing white avens (see above). Preferred Habitat - Low areas, damp meadows, swamps. Flowering Season - June to August. Distribution - Pennsylvania, Missouri, and Arizona, extending far north.

After the marsh marigolds have withdrawn their brightness from low-lying meadows, blossoms of yellow avens twinkle in their stead. In autumn the jointed, barbed styles, protruding from the seed clusters, steal a ride by the same successful method of travel to new colonizing ground adopted by burdocks, goose-grass, tick-trefoils (q.v.), agrimony, and a score of other "tramps of the vegetable world."

After the marsh marigolds have lost their brightness in the low meadows, yellow avens bloom in their place. In autumn, the jointed, barbed styles sticking out from the seed clusters hitch a ride using the same effective method of travel used by burdocks, goose-grass, tick-trefoils (see also), agrimony, and many other "drifters of the plant world."

TALL or HAIRY AGRIMONY
  (Agrimonia hirsuta; Eupatoria of Gray) Rose family

TALL or HAIRY AGRIMONY
  (Agrimonia hirsuta; Eupatoria of Gray) Rose family

Flowers - Yellow, small, 5-parted, in narrow, spike-like racemes. Stem: Usua11y 3 to 4 ft. tall, sometimes less or more clothed, with long, soft hairs. Leaves: Large, thin, bright green, compounded of (mostly) 7 principal oblong, coarsely saw-edged leaflets, with pairs of tiny leaflets between. Preferred Habitat - Woods, thickets, edges of fields. Flowering Season - June-August. Distribution - North Carolina, westward to California, and far north.

Flowers - Yellow, small, with 5 parts, growing in narrow, spike-like clusters. Stem: Usually 3 to 4 feet tall, sometimes shorter or taller, covered in long, soft hairs. Leaves: Large, thin, bright green, made up of mostly 7 main oblong leaflets with coarsely saw-edged edges, plus pairs of tiny leaflets in between. Preferred Habitat - Woods, thickets, edges of fields. Flowering Season - June to August. Distribution - North Carolina, extending west to California and further north.

Quite a different species, not found in this country, is the common European Agrimony - A. Eupatoria of Linnaeus - which figures so prominently in the writings of medieval herbalists as a cure-all. Slender spires of green fruit below and yellow flowers above curve and bend at the borders of woodlands here apparently for no better reason than to enjoy life. Very few insects visit them, owing to the absence of nectar - certainly not the highly specialized and intelligent "Humble-Bee," to whom Emerson addressed the lines:

Quite a different species, not found in this country, is the common European Agrimony - A. Eupatoria of Linnaeus - which appears prominently in the writings of medieval herbalists as a cure-all. Slender spikes of green fruit below and yellow flowers above curve and bend at the edges of woodlands, seemingly just to enjoy life. Very few insects visit them, due to the lack of nectar - certainly not the highly specialized and intelligent "Humble-Bee," to whom Emerson wrote the lines:

     "Succory to match the sky,
      Columbine with horn of honey,
      Scented fern and agrimony,
      Clover, catch-fly, adder's-tongue,
      And brier-roses, dwelt among."

"Succory to match the sky,
      Columbine with horn of honey,
      Scented fern and agrimony,
      Clover, catch-fly, adder's-tongue,
      And brier-roses, dwelt among."

It is true the bumblebee may dwell among almost any flowers, but he has decided preferences for such showy ones as have adapted themselves to please his love of certain colors (not yellow), or have secreted nectar so deeply hidden from the mob that his long tongue may find plenty preserved when he calls. Occasional visitors alighting on the agrimony for pollen may distribute some, but the little blossoms chiefly fertilize themselves. When crushed they give forth a faint, pleasant odor. Pretty, nodding seed urns, encircled with a rim of hooks, grapple the clothing of man or beast passing their way, in the hope of dropping off in a suitable place to found another colony.

It’s true that bumblebees can hang out among almost any flowers, but they really prefer the flashy ones that have evolved to attract their favorite colors (not yellow) or have nectar hidden so deep that their long tongues can easily find a good stash when they visit. Occasionally, other insects might stop by the agrimony for pollen and might spread some around, but those little flowers mostly fertilize themselves. When crushed, they emit a light, pleasant scent. The pretty, drooping seed pods are fitted with tiny hooks that grab onto the clothing of people or animals passing by, hoping to drop off in a good spot to start a new colony.

SENSITIVE PEA; WILD or SMALL-FLOWERED SENSITIVE PLANT
  (Cassia nictitans) Senna family

SENSITIVE PEA; WILD or SMALL-FLOWERED SENSITIVE PLANT
  (Cassia nictitans) Senna family

Flowers - Yellow, regular, 5-parted, about 1/4 in. across; 2 or 3 together in the axils. Stem: Weak, 6 to 15 in. tall, branching, leafy. Leaves: Alternate, sensitive, compounded of 12 to 44 small, narrowly oblong leaflets; a cup-shaped gland below lowest pair; stipules persistent. Fruit: A pod, an inch long or more, containing numerous seeds. Preferred Habitat - Dry fields, sandy wasteland, roadsides. Flowering Season - July-October. Distribution - New England westward to Indiana, south to Georgia and Texas.

Flowers - Yellow, regular, five petals, about 1/4 inch across; 2 or 3 clustered together in the leaf axils. Stem: Weak, 6 to 15 inches tall, branching and leafy. Leaves: Alternate, sensitive, made up of 12 to 44 small, narrow oblong leaflets; a cup-shaped gland below the lowest pair; stipules remain. Fruit: A pod, an inch long or more, containing many seeds. Preferred Habitat - Dry fields, sandy wastelands, roadsides. Flowering Season - July to October. Distribution - From New England west to Indiana, south to Georgia and Texas.

How many of us ever pause to test the sensitiveness of this exquisite foliage that borders the roadsides, and in appearance is almost identical with the South American sensitive plant's, so commonly cultivated in hothouses here? Failing to see its fine little leaflets fold together instantly when brushed with the hand, as they do in the tropical species (Mimosa pudica), many pass on, concluding its title a misnomer. By simply touching the leaves, however roughly, only a tardy and slight movement follows. A sharp blow produces quicker effect, while if the whole plant be shaken by forcibly snapping the stem with the finger, all the leaves will be strongly affected; their sensitiveness being apparently more aroused by vibration through jarring than by contact with foreign bodies. The leaves, which ordinarily spread out flat, partly close in bright sunshine and "go to sleep" at night, not to expose their sensitive upper surfaces to fierce heat in the first case, and to cold by radiation in the second. "Lifeless things may be moved or acted on," says Asa Gray; "living beings move and act - plants less conspicuously, but no less really than animals. In sharing the mysterious gift of life they share some of its simpler powers."

How many of us ever stop to test the sensitivity of this delicate foliage that lines the roadsides, which looks almost identical to the South American sensitive plant that's commonly grown in greenhouses here? Many people walk by, failing to notice its tiny leaflets fold together instantly when brushed, like they do in the tropical species (Mimosa pudica), and conclude that its name is misleading. However, if you touch the leaves, even a bit roughly, they only respond slowly and slightly. A sharp tap causes a quicker reaction, and if you shake the whole plant by snapping the stem with your finger, all the leaves will react strongly; their sensitivity seems to be more triggered by vibration from jarring than by touching foreign objects. The leaves usually spread out flat but partly close during bright sunlight and "go to sleep" at night to protect their sensitive upper surfaces from intense heat during the day and from cold at night. "Lifeless things may be moved or acted on," says Asa Gray; "living beings move and act - plants less obviously, but just as genuinely as animals. By sharing the mysterious gift of life, they also share some of its simpler powers."

The PARTRIDGE PEA or LARGE-FLOWERED SENSITIVE PLANT (C. Chamaecrista) likewise goes to sleep; the ten to fifteen pairs of leaflets which, with a terminal one, make up each pinnate leaf, slowly turning their outer edges uppermost after sunset, and overlapping as they flatten themselves against their common stem until the entire aspect of the plant is changed. By day the expanded foliage is feathery, fine, acacia-like; at night the bushy, branching, spreading plant, that measures only a foot or two high, appears to produce nothing but pods. These leaves respond slowly to vibration, just as the sensitive pea's do. In spite of their names, neither produces the butterfly-shaped (papilionaceous) blossom of true peas. The partridge pea bears from two to four showy flowers together, each measuring an inch or more across, on a slender pedicel from the axils. It fully expands only four of its five bright yellow petals; they are somewhat unequal in size, the upper ones, with touches of red at the base, as pathfinders, not, however, as nectar-guides, since no sweets are secreted here. Curiously enough, both right and left hand flowers are found upon the same plant; that is to say, the sickle-shaped pistil turns either to the right or the left. One lateral petal, instead of being flexible and spread like the rest, stands so stiffly erect and incurved that it commonly breaks on being bent back. Why? The pistil, it will be noticed, points away from the ten long black anthers. Obviously, then, the flower cannot fertilize itself. Its benefactors are bumblebee females and workers out after pollen. Cup-shaped nectaries ("extra nuptial") are situated on the upper side and near the base of the leaf stalks on these cassia plants, where they can have no direct influence on the fertilization of the blossoms. Apparently, they are free lunch-counters, kept open out of pure charity. Landing upon the long black anthers with pores in their tips to let out the pollen, the bumblebees "seize them between their mandibles, says Professor Robertson, "and stroke them downward with a sort of milking motion. The pollen…falls either directly upon the bee or upon the erect lateral petal which is pressed close against the bee's side. In this way the side of the bee which is next to the incurved petal receives the most pollen…. A bee visiting a left-hand flower receives pollen upon the right side, and then flying to a right-hand flower, strikes the same side against the stigma." When we find circular holes in these petals we may know the leaf-cutter or upholsterer bee (Megachile brevis) has been at work collecting roofs for her nurseries (see Hairy Ruellia). The partridge pea, which has a more westerly range than the sensitive pea's, extends it southward even to Bolivia. Game birds, migrants and rovers, which feed upon the seeds, have of course helped in their wider distribution. The plant blooms from July to September.

The PARTRIDGE PEA or LARGE-FLOWERED SENSITIVE PLANT (C. Chamaecrista) also goes to sleep; the ten to fifteen pairs of leaflets, along with a terminal leaflet, that make up each pinnate leaf slowly turn their outer edges upward after sunset, overlapping as they flatten against their common stem until the whole look of the plant changes. During the day, the spread-out leaves are feathery and fine, resembling acacia; at night, the bushy, branching plant, which only grows to about a foot or two high, seems to produce nothing but pods. These leaves respond slowly to touch, just like the sensitive pea’s do. Despite their names, neither plant actually produces the butterfly-shaped flowers found in true peas. The partridge pea has from two to four showy flowers together, each over an inch across, on a slender stem from the leaf axils. It fully opens only four of its five bright yellow petals, which vary slightly in size, with the upper ones featuring touches of red at the base to act as guides, although they don't lead to nectar since there’s no sweetness secreted here. Interestingly, both right and left flowers can be found on the same plant; that is, the sickle-shaped pistil curves either to the right or to the left. One lateral petal, rather than being flexible and spread like the others, stands stiffly erect and curves inward so much that it usually breaks when bent back. Why? The pistil points away from the ten long black anthers. So, the flower can’t fertilize itself. Its helpers are female bumblebees and workers seeking pollen. Cup-shaped nectar glands ("extra nuptial") are located on the upper side and near the base of the leaf stalks on these cassia plants, where they don’t directly influence the fertilization of the flowers. Clearly, they are free lunch spots, provided out of simple kindness. When bumblebees land on the long black anthers with pores at their tips that release pollen, they "grasp them between their mandibles," says Professor Robertson, "and stroke them downward with a sort of milking motion." The pollen...falls either directly onto the bee or onto the upright lateral petal pressed closely against the bee’s side. This way, the side of the bee next to the incurved petal collects the most pollen.... A bee visiting a left flower picks up pollen on her right side, then when she flies to a right flower, she touches that same side against the stigma." If we see circular holes in these petals, we know the leaf-cutter or upholsterer bee (Megachile brevis) has been busy gathering materials for her nests (see Hairy Ruellia). The partridge pea, which is more prevalent in the west than the sensitive pea, extends its range southward all the way to Bolivia. Game birds, migratory and roaming, that eat the seeds, have certainly contributed to their wider distribution. The plant flowers from July to September.

WILD or AMERICAN SENNA
  (Cassia Marylandica) Senna family

WILD or AMERICAN SENNA
  (Cassia Marylandica) Senna family

Flowers - Yellow, about 3/4 in. broad, numerous, in short axillary clusters on the upper part of plant. Calyx of 5 oblong lobes; 5 petals, 3 forming an upper lip, 2 a lower one; 10 stamens of 3 different kinds; 1 pistil. Stem: 3 to 8 ft. high, little branched. Leaves: Alternate, pinnately compounded of 6 to 10 pairs of oblong leaflets. Fruit: A narrow, flat curving pod, 3 to 4 in. long. Preferred Habitat - Alluvial or moist, rich soil, swamps, roadsides. Flowering Season - July-August. Distribution - New England, westward to Nebraska, south to the Gulf States.

Flowers - Yellow, about 3/4 inch wide, numerous, in short axillary clusters at the upper part of the plant. The calyx has 5 oblong lobes; 5 petals, with 3 forming an upper lip and 2 a lower one; 10 stamens of 3 different types; 1 pistil. Stem: 3 to 8 feet tall, with few branches. Leaves: Alternate, pinnately composed of 6 to 10 pairs of oblong leaflets. Fruit: A narrow, flat, curved pod, 3 to 4 inches long. Preferred Habitat - Alluvial or moist, rich soil, swamps, roadsides. Flowering Season - July-August. Distribution - New England, westward to Nebraska, south to the Gulf States.

Whoever has seen certain Long Island roadsides bordered with wild senna, the brilliant flower clusters contrasted with the deep green of the beautiful foliage, knows that no effect produced by art along the drives of public park or private garden can match these country lanes in simple charm. Bumblebees, buzzing about the blossoms, may be observed "milking" the anthers just as they do those of the partridge pea. No red spots on any of these petals guide the visitors, as in the previous species, however; for do not the three small, dark stamens, which are reduced to mere scales, answer every purpose as pathfinders here? The stigma, turned sometimes to the right, sometimes to the left, strikes the bee on the side; the senna being what Delpino, the Italian botanist, calls a pleurotribe flower.

Whoever has seen certain Long Island roadsides lined with wild senna, with its vibrant flower clusters contrasting against the deep green of the lovely leaves, knows that no artistic effect along the drives of public parks or private gardens can match the simple charm of these country lanes. Bumblebees, buzzing around the flowers, can be seen "milking" the anthers just like they do with partridge pea. There are no red spots on any of these petals to guide visitors, unlike the previous species; instead, the three small, dark stamens, reduced to mere scales, serve as guides here. The stigma, which sometimes tilts to the right and sometimes to the left, brushes against the bee's side; the senna being what Delpino, the Italian botanist, describes as a pleurotribe flower.

While leaves of certain African and East Indian species of senna are most valued for their medicinal properties, those of this plant are largely collected in the Middle and Southern States as a substitute. Caterpillars of several sulphur butterflies, which live exclusively on cassia foliage, appear to feel no evil effects from overdoses.

While the leaves of some African and East Indian types of senna are highly prized for their medicinal benefits, the leaves of this plant are mainly gathered in the Middle and Southern States as an alternative. Caterpillars of various sulphur butterflies, which only feed on cassia leaves, seem to experience no negative effects from consuming too much.

WILD INDIGO; YELLOW or INDIGO BROOM; HORSEFLY-WEED
  (Baptisia tinctoria) Pea family

WILD INDIGO; YELLOW or INDIGO BROOM; HORSEFLY-WEED
  (Baptisia tinctoria) Pea family

Flowers - Bright yellow, papilionaceous, about 1/2 in. long, on short pedicels, in numerous but few flowered terminal racemes. Calyx light green, 4 or 5-toothed; corolla of 5 oblong petals, the standard erect, the keel enclosing 10 incurved stamens and pistil. Stem: Smooth, branched, 2 to 4 ft. high. Leaves: Compounded of 3 ovate leaflets. Fruit: A many-seeded round or egg-shaped pod tipped with the awl-shaped style. Preferred Habitat - Dry, sandy soil. Flowering Season - June-September. Distribution - Maine and Minnesota to the Gulf States.

Flowers - Bright yellow, butterfly-shaped, about 1/2 inch long, on short stems, in clusters with many but few flowers at the top. The calyx is light green and has 4 or 5 points; the corolla consists of 5 oblong petals, with the standard upright and the keel surrounding 10 curved stamens and the pistil. Stem: Smooth, branched, 2 to 4 feet tall. Leaves: Made up of 3 oval leaflets. Fruit: A many-seeded round or egg-shaped pod with a pointed end. Preferred Habitat - Dry, sandy soil. Flowering Season - June to September. Distribution - From Maine and Minnesota to the Gulf States.

Dark grayish green, clover-like leaves, and small, bright yellow flowers growing in loose clusters at the ends of the branches of a bushy little plant, are so commonly met with they need little description. A relative, the true indigo-bearer, a native of Asia, once commonly grown in the Southern States when slavery made competition with Oriental labor possible, has locally escaped and become naturalized. But the false species, although, as Dr. Gray says, it yields "a poor sort of indigo," yields a most valuable medicine employed by the homeopathists in malarial fevers. The plant turns black in drying. As in the case of other papilionaceous blossoms, bees are the visitors best adapted to fertilize the flowers. When we see the little, sleepy, dusky-winged butterfly (Thanaos brizo) around the plant we may know she is there only to lay eggs, that the larvae and caterpillars may find their favorite food at hand on waking into life.

Dark grayish-green, clover-like leaves and small, bright yellow flowers grow in loose clusters at the ends of the branches of a bushy little plant, which are so common they hardly need any description. A relative, the true indigo plant, native to Asia, was once widely grown in the Southern States when slavery allowed it to compete with labor from the East. It has since escaped cultivation and become naturalized in some areas. However, the false species, although it produces what Dr. Gray describes as "a poor sort of indigo," provides a very valuable medicine used by homeopaths for treating malaria. The plant turns black when dried. As with other flowers of this type, bees are the best visitors to fertilize the blooms. When we see the small, sleepy, dusky-winged butterfly (Thanaos brizo) near the plant, we can be sure it's there just to lay eggs, ensuring that the larvae and caterpillars will have their favorite food ready when they hatch.

RATTLE-BOX
  (Crotalaria sagittalis) Pea family

Rattlebox
  (Crotalaria sagittalis) Pea family

Flowers - Yellow, 1/2 in. long or less, usually only 2 or 3 on a long peduncle. Calyx 5-toothed, slightly 2-lipped; corolla papilionaceous. Stem: 3 to 10 in. high, weak, hairy. Leaves: Alternate, simple, oval to lance-shaped; stipules arrow-shaped above and running along stem. Fruit: An inflated oblong pod 1 in, long, blackish, seedy. Preferred Habitat - Dry, sandy, open situations. Flowering Season - June-September. Distribution - New England and Minnesota to the Gulf of Mexico.

Flowers - Yellow, 1/2 inch long or less, usually only 2 or 3 on a long stem. Calyx with 5 teeth, slightly 2-lipped; corolla papilionaceous. Stem: 3 to 10 inches high, weak, hairy. Leaves: Alternate, simple, oval to lance-shaped; stipules arrow-shaped above and running along the stem. Fruit: An inflated oblong pod 1 inch long, blackish, seedy. Preferred Habitat - Dry, sandy, open areas. Flowering Season - June to September. Distribution - From New England and Minnesota to the Gulf of Mexico.

These insignificant little yellow flowers attract scant notice from human observers accustomed to associate their generic name with some particularly beautiful relatives from the West Indies grown in hothouses here. But did not small bees alight on the keel and depress it, as in the lupine, next of kin (q.v.) there might be no seeds to rattle in the dark inflated pods that so delight children. (Krotalon = a castanet.)

These tiny yellow flowers hardly get any attention from people who tend to connect their name to some particularly beautiful relatives from the West Indies that are grown in greenhouses here. But didn't small bees land on the keel and push it down, like they do with lupines, their close relatives? There might not be any seeds to shake in the dark, puffed-up pods that kids love. (Krotalon = a castanet.)

YELLOW SWEET CLOVER; YELLOW MELILOT
  (Melilotus officinalis) Pea family

YELLOW SWEET CLOVER; YELLOW MELILOT
  (Melilotus officinalis) Pea family

Resembling the white sweet clover, except in color. (q.v.)

Resembling the white sweet clover, except for its color. (q.v.)

YELLOW or HOP CLOVER
  (Trifotium agrarium) Pea family

YELLOW or HOP CLOVER
  (Trifolium agrarium) Pea family

Flowers - Yellow, scale-like, overlapping in a densely many-flowered oblong head about 1/2 in. long, becoming brown with age. Stem: Ascending, branched, 6 to 18 in. high. Leaves: 3-foliate, very finely toothed. Preferred Habitat - Waste places, fields, roadsides. Flowering Season - May-September. Distribution - Virginia to Iowa, and far northward.

Flowers - Yellow, scale-like, overlapping in a densely packed, many-flowered oblong head about 1/2 inch long, turning brown with age. Stem: Upright, branched, 6 to 18 inches tall. Leaves: 3-parted, very finely toothed. Preferred Habitat - Disturbed areas, fields, roadsides. Flowering Season - May to September. Distribution - From Virginia to Iowa, and well into the north.

What did the sulphur butterflies provide as food for their caterpillar babies before the commonest clovers came over from the Old World to possess the soil? Wherever a trifolium grows, there one is sure to see

What did the sulfur butterflies feed their caterpillar babies before the most common clovers arrived from the Old World to take over the soil? Wherever a trifolium grows, you can be sure to see

          "gallow-yellow butterflies,
      Like blooms of lorn primroses blowing loose,
        when autumn winds arise."

"gallow-yellow butterflies,
      Like blooms of forgotten primroses drifting free,
        when autumn winds come."

The BLACKSEED HOP CLOVER, BLACK or HOP MEDIC (Medicago lupulina), with even smaller, bright yellow oblong heads which turn black when ripe, lies on the ground, its branches spreading where they leave the root. A native of Europe and Asia, it is now distributed as a common weed throughout our area, for there is scarcely a month in the year when it does not bloom and set seed. It is still another of the many plants known as the shamrock.

The BLACKSEED HOP CLOVER, also known as BLACK or HOP MEDIC (Medicago lupulina), has tiny, bright yellow oblong flower heads that turn black when they’re ripe. It spreads out on the ground with branches extending from the root. Originally from Europe and Asia, it has now become a common weed in our area, blooming and producing seeds almost every month of the year. It's yet another plant recognized as a shamrock.

YELLOW WOOD-SORREL; LADY'S SORREL
  (Oxalis stricta) Wood-sorrel family

YELLOW WOOD-SORREL; LADY'S SORREL
  (Oxalis stricta) Wood-sorrel family

Flowers - Golden, fragrant, in long peduncled, small, terminal groups. Calyx of 5 sepals; corolla of 5 petals, usually reddish at base; stamens, 10; 1 pistil with 5 styles; followed by slender pods. Stem: Pale, erect, 3 to 12 in. high, the sap sour. Leaves: Palmately compound, of 3 heart-shaped, clover-like leaflets on long petioles. Preferred Habitat - Open woodlands, waste or cultivated soil, roadsides. Flowering Season - April-October. Distribution - Nova Scotia and Dakota westward to the Gulf of Mexico.

Flowers - Golden and fragrant, in small, terminal clusters on long stems. The calyx has 5 sepals; the corolla consists of 5 petals, usually reddish at the base; there are 10 stamens and 1 pistil with 5 styles; this is followed by slender pods. Stem: Pale, upright, ranging from 3 to 12 inches high, with sour sap. Leaves: Palmately compound, with 3 heart-shaped, clover-like leaflets on long petioles. Preferred Habitat - Open woodlands, disturbed or cultivated land, and roadsides. Flowering Season - April to October. Distribution - From Nova Scotia and Dakota westward to the Gulf of Mexico.

An extremely common little weed, whose peculiarly sensitive leaves children delight to set in motion by rubbing, or to chew for the sour juice. Concerning the night "sleep" of wood-sorrel leaves and the two kinds of flowers these plants bear, see the white and violet wood-sorrels.

An incredibly common little weed, whose uniquely sensitive leaves kids love to move by rubbing or to chew for the sour juice. For more information about the nighttime "sleep" of wood-sorrel leaves and the two types of flowers these plants produce, check out the white and violet wood-sorrels.

WILD or SLENDER YELLOW FLAX
  (Linum Virginianum) Flax family

WILD or SLENDER YELLOW FLAX
  (Linum Virginianum) Flax family

Flowers - Yellow, about 1/3 in. across, each from a leaf axil,
scattered along the slender branches. Sepals, 5; 5 petals, 5
stamens. Stem: 1 to 2 ft. high, branching, leafy. Leaves.
Alternate, seated on the stem; small, oblong, or lance-shaped, 1
nerved.
Preferred Habitat - Dry woodlands and borders; shady places.
Flowering Season - June-August.
Distribution - New England to Georgia.

Flowers - Yellow, about 1/3 inch wide, each located in a leaf axil,
scattered along the thin branches. Sepals: 5; petals: 5;
stamens: 5. Stem: 1 to 2 feet tall, branching, leafy. Leaves.
Alternate, on the stem; small, oblong, or lance-shaped, with 1
nerve.
Preferred Habitat - Dry woods and edges; shaded areas.
Flowering Season - June to August.
Distribution - From New England to Georgia.

Certainly in the Atlantic States this is the commonest of its slender, dainty tribe; but in bogs and swamps farther southward and westward to Texas the RIDGED YELLOW FLAX (L. striatum), with leaves arranged opposite each other up to the branches and an angled stem so sticky it "adheres to paper in which it is dried," takes its place.

Certainly, in the Atlantic States, this is the most common of its slender, delicate group; but in the wetlands and swamps further south and west to Texas, the RIDGED YELLOW FLAX (L. striatum), with leaves arranged opposite each other along the branches and an angled stem so sticky it "sticks to the paper it’s dried in," takes its place.

"Blue were her eyes as the fairy flax,"

"Her eyes were as blue as the flax flower,"

wrote Longfellow, as if blue flax were a familiar sight on this side of the Atlantic. The charming little European plant (L. usitatissimum), which has furnished the fiber for linen and the oily seeds for poultices from time immemorial, is only a fugitive from cultivation here. Unhappily, it is rarely met with along the roadsides and railways as it struggles to gain a foothold in our waste places. Possibly Longfellow had in mind the blue toad flax (q.v.).

wrote Longfellow, as if blue flax were a common sight on this side of the Atlantic. The delightful little European plant (L. usitatissimum), which has provided fiber for linen and oily seeds for poultices for ages, is just a rare escapee from cultivation here. Unfortunately, it’s seldom seen along the roadsides and railways as it tries to establish itself in our neglected areas. Perhaps Longfellow was thinking of the blue toad flax (q.v.).

JEWEL-WEED; SPOTTED TOUCH-ME-NOT: SILVER CAP; WILD BALSAM: LADY'S
EARDROPS; SNAP WEED; WILD LADY'S SLIPPER
  (Impatiens biflora; I. fulva of Gray) Jewel-weed family

JEWEL-WEED; SPOTTED TOUCH-ME-NOT: SILVER CAP; WILD BALSAM: LADY'S
EARDROPS; SNAP WEED; WILD LADY'S SLIPPER
  (Impatiens biflora; I. fulva of Gray) Jewel-weed family

Flowers - Orange yellow, spotted with reddish-brown, irregular, 1 in. long or less, horizontal, 2 to 4 pendent by slender footstalks on a long peduncle from leaf axils. Sepals, 3, colored; 1 large, sac-shaped, contracted into a slender incurved spur and 2-toothed at apex; 2 other sepals small. Petals, 3; 2 of them 2-cleft into dissimilar lobes; 5 short stamens, 1 pistil. Stem: 2 to 5 ft. high, smooth, branched, colored, succulent. Leaves: Alternate, thin, pale beneath, ovate, coarsely toothed, petioled. Fruit: An oblong capsule, its 5 valves opening elastically to expel the seeds. Preferred Habitat - Beside streams, ponds, ditches; moist ground. Flowering Season - July-October. Distribution - Nova Scotia to Oregon, south to Missouri and Florida.

Flowers - Orange-yellow, spotted with reddish-brown, irregular, 1 inch long or less, horizontal, 2 to 4 hanging by slender footstalks on a long peduncle from leaf axils. Sepals, 3, colored; 1 large, sac-like, narrowed into a slender incurved spur and 2-toothed at the tip; 2 other sepals are small. Petals, 3; 2 of them split into differently shaped lobes; 5 short stamens, 1 pistil. Stem: 2 to 5 ft. high, smooth, branched, colored, juicy. Leaves: Alternate, thin, pale underneath, ovate, coarsely toothed, with petioles. Fruit: An elongated capsule, its 5 valves opening elastically to release the seeds. Preferred Habitat - By streams, ponds, ditches; moist ground. Flowering Season - July-October. Distribution - Nova Scotia to Oregon, south to Missouri and Florida.

These exquisite, bright flowers, hanging at a horizontal, like jewels from a lady's ear, may be responsible for the plant's folk name; but whoever is abroad early on a dewy morning, or after a shower, and finds notched edges of the drooping leaves hung with scintillating gems, dancing, sparkling in the sunshine, sees still another reason for naming this the jewel-weed. In a brook, pond, spring, or wayside trough, which can never be far from its haunts, dip a spray of the plant to transform the leaves into glistening silver. They shed water much as the nasturtium's do.

These beautiful, bright flowers, hanging horizontally like jewels from a woman's earrings, may be why the plant has its folk name; but anyone who is outside early on a dewy morning, or after a rain shower, and notices the notched edges of the drooping leaves adorned with sparkling gems, dancing and shining in the sunlight, sees yet another reason for calling this the jewel-weed. In a stream, pond, spring, or roadside trough, which is never too far from where it grows, dipping a sprig of the plant transforms the leaves into gleaming silver. They shed water much like nasturtiums do.

When the tiny ruby-throated hummingbird flashes northward out of the tropics to spend the summer, where can he hope to find nectar so deeply secreted that not even the long-tongued bumblebee may rob him of it all? Beyond the bird's bill his tongue can be run out and around curves no other creature can reach. Now the early blooming columbine, its slender cornucopias brimming with sweets, welcomes the messenger whose needle-like bill will carry pollen from flower to flower; presently the coral honeysuckle and the scarlet painted-cup attract him by wearing his favorite color; next the jewel-weed hangs horns of plenty to lure his eye; and the trumpet vine and cardinal flower continue to feed him successively in Nature's garden; albeit cannas, nasturtiums, salvia, gladioli, and such deep, irregular showy flowers in men's flower beds sometimes lure him away. These are bird flowers dependent in the main on the ruby-throat, which is not to say that insects never enter them, for they do; only they are not the visitors catered to. Watch the big, velvety bumblebee approach a roomy jewel-weed blossom and nearly disappear within. The large bunch of united stamens, suspended directly over the entrance, bears copious white pollen. So much comes off on his back that after visiting a flower or two he becomes annoyed; clings to a leaf with his fore legs while he thoroughly brushes his back and wings with his middle and hind pairs, and then collects the sticky grains into a wad on his feet which he presently kicks off with disgust to the ground. Examine a jewel-weed blossom to see that the clumsy bumblebee's pollen-laden back is not so likely to come in contact with the short five-parted stigma concealed beneath the stamens, as a hummingbird's slender bill that is thrust obliquely into the spur while he hovers above.

When the tiny ruby-throated hummingbird heads north from the tropics for the summer, where can he find nectar so well hidden that even the long-tongued bumblebee can’t take it all? Beyond the bird's beak, his tongue can extend and curl in ways that no other creature can. Now, the early blooming columbine, with its slender blossoms full of sweetness, welcomes the messenger whose needle-like beak will carry pollen from flower to flower. Soon, the coral honeysuckle and the scarlet painted-cup attract him by flaunting his favorite color. Next, the jewel-weed dangles plentiful blooms to catch his attention, while the trumpet vine and cardinal flower continue to nourish him in Nature's garden; though sometimes, cannas, nasturtiums, salvia, gladioli, and other large, showy flowers in people's gardens distraction him. These are bird flowers mostly reliant on the ruby-throat, but that doesn’t mean insects never visit them—because they do; they’re just not the main guests. Watch the big, fluffy bumblebee approach a spacious jewel-weed flower and almost disappear inside. The large cluster of joined stamens hanging right over the entrance holds plenty of white pollen. So much gets on his back that after visiting a flower or two, he becomes frustrated; he clings to a leaf with his front legs while he thoroughly brushes his back and wings with his middle and hind legs, then gathers the sticky grains into a clump on his feet that he promptly kicks off in disgust onto the ground. Take a close look at a jewel-weed flower to see that the bumblebee's pollen-covered back is less likely to touch the short, five-part stigma hidden under the stamens than a hummingbird's slender beak, which can be thrust at an angle into the spur while he hovers above.

But, as if the plant had not sufficient confidence in its visitors to rely exclusively on them for help in continuing the lovely species, it bears also cleistogamous blossoms that never open - economical products without petals, which ripen abundant self-fertilized seed (see white wood sorrel). It is calculated that each jewel-weed blossom produces about two hundred and fifty pollen grains; yet each is by no means able to produce seed in spite of its prodigality. Nevertheless, enough cross-fertilized seed is set to save the species from the degeneracy that follows close inbreeding among plants as well as animals. In England, where this jewel-weed is rapidly becoming naturalized, Darwin recorded there are twenty plants producing cleistogamous flowers to one having showy blossoms which, even when produced, seldom set seed. What more likely, since hummingbirds are confined to the New World? Therefore why should the plant waste its energy on a product useless in England? It can never attain perfection there until hummingbirds are imported, as bumblebees had to be into Australia before the farmers could harvest seed from their clover fields (see red clover).

But it seems that the plant doesn’t fully trust its visitors to help keep its beautiful species alive, so it also produces cleistogamous flowers that never open—cost-efficient blooms without petals that create plenty of self-fertilized seeds (see white wood sorrel). Each jewel-weed flower is estimated to produce around two hundred and fifty pollen grains; however, none are really able to produce seeds despite their abundance. Still, enough cross-fertilized seeds are produced to protect the species from the decline that follows inbreeding in both plants and animals. In England, where this jewel-weed is quickly becoming established, Darwin noted that there are twenty plants making cleistogamous flowers for every one with showy blossoms, which rarely set seeds even when they do bloom. Considering that hummingbirds are only found in the New World, why would the plant waste its energy on something that’s useless in England? It won’t reach its full potential there until hummingbirds are brought in, just like bumblebees had to be brought to Australia before farmers could harvest seeds from their clover fields (see red clover).

Familiar as we may be with the nervous little seedpods of the touch-me-not, which children ever love to pop and see the seeds fly, as they do from balsam pods in grandmother's garden, they still startle with the suddenness of their volley. Touch the delicate hair-trigger at the end of a capsule, and the lightning response of the flying seeds makes one jump. They sometimes land four feet away. At this rate of progress a year, and with the other odds against which all plants have to contend, how many generations must it take to fringe even one mill pond with jewel-weed; yet this is rapid transit indeed compared with many of Nature's processes. The plant is a conspicuous sufferer from the dodder (q.v.).

As familiar as we are with the nervous little seedpods of the touch-me-not, which kids love to pop and watch the seeds fly out like they do from balsam pods in grandma's garden, they still surprise us with how suddenly they burst. If you touch the delicate trigger at the end of a capsule, the quick response of the flying seeds can make you jump. They can sometimes land four feet away. At this rate over a year, and with all the challenges that plants face, how many generations would it take to line even one mill pond with jewel-weed? Yet, this is still pretty fast compared to many of Nature's processes. The plant is significantly affected by the dodder (q.v.).

The PALE TOUCH-ME-NOT (I. aurea; I. pallida of Gray) most abundant northward, a larger, stouter species found in similar situations, but with paler yellow flowers only sparingly dotted if at all, has its broader sac-shaped sepal abruptly contracted into a short, notched, but not incurved spur. It shares its sister's popular names.

The PALE TOUCH-ME-NOT (I. aurea; I. pallida of Gray) is most common in northern areas. It's a larger, sturdier species found in similar environments, but it has lighter yellow flowers that are only rarely spotted, if at all. Its wider, sac-shaped sepal suddenly narrows into a short, notched, but not curved spur. It shares the same popular names as its related species.

VELVET LEAF; INDIAN MALLOW; AMERICAN JUTE
  (Abutilon Abulilon; A. Avicennae of Gray) Mallow family

VELVET LEAF; INDIAN MALLOW; AMERICAN JUTE
  (Abutilon Abulilon; A. Avicennae of Gray) Mallow family

Flowers - Deep yellow, 1/2 to 3/4 in. broad, 5-parted, regular, solitary on stout peduncles from the leaf axils. Stem: 3 to 6 ft. high, velvety, branched. Leaves: Soft velvety, heart-shaped, the lobes rounded, long petioled. Fruit: In a head about 1 in. across, 12 to 15 erect hairy carpels, with spreading sharp beaks. Preferred Habitat - Escaped from cultivation to waste sandy loam, fields, roadsides. Flowering Season - August-October. Distribution - Common or frequent, except at the extreme North.

Flowers - Deep yellow, ½ to ¾ inch wide, with 5 parts, regular, and growing alone on sturdy stems from the leaf axils. Stem: 3 to 6 feet tall, soft and branched. Leaves: Soft and velvety, heart-shaped, with rounded lobes and long stems. Fruit: In a cluster about 1 inch across, with 12 to 15 upright hairy sections, each having spreading sharp tips. Preferred Habitat - Escaped from cultivation to disturbed sandy soil, fields, and roadsides. Flowering Season - August to October. Distribution - Common or frequent, except in the far North.

There was a time, not many years ago, when this now common and often troublesome weed was imported from India and tenderly cultivated in flower gardens. In the Orient it and allied species are grown for their fiber, which is utilized for cordage and cloth; but the equally valuable plant now running wild here has yet to furnish American men with a profitable industry. Although the blossom is next of kin to the veiny Chinese bell-flower, or striped abutilon, so common in greenhouses, its appearance is quite different.

There was a time, not long ago, when this now common and often pesky weed was brought over from India and carefully grown in flower gardens. In the East, it and similar species are cultivated for their fiber, which is used for ropes and fabrics; however, the equally valuable plant that’s now growing wild here has yet to provide American men with a profitable industry. Even though the flower is closely related to the veiny Chinese bell-flower, or striped abutilon, which is common in greenhouses, it looks quite different.

ST. ANDREW'S CROSS
  (Ascyrum hypericoides; A. Crux-Andreae of Gray) St.
John's-wort family

ST. ANDREW'S CROSS
  (Ascyrum hypericoides; A. Crux-Andreae of Gray) St.
John's-wort family

Flowers - Yellow, 1/2 to 3/4 in. across, terminal and from the leaf axils. Calyx of 4 sepals in 2 pairs; 4 narrow, oblong petals; stamens numerous; 2 styles. Stem: Much branched and spreading from base, 5 to 10 in. high, leafy. Leaves: Opposite, oblong, small, seated on stem. Preferred Habitat - Dry, sandy soil; pine barrens. Flowering Season - July-August. Distribution - Nantucket Island (Mass.), westward to Illinois, south to Florida and Texas.

Flowers - Yellow, 0.5 to 0.75 inches across, blooming at the end and from the leaf axils. Calyx has 4 sepals arranged in 2 pairs; 4 narrow, oblong petals; numerous stamens; 2 styles. Stem: Highly branched and spreading from the base, 5 to 10 inches tall, leafy. Leaves: Opposite, oblong, small, attached to the stem. Preferred Habitat - Dry, sandy soil; pine barrens. Flowering Season - July-August. Distribution - Nantucket Island (Mass.), westward to Illinois, south to Florida and Texas.

Because the four pale yellow petals of this flower approach each other in pairs, suggesting a cross with equals arms, the plant was given its name by Linnaeus in 1753. ST. PETER'S-WORT (A. stans), a similar plant, found in the same localities, in bloom at the same time, has larger flowers in small clusters at the tips only of its upright branches.

Because the four pale yellow petals of this flower come together in pairs, resembling a cross with equal arms, Linnaeus named the plant in 1753. ST. PETER'S-WORT (A. stans), a similar plant found in the same areas and blooming at the same time, has larger flowers that grow in small clusters only at the tips of its upright branches.

COMMON ST. JOHN'S-WORT
  (Hypericum perforatum) St. John's-wort family

COMMON ST. JOHN'S-WORT
  (Hypericum perforatum) St. John's-wort family

Flowers - Bright yellow, 1 in. across or less, several or many in terminal clusters. Calyx of 5 lance-shaped sepals; 5 petals dotted with black; numerous stamens in 3 sets 3 styles. Stem: to 2 ft. high, erect, much branched. Leaves: Small, opposite, oblong, more or less black-dotted. Preferred Habitat - Fields, waste lands, roadsides. Flowering Season - June-September. Distribution - Throughout our area, except the extreme North; Europe, and Asia.

Flowers - Bright yellow, about 1 inch across or smaller, found in clusters at the top. The calyx has 5 lance-shaped sepals; there are 5 petals speckled with black; and many stamens arranged in 3 sets with 3 styles. Stem: up to 2 feet tall, upright, and highly branched. Leaves: small, opposite, oblong, and somewhat spotted with black. Preferred Habitat - Fields, wastelands, and roadsides. Flowering Season - June to September. Distribution - Throughout our area, except for the far North; Europe and Asia.

"Gathered upon a Friday, in the hour of Jupiter when he comes to his operation, so gathered, or borne, or hung upon the neck, it mightily helps to drive away all phantastical spirits." These are the blossoms which have been hung in the windows of European peasants for ages on St. John's eve, to avert the evil eye and the spells of the spirits of darkness. "Devil chaser" its Italian name signifies. To cure demoniacs, to ward off destruction by lightning, to reveal the presence of witches, and to expose their nefarious practices, are some of the virtues ascribed to this plant, which superstitious farmers have spared from the scythe and encouraged to grow near their houses until it has become, even in this land of liberty, a troublesome weed at times. "The flower gets its name," says F. Schuyler Mathews, "from the superstition that on St. John's day, the 24th of June, the dew which fell on the plant the evening before was efficacious in preserving the eyes from disease. So the plant was collected, dipped in oil, and thus transformed into a balm for every wound." Here it is a naturalized, not a native, immigrant. A blooming plant, usually with many sterile shoots about its base, has an unkempt, untidy look; the seed capsules and the brown petals of withered flowers remaining among the bright yellow buds through a long season. No nectar is secreted by the St. John's-worts, therefore only pollen collectors visit them regularly, and occasionally cross-fertilize the blossoms, which are best adapted, however, to pollinate themselves.

"Gathered on a Friday, during the hour of Jupiter when he comes into action, these plants, whether worn or hung around the neck, greatly help to fend off all fanciful spirits." These are the blossoms that European peasants have hung in their windows for ages on St. John's eve to ward off the evil eye and the spells of dark spirits. Its Italian name means "Devil chaser." They are believed to cure demoniacs, protect against lightning strikes, reveal the presence of witches, and expose their wicked practices. Superstitious farmers have left this plant alone from the scythe and encouraged it to grow near their homes until it has occasionally become a bothersome weed, even in this land of freedom. "The flower gets its name," says F. Schuyler Mathews, "from the superstition that on St. John's day, June 24th, the dew that fell on the plant the evening before was effective in protecting the eyes from disease. So the plant was gathered, dipped in oil, and turned into a balm for every wound." Here it is a naturalized, not a native, immigrant. A flowering plant, usually with many non-flowering shoots at its base, has a messy, unkempt appearance; the seed pods and brown petals of faded flowers linger among the bright yellow buds for a long season. St. John's-worts do not secrete nectar, so only pollen collectors visit them regularly and occasionally cross-pollinate the flowers, which are best suited to self-pollination.

The SHRUBBY ST. JOHN'S-WORT (H. prolificum) bears yellow blossoms, about half an inch across, which are provided with stamens so numerous, the many flowered terminal clusters have a soft, feathery effect. In the axils of the oblong, opposite leaves are tufts of smaller ones, the stout stems being often concealed under a wealth of foliage. Sandy or rocky places from New Jersey southward best suit this low, dense, diffusely branched shrub which blooms prolifically from July to September.

The SHRUBBY ST. JOHN'S-WORT (H. prolificum) has yellow flowers about half an inch wide, featuring so many stamens that the clusters of flowers at the ends of the stems look soft and feathery. In the spaces between the long, opposite leaves, there are tufts of smaller leaves, with the thick stems often hidden beneath a lot of foliage. This low, bushy shrub thrives in sandy or rocky areas from New Jersey down south and blooms abundantly from July to September.

Farther north, and westward to Iowa, the GREAT or GIANT ST. JOHN'S-WORT (H. Ascyron) brightens the banks of streams at midsummer with large blossoms, each on a long footstalk in a few-flowered cluster.

Farther north and west to Iowa, the GREAT or GIANT ST. JOHN'S-WORT (H. Ascyron) adds vibrant color to the banks of streams in midsummer with its large flowers, each on a long stem in a few-flowered cluster.

LONG-BRANCHED FROST-WEED; FROST-FLOWER; FROST-WORT; CANADIAN
ROCK-ROSE
  (Helianthemum Canadense) Rock-rose family

LONG-BRANCHED FROST-WEED; FROST-FLOWER; FROST-WORT; CANADIAN
ROCK-ROSE
  (Helianthemum Canadense) Rock-rose family

Flowers - Solitary, or rarely 2; about 1 in. across, 5-parted, with showy yellow petals; the 5 unequal sepals hairy. Also abundant small flowers lacking petals, produced from the axils later. Stem: Erect, 3 in. to 2 ft. high; at first simple, later with elongated branches. Leaves: Alternate, oblong, almost seated on stem. Preferred Habitat - Dry fields, sandy or rocky soil. Flowering Season - Petal-bearing flowers, May-July. Distribution - New England to the Carolinas, westward to Wisconsin and Kentucky.

Flowers - Usually solitary, or rarely 2; about 1 inch across, with 5 petals, featuring bright yellow colors; the 5 uneven sepals are hairy. Also present are plenty of small flowers without petals, which come from the axils later on. Stem: Upright, ranging from 3 inches to 2 feet tall; initially simple, later developing elongated branches. Leaves: Alternate, oblong, almost sitting directly on the stem. Preferred Habitat - Dry fields, sandy or rocky soil. Flowering Season - Flowers with petals bloom from May to July. Distribution - From New England to the Carolinas, extending west to Wisconsin and Kentucky.

Only for a day, and that must be a bright sunny one, does the solitary frost-flower expand its delicate yellow petals. On the next, after pollen has been brought to it by insect messengers and its own carried away, the now useless petal advertisements fall, and the numerous stamens, inserted upon the receptacle with them, also drop off, leaving the club-shaped pistil to develop with the ovary into a rounded, ovoid, three-valved capsule. Notice how flat the stamens lie upon the petals to keep safely out of reach of the stigma. Another flower, exactly like the first, now expands, and the bloom continues for weeks. Why does only one blossom open at a time? Because the whole aim of the showy flowers is to set cross-fertilized seed, and when only one at a time appears, pollination not only between distinct blossoms but between distinct plants insures the healthiest, most vigorous offspring - a wise precaution against degeneracy, in view of the quantities of self-fertilized seed that will be set late in summer by the tiny apetalous flowers that never open (see white wood sorrel). Surely two kinds of blossoms should be enough for any species; but why call this the frost-flower when its bloom is ended by autumn? Only the witch-hazel may be said to flower for the first time after frost. When the stubble in the dry fields is white some cold November morning, comparatively few notice the ice crystals, like specks of glistening quartz, at the base of the stems of this plant. The similar HOARY FROST-WEED (H. majus), whose showy flowers appear in clusters at the hoary stein's summit, in June and July, also bears them. Often this ice formation assumes exquisite feathery, whimsical forms, bursting the bark asunder where an astonishing quantity of sap gushes forth and freezes. Indeed, so much sap sometimes goes to the making of this crystal flower, that it would seem as if an extra reservoir in the soil must pump some up to supply it with its large fantastic corolla.

Only for a day, and it has to be a bright sunny one, does the solitary frost-flower spread its delicate yellow petals. The next day, after pollen has been delivered by insect messengers and its own has been carried away, the now unnecessary petal displays fall off, along with the many stamens that were attached to them, leaving the club-shaped pistil to develop with the ovary into a rounded, oval, three-part capsule. Notice how flat the stamens lie on the petals to stay safely away from the stigma. Another flower, identical to the first, now blooms, and the flowering goes on for weeks. Why does only one blossom open at a time? Because the main goal of the showy flowers is to produce cross-fertilized seeds, and with only one appearing at a time, pollination can happen not only between different flowers but also between different plants, ensuring the healthiest, strongest offspring— a smart move against degeneration, given the massive number of self-fertilized seeds that will be produced later in summer by the tiny flowers that never open (see white wood sorrel). Surely two types of blossoms should be enough for any species; but why is this called the frost-flower when its blooming ends with autumn? Only the witch-hazel can be said to flower for the first time after frost. When the stubble in the dry fields is white on a cold November morning, relatively few notice the ice crystals, resembling specks of shiny quartz, at the base of this plant's stems. The similar HOARY FROST-WEED (H. majus), whose noticeable flowers appear in clusters at the top of the hoary stem in June and July, also produces them. Often, this ice formation takes on beautiful feathery, whimsical shapes, bursting the bark apart where a surprising amount of sap gushes out and freezes. Indeed, sometimes so much sap is involved in creating this crystal flower that it seems like there must be an extra reservoir in the soil pumping it up to create its large, fantastical corolla.

BEACH or FALSE HEATHER; POVERTY GRASS
  (Hudsonia tomentosa) Rock-rose family

BEACH or FALSE HEATHER; POVERTY GRASS
  (Hudsonia tomentosa) Rock-rose family

Flowers - Bright yellow, small, about 1/4 in. across, numerous,
closely ascending the upper part of the heath-like branches.
Sepals 5, unequal; 5 petals; stamens, 9 to 18. Stem: 4 to 8 in.
tall, tufted, densely branched and matted, hoary hairy, pale.
Leaves: Overlapping like scales, very small.
Preferred Habitat - Sands of the seashore, pine barrens, beaches
of rivers and lakes.
Flowering Season - May-July.
Distribution - New Brunswick to Maryland, west to Lake of the
Woods.

Flowers - Bright yellow, small, about 1/4 inch across, numerous,
closely arranged along the upper part of the heath-like branches.
Sepals 5, uneven; 5 petals; stamens, 9 to 18. Stem: 4 to 8 inches
tall, tufted, densely branched and matted, grayish hairy, pale.
Leaves: Overlapping like scales, very small.
Preferred Habitat - Sandy seashores, pine barrens, and beaches
along rivers and lakes.
Flowering Season - May to July.
Distribution - From New Brunswick to Maryland, extending west to the
Lake of the Woods.

Like the showy flowers of the frost-weed, these minute ones open in the sunshine only, and then but for a single day. Nevertheless, the hoary, heath-like little shrub, by growing in large colonies and keeping up a succession of bright bloom, tinges the sand dunes back of the beach with charming color that artists delight to paint in the foreground of their marine pictures.

Like the vibrant flowers of frost-weed, these tiny ones only bloom in the sunlight and only for a single day. However, the gray, heath-like little shrub, by growing in large clusters and maintaining a continuous display of bright blossoms, adds lovely color to the sand dunes behind the beach, making it a favorite subject for artists to include in the foreground of their coastal paintings.

YELLOW VIOLETS
  (Viola) Violet family

YELLOW VIOLETS
  (Viola) Violet family

Fine hairs on the erect, leafy, usually single stem of the DOWNY YELLOW VIOLET (V. pubescens), whose dark veined, bright yellow petals gleam in dry woods in April and May, easily distinguish it from the SMOOTH YELLOW VIOLET (V. scabriuscula), formerly considered a mere variety in spite of its being an earlier bloomer, a lover of moisture, and well equipped with basal leaves at flowering time, which the downy species is not. Moreover, it bears a paler blossom, more coarsely dentate leaves, often decidedly taper-pointed, and usually several stems together.

Fine hairs cover the upright, leafy, usually single stem of the DOWNY YELLOW VIOLET (V. pubescens), and its dark-veined, bright yellow petals shine in dry woods during April and May, making it easy to tell apart from the SMOOTH YELLOW VIOLET (V. scabriuscula). The latter was once seen as just a variety despite blooming earlier, preferring moist conditions, and having basal leaves at flowering time, which the downy species lacks. Additionally, it has a paler flower, more coarsely toothed leaves that are often noticeably tapering at the tips, and usually multiple stems growing together.

Our other common yellow species, the ROUND-LEAVED VIOLET (V. rotundifolia), lifts smaller, pale, brown-veined, and bearded blossoms above a tuffet of broad, shining leaves close to the ground. The veins on the petals serve as pathfinders to the nectary for the bee, and the beard as footholds, while she probes the inverted blossoms. Such violets as have their side petals bearded are most frequently visited by small greenish mason bees (Osmia), with collecting brushes on their abdomen that receive the pollen as it falls. Abundant cleistogamous flowers (see blue violets and white wood sorrel) are borne on the runners late in the season. Bryant, whose botanical lore did not always keep step with his Muse, wrote of the yellow violet as the first spring flower, because he found it "by the snowbank's edges cold," one April day, when the hepaticas about his home at Roslyn, Long Island, had doubtless been in bloom a month.

Our other common yellow species, the ROUND-LEAVED VIOLET (V. rotundifolia), raises smaller, pale blossoms with brown veins and beards above a tuft of broad, shiny leaves close to the ground. The veins on the petals guide bees to the nectar, while the beards provide footholds as they explore the upside-down flowers. Violets with bearded side petals are often visited by small greenish mason bees (Osmia), which have collecting brushes on their abdomens to catch the falling pollen. Late in the season, abundant cleistogamous flowers (see blue violets and white wood sorrel) appear on the runners. Bryant, whose knowledge of plants didn’t always match his poetic inspiration, referred to the yellow violet as the first spring flower because he found it "by the snowbank's edges cold," one April day, even though the hepaticas near his home in Roslyn, Long Island, had likely already been blooming for a month.

     "Of all her train the hands of Spring
      First plant thee in the watery mould,"

"Of all her followers, the hands of Spring
      First place you in the watery soil,"

he wrote, regardless of the fact that the round-leaved violet's preferences are for dry, wooded, or rocky hillsides. Muller believed that all violets were originally yellow, not white, after they evoluted from the green stage.

he wrote, even though the round-leaved violet prefers dry, wooded, or rocky hillsides. Muller believed that all violets were originally yellow, not white, after they evolved from the green stage.

EASTERN CACTUS; PRICKLY PEAR; INDIAN FIG
  (Opuntia Opuntia; 0. vulgaris of Gray) Cactus family

EASTERN CACTUS; PRICKLY PEAR; INDIAN FIG
  (Opuntia Opuntia; 0. vulgaris of Gray) Cactus family

Flowers -Yellow, sometimes reddish at center, 2 to 3 in. across, solitary, mostly seated at the side of joints. Calyx tube not prolonged beyond ovary, its numerous lobes spreading. Petals numerous; stamens very numerous; ovary cylindric; the style longer than stamens, and with several stigmas. Stem: Prostrate or ascending, fleshy, juicy, branching, the thick, flattened joints oblong or rounded, 2 to 5 in. long. Leaves: Tiny, awl-shaped, dotting the joints, but usually falling early; tufts of yellowish bristles at their base. Plant unarmed, or with few solitary stout spines. Fruit: Pear-shaped, pulpy, red, nearly smooth, 1 in. long or over, edible. Preferred Habitat - Sandy or dry or rocky places. Flowering Season - June-August. Distribution - Massachusetts to Florida.

Flowers - Yellow, sometimes reddish at the center, 2 to 3 inches wide, growing individually, mostly situated at the sides of joints. The calyx tube is not extended beyond the ovary, with numerous lobes spreading out. There are many petals; very numerous stamens; the ovary is cylindrical; the style is longer than the stamens and has several stigmas. Stem: Prostrate or rising, fleshy, juicy, branching, with thick, flattened joints that are oblong or rounded, measuring 2 to 5 inches long. Leaves: Small, awl-shaped, scattered along the joints, but usually dropping off early; there are tufts of yellowish bristles at their base. The plant is either unarmed or has a few solitary stout spines. Fruit: Pear-shaped, pulpy, red, nearly smooth, over 1 inch long, edible. Preferred Habitat - Sandy, dry, or rocky locations. Flowering Season - June to August. Distribution - From Massachusetts to Florida.

Upwards of one hundred and fifty species of Opuntia, which elect to grow in parching sands, beneath a scorching sun, often prostrate on baking hot rocks, on glaring plains, beaches, and deserts, from Massachusetts to Peru - for all are natives of the New World - show so marvelous an adaptation to environment in each instance that no group of plants is more interesting to the botanist, more decorative in form and color from an artistic standpoint, more distinctively characteristic. Plants choosing such habitats as they have adopted, usually in tropical or semi-tropical regions, had to resort to various expedients to save loss of water through transpiration and evaporation. Now, as leaves are the natural outlets for moisture thrown off by any plant, manifestly the first thing to do was either to reduce the number of branches and leaves, or to modify them into sharp spines (not surface prickles like the rose's); to cultivate a low habit of growth, not to expose unnecessary surface to sun and air; to thicken the skin until little moisture could evaporate through the leathery coat; and, finally, to utilize the material thus saved in developing stems so large, fleshy, and juicy that they should become wells in a desert, with powers of sustenance great enough to support the plant through its fiery trials. A common expedient of plants in dry situations, even at the north, is to modify their leaves into spines, as the gorse and the barberry, for example, have done. That such an armor also serves to protect them against the ravages of grazing animals is an additional advantage, of course; but not their sole motive in wearing it. Popular to destruction would the cool juices of the cacti be in thirsty lands, if only they might be obtained without painful and often poisonous scratches. Given moist soil and greater humidity of atmosphere to grow in, spiny plants at once show a tendency to grow taller, to branch and become leafy. A covering of hairs which reflect the light, thus diminishing the amount that might reach the juicy interior area, has likewise been employed by many cacti, among other denizens of dry soil.

More than one hundred and fifty species of Opuntia thrive in dry sands, under a blazing sun, often sprawled on scorching rocks, across bright plains, beaches, and deserts, from Massachusetts to Peru—all native to the New World. Each shows such amazing adaptation to its environment that no group of plants is more fascinating to botanists, more visually appealing in form and color from an artistic viewpoint, or more uniquely characteristic. Plants that choose these habitats, usually found in tropical or semi-tropical regions, have developed various strategies to conserve water loss through transpiration and evaporation. Since leaves are the natural outlets for moisture released by any plant, the first step was to either reduce the number of branches and leaves or transform them into sharp spines (not surface prickles like those of a rose). They also adopted a low growth habit to minimize exposure to sun and air, thickened their skin to prevent moisture from evaporating through the leathery exterior, and ultimately used the saved material to develop large, fleshy, and juicy stems that act as reservoirs in the desert, capable of sustaining the plant through harsh conditions. A common strategy among plants in dry areas, even up north, is to modify their leaves into spines, as seen with gorse and barberry. This protective armor not only shields them from grazing animals but also serves another purpose; overconsumption of the cactus’s cooling juices would be rampant in thirsty regions if they could be accessed without painful and often toxic scratches. Given moist soil and a more humid atmosphere, spiny plants immediately begin to grow taller, branch out, and develop leaves. Many cacti, among other plants in dry landscapes, have also evolved a covering of hairs that reflect light, thus reducing the amount that reaches their juicy inner parts.

In this common prickly pear cactus of the Atlantic seaboard, where the air is laden with moisture from the ocean, few or no spines are produced; and dotted over the surface of its branching, fleshy, flattened joints we find tiny, awl-shaped leaves, whereas foliage is entirely wanting in the densely prickly, rounded, solid, unbranched, hairy cacti of the southwestern deserts, and the arid plains of Mexico.

In this common prickly pear cactus along the Atlantic coast, where the air is humid from the ocean, it produces few or no spines; instead, its branching, flat, fleshy segments are covered with tiny, needle-like leaves. In contrast, the densely spiny, rounded, solid, unbranched, and hairy cacti found in the southwestern deserts and the dry plains of Mexico have no leaves at all.

In sunshine the beautiful yellow blossom of our prickly pear expands to welcome the bees, folding up its petals again for several successive nights. William Hamilton Gibson says it "encloses its buzzing visitor in a golden bower, from which he must emerge at the roof as dusty as a miller," only to enter another blossom and leave some pollen on its numerous stigmas.

In the sunlight, the gorgeous yellow flower of our prickly pear opens up to welcome the bees, then closes its petals again for several nights in a row. William Hamilton Gibson says it "surrounds its buzzing visitor in a golden shelter, from which he must come out at the top as dusty as a miller," only to go into another flower and leave some pollen on its many stigmas.

But the cochineal, not the bee, is forever associated with cacti in the popular mind. Indeed, several species are extensively grown on plantations, known as Nopaleries, which furnish food to countless trillions of these tiny insects. Like its relative the aphis of rose bushes (see wild roses), the cochineal fastens itself to a cactus plant by its sucking tube, to live on the juices. The males are winged, and only the female, which yields the valuable dye, sticks tight to the plant. Three crops of insects a year are harvested on a Mexican plantation. After three months' sucking, the females are brushed off, dried in ovens, and sold for about two thousand dollars a ton. The annual yield of Mexico amounting to many thousands of tons, it is no wonder the cactus plant, which furnishes so valuable an industry, should appear on the coat-of-arms of the Mexican republic. Some cacti are planted for hedges, the fruit of others furnishes a refreshing drink in tropical climates, the juices are used as a water color, and to dye candies - in short, this genus Opuntia and allied clans have great commercial value.

But the cochineal, not the bee, is always associated with cacti in popular culture. In fact, several species are extensively cultivated on plantations called Nopaleries, which provide food for countless trillions of these tiny insects. Like its relative, the aphis found on rose bushes (see wild roses), the cochineal attaches itself to a cactus plant with its sucking tube to feed on the plant's juices. The males have wings, while only the females, which produce the valuable dye, cling tightly to the plant. Three crops of insects are harvested each year on a Mexican plantation. After sucking for three months, the females are brushed off, dried in ovens, and sold for about two thousand dollars a ton. With Mexico's annual yield amounting to many thousands of tons, it’s no surprise that the cactus, which supports such a valuable industry, appears on the coat of arms of the Mexican republic. Some cacti are planted as hedges, the fruit of others provides a refreshing drink in tropical climates, and the juices are used for watercolor and to dye candies—in short, this genus Opuntia and its related species have significant commercial value.

The WESTERN PRICKLY PEAR (0. humifusa; O. Rafnesquii of Gray) - a variable species ranging from Minnesota to Texas, is similar to the preceding, but bears a larger flower, and longer, more rounded, deeper green joints, beset with not numerous spines, scattered chiefly near their margins. A few deflexed spines in a cluster leave the surface where a tiny awl-shaped leaf and a tuft of reddish brown hairs are likewise usually found.

The WESTERN PRICKLY PEAR (0. humifusa; O. Rafnesquii of Gray) - a variable species found from Minnesota to Texas, is similar to the one before, but has a larger flower, and longer, rounder, deeper green pads that have fewer spines, mostly scattered near the edges. A few curved spines grouped together emerge from the surface where a small awl-shaped leaf and a bunch of reddish-brown hairs are usually located.

EVENING-PRIMROSE; NIGHT WILLOW-HERB (Onagra biennis; Qenothera biennis of Gray) Evening-primrose family

EVENING-PRIMROSE; NIGHT WILLOW-HERB (Onagra biennis; Qenothera biennis of Gray) Evening-primrose family

Flowers - Yellow, fragrant, opening at evening, 1 to 2 in. across, borne in terminal leafy-bracted spikes. Calyx tube slender, elongated, gradually enlarged at throat, the 4-pointed lobes bent backward; corolla of 4 spreading petals; 8 stamens; 1 pistil; the stigma 4-cleft. Stem: Erect, wand-like, or branched, to 1 to 5 ft. tall, rarely higher, leafy. Leaves: Alternate, lance-shaped, mostly seated on stem, entire, or obscurely toothed. Preferred Habitat - Roadsides, dry fields, thickets, fence-corners. Flowering Season - June-October. Distribution - Labrador to the Gulf of Mexico, west to the Rocky Mountains.

Flowers - Yellow, fragrant, opening in the evening, 1 to 2 inches across, found in terminal leafy-bracted spikes. The calyx tube is slender and elongated, gradually widening at the throat, with 4 backward-bent lobes; the corolla has 4 spreading petals; 8 stamens; 1 pistil; the stigma is 4-cleft. Stem: Erect, wand-like, or branched, reaching 1 to 5 feet tall, rarely taller, leafy. Leaves: Alternate, lance-shaped, mostly attached to the stem, either entire or with slight teeth. Preferred Habitat - Roadsides, dry fields, thickets, fence corners. Flowering Season - June to October. Distribution - From Labrador to the Gulf of Mexico, west to the Rocky Mountains.

Like a ballroom beauty, the evening primrose has a jaded, bedraggled appearance by day when we meet it by the dusty roadside, its erect buds, fading flowers from last night's revelry, wilted ones of previous dissipations, and hairy oblong capsules, all crowded together among the willow-like leaves at the top of the rank growing plant. But at sunset a bud begins to expand its delicate petals slowly, timidly - not suddenly and with a pop, as the evening primrose of the garden does.

Like a ballroom beauty, the evening primrose looks worn and shabby during the day when we encounter it by the dusty roadside, with its upright buds, faded flowers from last night's celebration, wilted blooms from earlier indulgences, and hairy, oblong capsules all packed together among the willow-like leaves at the top of the overgrown plant. But at sunset, a bud starts to slowly and shyly open its delicate petals—not abruptly and with a burst, like the evening primrose in the garden does.

Now, its fragrance, that has been only faintly perceptible during the day, becomes increasingly powerful. Why these blandishments at such an hour? Because at dusk, when sphinx moths, large and small, begin to fly (see Jamestown weed), the primrose's special benefactors are abroad. All these moths, whose length of tongue has kept pace with the development of the tubes of certain white and yellow flowers dependent on their ministrations, find such glowing like miniature moons for their special benefit, when blossoms of other hues have melted into the deepening darkness. If such have fragrance, they prepare to shed it now. Nectar is secreted in tubes so deep and slender that none but the moths' long tongues can drain the last drop. An exquisite, little, rose-pink twilight flyer, his wings bordered with yellow, flutters in ecstasy above the evening primrose's freshly opened flowers, transferring in his rapid flight some of their abundant, sticky pollen that hangs like a necklace from the outstretched filaments. By day one may occasionally find a little fellow asleep in a wilted blossom, which serves him as a tent, under whose flaps the brightest bird eye rarely detects a dinner. After a single night's dissipation the corolla wilts, hangs a while, then drops from the maturing capsule as if severed with a sharp knife. Few flowers, sometimes only one opens on a spike on a given evening - a plan to increase the chances of cross-fertilization between distinct plants; but there is a very long succession of bloom. If a flower has not been pollenized during the night it remains open a while in the morning. Bumblebees now hurry in, and an occasional hummingbird takes a sip of nectar. Toward the end of summer, when so much seed has been set that the flower can afford to be generous, it distinctly changes its habit and keeps open house all day.

Now, its fragrance, which has only been faintly noticeable during the day, becomes stronger. Why does it attract attention at this hour? Because at dusk, when sphinx moths, big and small, start to fly (see Jamestown weed), the primrose’s special helpers are out. All these moths, whose tongue length has evolved alongside certain white and yellow flowers relying on them, find these glowing blooms like little moons just for them, as flowers of other colors fade into the growing darkness. If these flowers have fragrance, they release it now. Nectar is stored in tubes so deep and narrow that only the moths’ long tongues can reach the last drop. A delicate, little, rose-pink twilight flyer, with yellow-edged wings, flutters joyfully above the evening primrose’s freshly opened flowers, transferring some of their abundant, sticky pollen that hangs like a necklace from the extended filaments. By day, you might occasionally spot a little guy asleep in a wilted blossom, which serves him like a tent, hiding him so well that even the brightest bird eye struggles to find him. After just one night of activity, the corolla wilts, droops for a while, then falls from the maturing capsule as if cut by a sharp knife. Few flowers, sometimes only one, open on a spike on a given evening — this strategy boosts the chances of cross-fertilization between different plants; but there’s a very long sequence of blooms. If a flower hasn’t been pollinated during the night, it stays open for a while in the morning. Bumblebees rush in now, and an occasional hummingbird stops by for a sip of nectar. Toward the end of summer, when enough seeds have formed for the flower to be generous, it noticeably changes its behavior and stays open all day.

During our winter walks we shall see close against the ground the rosettes of year-old evening primrose plants - exquisitely symmetrical, complex stars from whose center the flower stalks of another summer will arise.

During our winter walks, we'll notice the year-old evening primrose plants close to the ground—beautifully symmetrical, intricate stars from whose center the flower stalks of another summer will emerge.

Floriform sunshine bursts forth from roadsides, fields, and prairies when the COMMON SUNDROPS (Kneiffia fructicosa; formerly Qenothera fructicosa) - is in flower. It is first cousin to the similar evening primrose of taller, ranker growth. Often only one blossom on a stalk expands at a time, to increase the chances of cross-fertilization between distinct plants; but where colonies grow it is a conspicuous acquaintance, for its large, bright yellow corollas remain open all day. Bumblebees with their long tongues, and some butterflies, drain the deeply hidden nectar; smaller visitors get some only when it wells up high in the tube. As the stigma surpasses the anthers, self-fertilization is impossible unless an insect blunders by alighting elsewhere than on the lower side, where the stigma is purposely turned to be rubbed against his pollen-laden ventral surface when he settles on a blossom. Unable to reach the nectar, mining and leaf-cutter bees, wasps, flower flies, and beetles visit it for the abundant pollen; and the common little white cabbage butterfly (Pieris protodice) sucks here constantly. The capsules of the sundrops are somewhat club-shaped and four-winged, angled above, with four intervening ribs between. Range from Nova Scotia to Georgia, west beyond the Mississippi.

Floriform sunshine bursts forth from roadsides, fields, and prairies when the COMMON SUNDROPS (Kneiffia fructicosa; formerly Qenothera fructicosa) is in bloom. It’s closely related to the similar evening primrose, which grows taller and bushier. Usually, only one flower opens on a stalk at a time to maximize the chances of cross-pollination between different plants; but where they grow in clusters, it stands out thanks to its large, bright yellow blossoms that stay open all day. Bumblebees with their long tongues and some butterflies sip the deeply hidden nectar; smaller visitors only get some when it rises high enough in the tube. As the stigma grows above the anthers, self-pollination doesn’t happen unless an insect accidentally lands on the wrong side, where the stigma is purposely positioned to rub against its pollen-covered belly when it lands on a flower. Mining and leaf-cutter bees, wasps, flower flies, and beetles visit for the abundant pollen, as they can’t reach the nectar; and the common little white cabbage butterfly (Pieris protodice) constantly feeds here. The capsules of the sundrops are somewhat club-shaped, four-winged and have four ribs in between. They range from Nova Scotia to Georgia, extending west beyond the Mississippi.

A similar, but smaller, diurnal species (K. pumilla), likewise found blooming in dry soil from June to August, has a more westerly range North and South.

A similar, but smaller, daytime species (K. pumilla), also found blooming in dry soil from June to August, has a more westerly range to the North and South.

WILD OR FIELD PARSNIP; MADNEP; TANK
  (Pastinaca sativa) Carrot family

WILD OR FIELD PARSNIP; MADNEP; TANK
  (Pastinaca sativa) Carrot family

Flowers - Dull or greenish yellow, small, without involucre or involucels; borne in 7 to 15 rayed umbels, 2 to 6 in. across. Stem: 2 to 5 ft. tall, stout, smooth, branching, grooved, from a long, conic, fleshy, strong-scented root. Leaves: Compounded (pinnately), of several pairs of oval, lobed, or cut, sharply toothed leaflets; the petioled lower leaves often 1 1/2 ft. long. Preferred Habitat - Waste places, roadsides, fields. Flowering Season - June-September. Distribution - Common throughout nearly all parts of the United States and Canada. Europe.

Flowers - Dull or greenish-yellow, small, with no involucre or involucels; found in 7 to 15 rayed umbels, measuring 2 to 6 inches across. Stem: 2 to 5 feet tall, sturdy, smooth, branching, grooved, originating from a long, conic, fleshy, strongly scented root. Leaves: Compound (pinnate), made up of several pairs of oval, lobed, or cut leaflets with sharp teeth; the petioled lower leaves can be up to 1.5 feet long. Preferred Habitat - Abandoned areas, roadsides, fields. Flowering Season - June to September. Distribution - Common in almost all parts of the United States and Canada, as well as Europe.

Men are not the only creatures who feed upon such of the umbel-bearing plants as are innocent - parsnips, celery, parsley, carrots, caraway, and fennel, among others; and even those which contain properties that are poisonous to highly organized men and beasts, afford harmless food for insects. Pliny says that parsnips, which were cultivated beyond the Rhine in the days of Tiberius, were brought to Rome annually to please the emperor's exacting palate; yet this same plant, which has overrun two continents, in its wild state (when its leaves are a paler yellowish green than under cultivation) often proves poisonous. A strongly acrid juice in the very tough stem causes intelligent cattle to let it alone - precisely the object desired. But caterpillars of certain swallow-tail butterflies, particularly of the common eastern swallow-tail (Papilio asterias), may be taken on it - the same greenish, black-banded, and yellow-dotted fat "worm" found on parsnips, fennel, and parsley in the kitchen garden. Insects understood plant relationships ages before Linnaeus defined them. When we see this dark, velvety butterfly, marked with yellow, hovering above the wild parsnip, we may know she is there only to lay eggs that her larvae may eat their way to maturity on this favorite food store. After the flat, oval, shining seeds with their conspicuous oil tubes are set in the spreading umbels, the strong, vigorous plant loses nothing of its decorative charm.

Men aren’t the only ones that eat the harmless umbel-bearing plants like parsnips, celery, parsley, carrots, caraway, and fennel; even the ones that are toxic to highly developed humans and animals provide safe food for insects. Pliny mentions that parsnips, which were grown beyond the Rhine during Tiberius's time, were brought to Rome every year to satisfy the emperor's picky taste; yet this same plant, which has spread over two continents, can be poisonous in its wild state (when the leaves are a light yellowish-green compared to cultivated ones). A strongly bitter juice in the tough stem keeps intelligent cattle away from it, which is exactly what is intended. However, caterpillars of certain swallow-tail butterflies, especially the common eastern swallow-tail (Papilio asterias), feed on it—these are the same green, black-banded, and yellow-dotted caterpillars found on parsnips, fennel, and parsley in the vegetable garden. Insects understood plant relationships long before Linnaeus categorized them. When we see this dark, velvety butterfly with yellow markings hovering over wild parsnip, we know she’s only there to lay eggs so her larvae can munch their way to maturity on this preferred food source. After the flat, oval, shiny seeds with their noticeable oil tubes are set in the spreading umbels, the strong, vigorous plant doesn’t lose any of its decorative appeal.

>From April to June the lower-growing EARLY or GOLDEN MEADOW PARSNIP (Zizia aurea) spreads its clearer yellow umbels above moist fields, meadows, and swamps from New Brunswick and Dakota to the Gulf of Mexico. Its leaves are twice or thrice compounded of oblong, pointed, saw-edged, but not lobed leaflets.

>From April to June, the shorter EARLY or GOLDEN MEADOW PARSNIP (Zizia aurea) displays its bright yellow flower clusters over wet fields, meadows, and swamps from New Brunswick and Dakota to the Gulf of Mexico. Its leaves are divided twice or three times into elongated, pointed, serrated, but not lobed leaflets.

The HAIRY-JOINTED MEADOW PARSNIP (Thaspium barbinode), another early bloomer, with pale-yellow flowers, most common in the Mississippi basin, may always be distinguished by the little tufts of hair at the joints of the stem, the compound leaves, and often on the rays of the umbels.

The HAIRY-JOINTED MEADOW PARSNIP (Thaspium barbinode), another early bloomer with pale-yellow flowers, is most commonly found in the Mississippi basin. It can always be recognized by the small tufts of hair at the joints of the stem, the compound leaves, and often on the rays of the umbels.

A yellow variety of the PURPLE MEADOW PARSNIP, which is popularly known as GOLDEN ALEXANDERS (T. trifoliatum var. aureum), confines itself chiefly to woodlands. The leaves are compounded of three leaflets, longer and more lance-shaped in outline than those of other yellow species.

A yellow variety of the PURPLE MEADOW PARSNIP, commonly known as GOLDEN ALEXANDERS (T. trifoliatum var. aureum), is mainly found in woodlands. The leaves are made up of three leaflets, which are longer and more lance-shaped compared to those of other yellow species.

FOUR-LEAVED or WHORLED LOOSESTRIFE; CROSSWORT
  (Lysimachia quadrifolia) Primrose family

FOUR-LEAVED or WHORLED LOOSESTRIFE; CROSSWORT
  (Lysimachia quadrifolia) Primrose family

Flowers - Yellow, streaked with dark red, 1/2 in. across or less; each on a thread-like, spreading footstem from a leaf axil. Calyx, 5 to 7 parted; corolla of 5 to 7 spreading lobes, and as many stamens inserted on the throat; 1 pistil. Stem: Slender, erect, to 3 ft. tall, leafy. Leaves: In whorls of 4 (rarely in 3's to 7's), lance-shaped or oblong, entire, black dotted. Preferred Habitat - Open woodland, thickets, roadsides, moist, sandy soil. Flowering Season - June-August. Distribution - Georgia and Illinois, north to New Brunswick.

Flowers - Yellow, marked with dark red, 1/2 inch across or smaller; each on a thin, spreading stem from a leaf axil. Calyx, 5 to 7 parts; corolla of 5 to 7 spreading lobes, and as many stamens attached at the throat; 1 pistil. Stem: Slender, upright, up to 3 feet tall, leafy. Leaves: In groups of 4 (rarely in 3's to 7's), lance-shaped or oblong, whole, with black dots. Preferred Habitat - Open woodlands, thickets, roadsides, moist, sandy soil. Flowering Season - June-August. Distribution - Georgia and Illinois, north to New Brunswick.

Medieval herbalists usually recorded anything that "Plinie saieth" with profoundest respect; not always so, quaint old Parkinson. Speaking of the common (vulgaris), wild loosestrife of Europe, a rather stout, downy species with terminal clusters of good-sized, yellow flowers, that was once cultivated in our Eastern States, and has sparingly escaped from gardens, he thus refers to the reputation given it by the Roman naturalist: "It is believed to take away strife, or debate between ye beasts, not onely those that are yoked together, but even those that are wild also, by making them tame and quiet…if it be either put about their yokes or their necks," significantly adding, "which how true, I leave to them shall try and find it soe." Our slender, symmetrical, common loosestrife, with its whorls of leaves and little star-shaped blossoms on thread-like pedicels at regular intervals up the stem, is not even distantly related to the wonderful purple loosestrife (q.v.).

Medieval herbalists often recorded anything that "Pliny said" with great respect; however, quaint old Parkinson had a different take. Discussing the common wild loosestrife of Europe, a relatively thick, downy species with clusters of large yellow flowers that was once grown in the Eastern States and has gradually escaped from gardens, he mentions its reputation as described by the Roman naturalist: "It is believed to resolve strife or arguments between animals, not only those that are yoked together but also wild ones, by calming them if it is placed around their yokes or necks," clearly adding, "how true this is, I leave to those who will try it and find out." Our slender and symmetrical common loosestrife, with its whorled leaves and small star-shaped flowers on thread-like stems at regular intervals, is not even remotely related to the beautiful purple loosestrife (see above).

Another common, lower-growing species, the BULB-BEARING LOOSESTRIFE (L. terrestris; L. stricta of Gray) - blooming from July to September, lifts a terminal, elongated raceme of even smaller, slender-pedicelled, yellow flowers streaked or dotted with reddish; and in the axils of its abundant, opposite, lance-shaped, black-dotted leaves, long bulblets, that are in reality suppressed branches, are usually borne after the flowering season. Occasionally no flowers are produced, only these strange bulblets. In this state Linnaeus mistook the plant for a terrestrial mistletoe. This species shows a decided preference for swamps, moist thickets, and ditches throughout a range which extends from Manitoba and Arkansas to the Atlantic Ocean.

Another common, shorter-growing species, the BULB-BEARING LOOSESTRIFE (L. terrestris; L. stricta of Gray) - blooming from July to September, produces a long, upright cluster of even smaller, slender-stemmed yellow flowers with reddish streaks or spots; and in the axils of its many opposite, lance-shaped leaves marked with black dots, long bulblets, which are actually shortened branches, usually appear after the flowers have bloomed. Sometimes, no flowers are produced, just these peculiar bulblets. In this state, Linnaeus mistook the plant for a kind of terrestrial mistletoe. This species clearly prefers swamps, damp thickets, and ditches across a range that stretches from Manitoba and Arkansas to the Atlantic Ocean.

MONEYWORT, or CREEPING LOOSESTRIFE (L. Nummularia), a native of Great Britain, which has long been a favorite vine in American hanging baskets and urns, when kept in moist soil, suspended from a veranda, will produce prolific shoots two or three feet in length, hanging down on all sides. Pairs of yellow, dark-spotted, five-lobed flowers grow from the axils of the opposite leaves from June to August. One often finds it running wild in moist soil beyond the pale of old gardens from Pennsylvania and Indiana northward into Canada. Slight encouragement in starting runaways would easily induce the hardy little evergreen to be as common here as it is in England.

MONEYWORT, or CREEPING LOOSESTRIFE (L. Nummularia), is a plant native to Great Britain that has been a popular choice for hanging baskets and urns in America. When planted in moist soil and hung from a veranda, it can produce vigorous shoots that reach two to three feet long, cascading on all sides. From June to August, pairs of yellow flowers with dark spots and five lobes bloom from the axils of the opposite leaves. It's frequently found growing wild in moist soil beyond the boundaries of old gardens, extending from Pennsylvania and Indiana northward into Canada. A little encouragement to help it spread would easily make this hardy little evergreen as common here as it is in England.

The LANCE-LEAVED LOOSESTRIFE (Steironema lanceolatum), most common in the West and South, although it is by no means rare in the northeastern States, produces either single blossoms or few-flowered, spreading, axillary clusters on slender peduncles, each unspotted, yellow corolla half an inch across or over; the petal edges as if gnawed by the finest of teeth; the pointed calyx segments showing between them. Sterile stamens in addition to the fertile ones characterize this clan. In moist soil it blooms from June to August. It is a strange fact that female bees of the genus Macropis have never been taken on plants outside the loosestrife connection. Here there appears to be the closest interdependence between flower and insect. Even in Germany, Muller found them by far the most abundant visitors, "diligently sweeping the flowers (L. vulgaris) and piling large masses of moistened pollen on their hind legs." He inclined to believe that such blossoms in this group as have spots or streaks on their petals - pathfinders for insect visitors - are largely dependent on them, and cannot easily fertilize themselves; whereas the unmarked blossoms, growing in such situations as are less favorable to insect visits, are regularly self-fertile.

The LANCE-LEAVED LOOSESTRIFE (Steironema lanceolatum) is most commonly found in the West and South, although it’s not rare in the northeastern States. It produces either single flowers or small clusters of few flowers that spread on slim stalks, each with a bright yellow corolla that's about half an inch wide or more; the petal edges look like they’ve been chewed by tiny teeth, with pointed calyx segments visible between them. This species is characterized by having sterile stamens along with the fertile ones. It blooms from June to August in moist soil. Interestingly, female bees from the Macropis genus have never been found on plants other than loosestrife. This indicates a close relationship between the flower and the insect. Even in Germany, Muller found them to be the most frequent visitors, "diligently collecting pollen from the flowers (L. vulgaris) and piling large amounts of moist pollen on their hind legs." He suggested that flowers in this group with spots or streaks on their petals—serving as guides for insect visitors—are largely dependent on them and have difficulty fertilizing themselves, while unmarked flowers, which are in less favorable locations for insect visits, tend to be self-fertile.

BUTTERFLY-WEED; PLEURISY-ROOT; ORANGE-ROOT; ORANGE MILKWEED
  (Asclepias tuberosa) Milkweed family

BUTTERFLY-WEED; PLEURISY-ROOT; ORANGE-ROOT; ORANGE MILKWEED
  (Asclepias tuberosa) Milkweed family

Flowers - Bright reddish orange, in many-flowered, terminal clusters, each flower similar in structure to the common milkweed (q.v.). Stem: Erect, 1 to 2 ft. tall, hairy, leafy, milky juice scanty. Leaves: Usually all alternate, lance-shaped, seated on stem. Fruit: A pair of erect, hoary pods, 2 to 5 in. long, at least containing silky plumed seeds. Preferred Habitat - Dry or sandy fields, hills, roadsides. Flowering Season - June-September. Distribution - Maine and Ontario to Arizona, south to the Gulf of Mexico.

Flowers - Bright reddish-orange, in clusters with many flowers at the top, each flower similar in structure to common milkweed (see above). Stem: Upright, 1 to 2 feet tall, hairy, leafy, with little milky juice. Leaves: Usually all alternate, lance-shaped, attached to the stem. Fruit: A pair of upright, grayish-white pods, 2 to 5 inches long, each containing silky, feathery seeds. Preferred Habitat - Dry or sandy fields, hills, and roadsides. Flowering Season - June to September. Distribution - From Maine and Ontario to Arizona, south to the Gulf of Mexico.

Intensely brilliant clusters of this the most ornamental of all native milkweeds set dry fields ablaze with color. Above them butterflies hover, float, alight, sip, and sail away - the great, dark, velvety, pipe-vine swallow-tail (Papilio philenor), its green-shaded hind wings marked with little white half moons; the yellow and brown, common, Eastern swallow-tail (P. asterias), that we saw about the wild parsnip and other members of the carrot family the exquisite, large, spice-bush swallow-tail, whose bugaboo caterpillar startled us when we unrolled a leaf of its favorite food supply (see spice-bush); the small, common, white, cabbage butterfly (Pieris protodice); the even more common little sulphur butterflies, inseparable from clover fields and mud puddles; the painted lady that follows thistles around the globe; the regal fritillary (Argynnis idalia), its black and fulvous wings marked with silver crescents, a gorgeous creature developed from the black and orange caterpillar that prowls at night among violet plants; the great spangled fritillary of similar habit; the bright fulvous and black pearl crescent butterfly (Phyciodes tharos), its small wings usually seen hovering about the asters; the little grayish-brown, coral hair-streak (Thecla titus), and the bronze copper (Chrysophanus thoe), whose caterpillar feeds on sorrel (Rumex); the delicate, tailed blue butterfly (Lycaena comyntas), with a wing expansion of only an inch from tip to tip; all these visitors duplicated again and again - these and several others that either escaped the net before they were named, or could not be run down, were seen one bright midsummer day along a Long Island roadside bordered with butterfly weed. Most abundant of all was still another species, the splendid monarch (Anosia plexippus), the most familiar representative of the tribe of milkweed butterflies (see common milkweed). Swarms of this enormously prolific species are believed to migrate to the Gulf States, and beyond at the approach of cold weather, as regularly as the birds, traveling in numbers so vast that the naked trees on which they pause to rest appear to be still decked with autumnal foliage. This milkweed butterfly "is a great migrant," says Dr. Holland, "and within quite recent years, with Yankee instinct, has crossed the Pacific, probably on merchant vessels, the chrysalids being possibly concealed in bales of hay, and has found lodgment in Australia where it has greatly multiplied in the warmer parts of the Island Continent, and has thence spread northward and westward, until in its migrations it has reached Java and Sumatra, and long ago took possession of the Philippines…. It has established a more or less precarious foothold for itself in southern England. It is well established at the Cape Verde Islands, and in a short time we may expect to hear of it as having taken possession of the Continent of Africa, in which the family of plants upon which the caterpillars feed is well represented."

Intensely bright clusters of this most decorative native milkweed light up dry fields with color. Above them, butterflies hover, float, land, sip, and fly away – the great, dark, velvety pipe-vine swallowtail (Papilio philenor), with its green-tinted hind wings adorned with little white half-moons; the yellow and brown common Eastern swallowtail (P. asterias), which we saw near wild parsnip and other plants in the carrot family; the exquisite large spice-bush swallowtail, whose striking caterpillar surprised us when we unfolded a leaf of its preferred food (see spice-bush); the small, common white cabbage butterfly (Pieris protodice); the even more common little sulphur butterflies, always found in clover fields and mud puddles; the painted lady that follows thistles around the world; the regal fritillary (Argynnis idalia), with its black and orange caterpillar that prowls at night among violet plants; the great spangled fritillary with similar habits; the bright fulvous and black pearl crescent butterfly (Phyciodes tharos), whose small wings are usually seen hovering around asters; the little grayish-brown coral hair-streak (Thecla titus), and the bronze copper (Chrysophanus thoe), whose caterpillar feeds on sorrel (Rumex); the delicate tailed blue butterfly (Lycaena comyntas), with a wingspan of just an inch from tip to tip; all these visitors appeared again and again – these and several others that either escaped before being named or couldn’t be caught were seen one bright midsummer day along a Long Island roadside lined with butterfly weed. The most abundant was yet another species, the splendid monarch (Anosia plexippus), the most familiar representative of the milkweed butterfly family (see common milkweed). It’s believed that swarms of this highly prolific species migrate to the Gulf States and beyond when cold weather approaches, as regularly as birds, traveling in such vast numbers that the bare trees where they stop to rest seem to still be adorned with autumn leaves. This milkweed butterfly "is a great migrant," says Dr. Holland, "and in recent years, with its Yankee instincts, has crossed the Pacific, likely on merchant ships, with the chrysalids possibly hidden in bales of hay, and has settled in Australia where it has greatly increased in population in the warmer areas of the continent, and has spread northward and westward, reaching Java and Sumatra in its migrations and long ago establishing itself in the Philippines…. It has built a more or less precarious foothold in southern England. It is well established in the Cape Verde Islands, and soon we can expect to hear that it has taken over the continent of Africa, where the plants that caterpillars feed on are well represented."

Surely here is a butterfly flower if ever there was one, and such are rare. Very few are adapted to tongues so long and slender that the bumblebee cannot help himself to their nectar; but one almost never sees him about the butterfly-weed. While other bees, a few wasps, and even the ruby-throated hummingbird, which ever delights in flowers with a suspicion of red about them, sometimes visit these bright clusters, it is to the ever-present butterfly that their marvelous structure is manifestly adapted. Only visitors long of limb can easily remove the pollinia, which are usually found dangling from the hairs of their legs. We may be sure that after generously feeding its guests, the flower does not allow many to depart without rendering an equivalent service. The method of compelling visitors to withdraw pollen-masses from one blossom and deposit them in another - an amazing process - has been already described under the common milkweed. Lacking the quantity of sticky milky juice which protects that plant from crawling pilferers, the butterfly-weed suffers outrageous robberies from black ants. The hairs on its stem, not sufficient to form a stockade against them, serve only as a screen to reflect light lest too much may penetrate to the interior juices. We learned, in studying the prickly pear cactus, how necessary it is for plants living in dry soil to guard against the escape of their precious moisture.

Surely, this is a butterfly flower if there ever was one, and such flowers are rare. Very few are designed for tongues so long and slender that bumblebees can't help but take their nectar; however, you hardly ever see them around the butterfly-weed. While other bees, a few wasps, and even the ruby-throated hummingbird, which loves flowers with a hint of red, sometimes visit these bright clusters, it's the ever-present butterfly that their amazing structure is clearly designed for. Only visitors with long limbs can easily remove the pollen, which is usually found hanging from the hairs on their legs. We can be sure that after generously feeding its guests, the flower doesn’t let many leave without providing an equivalent service. The way it makes visitors take pollen from one blossom and deposit it in another—which is an incredible process—was already described under the common milkweed. Lacking the sticky milky juice that protects that plant from crawling thieves, the butterfly-weed suffers from outrageous thefts by black ants. The hairs on its stem, not enough to create a barrier against them, only serve to reflect light so that too much doesn't reach the inner juices. We learned, by studying the prickly pear cactus, how important it is for plants living in dry soil to protect their precious moisture from escaping.

Transplanted from Nature's garden into our own, into what Thoreau termed "that meager assemblage of curiosities, that poor apology for Nature and Art which I call my front yard," clumps of butterfly-weed give the place real splendor and interest. It is said the Indians used the tuberous root of this plant for various maladies, although they could scarcely have known that because of the alleged healing properties of the genus Linnaeus dedicated it to Aesculapius, of whose name Asclepias is a Latinized corruption.

Transplanted from Nature's garden into our own, into what Thoreau called "that meager collection of curiosities, that poor imitation of Nature and Art which I refer to as my front yard," clumps of butterfly weed bring real beauty and interest to the place. It's said that the Native Americans used the tuberous root of this plant for various ailments, even though they probably didn’t realize that because of its supposed healing properties, Linnaeus named it after Aesculapius, with Asclepias being a Latinized version of his name.

HORSE-BALM; CITRONELLA; RICH-WEED; STONE-ROOT; HORSE-WEED
  (Collinsonia Canadensis) Mint family

HORSE-BALM; CITRONELLA; RICH-WEED; STONE-ROOT; HORSE-WEED
  (Collinsonia Canadensis) Mint family

Flowers - Light yellowish, lemon-scented, about 1/2 in. long, mostly opposite, in numerous spreading racemes, forming long, loose terminal clusters. Calyx bell-shaped, 2-lipped, upper lip 3-toothed, lower lip 2-cleft; corolla 5-lobed, 4 lobes nearly equal, the fifth much larger, fringed; stamens protruding, 2 anther-bearing; 1 long style, the stigma forked. Preferred Habitat - Rich, moist woods. Flowering Season - July-October. Distribution - New England, Ontario, and Wisconsin, south to Florida and Kansas.

Flowers - Light yellow, lemon-scented, about 0.5 inches long, mostly opposite, in numerous spreading clusters, forming long, loose terminal groupings. The calyx is bell-shaped and has two lips: the upper lip is 3-toothed, and the lower lip is 2-cleft; the corolla is 5-lobed, with 4 lobes nearly equal and the fifth much larger and fringed; stamens are protruding, with 2 that bear anthers; there’s 1 long style with a forked stigma. Preferred Habitat - Rich, moist woods. Flowering Season - July-October. Distribution - New England, Ontario, and Wisconsin, extending south to Florida and Kansas.

Now that we have come to read the faces of flowers much as their insect friends must have done for countless ages, we suspect at a glance that the strong-scented horse-balm, with its profusion of lemon-colored, irregular little blossoms, is up to some ingenious trick. The lower lip, out of all proportion to the rest of the corolla, flaunting its enticing fringes; the long stamens protruding from some flowers, and only the long style from others on the same plant, excite our curiosity. Where many fragrant clumps grow in cool, shady woods at midsummer, is an excellent place to rest a while and satisfy it. Presently a bumblebee, attracted by the odor from afar, alights on the fringed platform too weak to hold him. Dropping downward, he snatches the filaments of the two long stamens to save himself; and, as he does so, pollen jarred out of their anther sacs falls on his thorax at the juncture of his wings. Hanging beneath the flower a second, he sips its nectar and is off. Many bees, large and small, go through a similar performance. Now the young, newly opened flowers have the forked stigmas of the long style only protruding at this stage, the miniature stamens being still curled within the tube. Obviously a pollen-dusted bee coming to one of these young flowers must rub off some of the vitalizing dust on the sticky fork that purposely impedes his entrance at the precise spot necessary. Notice that after a flower's stamens protrude in the second stage of its development the fork is turned far to one side to get out of harm's way - self-fertilization being an abomination. It was the lamented William Hamilton Gibson who first called attention to the horse-balm's ingenious scheme to prevent it.

Now that we’ve learned to read the faces of flowers like their insect friends have for ages, we can quickly tell that the strongly-scented horse-balm, with its abundance of lemon-colored, oddly-shaped little blossoms, has some clever trick up its sleeve. The lower lip, which is much larger than the rest of the flower, shows off its tempting fringes; the long stamens sticking out from some flowers and just the long style from others on the same plant spark our curiosity. In places where many fragrant clusters bloom in cool, shady woods during midsummer, it’s a great spot to take a break and satisfy that curiosity. Soon, a bumblebee, drawn by the scent from a distance, lands on the fringed platform that’s too weak to hold him. As he drops down, he grabs onto the filaments of the two long stamens to catch himself; in doing so, pollen shaken loose from their anther sacs falls onto his thorax at the point where his wings meet. Hanging under the flower, he drinks its nectar and then flies off. Many bees, both large and small, perform similar acts. At this stage, the young, newly opened flowers only have the forked stigmas of the long style sticking out, while the tiny stamens are still curled inside the tube. Clearly, a pollen-covered bee visiting one of these young flowers must brush off some of the vital pollen on the sticky fork that deliberately blocks his entrance right at the exact spot needed. Notice that after a flower's stamens emerge in the second stage of its growth, the fork is angled far to one side to avoid any mishaps—self-fertilization is not desirable. It was the sadly missed William Hamilton Gibson who first highlighted the horse-balm’s clever strategy to prevent it.

VIRGINIA GROUND CHERRY
  (Physalis Virginiana; P. Pennsylvanica of Gray) Potato family

VIRGINIA GROUND CHERRY
  (Physalis Virginiana; P. Pennsylvanica of Gray) Potato family

Flowers - Sulphur or greenish yellow, with 5 dark purplish dots, 1 in. across or less, solitary from the leaf axils. Calyx 5-toothed, much inflated in fruit; corolla open bell-shaped, the edge 5-cleft; 5 stamens, the anthers yellow, style slender, 2-cleft. Stem: l 1/2 to 3 ft. tall, erect, more or less hairy or glandular, branched, from a thick rootstock. Leaves: Ovate to lanceolate, tapering at both ends or wedge-shaped, often yellowish green, entire or sparingly wavy-toothed. Fruit: An inflated, 5-angled capsule, sunken at the base, loosely surrounding the edible reddish berry. Preferred Habitat - Open ground; rich, dry pastures; hillsides. Flowering Season - July-September Distribution - New York to Manitoba, south to the Gulf States.

Flowers - Sulphur or greenish yellow, with 5 dark purplish dots, 1 inch across or less, growing alone from the leaf axils. The calyx has 5 teeth and is greatly inflated when it bears fruit; the corolla is open and bell-shaped, with a 5-cleft edge; it has 5 stamens, the anthers are yellow, and the style is slender and 2-cleft. Stem: 1.5 to 3 feet tall, upright, more or less hairy or glandular, branched from a thick rootstock. Leaves: Ovate to lanceolate, tapering at both ends or wedge-shaped, often yellowish green, entire or with sparse wavy teeth. Fruit: An inflated, 5-angled capsule, sunken at the base, loosely enclosing the edible reddish berry. Preferred Habitat - Open ground; rich, dry pastures; hillsides. Flowering Season - July-September Distribution - New York to Manitoba, south to the Gulf States.

A common plant, so variable, however, that the earlier botanists thought it must be several distinct species, lanceolata among others. A glance within shows that the open flower is not so generous as its spreading form would seem to indicate, for tufts of dense hairs at each side of grooves where nectar is secreted, conceal it from the mob, and, with the thickened filaments, almost close the throat. Doubtless these hairs also serve as footholds for the welcome bee clinging to its pendent host. The dark spots are pathfinders. One anther maturing after another, a visitor must make several trips to secure all the pollen, and if she is already dusted from another blossom, nine chances out of ten she will first leave some of the vitalizing dust on the stigma poked forward to receive it before collecting more. Professor Robertson says that all the ground cherries near his home in Illinois are remarkable for their close mutual relation with two bees of the genus Colletes. So far as is known, the insignificant little greenish or purplish bell-shaped flowers of the Alum-root (Heuchera Americana), with protruding orange anthers, are the only other ones to furnish these females with pollen for their babies' bread. Slender racemes of this species are found blooming in dry or rocky woods from the Mississippi eastward, from May to July, by which time the ground cherry is ready to provide for the bee's wants. The similar Philadelphia species was formerly cultivated for its "strawberry tomato." Many birds which feast on all this highly attractive fruit disperse the numerous kidney-shaped seeds.

A common plant, but so varied that earlier botanists thought it might be several different species, including lanceolata. A look inside shows that the open flower isn’t as generous as its wide shape implies, since tufts of dense hairs along the grooves where nectar is secreted hide it from bees, and with the thick filaments, they nearly close off the throat. These hairs likely act as footholds for bees clinging to their dangling host. The dark spots guide the bees. One anther ripens after another, so a visitor has to make several trips to collect all the pollen, and if she’s already dusted from another flower, she’ll probably leave some of that vital pollen on the stigma that’s sticking out to catch it before gathering more. Professor Robertson mentions that all the ground cherries near his place in Illinois have a close relationship with two types of bees from the genus Colletes. As far as we know, the tiny green or purplish bell-shaped flowers of the Alum-root (Heuchera Americana), with their protruding orange anthers, are the only other ones that provide these females with pollen for their young. Slim racemes of this species bloom in dry or rocky woods from the Mississippi River eastward, from May to July, by which time the ground cherry is ready to meet the bees' needs. The similar Philadelphia species used to be grown for its "strawberry tomato." Many birds that enjoy the attractive fruit help spread the numerous kidney-shaped seeds.

GREAT MULLEIN; VELVET or FLANNEL PLANT; MULLEIN DOCK; AARON'S ROD
  (Verbascum Thapsus) Figwort family

GREAT MULLEIN; VELVET or FLANNEL PLANT; MULLEIN DOCK; AARON'S ROD
  (Verbascum Thapsus) Figwort family

Flowers - Yellow, 1 in. across or less, seated around a thick, dense, elongated spike. Calyx 5-parted; corolla of 5 rounded lobes; 5 anther-bearing stamens, the 3 upper ones short, woolly; 1 pistil. Stem: Stout, 2 to 7 ft. tall, densely woolly, with branched hairs. Leaves: Thick, pale green, velvety-hairy, oblong, in a rosette on the ground; others alternate, strongly clasping the stem. Preferred Habitat - Dry fields, banks, stony waste land. Flowering Season - June-September. Distribution - Minnesota and Kansas, eastward to Nova Scotia and Florida. Europe.

Flowers - Yellow, 1 inch across or smaller, arranged around a thick, dense, elongated spike. The calyx has 5 parts; the corolla consists of 5 rounded lobes; there are 5 anther-bearing stamens, with the 3 upper ones being short and fluffy; and there is 1 pistil. Stem: Sturdy, 2 to 7 feet tall, covered in dense woolly hairs with branched hairs. Leaves: Thick, pale green, velvety-hairy, oblong, in a rosette at the base; others are arranged alternately, strongly clasping the stem. Preferred Habitat - Dry fields, banks, and stony wasteland. Flowering Season - June to September. Distribution - Minnesota and Kansas, extending east to Nova Scotia and Florida. Europe.

Leaving the fluffy thistle-down he has been kindly scattering to the four winds, the goldfinch spreads his wings for a brief undulating flight, singing in waves also as he goes to where tall, thick-set mullein stalks stand like sentinels above the stony pasture. Here companies of the exquisite little black and yellow minstrels delight to congregate with their somber families and feast on the seeds that rapidly follow the erratic flowers up the gradually lengthening spikes.

Leaving the fluffy thistle-down he’s been generously spreading to the wind, the goldfinch spreads his wings for a brief, fluttery flight, singing in waves as he heads to the tall, sturdy mullein stalks standing like sentinels over the rocky pasture. Here, groups of the beautiful little black and yellow singers love to gather with their somber families and feast on the seeds that quickly follow the unpredictable flowers up the gradually lengthening spikes.

Delpino long ago pointed out that the blossom is best adapted to pollen-collecting bees, which, alighting on the two long, protruding stamens, rub off pollen on their undersides while clinging for support to the wool on the three shorter stamens, whose anthers supply their needs. As a bee settles on another flower, the stigma is calculated to touch the pollen on his under side before he gets dusted with more; thus cross-pollination is effected. Three stamens furnish a visitor with food, two others clap pollen on him. Numerous flies assist in removing the pollen, too.

Delpino pointed out long ago that the flower is designed for pollen-collecting bees. When these bees land on the two long, protruding stamens, they rub off pollen on their undersides while holding on to the wool on the three shorter stamens, which provide the pollen they need. As a bee moves to another flower, the stigma is positioned to touch the pollen on its underside before it gets covered in more pollen, ensuring cross-pollination. Three stamens give the bee food, while two others cover it with pollen. Many flies also help remove the pollen.

"I have come three thousand miles to see the mullein cultivated in a garden, and christened the velvet plant," says John Burroughs in "An October Abroad." But even in England it grows wild, and much more abundantly in Southern Europe, while its specific name is said to have been given it because it was so common in the neighborhood of Thapsus; but whether the place of that name in Africa, or the Sicilian town mentioned by Ovid and Virgil, is not certain. Strange that Europeans should labor under the erroneous impression that this mullein is native to America, whereas here it is only an immigrant from their own land. Rapidly taking its course of empire westward from our seaports into which the seeds smuggled their passage among the ballast, it is now more common in the Eastern States, perhaps, than any native. Forty or more folk-names have been applied to it, mostly in allusion to its alleged curative powers, its use for candlewick and funeral torches in the Middle Ages. The generic title, first used by Pliny, is thought to be a corruption of Barbascum = with beards, in allusion to the hairy filaments, or, as some think, to the leaves.

"I've traveled three thousand miles to see the mullein grown in a garden, known as the velvet plant," says John Burroughs in "An October Abroad." But even in England, it grows wild, and much more plentifully in Southern Europe. Its specific name is said to have originated from its abundance around Thapsus; however, it's unclear whether that refers to the location in Africa or the Sicilian town mentioned by Ovid and Virgil. It's odd that Europeans mistakenly believe this mullein is native to America, where it is actually just an immigrant from their own land. Quickly making its way westward from our ports—where the seeds sneaked in with the ballast—it has now become more common in the Eastern States, perhaps, than any native plant. It has been given forty or more folk names, mostly referencing its supposed healing properties, as well as its use for candle wicks and funeral torches in the Middle Ages. The generic name, first used by Pliny, is thought to be a corruption of Barbascum, meaning "with beards," referencing the hairy filaments or, as some suggest, the leaves.

Of what use is this felt-like covering to the plant? The importance of protecting the delicate, sensitive, active cells from intense light, draught, or cold, have led various plants to various practices; none more common, however, than to develop hairs on the epidermis of their leaves, sometimes only enough to give it a downy appearance, sometimes to coat it with felt, as in this case, where the hairs branch and interlace. Fierce sunlight in the exposed, dry situations where the mullein grows; prolonged drought, which often occurs at flowering season, when the perpetuation of the species is at stake; and the intense cold which the exquisite rosettes formed by year-old plants must endure through a winter before they can send up a flower-stalk the second spring - these trials the well-screened, juicy, warm plant has successfully surmounted through its coat of felt. Hummingbirds have been detected gathering the hairs to line their tiny nests. The light, strong stalk makes almost as good a cane as bamboo, especially when the root end, in running under a stone, forms a crooked handle. Pale country beauties rub their cheeks with the velvety leaves to make them rosy.

What’s the purpose of this felt-like covering for the plant? Protecting the delicate, sensitive, active cells from strong light, drafts, or cold has driven various plants to adapt in different ways; however, nothing is more common than developing hairs on the surface of their leaves, which can sometimes give them a fuzzy look and other times cover them in felt, as seen here where the hairs branch and intertwine. The harsh sunlight in the exposed, dry areas where mullein thrives; prolonged droughts that often happen during flowering season, when the survival of the species is at risk; and the extreme cold that the delicate rosettes formed by year-old plants must withstand through winter before they can produce a flower stalk the following spring—these challenges are well managed by the cushioned, juicy, warm plant thanks to its felt coat. Hummingbirds have been spotted collecting the hairs to line their tiny nests. The light, sturdy stalk is nearly as effective as bamboo for making a cane, especially when the root end curves under a stone to create a handle. Pale country beauties rub the velvety leaves on their cheeks to give them a rosy glow.

MOTH MULLEIN
  (Verbascum Blattaria) Figwort family

Moth Mullein
  (Verbascum Blattaria) Figwort family

Flowers - Yellow, or frequently white, 5-parted, about 1 in. broad, marked with brown; borne on spreading pedicles in a long, loose raceme; all the filaments with violet hairs; 1 protruding pistil. Stem: Erect, slender, simple, about 2 ft. high, sometimes less, or much taller. Leaves: Seldom present at flowering time; oblong to ovate, toothed, mostly sessile, smooth. Preferred Habitat - Dry, open wasteland; roadsides, fields. Flowering Season - June-November. Distribution - Naturalized from Europe and Asia, more or less common throughout the United States and Canada.

Flowers - Yellow, or often white, with 5 parts, about 1 inch wide, marked with brown; held on spreading stems in a long, loose cluster; all the filaments have violet hairs; 1 pistil sticks out. Stem: Erect, slender, simple, about 2 feet high, sometimes shorter, or much taller. Leaves: Rarely present when flowering; oblong to oval, toothed, mostly without a stalk, smooth. Preferred Habitat - Dry, open wasteland; roadsides, fields. Flowering Season - June-November. Distribution - Naturalized from Europe and Asia, more or less common throughout the United States and Canada.

Quite different from its heavy and sluggish looking sister is this sprightly, slender, fragile-flowered mullein. "Said to repel the cockroach (Blatta). hence the name Blattaria; frequented by moths, hence moth mullein." (Britton and Brown's "Flora.") Are the latter frequent visitors? Surely there is nothing here to a moth's liking. New England women used to pack this plant among woolen garments in summer to keep out the tiny clothes moths. The flower, whose two long stamens and pistil protrude as from the great mullein's blossom, and whose filaments are tufted with violet wool footholds - unnecessary provisions for moths, which rarely alight on any flower, but suck with their wings in motion - are cross-fertilized by pollen-collecting bees and flies as described in the account of the great mullein.

Quite different from its heavy and sluggish-looking sister, this lively, slender, delicate-flowered mullein stands out. "It's said to repel the cockroach (Blatta), hence the name Blattaria; it's frequented by moths, hence moth mullein." (Britton and Brown's "Flora.") Are the latter frequent visitors? Surely there’s nothing here that appeals to a moth. New England women used to pack this plant among wool clothes in the summer to keep the tiny clothes moths away. The flower, with its two long stamens and pistil sticking out just like the great mullein’s blossom, has filaments tufted with violet wool footholds—unnecessary for moths, which rarely land on any flower but instead suck nectar with their wings in motion. They are cross-fertilized by pollen-collecting bees and flies, as described in the account of the great mullein.

"Of beautiful weeds quite a long list might be made without including any of the so-called wild flowers," says John Burroughs. "A favorite of mine is the little moth mullein that blooms along the highway, and about the fields, and maybe upon the edge of the lawn." Even in winter, when the slender stem, set with round brown seed-vessels, rises above the snow, the plant is pleasing to the human eye, as it is to that of hungry birds.

"There's a long list of beautiful weeds that doesn’t even include any of the so-called wildflowers," says John Burroughs. "One of my favorites is the little moth mullein that blooms along the highway and in the fields, maybe even at the edge of the lawn." Even in winter, when the slender stem with round brown seed pods rises above the snow, the plant looks nice to the human eye, just like it does to hungry birds.

BUTTER-AND-EGGS; YELLOW TOAD-FLAX; EGGS-AND-BACON; FLAXWEED;
BRIDEWEED
  (Linaria Linaria; L. vulgaris of Gray) Figwort family

BUTTER-AND-EGGS; YELLOW TOAD-FLAX; EGGS-AND-BACON; FLAXWEED;
BRIDEWEED
  (Linaria Linaria; L. vulgaris of Gray) Figwort family

Flowers - Light canary yellow and orange, 1 in. long or over, irregular, borne in terminal, leafy-bracted spikes. Corolla spurred at the base, 2-lipped, the upper lip erect, 2-lobed; the lower lip spreading, 3-lobed, its base an orange-colored palate closing the throat; 4 stamens in pairs within; 1 pistil. Stem: 1 to 3 ft. tall, slender, leafy. Leaves: Pale, grass-like. Preferred Habitat - Wasteland, roadsides, banks, fields. Flowering Season - June-October. Distribution - Nebraska and Manitoba, eastward to Virginia and Nova Scotia. Europe and Asia.

Flowers - Bright canary yellow and orange, about 1 inch long or more, irregularly shaped, found in terminal spikes with leafy bracts. The corolla has a spur at the base and is 2-lipped, with the upper lip upright and 2-lobed; the lower lip is spreading and 3-lobed, featuring an orange-colored palate that closes the throat; there are 4 stamens in pairs inside and 1 pistil. Stem: 1 to 3 feet tall, slender, and leafy. Leaves: Pale and grass-like. Preferred Habitat - Wastelands, roadsides, banks, and fields. Flowering Season - June to October. Distribution - From Nebraska and Manitoba, eastward to Virginia and Nova Scotia. Also found in Europe and Asia.

An immigrant from Europe, this plebeian perennial, meekly content with waste places, is rapidly inheriting the earth. Its beautiful spikes of butter-colored cornucopias, apparently holding the yolk of a diminutive Spanish egg, emit a cheesy odor, suggesting a close dairy. Perhaps half the charm of the plant consists in the pale bluish-green grass-like leaves with a bloom on the surface, which are put forth so abundantly from the sterile shoots. (See blue toad-flax.)

An immigrant from Europe, this humble perennial, quietly thriving in neglected areas, is quickly taking over the land. Its gorgeous spikes of butter-colored blooms, resembling the yolk of a tiny Spanish egg, give off a cheesy scent, hinting at a nearby dairy. Maybe half of the plant's appeal lies in the pale bluish-green, grass-like leaves with a bloom on the surface, which grow so plentifully from the barren stems. (See blue toad-flax.)

Guided by the orange palate pathfinder to where the curious, puzzling flower opens, the big velvety bumblebee alights, his weight depressing the lower lip until a comfortable entrance through the gaping mouth is offered him. In he goes, and his long tongue readily reaches the nectar in the deep spur, while his back brushes off pollen from the stamens in his way overhead. Then he backs out, and the gaping mouth springs shut after him - for the linaria is akin to the snapdragon in the garden. As its stamens are of two lengths, the flower is able to fertilize itself in stormy weather, insects failing to transfer its pollen. To drain ten of these spurs a minute is no difficult task for the bumblebee. But how slowly, painfully, the little lightweight hive-bees and leaf-cutters squeeze in between the tight lips. An occasional butterfly inserts its long, thin tongue, and, without transferring a grain of pollen for the flower, robs it of sweets clearly intended for the bumblebee alone. Even when ants - the worst pilferers extant - succeed in entering, they cannot reach the nectar, owing to the hairy stockade bordering the groove where it runs. Beetles, out for pollen, also occasionally steal an entrance, if nothing more. Grazing cattle let the plant alone to ripen seed in peace, for it secretes disagreeable juices in its cells - juices that were once mixed with milk by farmers' wives to poison flies.

Guided by the orange trail to where the intriguing flower blooms, the big, velvety bumblebee lands, his weight pushing down the lower lip until a comfortable opening is made for him. In he goes, and his long tongue quickly reaches the nectar in the deep spur, while his back brushes off pollen from the overhead stamens. Then he backs out, and the opening snaps shut behind him—just like how a snapdragon works in the garden. Because its stamens are of two different lengths, the flower can self-pollinate during stormy weather when insects can’t transfer its pollen. It's easy for the bumblebee to drain ten of these spurs a minute. But the lightweight hive-bees and leaf-cutters struggle slowly and painfully to squeeze in between the tight lips. Occasionally, a butterfly sticks its long, thin tongue in, but without transferring any pollen for the flower, it steals the nectar clearly meant for the bumblebee. Even when ants—the worst thieves around—manage to get in, they can't access the nectar because of the hairy barrier surrounding the groove where it flows. Beetles, looking for pollen, also sometimes manage to sneak in, even if just a little. Grazing cattle leave the plant alone to ripen its seeds in peace since it secretes unpleasant juices in its cells—juices that farmers' wives once mixed with milk to poison flies.

DOWNY FALSE FOXGLOVE
(Dasystoma flava; Gerardia flava of Gray) Figwort family

DOWNY FALSE FOXGLOVE
(Dasystoma flava; Gerardia flava of Gray) Figwort family

Flowers - Pale yellow, 1 1/2 to 2 in. long; in showy, terminal, leafy-bracted racemes. Calyx bell-shaped, 5-toothed; corolla funnel form, the 5 lobes spreading, smooth outside, woolly within; 4 stamens in pairs, woolly; 1 pistil. Stem: Grayish, downy, erect, usually simple, 2 to 4 ft. tall. Leaves: Opposite, lower ones oblong in outline, more or less irregularly lobed and toothed; upper ones small, entire. Preferred Habitat - Gravelly or sandy soil, dry thickets, open woods. Flowering Season - July-August Distribution - "Eastern Massachusetts to Ontario and Wisconsin, south to southern New York, Georgia, and Mississippi." (Britton and Brown.)

Flowers - Pale yellow, 1.5 to 2 inches long; in showy, terminal, leafy-bracted clusters. Calyx bell-shaped, with 5 teeth; corolla funnel-shaped, the 5 lobes spreading, smooth on the outside, woolly on the inside; 4 stamens in pairs, also woolly; 1 pistil. Stem: Grayish, downy, upright, typically simple, 2 to 4 feet tall. Leaves: Opposite, with lower ones being oblong, more or less irregularly lobed and toothed; upper ones small and smooth-edged. Preferred Habitat - Gravelly or sandy soil, dry thickets, open woods. Flowering Season - July-August Distribution - "Eastern Massachusetts to Ontario and Wisconsin, south to southern New York, Georgia, and Mississippi." (Britton and Brown.)

In the vegetable kingdom, as in the spiritual, all degrees of backsliding sinners may be found, each branded with a mark of infamy according to its deserts. We have seen how the dodder vine lost both leaf and roots after it consented to live wholly by theft of its hardworking host's juices through suckers that penetrate to the vitals; how the Indian pipe's blanched face tells the story of guilt perpetrated under cover of darkness, in the soil below; how the broom-rape and beech-drops lost their honest green color; and, finally, the foxgloves show us plants with their faces so newly turned toward the path of perdition, their larceny so petty, that only the expert in criminal botany cases condemns them. Like its cousins the gerardias (q.v.), the downy false foxglove is only a partial parasite, attaching its roots by disks or suckers to the roots of white oak or witch hazel (q.v.); not only that, but, quite as frequently, groping blindly in the dark, it fastens suckers on its own roots, actually thieving from itself! It is this piratical tendency which makes transplanting of foxgloves into our gardens so very difficult; even when lifted with plenty of their beloved vegetable mould. The term false foxglove, it should be explained, is by no means one of reproach for dishonesty; it was applied simply to distinguish this group of plants from the true foxgloves cultivated, not wild, here, which yield digitalis to the doctors.

In the plant world, much like in the spiritual realm, you can find all sorts of fallen beings, each marked with a sign of disgrace based on their actions. We've seen how the dodder vine lost both its leaves and roots after choosing to live entirely by stealing nutrients from its diligent host through suckers that reach into its core; how the Indian pipe's pale appearance reveals its guilt from actions taken in the darkness below the soil; how broomrape and beech-drops have lost their vibrant green color; and finally, the foxgloves show us plants that have just begun to stray down a path of wrongdoing, their theft so minor that only a specialist in criminal botany would pass judgment on them. Like its relatives the gerardias, the downy false foxglove is only a partial parasite, attaching its roots with disks or suckers to the roots of white oak or witch hazel; but it also often blindly grabs hold of its own roots, effectively stealing from itself! This thieving nature makes it really tough to transplant foxgloves into our gardens, even when they're taken with plenty of their cherished soil. The term "false foxglove" isn't meant to imply dishonesty; it's just used to differentiate this group of plants from the true foxgloves that are cultivated, not wild, here, which provide digitalis for doctors.

But if these foxgloves live at others' expense, there are creatures which in turn prey upon them. Caterpillars of a peacock butterfly, known as the buckeye (Junonia coenia), with eye-like spots on its tawny, reddish-gray wings, divide their unwelcome attentions between various species of plantain, the snapdragon in the garden, gerardias, and foxgloves.

But if these foxgloves thrive at the expense of others, there are creatures that prey on them in return. Caterpillars of the peacock butterfly, known as the buckeye (Junonia coenia), with eye-like spots on their tawny, reddish-gray wings, split their unwanted attention among various species of plantain, the snapdragon in the garden, gerardias, and foxgloves.

The SMOOTH FALSE FOXGLOVE (D. Virginica; G. quercifolia of Gray) - which delights in rich woods, moist or dry, bears similar, but slightly larger, blossoms on a smooth, usually branched, and taller stem, whose lower leaves especially are much cleft (pinnatifid). This species is commoner South and West, blooming from July to September. All the foxgloves elevate their sticky stigmas to the mouth of their tubes, that the pollen-dusted bumblebee may leave some of the vitalizing dust brought from another flower on its surface before she turns upside down and enters in this unusual fashion to receive a fresh supply on her way to the nectar in the base of the tube. Her pressure against the pointed anther-tips causes the light, dry pollen to sift out; on the removal of her pressure the gaping chinks close to save it from small bees and flies. It falls out, therefore, only when the bee is in the right position to receive it for export to another foxglove's stigma. Hairy footholds on anthers and filaments are provided lest the bee fall while reversed and sifting out the pollen.

The SMOOTH FALSE FOXGLOVE (D. Virginica; G. quercifolia of Gray) - which thrives in rich woods, whether moist or dry, has similar but slightly larger flowers on a smooth, usually branched, and taller stem, with its lower leaves being particularly deeply lobed (pinnatifid). This species is more commonly found in the South and West, blooming from July to September. All foxgloves lift their sticky stigmas to the openings of their tubes, allowing pollen-covered bumblebees to transfer some of the essential pollen they’ve gathered from another flower onto their surface before they turn upside down and enter in this unusual way to collect fresh pollen on their way to the nectar at the base of the tube. The pressure from the bee against the pointed tips of the anthers causes the light, dry pollen to sift out; when the bee removes its pressure, the openings close to prevent smaller bees and flies from accessing it. As a result, the pollen is only released when the bee is in the right position to carry it to another foxglove’s stigma. Hairy footholds on the anthers and filaments help prevent the bee from falling while it is upside down and sifting out the pollen.

The FERN-LEAVED or LOUSEWORT FALSE FOXGLOVE (D. pedicularia; G. pedicularia of Gray) - a very leafy species found in dry woods and thickets from the Mississippi and Ontario eastward to the Atlantic, north and south, has all its leaves once or twice pinnatifid, the lobes much cut and toothed. It is a rather sticky, hairy, slender, and much branched plant, growing from one to four feet tall; the broad, trumpet-shaped, yellow flower, which is sticky outside, measures an inch or an inch and a half long, and is sometimes almost as wide across. "The most abundant visitor, and the one for which the flower is most perfectly adapted," says Professor Robertson, "is Bombus Americanorum. This bee always turns head downwards on entering the flower. When it enters, or backs out, the basal joints of its legs strike the tips of the anther-cells, when the pollen falls out. I had often wondered why this bee turned upside down to enter the flower…. I discovered that the form of the flower requires it. The modification which requires the bees to reverse is associated with the peculiar mode of pollen discharge. Smaller bumblebees and some other bees which never or rarely try to suck hang under the anthers and work out the pollen by striking the trigger-like awns. They reverse of their own accord, since they are so small they are not compelled to do so on account of the form of the flower. The tube is large…so that most bumblebee workers could easily reach the nectar if the tube were not curved in the opposite direction from that of most flowers, and if the anthers did not obstruct the entrance." Sometimes small bees, despairing of getting into the tube through the mouth, suck at holes in the flower's sides, because legitimate feasting was made too difficult for the poor little things. The ruby-throated hummingbird, hovering a second above the tube, drains it with none of the clown-like performances exacted from the bumblebee. Pilfering ants find death as speedy on the sticky surfaces here as on any catchfly.

The FERN-LEAVED or LOUSEWORT FALSE FOXGLOVE (D. pedicularia; G. pedicularia of Gray) - a leafy type commonly found in dry woods and thickets stretching from the Mississippi and Ontario to the Atlantic, both north and south, has all its leaves once or twice divided with deeply cut and toothed lobes. It's a somewhat sticky, hairy, slim, and highly branched plant, growing between one and four feet tall. The broad, trumpet-shaped yellow flower, sticky on the outside, measures about an inch to an inch and a half long and can be nearly as wide. "The most frequent visitor, and the one for which the flower is perfectly adapted," says Professor Robertson, "is Bombus Americanorum. This bee always enters the flower head first. When it goes in or backs out, the base joints of its legs hit the tips of the anther cells, causing the pollen to fall out. I often wondered why this bee entered the flower upside down... I realized that the flower's shape necessitates it. The adaptation that makes the bees reverse is linked to the unique way pollen is released. Smaller bumblebees and some other bees that rarely or never try to suck work under the anthers and extract pollen by hitting the trigger-like awns. They reverse on their own, as they're small enough not to be forced to do so by the flower's shape. The tube is large... so most bumblebee workers could easily reach the nectar if the tube weren't bent in the opposite direction of most flowers, and if the anthers didn't block the entrance." Sometimes small bees, frustrated by their inability to enter the tube through the front, suck through holes in the sides of the flower, as legitimate feeding has been made too difficult for them. The ruby-throated hummingbird, hovering for a moment above the tube, drains it without any of the awkward maneuvers needed from the bumblebee. Thieving ants meet a quick end on the sticky surfaces here just as they do on any catchfly.

GREATER BLADDERWORT; HOODED WATER-MILFOIL; POP-WEED
  (Utricularia vulgaris) Bladderwort family

GREATER BLADDERWORT; HOODED WATER-MILFOIL; POP-WEED
  (Utricularia vulgaris) Bladderwort family

Flowers - Yellow, about 1/2 in. across, 3 to 20 on short pedicels in a raceme at the top of a stout, naked scape 3 to 14 in. high. Calyx deeply 2-lobed; corolla 2-lipped, the upper lip erect, the lower lip larger, its palate prominent, the lip slightly 3-lobed, and spurred at the base; 2 stamens; 1 pistil; the stigma 2-lipped. Leaves: Very finely divided into threadlike segments, bearing little air bladders. Preferred Habitat - Floating free in ponds and slow streams, or rooting in mud. Flowering Season - June-August. Distribution - Throughout nearly the whole of North America, Cuba, and Mexico. Europe and Asia.

Flowers - Yellow, about 1/2 inch across, with 3 to 20 on short stems in a cluster at the top of a sturdy, bare stalk 3 to 14 inches high. The calyx is deeply 2-lobed; the corolla is 2-lipped, with the upper lip standing upright and the lower lip larger, featuring a prominent ridge, slightly 3-lobed, and spurred at the base; there are 2 stamens and 1 pistil, with a 2-lipped stigma. Leaves: Very finely divided into thread-like segments, with little air bladders. Preferred Habitat - Floating freely in ponds and slow streams, or rooted in mud. Flowering Season - June-August. Distribution - Throughout nearly all of North America, Cuba, and Mexico. Also found in Europe and Asia.

Here is an extraordinary little plant indeed, which, by its amazing cleverness, now overruns the globe - one of the higher order of intelligence so closely akin to the animals that the gulf which separates such from them seems not very wide after all. In studying the water-crowfoots (q.v.) and other aquatic plants, we learned why submerged leaves must be so finely cut; but what mean the little bladders tipped with bristles among the pop-weed's threadlike foliage? Formerly these were regarded as mere floats - a thoughtless theory, for branches without bladders might have been observed floating perfectly. It is now known they are traps for capturing tiny aquatic creatures: nearly every bladder you examine under a microscope contains either minute crustaceans or larvae, worms, or lower organisms, some perhaps still alive, but most of them more or less advanced toward putrefaction - a stage hastened, it is thought, by a secretion within the bladders; for the plant cannot digest fresh food; it can only absorb, through certain processes within the bladder's walls, the fluid products of decay. The little insectivorous sundew (q.v.), on the contrary, not only digests, but afterward absorbs, animal matter. Tiny aquatic creatures, ever seeking shelter from larger ones ready to devour them, enter the pop-weed bladders by bending inward the free edge of the valve, which, being strongly elastic, snaps shut again behind them instantly. "Abandon hope, all ye who enter here," might be written above the entrance. No victim ever escapes from that prison. Scientists are not agreed that the bristles draw creatures into the bladder. Whatever touches the sensitive valves is at once drawn in. "To show how closely the edge fits," says Charles Darwin, "I may mention that my son found a daphnia which had inserted one of its antennae into the slit, and it was thus held fast during a whole day. On three or four occasions I have seen long narrow larvae, both dead and alive, wedged between the corner of the valve and collar, with half their bodies within the bladder and half out. Professor Cohn of Germany tells of immersing a plant of this bladderwort one evening in clear water swarming with tiny crustaceans, and by the next morning most of the bladders contained them, entrapped and swimming around in their prisons.

Here’s an incredible little plant that, due to its remarkable cleverness, has spread all over the world—one of the higher forms of intelligence so similar to animals that the gap separating them doesn’t seem so wide after all. While studying water crowfoots (q.v.) and other aquatic plants, we discovered why submerged leaves need to be finely divided; but what’s up with the tiny bladders tipped with bristles among the pop-weed’s threadlike leaves? In the past, these were thought to be just floats—a careless theory since branches without bladders can float just fine. It’s now understood that they are traps designed to capture tiny aquatic creatures: nearly every bladder you look at under a microscope contains either tiny crustaceans or larvae, worms, or simpler organisms, some of which might still be alive, but most have started to decay— a process believed to be sped up by a secretion inside the bladders; because the plant can’t digest fresh food, it can only absorb the fluid byproducts of decay through certain processes in the bladder walls. In contrast, the little insect-eating sundew (q.v.) not only digests but also absorbs animal matter. Tiny aquatic creatures, always looking for a place to hide from larger predators, enter the pop-weed bladders by pushing the free edge of the valve inward, which is very elastic and snaps shut immediately behind them. "Abandon hope, all ye who enter here," might be written above the entrance. No victim ever escapes from that trap. Scientists don’t fully agree that the bristles pull creatures into the bladder. Anything that touches the sensitive valves is immediately drawn in. "To show how closely the edge fits," says Charles Darwin, "I should mention that my son found a daphnia that had inserted one of its antennae into the slit, and it was stuck there for a whole day. On three or four occasions, I have seen long, narrow larvae, both dead and alive, wedged between the corner of the valve and collar, with half their bodies inside the bladder and half outside. Professor Cohn from Germany tells about immersing a bladderwort plant one evening in clear water full of tiny crustaceans, and by the next morning, most of the bladders contained them, trapped and swimming around in their prisons.

So much for what is going on below the surface of the water: what above it? Several flowers on the showy spike attract numerous insects. One alighting on the lower lip must thrust his tongue beneath the upper one to reach the nectar in the spur, passing on its way the irritable stigma, which receives any pollen he has brought in. Instantly it is touched, the stigma folds up to be out of the way of the tongue when it is withdrawn from the spur now laden with fresh pollen. It is thus that self-fertilization is escaped. Many vigorous seeds follow in each capsule. This marvelous piece of mechanism is what Thoreau termed "a dirty-conditioned flower, like a sluttish woman with a gaudy yellow bonnet"!

So much for what’s happening below the surface of the water—what about above it? Several flowers on the vibrant spike attract tons of insects. One that lands on the lower lip has to shove its tongue beneath the upper one to get to the nectar in the spur, brushing past the sensitive stigma, which catches any pollen it has brought along. As soon as it makes contact, the stigma folds out of the way of the tongue when it pulls back from the spur, now loaded with fresh pollen. This way, self-fertilization is avoided. Many healthy seeds follow in each capsule. This incredible mechanism is what Thoreau called "a dirty-conditioned flower, like a sluttish woman with a gaudy yellow bonnet"!

Not through its seeds alone, however, has the little plant succeeded in firmly establishing itself. In early autumn the stems terminate in large buds which, falling off, lie dormant all winter at the bottom of the pond. In spring they root and put forth leaves bearing bladders, which at this stage of existence are filled with water to help anchor the plant. As flowering season approaches, the bladders undergo an internal change to fit them for a change of function; they now fill with air, when the buoyed plant rises toward the surface to send up its flowering scape, while the bladders proceed with their nefarious practices to nourish it more abundantly while its system is heavily taxed.

Not just through its seeds, but the little plant has managed to establish itself firmly. In early autumn, the stems end in large buds that fall off and stay dormant all winter at the bottom of the pond. In spring, they take root and sprout leaves with bladders that are filled with water to help stabilize the plant. As the flowering season approaches, the bladders undergo an internal change to prepare for a different function; they fill with air, allowing the buoyant plant to rise toward the surface to send up its flowering stalk, while the bladders continue to do their necessary job of feeding it more abundantly as the plant is under a lot of stress.

The HORNED BLADDERWORT (U. cornuta), found in sandy swamps, along the borders of ponds, marshy lake margins, and in bogs from Newfoundland to Florida, westward to Minnesota and Texas, bears from one to six deliciously fragrant yellow flowers on its leafless scape from June to August. It is "perhaps the most fragrant flower we have," says John Burroughs. "In a warm moist atmosphere its odor is almost too strong…. Its perfume is sweet and spicy in an eminent degree." The low scape, rooting in the mud, has some root-like stems and branches, sometimes with a few entire leaves and bladders. Its benefactors, bumblebees and butterflies, with their highly developed aesthetic taste, are attracted from afar by this pleasing flower, whose acute, curved spur filled with nectar may not be drained by small fry, to whom the hairy throat is an additional discouragement.

The HORNED BLADDERWORT (U. cornuta), found in sandy swamps, around the edges of ponds, along marshy lake borders, and in bogs from Newfoundland to Florida, extending west to Minnesota and Texas, produces one to six wonderfully fragrant yellow flowers on its leafless stem from June to August. "It's probably the most fragrant flower we have," says John Burroughs. "In warm, humid conditions, its scent can be almost overwhelming…. Its fragrance is distinctly sweet and spicy." The low stem, which roots in the mud, has some root-like stems and branches, occasionally featuring a few complete leaves and bladders. Its supporters, bumblebees and butterflies, drawn in by their keen sense of beauty, are attracted from a distance by this lovely flower. Its sharp, curved spur filled with nectar is difficult for smaller creatures to access, as the hairy throat serves as an additional deterrent.

SWEET WILD HONEYSUCKLE, or WOODBINE; ITALIAN OR PERFOLIATE
HONEYSUCKLE
  (Lonicera Caprifoliuin; L. grata of Gray) Honeysuckle family

SWEET WILD HONEYSUCKLE, or WOODBINE; ITALIAN OR PERFOLIATE
HONEYSUCKLE
  (Lonicera Caprifoliuin; L. grata of Gray) Honeysuckle family

Flowers - White within, the tube pinkish, soon fading yellow, 1 to 1 1/2 in. long, very fragrant; borne in terminal whorls seated in the united pair of upper leaves. Calyx small, 5-toothed; corolla slender, tubular, 2-lipped; upper lip 4-lobed; lower lip narrow, curved downward; 5 stamens and 1 style far protruding. Stem: Climbing high, smooth. Leaves: Upper pairs united around the stem into an oval disk or shallow cup; lower leaves opposite, but not united oval, entire. Fruit: Red berries, clustered. Preferred Habitat - Thickets, wayside hedges, rocky woodlands. Flowering Season - May-June. Distribution - New England and Michigan to the Southern States.

Flowers - White on the inside, with pinkish tubes that quickly fade to yellow, measuring 1 to 1.5 inches long and very fragrant; they grow in clusters at the ends of the joined upper leaves. The calyx is small and has 5 teeth; the corolla is slender and tubular with 2 lips; the upper lip has 4 lobes, while the lower lip is narrow and curves downward; there are 5 stamens and 1 style that extends outwards. Stem: Grows high and is smooth. Leaves: The upper pairs are fused around the stem to form an oval disk or shallow cup; the lower leaves are opposite but not fused, oval, and entire. Fruit: Clusters of red berries. Preferred Habitat - Thickets, roadside hedges, rocky woodlands. Flowering Season - May to June. Distribution - From New England and Michigan to the Southern States.

"Escaped from cultivation and naturalized." How does it happen that this vine, a native of Europe, is now so common in the Eastern United States as to be called the American woodbine? Had Columbus been a botanist and wandered about our continent in search of flowers, he would have found very few that were familiar to him at home, except such as were common both to Europe and Asia also. Where the Aleutian Islands jut far out into the Pacific, and the strongest of ocean currents flows our way, must once have been a substantial highroad for beasts, birds, and vegetables, if not for men as well; but in the wide, briny Atlantic no European seed could live long enough to germinate after drifting across to our shores, if, indeed, it ever reached here. Once the American colonies came to be peopled, with homesick Europeans, who sent home for everything portable they had loved there, enormous numbers of trees, shrubs, plants, and seeds were respectably carried across in ships; the seeds of others stole a passage, as they do this day, among the hay used in packing. This was the chance for expansion they had been waiting for for ages. While many cultivated species found it practically impossible to escape from the vigilance of gardeners here, others, with a better plan for disseminating seed, quickly ran wild. Now some of the commonest plants we have are of European origin. This honeysuckle, by bearing red berries to attract migrating birds in autumn, soon escaped the confines of gardens. Its undigested seeds, dropped in the woodland far from the parent vine, germinated quite as readily as in Europe, and pursued in peace their natural mode of existence, until here too we now have banks

"Escaped from cultivation and naturalized." How did this vine, which comes from Europe, become so common in the Eastern United States that it is now called the American woodbine? If Columbus had been a botanist exploring our continent for flowers, he would have found very few that were familiar to him back in Europe, except for those that also grew in Asia. The Aleutian Islands, which extend far out into the Pacific, must have once served as a major pathway for animals, birds, and plants, if not for humans as well; however, in the vast, salty Atlantic, no European seed could survive long enough to sprout after drifting to our shores, assuming it even made it this far. Once the American colonies were settled by homesick Europeans who wanted to bring everything portable they cherished from back home, a vast number of trees, shrubs, plants, and seeds were transported over in ships; other seeds snuck a ride, just like today, among the hay used for packing. This was the opportunity for expansion they had been waiting for. While many cultivated species found it nearly impossible to escape the watchful eyes of gardeners here, others, which had a better way of spreading their seeds, quickly thrived in the wild. Now, some of the most common plants we have originated from Europe. This honeysuckle, by producing red berries that attract migrating birds in the fall, soon broke free from garden boundaries. Its undigested seeds, dropped in woodlands far from the parent vine, sprouted just as easily as they would have in Europe and lived out their natural existence peacefully, until now we have banks here too.

"Quite over-canopied with luscious woodbine."

"Fully covered with lush vines."

The HAIRY HONEYSUCKLE, or ROUGH WOODBINE (L. hirsuta), with a more northerly and westerly range, bears clusters of flowers that are yellow on the outside, and orange within the tube, the terminal clusters slightly elevated above a united pair of dull green leaves that are softly hairy underneath. The slender flower tube is sticky outside to protect it from pilfering ants, and the hairs at the base of the stamens serve to hide the nectar from unbidden guests. Berries, bright orange. Flowering season, June-July.

The HAIRY HONEYSUCKLE, or ROUGH WOODBINE (L. hirsuta), found more in the north and west, has clusters of flowers that are yellow on the outside and orange inside the tube. The flower clusters are slightly raised above a pair of dull green leaves that are soft and hairy underneath. The slim flower tube is sticky on the outside to keep ants from stealing nectar, and the hairs at the base of the stamens help to hide the nectar from unwanted visitors. The berries are bright orange. The flowering season is June to July.

The deliciously fragrant CHINESE or JAPANESE HONEYSUCKLE (L. Japonica), as commonly grown on garden trellises and fences here as the morning-glory, has freely escaped from cultivation from New York southward to West Virginia and North Carolina. Everyone must be familiar with the pairs of slender, tubular, two-lipped, white or pinkish flowers, quickly turning yellow, which are borne in the leaf axils along the sprays. The smooth, dark green, opposite leaves, pale beneath, cling almost the entire year through. The stem, in winding, follows the course taken by the hands of a clock. Were the berries red instead of black, they would, doubtless, have attracted more birds to disperse their seeds, and the vine would have traveled as fast in its wild state as the Italian honeysuckle has done. It blooms from June to August, and sparingly again in autumn. When daylight begins to fade, these long, slender-tubed buds expand to welcome their chosen benefactors, the sphinx moths, wooing them with fragrance so especially strong and sweet at this time that, long after dark, guests may be guided from afar by it alone, and entertaining them with copious draughts of deeply hidden nectar, which their long tongues alone may drain. Poised above the blossoms, they sip without pause of their whirring wings, and it is not strange that many people mistake them in the half light for hummingbirds. Indeed, they are often called hummingbird moths. Darting away suddenly and swift as thought, they have also earned the name of hawk moths. Because the caterpillars have a curious trick of raising the fore part of their bodies and remaining motionless so long (like an Egyptian sphinx), the commoner name seems most appropriate. A sphinx moth at rest curls up its exceedingly long tongue like .a watch- spring: in action only the hummingbird can penetrate to such depths; hence that honeysuckle which prefers to woo the tiny bird, whose decided preference is for red, is the TRUMPET or CORAL HONEYSUCKLE; whereas the other twiners developed deep, tubular flowers that are white or yellow, so that the moths may see them in the dark, when red blossoms are engulfed in the prevailing blackness. Moreover, the latter bloom at a season when the crepuscular and nocturnal moths are most abundant. Rough rounded pollen grains, carried on the hairs and scales on the under side of the moth's body from his head to his abdomen, including antennae, tongue, legs, and wings, cannot but be rubbed off on the protruding sticky stigma of the next honeysuckle tube entered; hence cross-fertilization is regularly effected by moths alone. The next day such interlopers as bees, flies, butterflies, and even the outwitted hummingbird, may take whatever nectar or pollen remains. If the previous evening has been calm and fine, they will find little or none; but if the night has been wild and stormy, keeping the moths under cover, the tubes will brim with sweets. After fertilization the corolla turns yellow to let visitors know the mutual benefit association has gone out of business.

The wonderfully fragrant CHINESE or JAPANESE HONEYSUCKLE (L. Japonica), grown on garden trellises and fences just like morning-glory, has easily spread from cultivation from New York down to West Virginia and North Carolina. Most people are familiar with the pairs of slender, tubular, two-lipped flowers that are white or pinkish at first but quickly turn yellow, which grow in the leaf axils along the stems. The smooth, dark green, opposite leaves, which are lighter underneath, cling on almost all year. The stem winds around like the hands of a clock. If the berries were red instead of black, they would probably attract more birds to spread their seeds, allowing the vine to spread just as quickly in the wild as the Italian honeysuckle. It blooms from June to August, and a bit again in the fall. As daylight fades, these long, slender buds open up to greet their favored visitors, the sphinx moths, attracting them with an especially strong and sweet fragrance that can guide them from a distance even after dark, entertaining them with generous amounts of deeply hidden nectar that only their long tongues can access. Hovering above the flowers, they sip continuously, and it's easy to see why many people mistake them for hummingbirds in low light. They are often called hummingbird moths. They can dart away suddenly and are as quick as a thought, earning them the name hawk moths. Since the caterpillars have the interesting habit of raising the front part of their bodies and remaining still for long periods (like an Egyptian sphinx), the common name seems very fitting. A resting sphinx moth curls its extremely long tongue like a watch spring: only a hummingbird can reach such depths; that's why the honeysuckle that attracts the tiny bird, which prefers red, is the TRUMPET or CORAL HONEYSUCKLE. On the other hand, the other twining types have deep, tubular flowers that are white or yellow, so moths can see them in the dark, while red blossoms fade into the night. Moreover, the latter flowers bloom during the time when crepuscular and nocturnal moths are most plentiful. Rough, round pollen grains, carried on the hairs and scales on the underside of the moth's body—from head to abdomen, including antennae, tongue, legs, and wings—are inevitably transferred to the sticky stigma of the next honeysuckle tube they enter; this way, cross-fertilization is consistently achieved by moths alone. The next day, visitors like bees, flies, butterflies, and even the outsmarted hummingbird may take whatever nectar or pollen is left. If the previous night was calm and nice, they might find little or none; but if the night was wild and stormy, keeping the moths sheltered, the tubes will be full of sweetness. After fertilization, the flower turns yellow to signal that the mutual benefit partnership is finished.

BUSH HONEYSUCKLE; GRAVEL-WEED
  (Diervilla Diervilla; D. trifida of Gray) Honeysuckle family

BUSH HONEYSUCKLE; GRAVEL-WEED
  (Diervilla Diervilla; D. trifida of Gray) Honeysuckle family

Flowers - Yellow, small, fragrant, 1 to 5 (usually 3) together on a peduncle from upper leaf-axils. Calyx tube slender, elongated; corolla narrowly funnel-form, about 3/4 in. long, its 5 lobes spreading, 3 of them somewhat united; 5 stamens; 1 pistil projecting. Stem: A smooth, branching shrub 2 to 4 ft. high. Leaves. Opposite, oval, and taper-pointed, finely saw-edged. Fruit: Slender, beaked pods crowned with the 5 calyx lobes. Preferred Habitat - Dry or rocky soil, woodlands, hills. Flowering Season - May-August. Distribution - British Possessions southward to Michigan and North Carolina.

Flowers - Small, yellow, fragrant, with 1 to 5 (usually 3) clustered on a stem from the upper leaf axils. The calyx tube is slender and elongated; the corolla is narrowly funnel-shaped, about 3/4 inch long, with 5 lobes that spread out, 3 of which are somewhat joined; there are 5 stamens and 1 pistil that extends outward. Stem: A smooth, branching shrub that grows 2 to 4 feet tall. Leaves: Opposite, oval, and tapering to a point, with finely saw-edged edges. Fruit: Slender, beaked pods topped with the 5 calyx lobes. Preferred Habitat - Dry or rocky soil, woodlands, hills. Flowering Season - May to August. Distribution - From British territories southward to Michigan and North Carolina.

The coral honeysuckle determined to woo the hummingbird by wearing his favorite color; the twining white and yellow honeysuckles of our porches chose for their benefactors the sphinx moths, attracting them by delicious fragrance and deeply hidden nectar in slender tubes that are visible even in the dark; whereas the small-flowered bush honeysuckles still cater to the bees which, in all probability, once sufficed for the entire family. For them a conspicuous landing place has been provided in the more highly colored lower lobe of this flower, from which the visitor cannot fail to find the pocket full of nectar that swells the base of the tube but when he alights, pollen laden from another blossom, he must pay toll by leaving some of the vitalizing dust on the projecting stigma before he feasts and dusts himself afresh. After they have been plundered, and consequently fertilized, all the honeysuckles change color, this one taking on a deeper yellow to let the bees know the larder is empty, that they may waste no precious time, but confine their visits where they are needed. "Many flowers adapted to bees show butterflies, hawk moths and hummingbirds as intruders," says Professor Robertson; "and this is important, since it enables us to understand how bee-flowers might become modified to suit them" - just as certain of the honeysuckles have done. Once the Oriental pink weigelias, grown in nearly every American garden, were thought to belong to the Diervilla clan, from which later-day systematists have banished them.

The coral honeysuckle decided to attract the hummingbird by flaunting his favorite color; the winding white and yellow honeysuckles on our porches picked the sphinx moths as their guests, luring them in with a delightful scent and hidden nectar in slim tubes that are visible even at night; meanwhile, the small-flowered bush honeysuckles still cater to the bees, which likely were once sufficient for the whole family. They provide a noticeable landing spot in the brightly colored lower part of the flower, where visitors can easily find the nectar-filled pocket at the base of the tube. However, when a bee arrives, already covered in pollen from another flower, it must leave some of that vitalizing dust on the sticking-out stigma before indulging and dusting itself off again. After being visited and fertilized, all the honeysuckles change color; this one takes on a deeper yellow to signal to the bees that the larder is empty, so they won’t waste any precious time and will limit their visits where they are actually needed. "Many flowers adapted to bees show butterflies, hawk moths, and hummingbirds as intruders," says Professor Robertson; "and this is important, as it helps us understand how bee-flowers might evolve to accommodate them" - just as some honeysuckles have done. Once, the Oriental pink weigelias, found in nearly every American garden, were thought to belong to the Diervilla family, from which modern taxonomists have excluded them.

The EARLY FLY or TWIN HONEYSUCKLE (Lonicera ciliata), found in moist, cool woods from Pennsylvania and Michigan far northward, sends forth pairs of funnel-form, honey-yellow flowers, about three-quarters of an inch long, with five, regular lobes, on a slender footstalk from the leaf axils in May. It is a straggling, shrubby bush from three to five feet tall. The opposite leaves are thin, oval, bright green on both sides, the edges hairy. Two little ovoid, light red berries follow the flowers.

The EARLY FLY or TWIN HONEYSUCKLE (Lonicera ciliata), found in moist, cool woods from Pennsylvania and Michigan all the way north, produces pairs of funnel-shaped, honey-yellow flowers, about three-quarters of an inch long, with five regular lobes, on slender stalks from the leaf axils in May. It is a sprawling, bushy shrub that grows three to five feet tall. The opposite leaves are thin, oval, bright green on both sides, with hairy edges. Two small oval, light red berries appear after the flowers.

Another species, a shrubby SWAMP FLY-HONEYSUCKLE (L. oblongifolia), found in wet ground and bogs throughout a similar range, blooming about two weeks later, coats the under side of its young leaves with fine hairs to prevent their pores from clogging with vapors arising from its moist retreats. The little pale yellow flowers, also growing in pairs on a footstalk from the leaf axils, have their tubular corollas strongly cleft into two lips. Reddish markings within serve as pathfinders for the bumblebee, who finds so much nectar at the base that a tiny bulging pocket had to be provided to hold it. Sometimes the two flowers join below like Siamese twins, in which case the pair of crimson berries become more or less united.

Another plant, the shrubby SWAMP FLY-HONEYSUCKLE (L. oblongifolia), grows in wet areas and bogs across a similar range and blooms about two weeks later. It covers the underside of its young leaves with fine hairs to keep their pores from getting clogged with vapors from its moist environment. The small pale yellow flowers, which also grow in pairs on a stem from the leaf axils, have their tubular shapes deeply split into two lips. Reddish markings inside guide bumblebees to the abundant nectar at the base, which requires a small pouch to hold it. Sometimes, the two flowers join together at the bottom like Siamese twins, causing the pair of crimson berries to become more or less fused.

                         "So we grew together,
      Like to a double cherry, seeming parted."

"So we grew together,
      Like a pair of cherries, looking separate."

One occasionally finds the pink and white twin-flowered TARTARIAN
BUSH HONEYSUCKLE (L. Tartarica) escaped from cultivation in the
Eastern States through the agency of birds which feast upon its
little round, red, translucent berries.

One sometimes comes across the pink and white twin-flowered TARTARIAN
BUSH HONEYSUCKLE (L. Tartarica) that has escaped from gardens in the
Eastern States thanks to birds that enjoy its small, round, red, translucent berries.

COMMON DANDELION; BLOWBALL; LION'S-TOOTH; PEASANT'S CLOCK
  (Taraxacum Taraxacum; T. Densleonis of Gray) Chicory family

COMMON DANDELION; BLOWBALL; LION'S-TOOTH; PEASANT'S CLOCK
  (Taraxacum Taraxacum; T. Densleonis of Gray) Chicory family

Flower-head - Solitary, golden yellow, to 2 in. across, containing 150 to 200 perfect ray florets on a flat receptacle at the top of a hollow, milky scape 2 to 18 in. tall. Leaves: From a very deep, thick, bitter root; oblong to spatulate in outline, irregularly jagged. Preferred Habitat - Lawns, fields, grassy waste places. Flowering Season - Every month in the year. Distribution - Around the civilized world.

Flower-head - Single, bright yellow, up to 2 inches wide, featuring 150 to 200 perfect ray florets on a flat center at the top of a hollow, milky stem that ranges from 2 to 18 inches tall. Leaves: Arising from a very deep, thick, bitter root; shaped oblong to spatula-like with irregular jagged edges. Preferred Habitat - Lawns, fields, and grassy wastelands. Flowering Season - Every month of the year. Distribution - Throughout the civilized world.

     "Dear common flower that grow'st beside the way,
        Fringing the dusty road with harmless gold.
      . . . .
      Gold such as thine ne'er drew the Spanish prow
        Through the primeval hush of Indian seas,
      Nor wrinkled the lean brow
        Of age, to rob the lover's heart of ease.
      'Tis the spring's largess, which she scatters now
        To rich and poor alike, with lavish hand
        Though most hearts never understand
      To take it at God's value, but pass by
      The offered wealth with unrewarded eye."

"Dear common flower that grows beside the way,
        Fringing the dusty road with harmless gold.
      . . . .
      Gold like yours never attracted the Spanish ships
        Through the ancient calm of Indian seas,
      Nor made the lean brow of age wrinkle
        To steal the lover's heart of ease.
      It’s the spring’s generosity, which she spreads now
        To rich and poor alike, with open hands
        Though most hearts never grasp
      To take it at God’s value, but pass by
      The offered wealth with unappreciative eyes."

Let the triumphant Anglo-Saxon with dreams of expansion that include the round earth, the student of sociology who wishes an insight into cooperative methods as opposed to individualism, the young man anxious to learn how to get on, parents with children to be equipped for the struggle for existence, business men and employers of labor, all sit down beside the dandelion and take its lesson to heart. How has it managed without navies and armies - for it is no imperialist - to land its peaceful legions on every part of the civilized world and take possession of the soil? How can this neglected wayside composite weed triumph over the most gorgeous hothouse individual on which the horticulturist expends all the science at his command; to flourish where others give up the struggle defeated; to send its vigorous offspring abroad prepared for similar conquest of adverse conditions wherever met to attract myriads of customers to its department store, and by consummate executive ability to make every visitor unwittingly contribute to its success? Any one who doubts the dandelion's fitness to survive, should humble himself by spending days and weeks on his knees, trying to eradicate the plant from even one small lawn with a knife, only to find the turf starred with golden blossoms, or, worse still from his point of view, hoary with seed balloons, the following spring.

Let the victorious Anglo-Saxon with dreams of expansion that include the globe, the sociology student seeking insights into cooperative methods versus individualism, the young man eager to learn how to succeed, parents with children preparing for the struggle of life, businesspeople and employers of labor, all sit down next to the dandelion and take its lesson to heart. How has it managed, without navies and armies—since it’s not an imperialist—to spread its peaceful presence across every part of the civilized world and claim the soil? How can this overlooked roadside weed succeed against the most extravagant hothouse plant, on which horticulturists invest all their skills; to thrive where others give up in defeat; to send its strong offspring out ready for similar challenges wherever they go, attracting countless customers to its department store, and, through exceptional management skills, ensuring that every visitor unknowingly contributes to its success? Anyone who doubts the dandelion's ability to survive should spend days and weeks on their knees, trying to remove the plant from even a small lawn with a knife, only to find the grass dotted with golden blooms, or, even worse from their perspective, filled with puffball seeds the following spring.

Deep, very deep, the stocky bitter root penetrates where heat and drought affect it not, nor nibbling rabbits, moles, grubs of insects, and other burrowers break through and steal. Cut off the upper portion only with your knife, and not one, but several, plants will likely sprout from what remains; and, however late in the season, will economize stem and leaf to produce flowers and seeds, cuddled close within the tuft, that set all your pains at naught. "Never say die" is the dandelion's motto. An exceedingly bitter medicine is extracted from the root of this dandelion, formerly known as T. officinale. Likewise are the leaves bitter. Although they appear so early in the spring, they must be especially tempting to grazing cattle and predaceous insects, the rosettes remain untouched, while other succulent, agreeable plants are devoured wholesale. Only Italians and other thrifty Old-World immigrants, who go about then with sack and knife collecting the fresh young tufts, give the plants pause but even they leave the roots intact. When boiled like spinach or eaten with French salad dressing, the bitter juices are extracted from the leaves or disguised - mean tactics by an enemy outside the dandelion's calculation. All nations know the plant by some equivalent for the name dent de lion = lion's tooth, which the jagged edges of the leaves suggest.

Deep, very deep, the thick, bitter root grows where heat and drought don't affect it, nor do rabbits, moles, insect larvae, and other burrowers break through to steal it. Just cut off the top part with your knife, and not just one, but several plants will likely sprout from what’s left; and, no matter how late it is in the season, they will use stem and leaf to produce flowers and seeds, tightly packed within the tuft, making all your efforts worthwhile. "Never give up" is the dandelion's motto. A very bitter medicine is extracted from the root of this dandelion, formerly known as T. officinale. The leaves are also bitter. Although they show up early in the spring, and are particularly tempting to grazing cattle and predatory insects, the rosettes stay untouched, while other tender, pleasant plants are eaten up completely. Only Italians and other resourceful immigrants from the Old World, who go around with a sack and knife collecting the fresh young tufts, give the plants a moment of pause, but even they leave the roots intact. When boiled like spinach or dressed with French salad dressing, the bitter juices are drawn out from the leaves or hidden - sneaky tactics by an enemy outside the dandelion's expectation. All cultures recognize the plant by some variation of the name dent de lion = lion's tooth, which refers to the jagged edges of the leaves.

Presently a hollow scape arises to display the flower above the surrounding grass. Bridge builders and constructing engineers know how yielding and economical, yet how invincibly strong, is the hollow tube. March winds may buffet and bend the dandelion's stem without harm. How children delight to split this slippery tube, and run it in and out of their mouths until curls form! At the top of the scape is a double involucre of narrow, green, leaf-like scales similar to what all composites have. Half the involucre bends downward to protect the flower from crawling pilferers, half stands erect to play the role for the community of florets within that the calyx does for individual blossoms. When it is time to close the dandelion shop, business being ended for the day, this upper-half of the involucre protects it like the heavy shutters merchants put up at their windows.

Currently, a hollow stem rises to showcase the flower above the surrounding grass. Bridge builders and engineers understand how flexible and cost-effective, yet incredibly strong, the hollow tube is. March winds can sway the dandelion's stem without causing any damage. Children love to split this slippery tube and run it in and out of their mouths until it curls! At the top of the stem, there’s a double set of narrow, green, leaf-like scales, like those found in all composite flowers. One half of the scales bends down to shield the flower from crawling thieves, while the other half stands upright to support the florets inside, just as a calyx does for individual flowers. When it’s time to close up the dandelion stand, signaling the end of the day, this upper half of the scale protects it like the heavy shutters merchants pull down at their storefronts.

Seated on a fleshy receptacle, not one flower, but often two hundred minute, perfect florets generously cooperate. "In union there is strength" is another motto adopted, not only by the chicory clan, but by the entire horde of composites. Each floret of itself could hope for no attention from busy insects; united, how gorgeously attractive these disks of overlapping rays are! Doubtless each tiny flower was once a five-petaled blossom, for in the five teeth at the top and the five lines are indications that once distinct parts have been welded together to form a more showy and suitable corolla. Each floret insures cross-pollination from insects crawling over the head, much as the minute yellow tubes in the center of a daisy do (q.v.). Quantities of small bees, wasps, flies, butterflies, and beetles - over a hundred species of insects - come seeking the nectar that wells up in each little tube, and the abundant pollen, which are greatly appreciated in early spring, when food is so scarce. In rainy weather and at night, when its benefactors are not flying, the canny dandelion closes completely to protect its precious attractions. Because the plant, which is likely to bloom every month in the year, may not always certainly reckon on being pollinated by insects, each neglected floret will curl the two spreading, sticky branches of its style so far backward that they come in contact with any pollen that has been carried out of the tube by the sweeping brushes on their tips. Occasional self-fertilization is surely better than setting no seed at all when insects fail. Not a chance does the dandelion lose to "get on."

Seated on a soft base, not just one flower, but often two hundred tiny, perfect florets work together beautifully. "In unity there is strength" is another motto embraced not only by the chicory family but by the entire group of composites. Each floret on its own would struggle to attract busy insects; together, these beautiful disks of overlapping rays are incredibly appealing! Each tiny flower was likely once a five-petaled blossom, as seen in the five teeth at the top and the five lines, suggesting that once separate parts have fused to create a more impressive and appropriate corolla. Each floret ensures cross-pollination from insects crawling over the head, similar to the tiny yellow tubes in the center of a daisy. Numerous small bees, wasps, flies, butterflies, and beetles — over a hundred species of insects — come searching for the nectar that rises in each small tube, along with the abundant pollen, which is especially valuable in early spring when food is limited. In rainy weather and at night, when its pollinators aren’t flying, the clever dandelion completely closes up to protect its valuable offerings. Since the plant is likely to bloom every month of the year, and cannot always rely on being pollinated by insects, each neglected floret will curl its two spreading, sticky branches backward far enough to touch any pollen that has been brushed out of the tube by the sweeping brushes on their tips. Occasionally self-fertilizing is certainly better than producing no seeds at all when insects are absent. The dandelion leaves no opportunity to "get ahead."

After flowering, it again looks like a bud, lowering its head to mature seed unobserved. Presently rising on a gradually lengthened scape to elevate it where there is no interruption for the passing breeze from surrounding rivals, the transformed head, now globular, white, airy, is even more exquisite, set as it is with scores of tiny parachutes ready to sail away. A child's breath puffing out the time of day, a vireo plucking at the fluffy ball for lining to put in its nest, the summer breeze, the scythe, rake, and mowing machines, sudden gusts of winds sweeping the country before thunderstorms - these are among the agents that set the flying vagabonds free. In the hay used for packing they travel to foreign lands in ships, and, once landed, readily adapt themselves to conditions as they find them. After soaking in the briny ocean for twenty-eight days - long enough for a current to carry them a thousand miles along the coast - they are still able to germinate.

After blooming, it looks like a bud again, bowing its head to let the seeds mature without being noticed. It eventually rises on a longer stalk, lifting itself up to avoid any interruptions from the breeze around competing plants. The changed head, now round, white, and airy, is even more beautiful, adorned with countless tiny parachutes ready to take off. A child's breath signaling the time of day, a vireo tugging at the fluffy sphere for nesting material, the summer wind, along with the scythe, rake, and mowing machines, and sudden gusts sweeping through before thunderstorms—these are just some of the forces that set the drifting seeds free. In the hay used for packing, they travel to distant lands in ships, and once they arrive, they quickly adjust to the conditions they find. After soaking in the salty ocean for twenty-eight days—long enough for a current to carry them a thousand miles along the coast—they're still able to sprout.

The DWARF DANDELION, CYNTHIA, or VIRGINIA GOATSBEARD (Adepogon Virginicum; formerly Krigia Virginica) - with from two to six long-peduncled, flat, deep yellow or reddish-orange flower heads, about an inch and a half across, on the summit of its stem from May to October, elects to grow in moist meadows, woodlands, and shady rocky places. How it glorifies them! From a tuffet of spatulate, wavy-toothed or entire leaves, the smooth, shining, branching stem arises bearing a single oblong, clasping leaf below the middle. Particularly beautiful is its silvery seed-ball, the pappus consisting of about a dozen hairlike bristles inside a ring of small oblong scales, on which the seed sails away. Range, from Massachusetts to Manitoba, south to Georgia and Kansas.

The DWARF DANDELION, CYNTHIA, or VIRGINIA GOATSBEARD (Adepogon Virginicum; formerly Krigia Virginica) has two to six long-stemmed, flat, deep yellow or reddish-orange flower heads, about an inch and a half wide, blooming from May to October at the top of its stem. It prefers to grow in moist meadows, woodlands, and shady rocky spots. It brings beauty to these places! From a cluster of spatula-shaped, wavy-edged or smooth leaves, the smooth, shiny, branching stem rises, showcasing a single oblong, clasping leaf below the middle. Its silvery seed ball is particularly stunning, with the pappus made up of about a dozen hairlike bristles inside a ring of small oblong scales, from which the seed drifts away. Its range extends from Massachusetts to Manitoba, and south to Georgia and Kansas.

A charming little plant, the CAROLINA DWARF DANDELION or KRIGIA (A. Carolinianum), once confounded with the above, sends up several unbranched scapes from the same tuffet. It blooms in dry, sandy soil from April to August, from Maine and Minnesota to the Gulf States.

A lovely little plant, the CAROLINA DWARF DANDELION or KRIGIA (A. Carolinianum), which was previously confused with the one above, produces several unbranched stems from the same clump. It flowers in dry, sandy soil from April to August, spanning from Maine and Minnesota to the Gulf States.

Like a small edition of Lowell's "dear common flower" is the TALL DANDELION, or AUTUMNAL HAWKBIT (Leontodon autumnale), its slender, wiry, branching scape six inches to two feet high, terminated by several flower-heads, each on a separate peduncle, which is usually a little thickened and scaly just below it. Only forty to seventy five-toothed ray florets spread in a flat golden disk from an oblong involucre. They close in rainy weather and at night. From June to November, in spite of its common name, it blooms in fields and along roadsides, its brownish seed-plumes rapidly following; but these are produced at the frightfully extravagant cost of over two hundred thousand grains of pollen to each head, it is estimated. The Greek generic name, meaning lion's tooth, refers to the shape of the lobes of the narrowly oblong leaves in a tuft at the base. Range, from New Jersey and Ohio far northward. Naturalized from Europe and Asia.

Like a smaller version of Lowell's "dear common flower" is the TALL DANDELION, or AUTUMNAL HAWKBIT (Leontodon autumnale), with its slender, wiry, branching stalk standing six inches to two feet tall, topped with several flower heads, each on its own stem, which is usually a bit thickened and scaly just below. Only forty to seventy tooth-like ray florets spread out in a flat golden disk from an oblong cover. They close up in rainy weather and at night. From June to November, despite its common name, it blooms in fields and along roadsides, with its brownish seed plumes quickly following; however, this is produced at the steep cost of over two hundred thousand grains of pollen per flower head, as estimated. The Greek generic name, meaning lion's tooth, refers to the shape of the lobes of the narrowly oblong leaves that form a tuft at the base. Its range extends from New Jersey and Ohio far northward. Naturalized from Europe and Asia.

FIELD SOW-THISTLE; MILK THISTLE
  (Sonchus arvensis) Chicory family

FIELD SOW-THISTLE; MILK THISTLE
  (Sonchus arvensis) Chicory family

Flower-heads - Bright yellow, very showy, to 2 in. across, several or numerous, on rough peduncles in a spreading cluster. Involucre nearly 1 in. high; the scales narrow, rough. Stem: 2 to 4 ft. high, leafy below, naked, and paniculately branched above, from deep roots and creeping rootstocks. Leaves: Long, narrow, spiny, but not sharp-toothed; deeply cut, mostly clasping at base. Preferred Habitat - Meadows, fields, roadsides, saltwater marshes. Flowering Season - July-October. Distribution - Newfoundland to Minnesota and Utah, south to New Jersey.

Flower heads - Bright yellow, very showy, up to 2 inches wide, several or many, on rough stems in a spreading cluster. The involucre is almost 1 inch high; the scales are narrow and rough. Stem: 2 to 4 feet tall, leafy at the bottom, bare and branched above, growing from deep roots and spreading rootstocks. Leaves: Long, narrow, spiny but not sharp-toothed; deeply divided, mostly wrapping around the base. Preferred Habitat - Meadows, fields, roadsides, saltwater marshes. Flowering Season - July to October. Distribution - From Newfoundland to Minnesota and Utah, south to New Jersey.

It cannot be long, at their present rate of increase, before this and its sister immigrant become very common weeds throughout our entire area, as they are in Europe and Asia.

It won’t be long, at the rate they’re increasing, before this and its related immigrant species become common weeds all over our area, just like they are in Europe and Asia.

The ANNUAL SOW-THISTLE or HARE'S LETTUCE (S. oleraceus), its smaller, pale yellow flower-heads, with smooth involucres more closely grouped, now occupies our fields and waste places with the assurance of a native. Honeybees chiefly, but many other bees, wasps, brilliant little flower-flies (Syrphidae), and butterflies among other winged visitors which alight on the flowers, from May to November, are responsible for the copious, soft, fine, white-plumed seeds that the winds waft away to fresh colonizing ground. The leaves clasp the stem by deep ear-like or arrow-shaped lobes, or the large lower ones are on petioles, lyrate-pinnatifid, the terminal division commonly large and triangular; the margins all toothed. Frugal European peasants use them as a potherb or salad. One of the plant's common folk-names in the Old World is hare's palace. According to the "Grete Herbale," if "the hare come under it, he is sure no beast can touch hym!' That was the spot Brer Rabbit was looking for when Brer Fox lay low! Another early writer declares that "when hares are overcome with heat they eat of an herb called hare's-lettuce, hare's-house, hare's-palace; and there is no disease in this beast the cure whereof she does not seek for in this herb." Who has detected our cottontails nibbling the succulent leaves?

The ANNUAL SOW-THISTLE or HARE'S LETTUCE (S. oleraceus), with its smaller, pale yellow flower heads and smooth involucres that are closely grouped, now fills our fields and wastelands as if it were native. Honeybees, along with many other bees, wasps, sparkling little flower flies (Syrphidae), and butterflies, among other winged visitors, land on the flowers from May to November, helping to create the abundant, soft, fine, white-plumed seeds that are carried away by the wind to new locations for growth. The leaves wrap around the stem with deep ear-like or arrow-shaped lobes, while the larger lower leaves have petioles, are lyrate-pinnatifid, and often feature a large triangular terminal division; all the edges are toothed. Resourceful European peasants use them as a cooked green or in salads. One of the plant's common names in the Old World is hare's palace. According to the "Grete Herbale," if "the hare comes under it, he is sure no beast can touch him!" That was the spot Brer Rabbit was searching for when Brer Fox was hiding! Another early writer claims that "when hares are overcome with heat, they eat an herb called hare's-lettuce, hare's-house, hare's-palace; and there is no condition in this animal that it does not seek a remedy for in this herb." Who has seen our cottontails munching on the tender leaves?

TALL or WILD LETTUCE; WILD OPIUM
  (Lactuca Canadensis) Chicory family

TALL or WILD LETTUCE; WILD OPIUM
  (Lactuca Canadensis) Chicory family

Flower-heads - Numerous small, about 1/4 in. across, involucre cylindric, rays pale yellow; followed by abundant, soft, bright white pappus; the heads growing in loose, branching, terminal clusters. Stem: Smooth, 3 to 10 ft. high, leafy up to the flower panicle; juice milky. Leaves: Upper ones lance shaped; lower ones often 1 ft. long, wavy-lobed, often pinnatifid, taper pointed, narrowed into flat petioles. Preferred Habitat - Moist, open ground; roadsides. Flowering Season - June-November. Distribution - Georgia, westward to Arkansas, north to the British Possessions.

Flower heads - Many small, about 1/4 inch across, with a cylindrical involucre and pale yellow rays; followed by a lot of soft, bright white pappus; the heads grow in loose, branched, terminal clusters. Stem: Smooth, 3 to 10 feet high, leafy up to the flower cluster; has milky juice. Leaves: Upper leaves are lance-shaped; lower leaves can be up to 1 foot long, wavy-lobed, often divided, with a pointed tip, tapering into flat petioles. Preferred Habitat - Moist, open ground; roadsides. Flowering Season - June-November. Distribution - Georgia, westward to Arkansas, north to the British Possessions.

Few gardeners allow the table lettuce (sativa) to go to seed but as it is next of kin to this common wayside weed, it bears a strong likeness to it in the loose, narrow panicles of cream-colored flowers, followed by more charming, bright white little pompons. Where the garden varieties originated, or what they were, nobody knows. Herodotus says lettuce was eaten as a salad in 550 B.C.; in Pliny's time it was cultivated, and even blanched, so as to be had at all seasons of the year by the Romans. Among the privy-purse expenses of Henry VIII is a reward to a certain gardener for bringing "lettuze" and cherries to Hampton Court. Quaint old Parkinson, enumerating "the vertues of the lettice," says, "They all cool a hot and fainting stomache." When the milky juice has been thickened (lactucarium), it is sometimes used as a substitute for opium by regular practitioners - a fluid employed by the plants themselves, it is thought, to discourage creatures from feasting at their expense (see milkweed). Certain caterpillars, however, eat the leaves readily; but offer lettuce or poppy foliage to grazing cattle, and they will go without food rather than touch it.

Few gardeners let table lettuce (sativa) go to seed, but since it's closely related to this common roadside weed, it looks a lot like it, with loose, narrow clusters of cream-colored flowers, followed by pretty little bright white pompons. No one knows where the garden varieties came from or what they originally were. Herodotus mentions that lettuce was eaten as a salad in 550 B.C.; during Pliny's era, it was cultivated and even blanched, allowing the Romans to enjoy it year-round. Among the expenses of Henry VIII is a payment to a gardener for bringing "lettuze" and cherries to Hampton Court. The old writer Parkinson, listing "the virtues of lettuce," notes, "They all cool a hot and fainting stomach." When the milky juice has thickened (lactucarium), it's sometimes used by doctors as a substitute for opium - a fluid that plants may produce to deter animals from eating them (see milkweed). Certain caterpillars, however, readily eat the leaves; but if you offer lettuce or poppy leaves to grazing cattle, they will choose to starve rather than touch them.

     "What's one man's poison, Signor,
      Is another's meat or drink."

"What's toxic for one person, Signor,
      Is another's food or drink."

Rabbits, for example, have been fed on the deadly nightshade for a week without injury.

Rabbits, for instance, have been eating deadly nightshade for a week without getting hurt.

The HAIRY or RED WILD LETTUCE (L. hirsuta), similar to the preceding, but often with dark reddish stem, peduncles, and tiny flower-cups, the ray florets varying from yellow to pale reddish or purplish, has longer leaves, deeply cut or lobed almost to the wide midrib. After what we learned when studying the barberry and the prickly pear cactus, for example, about plants that choose to live in dry soil, it is not surprising to find that this is a lower, less leafy, and more hairy plant than the moisture-loving tall lettuce.

The HAIRY or RED WILD LETTUCE (L. hirsuta) is similar to the previous one but often has a dark reddish stem, flower stalks, and tiny flower cups. The ray florets range from yellow to pale reddish or purplish, and it has longer leaves that are deeply cut or lobed almost to the wide midrib. Based on what we learned while studying barberry and prickly pear cactus about plants that thrive in dry soil, it's not surprising that this plant is shorter, less leafy, and hairier compared to the moisture-loving tall lettuce.

An European immigrant, naturalized here but recently, the PRICKLY LETTUCE (L. Scariola) has nevertheless made itself so very much at home in a short time that it has already become a troublesome weed from New England to Pennsylvania, westward to Minnesota and Missouri. But when we calculate that every plant produces over eight thousand fluffy white-winged seeds on its narrow panicle, ready to sail away on the first breeze, no wonder so well endowed and prolific an invader marches triumphantly across continents. The long, pale green, spiny-margined, milky leaves, with stiff prickles on the midrib beneath, are doubly protected against insect borers and grazing cattle.

A European immigrant, recently naturalized here, the PRICKLY LETTUCE (L. Scariola) has quickly settled in and become a major weed from New England to Pennsylvania, stretching west to Minnesota and Missouri. Considering that each plant produces over eight thousand fluffy, white-winged seeds on its narrow flower stalk, which are ready to drift away on the first breeze, it’s no surprise that such a well-equipped and prolific invader spreads across continents. The long, pale green leaves with spiny edges and milky sap, along with stiff prickles on the underside of the midrib, provide extra protection against insect borers and grazing cattle.

 "Look at this delicate plant that lifts its head from the
meadow;
  See how its leaves all point to the North as true as the
magnet."

"Check out this delicate plant that raises its head from the
meadow;
  See how its leaves all point to the North just like a
magnet."

While Longfellow must have had the coarse-growing, yellow-flowered, daisy-like PRAIRIE ROSIN-WEED (Silphium laciniatum) in mind when he wrote this stanza of "Evangeline," his lines apply with more exactness to the delicate prickly lettuce, our eastern compass plant. Not until 1895 did Professor J. C. Arthur discover that when the garden lettuce is allowed to flower, its stem leaves also exhibit polarity. The great lower leaves of the rosin-weed, which stand nearly vertical, with their faces to the east and west, and their edges to the north and south, have directed many a traveler, not from Acadia only, across the prairie until it has earned the titles pilot-weed, compass or polar plant. Various theories have been advanced to account for the curious phenomenon, some claiming that the leaves contained sufficient iron to reader them magnetic - a theory promptly exploded by chemical analysis. Others supposed that the resinous character of the leaves made them susceptible to magnetic influence; but as rosin is a non-conductor of electricity, of course this hypothesis likewise proved untenable. At last Dr. Asa Gray brought forward the only sensible explanation: inasmuch as both surfaces of the rosin-weed leaf are essentially alike, there being very nearly as many stomata on the upper side as on the under, both surfaces are equally sensitive to sunlight; therefore the leaf twists on its petiole until both sides share it as equally as is possible. While the polarity of the prickly lettuce leaves is by no means so marked, Dr. Gray's theory about the rosin-weed may be applied to them as well.

While Longfellow probably had the coarse-growing, yellow-flowered, daisy-like PRAIRIE ROSIN-WEED (Silphium laciniatum) in mind when he wrote this stanza of "Evangeline," his lines actually fit better with the delicate prickly lettuce, our eastern compass plant. It wasn't until 1895 that Professor J. C. Arthur discovered that when garden lettuce is allowed to flower, its stem leaves also show polarity. The large lower leaves of the rosin-weed stand almost vertical, facing east and west, with their edges pointing north and south. These leaves have guided many travelers, not just from Acadia, across the prairie, earning the names pilot-weed, compass, or polar plant. Various theories have been suggested to explain this strange phenomenon. Some claimed that the leaves contained enough iron to make them magnetic—a theory quickly disproven by chemical analysis. Others thought that the resinous nature of the leaves made them responsive to magnetic influence; however, since rosin doesn’t conduct electricity, this idea also proved unworkable. Finally, Dr. Asa Gray proposed the only reasonable explanation: since both sides of the rosin-weed leaf are nearly identical, with almost as many stomata on the upper side as on the lower, both surfaces are equally sensitive to sunlight. As a result, the leaf twists on its petiole until both sides can absorb sunlight as evenly as possible. While the polarity of the prickly lettuce leaves isn't quite as pronounced, Dr. Gray's theory about the rosin-weed also applies to them.

ORANGE or TAWNY HAWKWEED; GOLDEN MOUSE-EAR HAWKWEED; DEVIL'S
PAINT-BRUSH
  (Hieracium aurantiacum) Chicory family

ORANGE or TAWNY HAWKWEED; GOLDEN MOUSE-EAR HAWKWEED; DEVIL'S
PAINT-BRUSH
  (Hieracium aurantiacum) Chicory family

Flower-beads - Reddish orange; 1 in. across or less, the 5-toothed rays overlapping in several series; several heads on short peduncles in a terminal cluster. Stem: Usually leafless, or with 1 to 2 small sessile leaves; 6 to 20 in. high, slender, hairy, from a tuft of hairy, spatulate, or oblong leaves at the base. Preferred Habitat - Fields, woods, roadsides, dry places. Flowering Season - June-September. Distribution - Pennsylvania and Middle States northward into British Possessions.

Flower beads - Reddish orange; 1 inch wide or smaller, with 5 pointed rays overlapping in several layers; multiple heads on short stems forming a cluster at the top. Stem: Usually without leaves, or with 1 to 2 small leaves directly attached; 6 to 20 inches tall, thin, hairy, originating from a bunch of hairy, spoon-shaped, or oval leaves at the base. Preferred Habitat - Fields, woods, roadsides, dry areas. Flowering Season - June to September. Distribution - Pennsylvania and the Midwest extending into Canadian territories.

Peculiar reddish-orange disks, similar in shade to the butterfly weed's umbels, attract our eyes no less than those of the bees, flies, and butterflies for whom such splendor was designed. After cross-fertilization has been effected, chiefly through the agency of the smaller bees, a single row of slender, brownish, persistent bristles attached to the seeds transforms the head into the "devil's paint-brush." Another popular title in England, from whence the plant originally came, is Grimm the Collier. All the plants in this genus take their name from hierax = a hawk, because people in the old country once thought that birds of prey swooped earthward to sharpen their eyesight with leaves of the hawkweed, hawkbit, or speerhawk, as they are variously called. Transplanted into the garden, the orange hawkweed forms a spreading mass of unusual, splendid color.

Peculiar reddish-orange disks, similar in color to the butterfly weed's flowers, grab our attention just as much as they do the bees, flies, and butterflies for whom this beauty was created. Once cross-pollination occurs, mainly with the help of smaller bees, a single row of slender, brownish, sticking bristles attached to the seeds turns the flower head into the "devil's paint-brush." Another common name in England, where the plant originally comes from, is Grimm the Collier. All the plants in this genus are named after hierax = a hawk because people in the old country once believed that birds of prey would swoop down to enhance their vision with the leaves of the hawkweed, hawkbit, or speerhawk, as they are called. When planted in the garden, the orange hawkweed creates a sprawling mass of striking, vibrant color.

The RATTLESNAKE-WEED, EARLY or VEIN-LEAF HAWKWEED, SNAKE or POOR ROBIN'S PLANTAIN (H. venosum), with flower-heads only about half an inch across, sends up a smooth, slender stem, paniculately branched above, to display the numerous dandelion-yellow disks as early as May, although October is not too late to find this generous bloomer in pine woodlands, dry thickets, and sandy soil. Purplish-veined oval leaves, more or less hairy, that spread in a tuft next the ground, are probably as efficacious in curing snakebites as those of the rattlesnake plantain (q.v.). When a credulous generation believed that the Creator had indicated with some sign on each plant the special use for which each was intended, many leaves were found to have veinings suggesting the marks on a snake's body; therefore, by simple reasoning, they must extract venom. How delightful is faith cure!

The RATTLESNAKE-WEED, EARLY or VEIN-LEAF HAWKWEED, SNAKE or POOR ROBIN'S PLANTAIN (H. venosum), with flower heads about half an inch across, grows a smooth, slender stem that branches out above to display numerous dandelion-yellow disks as early as May, although October is still a good time to find this generous bloomer in pine woodlands, dry thickets, and sandy soil. The purplish-veined oval leaves, which are somewhat hairy and spread out in a tuft near the ground, are probably just as effective in treating snakebites as those of the rattlesnake plantain (q.v.). In a time when people believed the Creator had marked each plant with a sign indicating its special use, many leaves were found to have patterns resembling the markings on a snake's body; thus, it was thought that they must draw out venom. How delightful is faith healing!

Unlike the preceding, the CANADA HAWKWEED (H. Canadense), lacks a basal tuft at flowering time, but its firm stem, that may be any height from one to five feet, is amply furnished with oblong to lance-shaped leaves seated on it, their midrib prominent, the margins sparingly but sharply toothed. In dry, open woods and thickets, and along shady roadsides, its loosely clustered heads of clear yellow, about one inch across, are displayed from July to September; and later the copious brown bristles remain for sparrows to peck at.

Unlike the previous one, the CANADA HAWKWEED (H. Canadense) doesn’t have a tuft of leaves at flowering time, but its sturdy stem can range from one to five feet tall and is well-covered with oblong to lance-shaped leaves attached to it. These leaves feature a noticeable midrib and have margins that are sparsely but sharply toothed. In dry, open woods and thickets, as well as along shady roadsides, its loosely clustered heads of bright yellow flowers, about one inch across, bloom from July to September; afterward, the abundant brown bristles remain for sparrows to peck at.

The ROUGH HAWKWEED (H. scabrum), with a stout, stiff stem crowned with a narrow branching cluster of small yellow flower-heads on dark bristly peduncles, also lacks a basal tuft at flowering time. Its hairy oblong leaves are seated on the rigid stem. In dry, open places, clearings, and woodlands from Nova Scotia to Georgia, and westward to Nebraska, it blooms from July to September.

The ROUGH HAWKWEED (H. scabrum) has a thick, sturdy stem topped with a narrow branching cluster of small yellow flower heads on dark, bristly stems. It also doesn't have a tuft of leaves at the base when it blooms. Its hairy, oval leaves are attached directly to the stiff stem. It blooms from July to September in dry, open areas, clearings, and woodlands from Nova Scotia to Georgia, and as far west as Nebraska.

More slender and sprightly is the HAIRY HAWKWEED (H. Gronovii), common in sterile soil from Massachusetts and Illinois to the Gulf States. The basal leaves and lower part of the stiff stem, especially, are hairy, not to allow too free transpiration of precious moisture.

More slender and lively is the HAIRY HAWKWEED (H. Gronovii), common in poor soil from Massachusetts and Illinois to the Gulf States. The lower leaves and the base of the stiff stem, in particular, are hairy to prevent the excessive loss of precious moisture.

GOLDEN ASTER
  (Chrysopsis Mariana) Thistle family

GOLDEN ASTER
  (Chrysopsis Mariana) Thistle family

Plower-heads - Composite, yellow, 1 in. wide or less, a few corymbed flowers on glandular stalks; each composed of perfect tubular disk florets surrounded by pistillate ray florets the involucre campanulate, its narrow bracts overlapping in several series. Stem: Stout, silky-hairy when young, nearly smooth later, 1 to 2 1/2 ft. tall. Leaves: Alternate, oblong to spatulate, entire. Preferred Habitat - Dry soil, or sandy, not far inland. Flowering Season - August-September. Distribution - Long Island and Pennsylvania to the Gulf States.

Plower-heads - Composite flowers that are yellow and 1 inch wide or less, featuring a few clustered flowers on sticky stems. Each flower has perfect tubular disk florets surrounded by female ray florets, and the involucre is bell-shaped with narrow overlapping bracts arranged in several layers. Stem: Thick and silky-hairy when young, becoming nearly smooth later, ranging from 1 to 2.5 feet tall. Leaves: Alternate, oblong to spoon-shaped, and whole. Preferred Habitat - Dry or sandy soil, usually found not far from the coast. Flowering Season - August to September. Distribution - From Long Island and Pennsylvania down to the Gulf States.

Whoever comes upon clumps of these handsome flowers by the dusty roadside cannot but be impressed with the appropriateness of their generic name (Chrysos = gold; opsis = aspect). Farther westward, north and south. it is the HAIRY GOLDEN ASTER (C. villosa), a pale, hoary-haired plant with similar flowers borne at midsummer, that is the common species.

Whoever stumbles upon clusters of these beautiful flowers by the dusty roadside can't help but be struck by the fittingness of their name (Chrysos = gold; opsis = aspect). Further west, to the north and south, it's the HAIRY GOLDEN ASTER (C. villosa), a pale, fuzzy plant with similar flowers that bloom in the summer, which is the common variety.

GOLDENRODS
  (Solidago) Thistle family

GOLDENRODS
(Solidago) Aster family

When these flowers transform whole acres into "fields of the cloth-of-gold," the slender wands swaying by every roadside, and purple asters add the final touch of imperial splendor to the autumn landscape, already glorious with gold and crimson, is any parterre of Nature's garden the world around more gorgeous than that portion of it we are pleased to call ours? Within its limits eighty-five species of goldenrod flourish, while a few have strayed into Mexico and South America, and only two or three belong to Europe, where many of ours are tenderly cultivated in gardens, as they should be here, had not Nature been so lavish. To name all these species, or the asters, the sparrows, and the warblers at sight is a feat probably no one living can perform; nevertheless, certain of the commoner goldenrods have well-defined peculiarities that a little field practice soon fixes in the novice's mind.

When these flowers turn entire acres into "fields of the cloth-of-gold," with slender stalks swaying by every roadside and purple asters adding the final touch of royal beauty to the autumn landscape, already stunning with gold and crimson, is there any part of Nature's garden in the world more beautiful than what we call ours? Within its boundaries, eighty-five species of goldenrod thrive, while a few have wandered into Mexico and South America, and only two or three are found in Europe, where many of our varieties are lovingly cultivated in gardens, as they should be here, if Nature hadn’t been so generous. Naming all these species, along with the asters, the sparrows, and the warblers at a glance is probably something no one alive can do; however, certain common goldenrods have distinct features that a bit of practice in the field quickly helps a beginner remember.

Along shady roadsides, and in moist woods and thickets, from August to October, the BLUE-STEMMED, WREATH or WOODLAND GOLDENROD (S. caesia) sways an unbranched stem with a bluish bloom on it. It is studded with pale golden clusters of tiny florets in the axils of lance-shaped, feather-veined leaves for nearly its entire length. Range from Maine, Ontario, and Minnesota to the Gulf States. None is prettier, more dainty, than this common species.

Along shady roadsides and in damp woods and bushes, from August to October, the BLUE-STEMMED, WREATH or WOODLAND GOLDENROD (S. caesia) sways with a single stem that has a bluish tint. It is covered with pale golden clusters of tiny flowers in the spaces between its lance-shaped, feather-veined leaves for almost its entire length. It can be found from Maine, Ontario, and Minnesota down to the Gulf States. There's none more beautiful or delicate than this common species.

In rich woodlands and thicket borders we find the ZIG-ZAG or BROAD-LEAVED GOLDENROD (S. flexicaulis; S. latifolia of Gray) its prolonged, angled stem that grows as if waveringly uncertain of the proper direction to take, strung with small clusters of yellow florets, somewhat after the manner of the preceding species. But its saw-edged leaves are ovate, sharply tapering to a point, and narrowed at the base into petioles. It blooms from July to September. Range from New Brunswick to Georgia, and westward beyond the Mississippi.

In lush woodlands and the edges of thickets, we find the ZIG-ZAG or BROAD-LEAVED GOLDENROD (S. flexicaulis; S. latifolia of Gray) with its long, angled stem that seems to waver as if unsure of which direction to go, adorned with small clusters of yellow flowers, similar to the previous species. However, its saw-edged leaves are oval, sharply tapering to a point, and narrow at the base into petioles. It blooms from July to September, ranging from New Brunswick to Georgia, and spreading westward beyond the Mississippi.

During the same blooming period, and through a similar range, our only albino, with an Irish-bull name, the WHITE GOLDENROD, or more properly SILVER-ROD (S. bicolor), cannot be mistaken. Its cream-white florets also grow in little clusters from the upper axils of a usually simple and hairy gray stem six inches to four feet high. Most of the heads are crowded in a narrow, terminal pyramidal cluster. This plant approaches more nearly the idea of a rod than its relatives. The leaves; which are broadly oblong toward the base of the stem, and narrowed into long margined petioles, are frequently quite hairy, for the silver-rod elects to live in dry soil, and its juices must be protected from heat and too rapid transpiration.

During the same blooming season, and in a similar range, our only albino with a name that sounds like an Irish bull, the WHITE GOLDENROD, or more accurately SILVER-ROD (S. bicolor), is unmistakable. Its cream-white flowers cluster together from the upper axils of a usually simple and hairy gray stem that can grow six inches to four feet tall. Most of the flower heads are packed into a narrow, pyramid-shaped cluster at the top. This plant comes closer to resembling a rod than its relatives. The leaves, which are broad and oval near the base of the stem but narrow into long, fringed petioles, are often quite hairy, as the silver-rod prefers to grow in dry soil, and its sap needs to be protected from excessive heat and rapid moisture loss.

In swamps and peat bogs the BOG GOLDENROD (S. uliginosa) sends up two to four feet high a densely flowered, oblong, terminal spire; its short branches so appressed that this stem also has a wand-like effect. The leaves, which are lance-shaped or oblong, gradually increase in size and length of petiole until the lowest often measure nine inches long. Season, July to September. Range, from Newfoundland to Pennsylvania and westward beyond the Mississippi.

In swamps and peat bogs, the BOG GOLDENROD (S. uliginosa) grows two to four feet tall, producing a densely flowered, elongated spike at the top; its short branches are so close together that the stem has a wand-like appearance. The leaves, which are lance-shaped or oblong, gradually become larger, and the length of the petiole increases until the lowest ones can measure up to nine inches long. Season: July to September. Range: from Newfoundland to Pennsylvania and westward beyond the Mississippi.

Now we leave the narrow, unbranched, wand goldenrods strung with clusters of minute florets, which, however slender and charming, are certainly far less effective in the landscape than the following members of their clan which have their multitudes of florets arranged in large, compound, more or less widely branching, terminal, pyramidal clusters. On this latter plan the SHOWY or NOBLE GOLDENROD (S. speciosa) displays its splendid, dense, ascending branches of bloom from August to October. European gardeners object to planting goldenrods, complaining that they so quickly impoverish a rich bed that neighboring plants starve. This noble species becomes ignoble indeed, unless grown in rich soil, when it spreads in thrifty circular tufts. The stout stem, which often assumes reddish tints, rises from three to seven feet high, and the smooth, firm, broadly oval, saw-toothed lower leaves are long-petioled. Range, from Nova Scotia to the Carolinas, westward to Nebraska.

Now we move on from the thin, straight goldenrods adorned with clusters of tiny flowers, which, while delicate and appealing, are definitely less striking in the landscape than the following relatives that have their many flowers arranged in large, branching, terminal, pyramid-like clusters. The SHOWY or NOBLE GOLDENROD (S. speciosa) showcases its beautiful, dense, upward-reaching blooms from August to October. European gardeners dislike planting goldenrods, claiming they quickly deplete a rich bed, leaving nearby plants starving. This noble species becomes quite unremarkable unless grown in fertile soil, as it spreads in healthy circular clumps. The sturdy stem, which often takes on reddish hues, can grow between three to seven feet tall, and the smooth, firm, broadly oval, serrated lower leaves have long petioles. Its range extends from Nova Scotia to the Carolinas, and westward to Nebraska.

When crushed in the hand, the dotted, bright green, lance-shaped, entire leaves of the SWEET GOLDENROD or BLUE MOUNTAIN TEA (S. odora) cannot be mistaken, for they give forth a pleasant anise scent. The slender, simple, smooth stem is crowned with a graceful panicle, whose branches have the florets seated all on one side. Dry soil. New England to the Gulf States, July to September.

When crushed in the hand, the dotted, bright green, lance-shaped, entire leaves of SWEET GOLDENROD or BLUE MOUNTAIN TEA (S. odora) are unmistakable because they release a pleasant anise scent. The slender, simple, smooth stem is topped with a graceful panicle, where the florets are all positioned on one side. Prefers dry soil. Found from New England to the Gulf States, July to September.

The WRINKLE-LEAVED or TALL, HAIRY GOLDENROD or BITTERWEED (S. rugosa), a perversely variable species, its hairy stem perhaps only a foot high, or, maybe, over seven feet, its rough leaves broadly oval to lance-shaped, sharply saw-edged, few if any furnished with footstems, lifts a large, compound, and gracefully curved panicle, whose florets are seated on one side of its spreading branches. Sometimes the stem branches at the summit. One usually finds it blooming in dry soil from July to November, throughout a range extending from Newfoundland and Ontario to the Gulf States.

The WRINKLE-LEAVED or TALL, HAIRY GOLDENROD or BITTERWEED (S. rugosa) is a highly variable species. Its hairy stem can be as short as a foot or grow over seven feet tall. The rough leaves are broadly oval to lance-shaped, sharply saw-edged, and usually lack footstems. It produces a large, compound, and gracefully curved panicle, with florets located on one side of its spreading branches. Sometimes, the stem branches at the top. You can typically find it blooming in dry soil from July to November, across a range that extends from Newfoundland and Ontario to the Gulf States.

Usually the ELM-LEAVED GOLDENROD (S. ulmifolia) sends up several slender, narrow spires of deep yellow bloom from about the same point at the summit of the smooth stem, like long, tapering fingers. Small, oblong, entire leaves are seated on these elongated sprays, while below the inflorescence the large leaves taper to a sharp point, and are coarsely and sharply toothed. In woods and copses from Maine and Minnesota to Georgia and Texas this common goldenrod blooms from July to September.

Usually, the ELM-LEAVED GOLDENROD (S. ulmifolia) produces several slim, narrow spikes of deep yellow flowers from about the same spot at the top of the smooth stem, resembling long, pointed fingers. Small, oblong, whole leaves are found on these elongated branches, while below the flower cluster, the large leaves taper to a sharp point and have coarse, jagged edges. In forests and thickets from Maine and Minnesota to Georgia and Texas, this common goldenrod blooms from July to September.

The unusually beautiful, spreading, recurved, branching panicle of bloom borne by the EARLY, PLUME, or SHARP-TOOTHED GOLDENROD or YELLOW-TOP (S. juncea), so often dried for winter decoration, may wave four feet high, but usually not over two, at the summit of a smooth, rigid stem. Toward the top, narrow, elliptical, uncut leaves are seated on the stalk; below, much larger leaves, their sharp teeth slanting forward, taper into a broad petiole, whose edges may be cut like fringe. In dry, rocky soil this is, perhaps, the first and last goldenrod to bloom, having been found as early as June, and sometimes lasting into November. Range, from North Carolina and Missouri very far north.

The unusually beautiful, spreading, curved, branching cluster of flowers produced by the EARLY, PLUME, or SHARP-TOOTHED GOLDENROD or YELLOW-TOP (S. juncea), often dried for winter decor, can reach up to four feet tall, but usually stays around two, at the top of a smooth, sturdy stem. Near the top, narrow, elliptical, uncut leaves grow along the stalk; below, much larger leaves with sharp teeth pointing forward taper into a wide petiole, with edges that can be frayed like fringe. In dry, rocky soil, this might be the first and last goldenrod to bloom, having been spotted as early as June and sometimes lasting into November. It can be found from North Carolina and Missouri all the way north.

West of the Mississippi how beautiful are the dry prairies in autumn with the MISSOURI GOLDENROD (S. Missouriensis), its short, broad, spreading panicle waving at the summit of a smooth, slender stem from two to five feet tall. Its firm, rather thick leaves are lance-shaped, triple-nerved, entire, very rough-margined, or perhaps the lowest ones with a few scattered teeth.

West of the Mississippi, how beautiful are the dry prairies in autumn with the Missouri Goldenrod (S. Missouriensis), its short, broad, spreading flower cluster swaying at the top of a smooth, slender stem that stands between two to five feet tall. Its firm, somewhat thick leaves are lance-shaped, with three main veins, smooth edges, and a very rough margin, or maybe the lowest ones have a few scattered teeth.

Perhaps the commonest of all the lovely clan east of the Mississippi, or throughout a range extending from Arizona and Florida northward to British Columbia and New Brunswick, is the CANADA GOLDENROD or YELLOW-WEED (S. Canadensis). Surely everyone must be familiar with the large, spreading, dense-flowered panicle, with recurved sprays, that crowns a rough, hairy stem sometimes eight feet tall, or again only two feet. Its lance-shaped, acutely pointed, triple-nerved leaves are rough, and the lower ones saw-edged. From August to November one cannot fail to find it blooming in dry soil.

Perhaps the most common of all the beautiful plants east of the Mississippi, or across a range that goes from Arizona and Florida up to British Columbia and New Brunswick, is the CANADA GOLDENROD or YELLOW-WEED (S. Canadensis). Surely everyone is familiar with the large, spreading, dense clusters of flowers, with curved branches, that top a rough, hairy stem that can sometimes be eight feet tall, or sometimes only two feet. Its lance-shaped, sharply pointed, three-nerved leaves are rough, and the lower ones have saw-toothed edges. From August to November, you can't miss it blooming in dry soil.

Most brilliantly colored of its tribe is the low-growing GRAY or FIELD GOLDENROD or DYER'S WEED (S. nemoralis). The rich, deep yellow of its little spreading, recurved, and usually one-sided panicles is admirably set off by the ashy gray, or often cottony, stem, and the hoary, grayish-green leaves in the open, sterile places where they arise from July to November. Quebec and the Northwest Territory to the Gulf States.

Most brightly colored of its kind is the low-growing GRAY or FIELD GOLDENROD or DYER'S WEED (S. nemoralis). The rich, deep yellow of its small spreading, curved, and usually one-sided clusters is beautifully contrasted by the ashy gray, or often fluffy, stem, and the dusty, grayish-green leaves in the open, barren spots where they bloom from July to November. Quebec and the Northwest Territory to the Gulf States.

No longer classed as a true Solidago, but the type of a distinct genus, the LANCE-LEAVED, BUSHY, or FRAGRANT GOLDENROD (Euthamia graminifolia; formerly S. lanceolata) lifts its flat-topped, tansy-like, fragrant clusters of flower-heads from two to four feet above moist ground. From July to September it transforms whole riverbanks, low fields, and roadsides into a veritable El Dorado. Its numerous leaves are very narrow, lance-shaped, triple or five nerved, uncut, sometimes with a few resinous dots. Range, from New Brunswick to the Gulf, and westward to Nebraska.

No longer classified as a true Solidago but as part of a distinct genus, the LANCE-LEAVED, BUSHY, or FRAGRANT GOLDENROD (Euthamia graminifolia; formerly S. lanceolata) rises with its flat-topped, tansy-like, fragrant flower clusters two to four feet above moist ground. From July to September, it turns entire riverbanks, low fields, and roadsides into a real paradise. Its numerous leaves are very narrow, lance-shaped, with three or five veins, uncut, sometimes featuring a few resinous dots. It ranges from New Brunswick to the Gulf and west to Nebraska.

     "Along the roadside, like the flowers of gold
        That tawny Incas for their gardens wrought,
      Heavy with sunshine droops the goldenrod."

"Along the roadside, like the golden flowers
        That the tawny Incas made for their gardens,
      Heavy with sunshine, the goldenrod hangs low."

Bewildered by the multitude of species, and wondering at the enormous number of representatives of many of them, we cannot but inquire into the cause of such triumphal conquest of a continent by a single genus. Much is explained simply in the statement that goldenrods belong to the vast order of Compositae, flowers in reality made up sometimes of hundreds of minute florets united into a far-advanced socialistic community having for its motto, "In union there is strength." (See Daisy) In the first place, such an association of florets makes a far more conspicuous advertisement than a single flower, one that can be seen by insects at a great distance; for most of the composite plants live in large colonies, each plant, as well as each floret, helping the others in attracting their benefactors' attention. The facility with which insects are enabled to collect both pollen and nectar makes the goldenrods exceedingly popular restaurants. Finally, the visits of.insects are more likely to prove effectual, because any one that alights must touch several or many florets, and cross-pollinate them simply by crawling over a head. The disk florets mostly contain both stamens and pistil, while the ray florets in one series are all male. Immense numbers of wasps, hornets, bees, flies, beetles, and "bugs" feast without effort here indeed, the budding entomologist might form a large collection of Hymenoptera, Diptera, Coleoptera, and Hemiptera from among the. visitors to a single field of goldenrod alone. Usually to be discovered among the throng are the velvety black Lytta or Cantharis, that impostor wasp-beetle, the black and yellow wavy-banded, red-legged locust-tree borer, and the painted Clytus, banded with yellow and sable, squeaking contentedly as he gnaws the florets that feed him.

Confused by the many species and amazed by the huge number of representatives of many of them, we can't help but ask why one genus has managed to dominate a continent so successfully. A lot can be explained by the fact that goldenrods belong to the large order of Compositae, which are flowers made up of sometimes hundreds of tiny florets that form a highly advanced communal structure, with the motto, "In unity there is strength." (See Daisy) First, this arrangement of florets makes for a much more eye-catching display than a single flower, one that insects can see from far away; most composite plants grow in large colonies, where each plant and floret helps attract attention from their insect allies. The ease with which insects can gather both pollen and nectar makes goldenrods very popular dining spots. Finally, the visits from insects are likely to be effective, as any insect that lands will touch several or many florets and cross-pollinate them just by moving over a head. The disk florets usually have both stamens and pistils, while the ray florets in one series are all male. Huge numbers of wasps, hornets, bees, flies, beetles, and "bugs" feast here effortlessly; indeed, a budding entomologist could gather a large collection of Hymenoptera, Diptera, Coleoptera, and Hemiptera from the visitors to just one field of goldenrod. Often found among the crowd are the velvety black Lytta or Cantharis, that pretender wasp-beetle, the black and yellow wavy-banded, red-legged locust-tree borer, and the painted Clytus, banded in yellow and black, happily squeaking as it eats the florets that sustain it.

Where the slender, brown, plume-tipped wands etch their charming outline above the snow-covered fields, how the sparrows, finches, buntings, and juncos love to congregate, of course helping to scatter the seeds to the wind while satisfying their hunger on the swaying, down-curved stalks. Now that the leaves are gone, some of the goldenrod stems are seen to bulge as if a tiny ball were concealed under the bark. In spring a little winged tenant, a fly, will emerge from the gall that has been his cradle all winter.

Where the slender, brown, plume-tipped stems create their beautiful shape above the snow-covered fields, the sparrows, finches, buntings, and juncos love to gather, of course scattering the seeds to the wind while they satisfy their hunger on the swaying, downward-curved stalks. Now that the leaves are gone, some of the goldenrod stems appear to bulge as if a tiny ball is hidden under the bark. In spring, a little winged inhabitant, a fly, will emerge from the gall that has been its home all winter.

ELECAMPANE; HORSEHEAL; YELLOW STARWORT
  (Inula Helenium) Thistle family

ELECAMPANE; HORSEHEAL; YELLOW STARWORT
  (Inula Helenium) Thistle family

Flower-heads - Large, yellow, solitary or a few, 2 to 4 in. across; on long, stout peduncles; the scaly green involucre nearly 1 in. high, holding disk florets surrounded by a fringe of long, very narrow, 3-toothed ray florets. Stem: Usually unbranched, 2 to 6 ft. high, hairy above. Leaves: Alternate, large, broadly oblong, pointed, saw-edged, rough above, woolly beneath some with heart-shaped, clasping bases. Preferred Habitat - Roadsides, fields, fence rows, damp pastures. Flowering Season - July-September. Distribution - Nova Scotia to the Carolinas, and westward to Minnesota and Missouri.

Flower heads - Large, yellow, solitary or a few, 2 to 4 inches across; on long, thick stems; the scaly green base is nearly 1 inch high, holding disk florets surrounded by a fringe of long, very narrow, 3-toothed ray florets. Stem: Usually unbranched, 2 to 6 feet high, hairy at the top. Leaves: Alternate, large, broadly oblong, pointed, with saw-toothed edges, rough on top, woolly underneath, some with heart-shaped, clasping bases. Preferred Habitat - Roadsides, fields, fence rows, damp pastures. Flowering Season - July-September. Distribution - Nova Scotia to the Carolinas, and westward to Minnesota and Missouri.

"September may be described as the month of tall weeds;" says John Burroughs. "Where they have been suffered to stand, along fences, by roadsides, and in forgotten corners,- redroot, ragweed, vervain, goldenrod, burdock, elecampane, thistles, teasels, nettles, asters, etc. - how they lift themselves up as if not afraid to be seen now! They are all outlaws; every man's hand is against them yet how surely they hold their own. They love the roadside, because here they are comparatively safe and ragged and dusty, like the common tramps that they are, they form one of the characteristic features of early fall."

"September can be called the month of tall weeds," says John Burroughs. "Where they've been allowed to grow, along fences, by the sides of roads, and in neglected corners—redroot, ragweed, vervain, goldenrod, burdock, elecampane, thistles, teasels, nettles, asters, and so on—they stand tall as if they're not afraid to be noticed now! They’re all outcasts; everyone seems to be against them, yet they firmly hold their ground. They thrive by the roadside because here they feel relatively safe and, ragged and dusty like the common drifters they are, they become a defining part of early fall."

Yet the elecampane has not always led a vagabond existence. Once it had its passage paid across the Atlantic, because special virtue was attributed to its thick, mucilaginous roots as a horse-medicine. For over two thousand years it has been employed by home doctors in Europe and Asia; and at first Old World immigrants thought they could not live here without the plant on their farms. Once given a chance to naturalize itself, no composite is slow in seizing it. The vigorous elecampane, rearing its fringy, yellow disks above lichen-covered stone walls in New England, the Virginia rail fence, and the rank weedy growth along barbed-wire barriers farther west, now bids fair to cross the continent.

Yet elecampane hasn’t always lived a wandering life. It once had its fare covered across the Atlantic because people believed its thick, sticky roots had special healing properties for horses. For over two thousand years, it’s been used by traditional healers in Europe and Asia; initially, Old World immigrants thought they couldn’t thrive here without the plant on their farms. Once given the chance to grow freely, no composite plant is quick to hold back. The robust elecampane, raising its fringed yellow flowers above lichen-covered stone walls in New England, the Virginia rail fence, and the wild, weedy growth along barbed-wire fences further west, now seems likely to spread across the continent.

CUP-PLANT; INDIAN-CUP; RAGGED CUP; ROSIN-PLANT
  (Silphium perfoliatum) Thistle family

CUP-PLANT; INDIAN-CUP; RAGGED CUP; ROSIN-PLANT
  (Silphium perfoliatum) Thistle family

Plower-heads - Yellow, nearly flat; 2 to 3 in. across; 20 to 30 narrow, pistillate ray florets, about 1 in. long, overlapping in 2 or 3 series around the perfect but sterile disk florets. Stem: 4 to 8 ft. tall, square, smooth, usually branched above. Leaves: Opposite, ovate, upper ones united by their bases to form a cup; lower ones large, coarsely toothed, and narrowed into margined petioles; all filled with resinous juice. Preferred Habitat - Moist soil, low ground near streams. Flowering Season - July-September. Distribution - Ontario, New York, and Georgia, westward to Minnesota, Nebraska, and Louisiana.

Plower-heads - Yellow, almost flat; 2 to 3 inches wide; 20 to 30 narrow, female ray florets, about 1 inch long, overlapping in 2 or 3 layers around the perfect but sterile disk florets. Stem: 4 to 8 feet tall, square, smooth, usually branched at the top. Leaves: Opposite, oval, with the upper ones connected at the base to form a cup; the lower ones are large, coarsely toothed, and tapered into bordered petioles; all containing resinous juice. Preferred Habitat - Moist soil, low areas near streams. Flowering Season - July to September. Distribution - Ontario, New York, and Georgia, extending west to Minnesota, Nebraska, and Louisiana.

It behooves a species related to the wonderful compass-plant (q.v.) to do something unusual with its leaves; hence this one makes cups to catch rain by uniting its upper pairs. Darwin's experiments with infinitesimal doses of ammonia in stimulating leaf activity may throw some light on this singular arrangement. So many plants provide traps to catch rain, although fourteen gallons of it contain only one grain of ammonia, that we must believe there is a wise physiological reason for calling upon the leaves to assist the roots in absorbing it, A native of Western prairies, the cup-plant has now become naturalized so far east as the neighborhood 6f New York City.

It makes sense for a species related to the amazing compass-plant (see entry) to do something unique with its leaves; that’s why this one forms cups to collect rain by bringing its upper pairs together. Darwin's experiments with tiny doses of ammonia to stimulate leaf activity might help explain this unusual setup. Many plants create traps to catch rain, but since fourteen gallons of rainwater only have one grain of ammonia, we have to believe there’s a smart physiological reason for the leaves helping the roots absorb it. Originally from the Western prairies, the cup-plant has now become established as far east as the area around New York City.

FALSE SUNFLOWER; OX-EYE
  (Heliopsis helianthoides; H. laevis of Gray) Thistle family

FALSE SUNFLOWER; OX-EYE
  (Heliopsis helianthoides; H. laevis of Gray) Thistle family

Flower-heads - Entirely golden yellow, daisy-like, 1 1/2 to 2 1/2 in. across, the perfect disk florets inserted on a convex, chaffy receptacle, and surrounded by pistillate, fertile, 3-toothed ray florets; usually numerous solitary heads borne on long peduncles from axils of upper leaves. Stem: 3 to 5 ft. tall, branching above, smooth. Leaves: Opposite, ovate, and tapering to a sharp point, sharply and evenly toothed. Preferred Habitat - Open places; rich, low ground; beside streams. Flowering Season - July-September. Distribution - Southern Canada to Florida, westward to Illinois and Kentucky.

Flower heads - Completely golden yellow, daisy-like, 1.5 to 2.5 inches across, with perfect disk florets set on a rounded, chaffy base, surrounded by female, fertile, 3-toothed ray florets; typically multiple solitary heads on long stems from the axils of the upper leaves. Stem: 3 to 5 feet tall, branching at the top, smooth. Leaves: Opposite, oval-shaped, tapering to a sharp point, with sharp and even teeth. Preferred Habitat - Open areas; fertile, low ground; alongside streams. Flowering Season - July-September. Distribution - From southern Canada to Florida, westward to Illinois and Kentucky.

Along the streams the numerous flower-heads of this gorgeous sunbearer shine out from afar, brightening a long, meandering course across the low-lying meadows. Like heralds of good things to come, they march a little in advance of the brilliant pageant of wild flowers that sweeps across the country from midsummer till killing frost. Most people mistake them for true, yellow-disked sunflowers, whose ray florets are neutral, not fertile as these long persistent ones are, But no one should confuse them with the dark cone-centered ox-eye daisy. Small bees, wasps, hornets, flies, little butterflies, beetles, and lower insects come to feast on the nectar and pollen within the minute tubular disk florets. The bright fulvous and black pearl crescent butterfly, with a trifle over an inch wing expanse; the common hairstreak; the even commoner little white butterfly; and the tiny black sooty wing, among others, appear to find generous entertainment here. The last named little fellow, when in the caterpillar stage, formed a cradle for himself by folding together a leaf of the ubiquitous green-flowered pigweed or lamb's quarters (Cizenopodium album) and stitching the edges together with a few silken threads. Here it slept by day, emerging only at night to feed. Usually one has not long to wait before discovering the white-dotted sooty wing among the midsummer composites.

Along the streams, the many flower-heads of this beautiful sunbearer stand out from a distance, lighting up a long, winding path across the low meadows. Like messengers of good things to come, they move a little ahead of the vibrant display of wildflowers that sweeps across the landscape from midsummer to the first frost. Most people confuse them with real yellow-disked sunflowers, whose ray florets are neutral and not fertile like these long-lasting ones. But no one should mix them up with the dark center ox-eye daisy. Small bees, wasps, hornets, flies, tiny butterflies, beetles, and other smaller insects come to enjoy the nectar and pollen found in the tiny tubular disk florets. The bright fulvous and black pearl crescent butterfly, with a wingspan of just over an inch; the common hairstreak; the even more common little white butterfly; and the tiny black sooty wing, among others, seem to find plenty of entertainment here. The last one, when it's in the caterpillar stage, forms a cradle for itself by folding a leaf of the common green-flowered pigweed or lamb's quarters (Cizenopodium album) and sewing the edges together with a few silk threads. Here it sleeps during the day, only coming out at night to feed. Usually, you don't have to wait long before spotting the white-dotted sooty wing among the midsummer flowers.

BLACK-EYED SUSAN; YELLOW or OX-EYE DAISY; NIGGER-HEAD; GOLDEN
JERUSALEM; PURPLE CONE-FLOWER
 (Rudbeckia hirta) Thistle family

BLACK-EYED SUSAN; YELLOW or OX-EYE DAISY; NIGGER-HEAD; GOLDEN
JERUSALEM; PURPLE CONE-FLOWER
 (Rudbeckia hirta) Thistle family

Flower-heads - From 10 to 20 orange-yellow neutral rays around a conical, dark purplish-brown disk of florets containing both stamens and pistil. Stem: 1 to 3 ft. tall, hairy, rough, usually unbranched, often tufted. Leaves: Oblong to lance-shaped, thick, sparingly notched, rough. Preferred Habitat - Open sunny places; dry fields. Flowering Season - May-September. Distribution - Ontario and the Northwest Territory south to Colorado and the Gulf States.

Flower-heads - From 10 to 20 orange-yellow neutral rays surrounding a conical, dark purplish-brown disk of florets that have both stamens and pistils. Stem: 1 to 3 feet tall, hairy, rough, usually unbranched, often tufted. Leaves: Oblong to lance-shaped, thick, slightly notched, rough. Preferred Habitat - Open sunny areas; dry fields. Flowering Season - May-September. Distribution - Ontario and the Northwest Territories, extending south to Colorado and the Gulf States.

So very many weeds having come to our Eastern shores from Europe, and marched farther and farther west year by year, it is but fair that black-eyed Susan, a native of Western clover fields, should travel toward the Atlantic in bundles of hay whenever she gets the chance, to repay Eastern farmers in their own coin. Do these gorgeous heads know that all our showy rudbeckias - some with orange red at the base of their ray florets - have become prime favorites of late years in European gardens, so offering them still another chance to overrun the Old World, to which so much American hay is shipped? Thrifty farmers may decry the importation into their mowing lots, but there is a glory to the cone-flower beside which the glitter of a gold coin fades into paltry nothingness. Having been instructed in the decorative usefulness of all this genus by European landscape gardeners, we Americans now importune the Department of Agriculture for seeds through members of Congress, even Representatives of States that have passed stringent laws against the dissemination of "weeds." Inasmuch as each black-eyed Susan puts into daily operation the business methods of the white daisy (q.v.), methods which have become a sort of creed for the entire composite horde to live by, it is plain that she may defy both farmers and legislators. Bees, wasps, flies, butterflies, and beetles could not be kept away from an entertainer so generous; for while the nectar in the deep, tubular brown florets may be drained only by long, slender tongues, pollen is accessible to all. Anyone who has had a jar of these yellow daisies standing on a polished table indoors, and tried to keep its surface free from a ring of golden dust around the flowers, knows how abundant their pollen is. There are those who vainly imagine that the slaughter of dozens of English sparrows occasionally is going to save this land of liberty from being overrun with millions of the hardy little gamins that have proved themselves so fit in the struggle for survival. As vainly may farmers try to exterminate a composite that has once taken possession of their fields.

So many weeds have come to our Eastern shores from Europe and marched further west year by year, it's only fair that black-eyed Susan, a native of Western clover fields, should travel toward the Atlantic in bundles of hay whenever she gets the chance, to repay Eastern farmers in their own way. Do these gorgeous flowers know that all our showy rudbeckias—some with orange-red at the base of their ray florets—have recently become favorites in European gardens, giving them yet another chance to take over the Old World, to which so much American hay is shipped? Thrifty farmers might complain about their introduction into their fields, but there’s a beauty to the cone-flower that makes the shine of a gold coin seem insignificant. Having learned about the decorative usefulness of this genus from European landscape gardeners, we Americans now plead with the Department of Agriculture for seeds through our representatives, including Congress members from states that have enacted strict laws against the spread of "weeds." Since each black-eyed Susan puts into action the business methods of the white daisy, methods that have become a sort of creed for the entire composite group to live by, it’s clear she can ignore both farmers and lawmakers. Bees, wasps, flies, butterflies, and beetles can't stay away from an entertainer as generous as this; while the nectar in the deep, tubular brown florets can only be accessed by long, slender tongues, the pollen is available to all. Anyone who has had a jar of these yellow daisies on a polished table indoors and tried to keep the surface free from a ring of golden dust around the flowers knows just how abundant their pollen is. There are those who naively believe that occasionally slaughtering dozens of English sparrows will save this land of liberty from being overrun by millions of the resilient little creatures that have proven themselves fit for survival. Just as naively, farmers may try to eliminate a composite that has already taken over their fields.

Blazing hot sunny fields, in which black-eyed Susan feels most comfortable, suit the TALL or GREEN-HEADED CONE-FLOWER OR THIMBLEWEED (R. laciniata) not at all. Its preference is for moist thickets such as border swamps and meadow runnels. Consequently it has no need of the bristly-hairy coat that screens the yellow daisy from too tierce, sunlight, and great need of more branches and leaves. (See prickly pear.) This is a smooth, much branched plant, towering sometimes twelve feet high, though commonly not even half that height; its great lower leaves, on long petioles, have from three to seven divisions variously lobed and toothed; while the stem leaves are irregularly three to five parted or divided. The numerous showy heads, which measure from two and a half to four inches across, have from six to ten bright yellow rays drooping a trifle around a dull greenish-yellow conical disk that gradually lengthens to twice its breadth, if not more, as the seeds mature. July-September, Quebec to Montana, and southward to the Gulf of Mexico.

Blazing hot sunny fields, where black-eyed Susans thrive, are not at all suitable for the TALL or GREEN-HEADED CONE-FLOWER OR THIMBLEWEED (R. laciniata). This plant prefers moist thickets like border swamps and meadow runnels. As a result, it doesn’t need the bristly-hairy coat that protects the yellow daisy from intense sunlight, and it requires more branches and leaves. (See prickly pear.) This is a smooth, highly branched plant that can grow up to twelve feet tall, although it usually reaches only about half that height. Its large lower leaves, with long petioles, have three to seven divisions that are lobed and toothed, while the stem leaves are irregularly three to five parted or divided. The numerous attractive flower heads, measuring between two and a half to four inches across, have six to ten bright yellow rays that droop slightly around a dull greenish-yellow conical disk that gradually widens to twice its breadth or more as the seeds mature. July-September, Quebec to Montana, and southward to the Gulf of Mexico.

TALL or GIANT SUNFLOWER
  (Heliainthus giganteus) Thistle family

TALL or GIANT SUNFLOWER
  (Helianthus giganteus) Thistle family

Flower-heads - Several, on long, rough-hairy peduncles; 1 1/2 to 2 1/4 in. broad; 10 to 20 pale yellow neutral rays around a yellowish disk whose florets are perfect, fertile. Stem: 3 to 12 ft. tall, bristly-hairy, usually branching above, often reddish from a perennial, fleshy root. Leaves: Rough, firm, lance-shaped, saw-toothed, sessile. Preferred Habitat - Low ground, wet meadows, swamps. Flowering Season - August-October. Distribution - Maine to Nebraska and the Northwest Territory, south to the Gulf of Mexico.

Flower heads - Several, on long, rough, hairy stems; 1.5 to 2.25 inches wide; 10 to 20 pale yellow rays surrounding a yellowish center with perfect, fertile florets. Stem: 3 to 12 feet tall, bristly and hairy, usually branching at the top, often reddish from a perennial, fleshy root. Leaves: Rough, firm, lance-shaped, saw-toothed, and without stems. Preferred Habitat - Low ground, wet meadows, swamps. Flowering Season - August-October. Distribution - From Maine to Nebraska and the Northwest Territory, south to the Gulf of Mexico.

To how many sun-shaped golden disks with outflashing rays might not the generic name of this clan (helios = the sun, anthos = a flower) be as fittingly applied: from midsummer till frost the earth seems given up to floral counterparts of his worshipful majesty. If, as we are told, one-ninth of all flowering plants in the world belong to the composite order, of which over sixteen hundred species are found in North America north of Mexico, surely over half this number are made up after the daisy pattern (q.v.), the most successful arrangement known, and the majority of these are wholly or partly yellow. Most conspicuous of the horde are the sunflowers, albeit they never reach in the wild state the gigantic dimensions and weight that cultivated, dark brown centered varieties produced from the COMMON SUNFLOWER (H. annus) have attained. For many years the origin of the latter flower, which suddenly shone forth in European gardens with unwonted splendor, was in doubt. Only lately. it was learned that when Champlain and Segur visited the Indians on Lake Huron's eastern shores about three centuries ago, they saw them cultivating this plant, which must have been brought by them from its native prairies beyond the Mississippi - a plant whose stalks furnished them with a textile fiber, its leaves fodder, its flowers a yellow dye, and its seeds, most valuable of all, food and hair oil. Early settlers in Canada were not slow in sending home to Europe so decorative and useful an acquisition. Swine, poultry, and parrots were fed on its rich seeds. Its flowers, even under Indian cultivation had already reached abnormal size. Of the sixty varied and interesting species of wild sunflowers known to scientists, all are North American. Moore's pretty statement,

To how many sun-shaped golden disks with bright rays could the general name of this group (helios = the sun, anthos = a flower) be perfectly applied: from midsummer to frost, the earth seems entirely dedicated to floral counterparts of this radiant figure. If, as we’re told, one-ninth of all flowering plants in the world belong to the composite family, with over sixteen hundred species found in North America north of Mexico, surely more than half of this number follows the daisy pattern (q.v.), the most successful arrangement known, and most of these are wholly or partly yellow. The most striking of the bunch are sunflowers, although they never reach the massive size and weight that cultivated varieties with dark brown centers, derived from the COMMON SUNFLOWER (H. annus), have achieved. For many years, the origin of the latter flower, which suddenly appeared in European gardens with unusual brilliance, was uncertain. Only recently was it discovered that when Champlain and Segur visited the Native Americans on the eastern shores of Lake Huron about three centuries ago, they observed them cultivating this plant, which must have been brought from its native prairies beyond the Mississippi – a plant whose stalks provided them with a textile fiber, its leaves served as fodder, its flowers produced a yellow dye, and its seeds, the most valuable of all, provided food and hair oil. Early settlers in Canada quickly sent this attractive and useful acquisition back to Europe. Pigs, poultry, and parrots were fed on its rich seeds. Its flowers, even under Native American cultivation, had already grown to an abnormal size. Of the sixty diverse and fascinating species of wild sunflowers known to scientists, all are from North America. Moore's lovely statement,

     "As the sunflower turns on her god when he sets
      The same look which she turn'd when he rose,"

"As the sunflower turns to her sun when it sets
      The same look she had when it rose,"

lacks only truth to make it fact. The flower does not travel daily on its stalk from east to west. Often the top of the stem turns sharply toward the light to give the leaves better exposure, but the presence or absence of a terminal flower affects its action not at all.

lacks only truth to make it fact. The flower doesn’t travel daily on its stalk from east to west. Often, the top of the stem turns sharply toward the light to give the leaves better exposure, but whether or not there is a terminal flower doesn’t affect its action at all.

Formerly the garden species was thought to be a native, not of our prairies, but of Mexico and Peru, because the Spanish conquerors found it employed there as a mystic and sacred symbol, much as the Egyptians employed the lotus in their sculpture. In the temples the handmaidens wore upon their breasts plates of gold beaten into the likeness of the sunflower. But none of the eighteen species of helianthus found south of our borders produces under cultivation the great plants that stand like a golden-helmeted phalanx in every old-fashioned garden at the North. Many birds, especially those of the sparrow and finch tribe, come to feast on the oily seeds; and where is there a more charming sight than when a family of goldfinches settle upon the huge, top-heavy heads, unconsciously forming a study in sepia and gold?

Previously, the garden flower was believed to be native, not to our prairies, but to Mexico and Peru, because the Spanish conquerors found it used there as a mystical and sacred symbol, similar to how the Egyptians used the lotus in their art. In the temples, the maidens wore gold plates shaped like sunflowers on their chests. However, none of the eighteen species of helianthus found south of our borders produces, when cultivated, the large plants that stand like a golden-helmeted force in every traditional garden up North. Many birds, especially those from the sparrow and finch families, come to feast on the oily seeds; and is there a more delightful sight than when a family of goldfinches lands on the large, top-heavy blooms, unintentionally creating a living picture in sepia and gold?

On prairies west of Pennsylvania to South Dakota, Missouri, and Texas, the SAW-TOOTH SUNFLOWER (H. grosse-serratus) is common. Deep yellow instead of pale rays around a yellowish disk otherwise resemble the tall sunflower's heads in appearance as in season of bloom. The smooth stalk, with a bluish-hoary bloom on its surface, may have hairs on the branches only. Long, lance-shaped, pointed leaves, the edges of lower ones especially sharply saw-toothed, their upper surface rough, and underneath soft-hairy, are on slender, short petioles, the lower ones opposite, the upper ones alternate. Honeybees find abundant refreshment in the tubular disk florets in which many of their tribe may be caught sucking; brilliant little Syrphidae, the Bombilius cheat, and other flies come after pollen; butterflies feast here on nectar, too and greedy beetles, out for pollen, often gnaw the disks with their pinchers.

On the prairies west of Pennsylvania, stretching to South Dakota, Missouri, and Texas, the SAW-TOOTH SUNFLOWER (H. grosse-serratus) is quite common. Its deep yellow rays, instead of pale ones, surround a yellowish center and resemble the heads of tall sunflowers during blooming season. The smooth stalk, which has a bluish, fuzzy coating, may only have hairs on the branches. It features long, lance-shaped leaves that are pointed, with the edges of the lower leaves being sharply saw-toothed. The upper side is rough, while the underside is soft and hairy, and the leaves are attached to slender, short stems. The lower leaves grow opposite each other, while the upper leaves alternate. Honeybees find plenty of refreshment in the tubular disk florets, where many of them can be seen feeding. Bright little flies from the Syrphidae family, the Bombilius cheat, and others also come for pollen. Butterflies enjoy the nectar here, too, and greedy beetles, looking for pollen, often bite into the disks with their pincers.

Very common in dry woodlands and in roadside thickets from Ontario to Florida, and westward to Nebraska, is the ROUGH OR WOODLAND SUNFLOWER (H. divaricatus). Its stem, which is smooth nearly to the summit, does not often exceed three feet in height, though it may be less, or twice as high. Usually all its wide-spread leaves are opposite, sessile, lance-shaped to ovate, slightly toothed, and rough on their upper surface. Few or solitary flower-heads, about two inches across, have from eight to fifteen rays round a yellow disk.

Very common in dry woodlands and roadside thickets from Ontario to Florida, and westward to Nebraska, is the ROUGH OR WOODLAND SUNFLOWER (H. divaricatus). Its stem, which is smooth nearly to the top, usually doesn’t exceed three feet in height, though it can be shorter or twice as tall. Typically, all its widely-spread leaves are opposite, without stalks, lance-shaped to oval, slightly toothed, and rough on their upper surface. There are few or solitary flower heads, about two inches across, that have eight to fifteen rays surrounding a yellow center.

The THIN-LEAVED or TEN-PETALLED SUNFLOWER (H. decapetalus), on the contrary, chooses to dwell in moist woods and thickets, beside streams, no farther west than Michigan and Kentucky. Its smooth, branching stem may be anywhere from one foot to five feet tall; its thin, membranous, sharply saw-edged leaves, from ovate to lance-shaped, with a rounded base, roughest above and soft underneath, are commonly alternate toward the summit, while the lower ones, on slender petioles, are opposite. There are by no means always ten yellow rays around the yellow disks produced in August and September; there may be any number from eight to fifteen, although this free-flowering species, like the PALE-LEAVED WOOD SUNFLOWER (H. strumosus), an earlier bloomer, often arranges its "petals" in tens.

The THIN-LEAVED or TEN-PETALLED SUNFLOWER (H. decapetalus) prefers to grow in damp woods and thickets by streams, not extending further west than Michigan and Kentucky. Its smooth, branching stem can reach heights of one to five feet; its thin, membranous, sharply serrated leaves vary from oval to lance-shaped, with a rounded base, rough on top and soft underneath. The leaves are typically alternate near the top, while the lower ones on slender petioles are arranged oppositely. There are not always ten yellow rays surrounding the yellow disks that appear in August and September; the number can range from eight to fifteen, although this free-flowering species, similar to the PALE-LEAVED WOOD SUNFLOWER (H. strumosus), which blooms earlier, often organizes its "petals" in groups of ten.

JERUSALEM ARTICHOKE, EARTH APPLE, CANADA POTATO, GIRASOLE (H. tuberosus), often called WILD SUNFLOWER, too, has an interesting history similar to the dark-centered, common garden sunflower's. In a musty old tome printed in 1649, and entitled "A Perfect Description of Virginia," we read that the English planters had "rootes of several kindes, Potatoes, Sparagus, Carrets and Hartichokes" - not the first mention of the artichoke by Anglo-Americans. Long before their day the Indians, who taught them its uses, had cultivated it; and wherever we see the bright yellow flowers gleaming like miniature suns above roadside thickets and fence rows in the East, we may safely infer the spot was once an aboriginal or colonial farm. White men planted it extensively for its edible tubers, which taste not unlike celery root or salsify. As early as 1617 the artichoke was introduced into Europe, and only twelve years later Parkinson records that the roots had become very plentiful and cheap in London. The Italians also cultivated it under the name Girasole Articocco (sunflower artichoke), but it did not take long for the girasole to become corrupted into Jerusalem, hence the name Jerusalem Artichoke common to this day. When the greater value of the potato came to be generally recognized, the use of artichoke roots gradually diminished. Quite different from this sunflower is the true artichoke (Cynara Scolymus), a native of Southern Europe, whose large, unopened flower-heads offer a tiny edible morsel at the base of each petal-like part.

JERUSALEM ARTICHOKE, EARTH APPLE, CANADA POTATO, GIRASOLE (H. tuberosus), often referred to as WILD SUNFLOWER, has an interesting history similar to that of the common garden sunflower. In an old book published in 1649 called "A Perfect Description of Virginia," it mentions that the English settlers had "roots of several kinds, Potatoes, Asparagus, Carrots, and Artichokes" — marking one of the earliest mentions of the artichoke by Anglo-Americans. Long before, Native Americans had cultivated it and taught the settlers its uses; wherever we see the bright yellow flowers shining like tiny suns above roadside bushes and fence rows in the East, we can reasonably assume it was once an indigenous or colonial farm. European settlers planted it widely for its edible tubers, which taste somewhat like celery root or salsify. As early as 1617, the artichoke was introduced to Europe, and just twelve years later, Parkinson noted that the roots had become very common and cheap in London. The Italians also grew it under the name Girasole Articocco (sunflower artichoke), but it didn't take long for girasole to be misnamed as Jerusalem, leading to the name Jerusalem Artichoke that we still use today. As the potato became more valued, the use of artichoke roots gradually declined. The true artichoke (Cynara Scolymus), a native of Southern Europe, is quite different from this sunflower, as its large, unopened flower heads provide a small edible treat at the base of each petal-like part.

The Jerusalem artichoke sends up from its thickened, fleshy, tuber-bearing rootstock, hairy, branching stems six to twelve feet high. Especially are the flower-stalks rough, partly to discourage pilfering crawlers. The firm, oblong leaves, taper pointed at the apex and saw-edged, are rough above, the lower leaves opposite each other on petioles, the upper alternate. The brilliant flower-heads, which are produced freely in September and October, defying frost, are about two or three inches across, and consist of from twelve to twenty lively yellow rays around a dull yellow disk. The towering prolific plant prefers moist but not wet soil from Georgia and Arkansas northward to New Brunswick and the Northwest Territory. Omnivorous small boys are not always particular about boiling, not to say washing, the roots before eating them.

The Jerusalem artichoke grows from its thick, fleshy tuber-filled root, sending up hairy, branching stems that reach six to twelve feet tall. The flower stalks are especially rough, partly to deter any pilfering critters. The sturdy, oblong leaves taper to a point at the tip and have saw-like edges, feeling rough on top; the lower leaves grow directly opposite each other on petioles, while the upper ones alternate. The bright flower heads bloom abundantly in September and October, standing up to frost, and are about two to three inches wide, featuring twelve to twenty vibrant yellow rays surrounding a dull yellow center. This tall, prolific plant thrives in moist but not overly wet soil, stretching from Georgia and Arkansas all the way north to New Brunswick and the Northwest Territory. Kids with a hearty appetite often don't bother to wash or even cook the roots before eating them.

LANCE-LEAVED TICKSEED; GOLDEN COREOPSIS
  (Coreopsis lanceolata) Thistle family

LANCE-LEAVED TICKSEED; GOLDEN COREOPSIS
  (Coreopsis lanceolata) Thistle family

Flowers-heads - Showy, bright golden yellow, the 6 to io wedge-shaped, coarsely toothed ray florets around yellowish disk florets soon turning brown; each head on a very long, smooth, slender footstalk. Stems. 1 to 2 ft. high, tufted. Leaves: A few seated on stem, lance-shaped to narrowly oblong; or lower ones crowded, spatulate, on slender petioles. Preferred Habitat - Open, sunny places, moist or dry. Flowering Season - May-September. Distribution - Western Ontario to Missouri and the Gulf States; escaped from gardens in the East.

Flowers-heads - Bright, shiny golden yellow, the 6 to 10 wedge-shaped, coarsely toothed ray florets surround yellowish disk florets that quickly turn brown; each head is on a very long, smooth, slender stalk. Stems: 1 to 2 ft. tall, clustered. Leaves: A few attached to the stem, lance-shaped to narrowly oblong; or the lower ones are crowded, spatulate, on slender stalks. Preferred Habitat - Open, sunny areas, moist or dry. Flowering Season - May-September. Distribution - Western Ontario to Missouri and the Gulf States; has escaped from gardens in the East.

Glorious masses of this prolific bloomer persistently outshine all rivals in the garden beds throughout the summer. Cut as many slender-stalked flowers and buds as you will for vases indoors, cut them by armfuls, and two more soon appear for every one taken. From seeds scattered by the wind over a dry, sandy field adjoining a Long Island garden one autumn, myriads of these flowers swarmed like yellow butterflies the next season. Very slight encouragement induces this coreopsis to run wild in the East. Grandiflora, with pinnately parted narrow leaves and similar flowers, a Southwestern species, is frequently a runaway. Bees and flies, attracted by the showy neutral rays which are borne solely for advertising purposes, unwittingly cross-fertilize the heads as they crawl over the tiny, tubular, perfect florets massed together in the central disk; for some of these florets having the pollen pushed upward by hair brushes and exposed for the visitor's benefit, while others have their sticky style branches spread to receive any vitalizing dust brought to them, it follows that quantities of vigorous seed must be set.

Glorious clusters of this prolific bloomer consistently outshine all the competitors in the garden beds all summer long. Cut as many slender-stemmed flowers and buds as you want for vases indoors—cut them by the armful, and two more will quickly appear for every one you take. After seeds were spread by the wind over a dry, sandy field next to a Long Island garden one autumn, countless flowers emerged like yellow butterflies the following season. Just a little encouragement makes this coreopsis thrive wildly in the East. The Grandiflora, with its finely divided narrow leaves and similar flowers, is a Southwestern variety that often runs rampant. Bees and flies, drawn in by the striking neutral rays meant for attracting attention, inadvertently cross-pollinate the heads as they crawl over the tiny, tubular, perfect florets clustered in the central disk. Some of these florets have their pollen pushed upward by hair-like structures, exposed for the visitor's benefit, while others have sticky style branches spread out to capture any vitalizing dust brought to them. Because of this, a large number of strong seeds are likely to be produced.

"There is a natural rotation of crops, as yet little understood," says Miss Going. "Where a pine forest has been cleared away, oaks come up; and a botanist can tell beforehand just what flowers will appear in the clearings of pine woods. In northern Ohio, when a piece of forestland is cleared, a particular sort of grass appears. When that is ploughed under, a growth of the golden coreopsis comes up, and the pretty yellow blossoms are followed in their turn by the plebeian rag-weed which takes possession of the entire field."

"There’s a natural rotation of crops that we still don’t fully understand," says Miss Going. "When a pine forest is cleared, oaks start to grow; a botanist can predict which flowers will show up in the cleared pine areas. In northern Ohio, when a forested area is cleared, a specific type of grass appears. Once that’s plowed under, golden coreopsis grows in, and those lovely yellow flowers are eventually taken over by the common ragweed, which spreads throughout the entire field."

The charmingly delicate, wiry GARDEN TICKSEED, known in seedsmen's catalogues as CALLIOPSIS (Coreopsis tinctoria), which has also locally escaped to roadsides and waste places eastward, is at home in moist, rich soil from Louisiana, Arizona, and Nebraska northward into Minnesota and the British Possessions. >From May to September its fine, slender, low-growing stems are crowned with small yellow composite flowers whose rays are velvety maroon or brown at the base. (Coreopsis = like a bug, from the shape of the seeds.)

The charmingly delicate, wiry GARDEN TICKSEED, referred to in seed catalogs as CALLIOPSIS (Coreopsis tinctoria), has also made its way to roadsides and neglected areas in the East. It's well-suited for moist, rich soil from Louisiana and Arizona, extending north to Nebraska, Minnesota, and the British Territories. From May to September, its fine, slender, low-growing stems are topped with small yellow composite flowers, which have velvety maroon or brown bases. (Coreopsis means "like a bug," based on the shape of the seeds.)

LARGER or SMOOTH BUR-MARIGOLD; BROOK SUNFLOWER
  (Bidens laevis; B. chrysanthemoides of Gray) Thistle family

LARGER or SMOOTH BUR-MARIGOLD; BROOK SUNFLOWER
  (Bidens laevis; B. chrysanthemoides of Gray) Thistle family

Flower-heads - Showy golden yellow, 1 to 2 1/2 in. across, numerous, on short peduncles; 8 to 10 neutral rays around a dingy yellowish or brown disk of tubular, perfect, fertile florets. Stem: 1 to 2 ft. high. Leaves: Opposite, sessile, lance-shaped, regularly saw-toothed. Preferred Habitat - Wet ground, swamps, ditches, meadows. Flowering Season - August-November. Distribution - Quebec and Minnesota, southward to the Gulf States and Lower California.

Flower heads - Bright golden yellow, 1 to 2 1/2 inches across, numerous on short stems; 8 to 10 neutral rays surrounding a dull yellowish or brown center made up of tubular, perfect, fertile florets. Stem: 1 to 2 feet tall. Leaves: Opposite, without petioles, lance-shaped, evenly saw-toothed. Preferred Habitat - Wet ground, swamps, ditches, meadows. Flowering Season - August to November. Distribution - From Quebec and Minnesota, extending south to the Gulf States and Southern California.

Next of kin to the golden coreopsis, it behooves some of the bur-marigolds to redeem their clan's reputation for ugliness and certainly the brook sunflower is a not unworthy relative. How gay the ditches and low meadows are with its bright, generous bloom in late summer, and until even the goldenrod wands turn brown! Yet all this show is expended merely for advertising purposes. The golden ray florets, sacrificing their fertility to the general welfare of the cooperative community, which each flower-head is in reality, have grown conspicuous to attract bees and wasps, butterflies, flies, and some beetles to the dingy mass of tubular florets in the center, in which nectar is concealed, while pollen is exposed for the visitors to transfer as they crawl. The rays simply make a show; within the minute, insignificant looking tubes is transacted the important business of life.

Next of kin to the golden coreopsis, some of the bur-marigolds need to improve their clan's reputation for ugliness, and the brook sunflower is definitely a worthy relative. How cheerful the ditches and low meadows look with its bright, generous bloom in late summer, lasting until even the goldenrod wands turn brown! But all this display is just for show. The golden ray florets, giving up their ability to reproduce for the benefit of the cooperative community that each flower head truly represents, have become noticeable to attract bees, wasps, butterflies, flies, and some beetles to the dull bunch of tubular florets in the center, where nectar is hidden, while pollen is available for the visitors to carry as they crawl. The rays simply put on a display; the important life processes happen in the tiny, unremarkable tubes.

Later in the season, when the bur-marigolds are transformed into armories bristling with rusty, two-pronged, and finely-barbed pitchforks (Bidens = two teeth), our real quarrel with the tribe begins. The innocent passerby - man, woman, or child, woolly sheep, cattle with switching tails, hairy dogs or foxes, indeed, any creature within reach of the vicious grappling-hooks - must transport them on his clothing; for it is thus that these tramps have planned to get away from the parent plant in the hope of being picked off, and the seeds dropped in fresh colonizing ground; travelling in the disreputable company of their kinsmen the beggar-ticks and Spanish needles, the burdock burs, cleavers, agrimony, and tick-trefoils.

Later in the season, when the bur-marigolds turn into armories filled with rusty, two-pronged, and finely-barbed pitchforks (Bidens = two teeth), our real conflict with the tribe begins. The unsuspecting passerby—man, woman, or child, woolly sheep, cattle with swishing tails, hairy dogs or foxes, indeed, any creature within reach of the vicious grappling-hooks—must carry them on their clothes; this is how these drifters have devised to escape from the parent plant in the hope of being picked off and having their seeds dropped in new colonizing soil, traveling in the disreputable company of their relatives the beggar-ticks and Spanish needles, burdock burrs, cleavers, agrimony, and tick-trefoils.

BEGGAR-TICKS, STICK-TIGHT, RAYLESS MARIGOLD, BEGGAR-LICE, PITCHFORKS, or STICK-SEED (B. frondosa) sufficiently explains its justly defamed character in its popular names. Numerous dull, dark, tawny orange flower-heads without, rays, or with insignificant ones scarcely to be detected, and surrounded by taller leaf-like bracts, add little to the beauty of the moist fields and roadsides where they rear themselves on long peduncles from July to October. The smooth, erect, branched, and often reddish, stem may be anywhere from two to nine feet tall. Usually the upper leaves are not divided, but the lower ones are pinnately compounded of three to five divisions, the segments lance-shaped or broader, and sharply toothed. As in all the bur-marigolds, we find each floret's calyx converted into a barbed implement - javelin, pitchfork, or halberd - for grappling the clothing of the first innocent victim unwittingly acting as a colonizing agent.

BEGGAR-TICKS, STICK-TIGHT, RAYLESS MARIGOLD, BEGGAR-LICE, PITCHFORKS, or STICK-SEED (B. frondosa) perfectly captures its poorly regarded reputation in its common names. The numerous dull, dark, tawny orange flower heads, lacking noticeable rays or with barely visible ones, and surrounded by taller leaf-like bracts, don't add much to the beauty of the wet fields and roadsides where they grow on long stems from July to October. The smooth, upright, branched, and often reddish stem can be anywhere from two to nine feet tall. Typically, the upper leaves aren't divided, while the lower ones are pinnately divided into three to five sections, with the segments being lance-shaped or broader and sharply toothed. Like all bur-marigolds, each floret's calyx has turned into a barbed tool—like a javelin, pitchfork, or halberd—to grab onto the clothing of the first unsuspecting victim who inadvertently helps it spread.

SNEEZEWEED; SWAMP SUNFLOWER
  (Helenium autumnale) Thistle family

SNEEZEWEED; SWAMP SUNFLOWER
  (Helenium autumnale) Aster family

Flower-heads - Bright yellow, to 2 in. across, numerous, borne on long peduncles in corymb-like clusters; the rays 3 to 5 cleft, and drooping around the yellow or yellowish-brown disk. Stem: 2 to 6 ft. tall, branched above. Leaves: Alternate, firm, lance-shaped to oblong, toothed, seated on stem or the bases slightly decurrent; bitter. Preferred Habitat - Swamps, wet ground, banks of streams. Flowering Season - August-October. Distribution - Quebec to the Northwest Territory; southward to Florida and Arizona.

Flower heads - Bright yellow, up to 2 inches wide, numerous, found on long stems in flat-topped clusters; the petals are 3 to 5 lobed and droop around the yellow or yellowish-brown center. Stem: 2 to 6 feet tall, branching near the top. Leaves: Alternate, sturdy, lance-shaped to oblong, with teeth, attached directly to the stem or slightly extending down the stem; bitter. Preferred Habitat - Swamps, wet areas, stream banks. Flowering Season - August to October. Distribution - From Quebec to the Northwest Territories; south to Florida and Arizona.

September, which also brings out lively masses of the swamp sunflower in the low-lying meadows, was appropriately called our golden month by an English traveler who saw for the first time the wonderful yellows in our autumn foliage, the surging seas of goldenrod; the tall, showy sunflowers, ox-eyes, rudbeckias, marigolds, and all the other glorious composites in Nature's garden, as in men's, which copy the sun's resplendent disk and rays to brighten with one final dazzling outburst the somber face of the dying year.

September, which also brings out vibrant clusters of swamp sunflowers in the low meadows, was fittingly referred to as our golden month by an English traveler who first experienced the amazing yellows in our autumn leaves, the rolling waves of goldenrod; the tall, striking sunflowers, ox-eyes, rudbeckias, marigolds, and all the other beautiful composites in Nature's garden, just like in man's, which imitate the sun's brilliant disc and rays to light up, in one last dazzling display, the gloomy face of the fading year.

To the swamp sunflowers honey-bees hasten for both nectar and pollen, velvety bumblebees suck the sweets, leaf-cutter and mason bees, wasps, some butterflies, flies, and beetles visit them daily, for the round disks mature their perfect fertile florets in succession. Since the drooping ray flowers, which are pistillate only, are fertile too, there is no scarcity of seed set, much to the farmer's dismay. Most cows know enough to respect the bitter leaves' desire to be let alone; but many a pail of milk has been spoiled by a mouthful of Helenium among the herbage. Whoever cares to learn from experience why this was called the sneezeweed, must take a whiff of snuff made of the dried and powdered leaves.

To the swamp sunflowers, honeybees rush for both nectar and pollen, velvety bumblebees sip the sweet stuff, and leaf-cutter and mason bees, wasps, some butterflies, flies, and beetles stop by every day since the round disks produce their perfect fertile florets in succession. Since the drooping ray flowers, which only have female parts, are also fertile, there is no shortage of seed set, much to the farmer's frustration. Most cows know enough to avoid the bitter leaves that want to be left alone; however, many a pail of milk has been ruined by a mouthful of Helenium in the grass. Anyone who wants to learn from experience why this plant is called sneezeweed should take a sniff of snuff made from the dried and powdered leaves.

The PURPLE-HEAD SNEEZEWEED (H. nudiflorum), its yellow rays sometimes wanting, occurs in the South and West.

The PURPLE-HEAD SNEEZEWEED (H. nudiflorum), which sometimes has missing yellow rays, is found in the South and West.

TANSY; BITTER-BUTTONS
  (Tanacetum vulgare) Thistle family

Tansy; Bitter-Buttons
  (Tanacetum vulgare) Thistle family

Flower-heads - Small, round, of tubular florets only, packed
within a depressed involucre, and borne, in flat-topped corymbs.
Stem: 1 1/2 to 3 ft. tall, leafy. Leaves: Deeply and pinnately
cleft into narrow, toothed divisions; strong scented.
Preferred Habitat - Roadsides; commonly escaped from gardens.
Flowering Season - July-September.
Distribution - Nova Scotia, westward to Minnesota, south to
Missouri and North Carolina. Naturalized from Europe.

Flower heads - Small, round, with only tubular florets, packed
within a shallow involucre and arranged in flat-topped corymbs.
Stem: 1.5 to 3 ft. tall, leafy. Leaves: Deeply and pinnately
divided into narrow, toothed sections; strongly scented.
Preferred Habitat - Roadsides; often found escaping from gardens.
Flowering Season - July-September.
Distribution - Nova Scotia, west to Minnesota, south to
Missouri and North Carolina. Naturalized from Europe.

"In the spring time, are made with the leaves hereof newly sprung up, and with eggs, cakes or Tansies which be pleasant in taste and goode for the Stomache," wrote quaint old Gerarde. That these were popular dainties in the seventeenth century we further know through Pepys, who made a "pretty dinner" for some guests, to wit: "A brace of stewed carps, six roasted chickens, and a jowl of salmon, hot, for the first course; a tansy, and two neat's tongues, and cheese, the second." Cole's "Art of Simpling," published in 1656, assures maidens that tansy leaves laid to soak in buttermilk for nine days "maketh the complexion very fair." Tansy tea, in short, cured every ill that flesh is heir to, according to the simple faith of mediaeval herbalists - a faith surviving in some old women even to this day. The name is said to be a corruption of athanasia, derived from two Greek words meaning immortality. When some monks in reading Lucian came across the passage where Jove, speaking of Ganymede to Mercury, says, "Take him hence, and when he has tasted immortality let him return to us," their literal minds inferred that this plant must have been what Ganymede tasted, hence they named it athanasia! So great credence having been given to its medicinal powers in Europe, it is not strange the colonists felt they could not live in the New World without tansy. Strong-scented pungent tufts topped with bright yellow buttons - runaways from old gardens - are a conspicuous feature along many a roadside leading to colonial homesteads.

"In the spring, new leaves emerge, along with eggs, cakes, or Tansies that are tasty and good for the stomach," wrote the charming old Gerarde. We also know that these were popular treats in the seventeenth century from Pepys, who prepared a "nice dinner" for some guests, including "a couple of stewed carps, six roasted chickens, and a jowl of salmon, hot, for the first course; a tansy, and two neat's tongues, and cheese, for the second." Cole's "Art of Simpling," published in 1656, assures young women that tansy leaves soaked in buttermilk for nine days "make the complexion very fair." Tansy tea, in short, cured every ailment that humans experience, according to the simple beliefs of medieval herbalists—a belief that some elderly women still hold to this day. The name is said to come from athanasia, derived from two Greek words meaning immortality. When some monks read Lucian and came across the passage where Jove, speaking of Ganymede to Mercury, says, "Take him hence, and when he has tasted immortality let him return to us," their literal minds concluded that this plant must have been what Ganymede tasted, so they named it athanasia! Given the strong belief in its medicinal properties in Europe, it's not surprising that colonists felt they couldn't live in the New World without tansy. Strong-scented, pungent tufts topped with bright yellow buttons—runaways from old gardens—are a notable feature along many roads leading to colonial homesteads.

GOLDEN RAGWORT; GROUNDSEL; SQUAW-WEED
  (Senecio aureus) Thistle family

GOLDEN RAGWORT; GROUNDSEL; SQUAW-WEED
  (Senecio aureus) Thistle family

Flower-heads - Golden yellow, about 3/4 in. across, borne on slender peduncles in a loose, leafless cluster; rays 8 to 12 around minute disk florets. Stem: Slender, 1 to 2 1/2 ft. high, solitary or tufted, from a strong-scented root. Leaves: From the root, on long petioles, rounded or heart-shaped, scalloped-edged, often purplish; stem leaves variable, lance-shaped or lyrate, deeply cut, sessile. Preferred Habitat - Swamps, wet ground, meadows. Flowering Season - May-July. Distribution - Gulf States northward to Missouri, Ontario, and Newfoundland.

Flower heads - Bright golden yellow, about 3/4 inch wide, growing on slender stems in a loose, leafless cluster; there are 8 to 12 ray petals surrounding tiny disk flowers. Stem: Slender, 1 to 2.5 feet tall, either solitary or in clusters, originating from a strongly scented root. Leaves: From the root, on long stalks, rounded or heart-shaped with scalloped edges, often purple; stem leaves vary, being lance-shaped or lyrate and deeply divided, with no stalks. Preferred Habitat - Swamps, wet areas, meadows. Flowering Season - May-July. Distribution - Gulf States extending north to Missouri, Ontario, and Newfoundland.

While the aster clan is the largest we have in North America, this genus Senecio is really the most numerous branch of the great composite tribe, numbering as it does nearly a thousand species, represented in all quarters of the earth. It is said to take its name from senex = an old man, in reference to the white hairs on many species; or, more likely, to the silky pappus that soon makes the fertile disks hoary headed. "I see the downy heads of the senecio gone to seed, thistle like but small," wrote Thoreau in his journal under date of July 2nd, when only the pussy-toes everlasting could have plumed its seeds for flight over the dry uplands in a similar fashion. Innumerable as the yellow, daisy-like composites are, most of them appear in late summer or autumn, and so the novice should have little difficulty in naming these loosely clustered, bright, early blooming small heads.

While the aster clan is the largest we have in North America, the genus Senecio is actually the most numerous branch of the great composite family, with nearly a thousand species found all over the world. It's said to take its name from senex, meaning "old man," in reference to the white hairs on many species; or, more likely, from the silky pappus that quickly makes the fertile disks look gray. "I see the fluffy heads of the senecio gone to seed, thistle-like but small," wrote Thoreau in his journal on July 2nd, when only the pussy-toes everlasting could have sent its seeds flying over the dry uplands in a similar way. As numerous as the yellow, daisy-like composites are, most appear in late summer or autumn, so beginners should have little trouble identifying these loosely clustered, brightly blooming small heads that come out early.

RED AND INDEFINITES

"I want the inner meaning and the understanding of the wildflowers in the meadow. Why are they? What end? What purpose? The plant knows, and sees, and feels; where is its mind when the petal falls? Absorbed in the universal dynamic force, or what? They make no shadow of pretence, these beautiful flowers, of being beautiful for my sake; of bearing honey for me; in short, there does not seem to be any kind of relationship understood between us, and yet . . . language does not express the dumb feelings of the mind any more than the flower can speak. I want to know the soul of the flowers! . . . All these life-laboured monographs, these classifications, works of Linnaeus, and our own classic Darwin, microscope, physiology - and the flower has not given us its message yet.' ' - Richard Jeffries.

"I want to understand the deeper meaning of the wildflowers in the meadow. Why do they exist? What is their purpose? The plant knows, sees, and feels; where is its mind when a petal falls? Is it absorbed in the universal dynamic force, or something else? These beautiful flowers don't pretend to be beautiful for my benefit; they don't produce honey for me. It doesn’t seem like there’s any kind of relationship between us, and yet... language doesn’t capture the silent feelings of the mind any more than a flower can talk. I want to know the soul of the flowers! All these hard-won studies, these classifications, the work of Linnaeus and our own classic Darwin, microscope, physiology - and the flower still hasn’t shared its message with us." - Richard Jeffries.

JACK-IN-THE-PULPIT; INDIAN TURNIP
  (Arisaema triphyllum) Arum family

JACK-IN-THE-PULPIT; INDIAN TURNIP
  (Arisaema triphyllum) Arum family

Flowers - Minute, greenish yellow, clustered on the lower part of a smooth, club-shaped, slender spadix within a green and maroon or whitish-striped spathe that curves in a broad-pointed flap above it. Leaves: 3-foliate, usually overtopping the spathe, their slender petioles 9 to 30 in. high, or as tall as the scape that rises from an acrid corm. Fruit: Smooth, shining red berries clustered on the thickened club. Preferred Habitat - Moist woodland and thickets. Flowering Season - April-June. Distribution - Nova Scotia westward to Minnesota, and southward to the Gulf States.

Flowers - Small, greenish-yellow, grouped at the lower part of a smooth, slender spadix that has a club shape, surrounded by a green and maroon or whitish-striped spathe that bends in a wide, pointed flap above it. Leaves: 3-parted, typically taller than the spathe, with slender petioles measuring 9 to 30 inches high, or as tall as the scape rising from a pungent corm. Fruit: Smooth, shiny red berries grouped on the thickened club. Preferred Habitat - Moist woodlands and thickets. Flowering Season - April to June. Distribution - From Nova Scotia west to Minnesota, and south to the Gulf States.

A jolly looking preacher is Jack, standing erect in his particolored pulpit with a sounding-board over his head; but he is a gay deceiver, a wolf in sheep's clothing,, literally a "brother to dragons," an arrant upstart, an ingrate, a murderer of innocent benefactors! "Female botanizing classes pounce upon it as they would upon a pious young clergyman," complains Mr. Ellwanger. A poor relation of the stately calla lily one knows Jack to be at a glance, her lovely white robe corresponding to his striped pulpit, her bright yellow spadix to his sleek reverence. In the damp woodlands where his pulpit is erected beneath leafy cathedral arches, minute flies or gnats, recently emerged from maggots in mushrooms, toadstools, or decaying logs, form the main part of his congregation.

A cheerful-looking preacher is Jack, standing upright in his multicolored pulpit with a sounding board above his head; but he’s a charming deceiver, a wolf in sheep's clothing, literally a "brother to dragons," a total upstart, an ingrate, a murderer of innocent benefactors! "Female botany clubs jump on it as they would a pious young clergyman," complains Mr. Ellwanger. A distant relative of the elegant calla lily, it’s obvious at a glance that Jack matches her lovely white gown with his striped pulpit, and her bright yellow spadix with his smooth reverence. In the damp woodlands where his pulpit is set up beneath leafy cathedral arches, tiny flies or gnats, just emerged from maggots in mushrooms, toadstools, or rotting logs, make up most of his congregation.

Now, to drop the clerical simile, let us peep within the sheathing spathe, or, better still, strip it off altogether. Dr. Torrey states that the dark-striped spathes are the fertile plants, those with green and whitish lines, sterile. Within are smooth, glossy columns, and near the base of each we shall find the true flowers, minute affairs, some staminate; others, on distinct plants, pistillate, the berry bearers; or rarely both male and female florets seated on the same club, as if Jack's elaborate plan to prevent self-fertilization were not yet complete. Plants may be detected in process of evolution toward their ideals: just as nations and men are. Doubtless, when Jack's mechanism is perfected, his guilt will disappear. A little way above the florets the club enlarges abruptly, forming a projecting ledge that effectually closes the avenue of escape for many a guileless victim. A fungus gnat, enticed perhaps by the striped house of refuge from cold spring winds, and with a prospect of food below, enters and slides down the inside walls or the slippery colored column: in either case descent is very easy; it is the return that is made so difficult, if not impossible, for the tiny visitors. Squeezing past the projecting ledge, the gnat finds himself in a roomy apartment whose floor - the bottom of the pulpit - is dusted over with fine pollen; that is, if he is among staminate flowers already mature. To get some of that pollen, with which the gnat presently covers himself, transferred to the minute pistillate florets waiting for it in a distant chamber is, of course, Jack's whole aim in enticing visitors within his polished walls; but what means are provided for their escape? Their efforts to crawl upward over the slippery surface only land them weak and discouraged where they started. The projecting ledge overhead prevents them from using their wings; the passage between the ledge and the spathe is far too narrow to permit flight. Now, if a gnat be persevering, he will presently discover a gap in the flap where the spathe folds together in front, and through this tiny opening he makes his escape, only to enter another pulpit, like the trusted, but too trusting, messenger he is, and leave some of the vitalizing pollen on the fertile florets awaiting his coming.

Now, to set aside the clerical analogy, let’s take a look inside the protective spathe, or better yet, strip it away completely. Dr. Torrey explains that the dark-striped spathes belong to the fertile plants, while those with green and whitish lines are sterile. Inside, there are smooth, shiny columns, and close to the base of each, we find the true flowers—tiny things, some male, and others, on separate plants, female, the berry producers; or occasionally both male and female flowers located on the same stalk, as if Jack's meticulous plan to prevent self-fertilization isn't fully realized yet. Plants are evolving towards their ideals, just like nations and people do. Undoubtedly, when Jack's system is perfected, his flaws will fade away. A little above the flowers, the stalk widens suddenly, creating a ledge that effectively blocks the escape route for many unsuspecting visitors. A fungus gnat, perhaps lured by the striped shelter from chilly spring winds and the promise of food below, goes inside and slides down the slick walls of the colorful column: getting in is easy; it's getting out that's the challenge, if not impossible, for the tiny guests. As it tries to squeeze past the ledge overhead, the gnat finds itself in a spacious area with a floor—the bottom of the pulpit—covered in fine pollen; that is, if it’s among already mature male flowers. Jack’s main goal in attracting visitors to his polished walls is to have some of that pollen, which the gnat eventually gets all over itself, transferred to the tiny female flowers waiting in a distant chamber; but how can they escape? Their attempts to climb back up the slick surface just leave them weak and frustrated at the starting point. The ledge above blocks their wings; the opening between the ledge and the spathe is far too narrow for flight. If a gnat is persistent, it will eventually find a small gap in the flap where the spathe folds in the front, and through this tiny opening, it escapes, only to enter another pulpit, like the trustworthy but overly trusting messenger it is, leaving some of the life-giving pollen on the fertile flowers expecting its arrival.

But suppose the fly, small as he is, is too large to work his way out through the flap, or too bewildered or stupid to find the opening, or too exhausted after his futile efforts to get out through the overhead route to persevere, or too weak with hunger in case of long detention in a pistillate trap where no pollen is, what then? Open a dozen of Jack's pulpits, and in several, at least, dead victims will be found - pathetic little corpses sacrificed to the imperfection of his executive system. Had the flies entered mature spathes, whose walls had spread outward and away from the polished column, flight through the overhead route might have been possible. However glad we may be to make every due allowance for this sacrifice of the higher life to the lower, as only a temporary imperfection of mechanism incidental to the plant's higher development, Jacks present cruelty shocks us no less. Or, it may be, he will become insectivorous like the pitcher plant in time. He comes from a rascally family, anyhow. (See cuckoo pint.)

But imagine if the fly, small as it is, is too big to escape through the flap, or too confused or dim-witted to find the opening, or too worn out after trying unsuccessfully to get out through the top route to keep going, or too weak from hunger if it’s stuck in a flower trap with no pollen—what happens then? Open up a dozen of Jack's flowers, and in several of them, at least, you’ll find dead flies—sad little bodies that were sacrificed because of the flaws in his design. If the flies had entered fully mature flowers, whose walls had opened out and away from the smooth column, escaping through the top might have been possible. Even if we’re willing to make allowances for this sacrifice of higher life to lower, viewing it as just a temporary flaw in the plant’s development, Jack's current cruelty still disturbs us. Or maybe over time, he will evolve to eat insects like the pitcher plant. He comes from a shady background anyway. (See cuckoo pint.)

In June and July the thick-set club, studded over with bright berries, becomes conspicuous, to attract hungry woodland rovers in the hope that the seeds will be dropped far from the parent plant. The Indians used to boil the berries for food. The farinaceous root (corm) they likewise boiled or dried to extract the stinging, blistering juice, leaving an edible little "turnip," however insipid and starchy.

In June and July, the bush, covered in bright berries, stands out to draw in hungry forest wanderers, hoping that the seeds will be dropped far from the parent plant. Native Americans used to boil the berries for food. They also boiled or dried the starchy root (corm) to get rid of the irritating juice, leaving behind a small edible "turnip," even though it was bland and starchy.

The GREEN DRAGON, or DRAGON-ROOT (A. Dracontium), to which Jack is brother, is found in similar situations or beside streams in wet, shady ground, and sends up a narrow greenish or whitish tapering spathe, one or two inches long, enwrapping a slender, pointed spadix, that projects sometimes seven inches beyond its tip. Within, tiny pistillate florets are seated around the base, while on the staminate plants the inflorescence extends higher. A large, solitary, dark green leaf, divided into from five to seventeen oblong, pointed segments, spreads above. Large ovoid heads of reddish-orange berries are the plant's most conspicuous feature.

The GREEN DRAGON, or DRAGON-ROOT (A. Dracontium), which is related to Jack, grows in similar areas or alongside streams in damp, shady soil. It produces a narrow greenish or whitish spathe that tapers to one or two inches long, wrapping around a slender, pointed spadix that can sometimes extend seven inches past its tip. Inside, tiny female florets are positioned around the base, while on male plants, the flower structure rises higher. A large, solitary, dark green leaf, divided into five to seventeen oblong, pointed segments, spreads out above. The plant's most noticeable feature is its large, oval clusters of reddish-orange berries.

SKUNK OR SWAMP CABBAGE
  (Spathyema fetida; Symplocarpus fetidus of Gray) Arum family

SKUNK OR SWAMP CABBAGE
  (Spathyema fetida; Symplocarpus fetidus of Gray) Arum family

Flowers - Minute, perfect, fetid; many scattered over a thick, rounded, fleshy spadix, and hidden within a swollen, shell-shaped, purplish-brown to greenish-yellow, usually mottled, spathe, close to the ground, that appears before the leaves. Spadix much enlarged and spongy in fruit, the bulb-like berries imbedded in its surface. Leaves: In large crowns like cabbages, broadly ovate, often 1 ft. across, strongly nerved, their petioles with deep grooves, malodorous. Preferred Habitat - Swamps, wet ground. Flowering Season - February-April. Distribution - Nova Scotia to Florida, and westward to Minnesota and Iowa.

Flowers - Small, perfectly shaped, and stinky; many are scattered over a thick, rounded, fleshy spadix, and hidden within a swollen, shell-like, purplish-brown to greenish-yellow, usually spotted, spathe, close to the ground, that appears before the leaves. The spadix becomes much larger and spongy when it bears fruit, with bulb-like berries embedded in its surface. Leaves: Forming large crowns like cabbages, broadly oval, often 1 ft. across, with strong veins, their petioles deeply grooved and smelly. Preferred Habitat - Swamps, wet ground. Flowering Season - February-April. Distribution - Nova Scotia to Florida, and westward to Minnesota and Iowa.

This despised relative of the stately calla lily proclaims spring in the very teeth of winter, being the first bold adventurer above ground. When the lovely hepatica, the first flower worthy the name to appear, is still wrapped in her fuzzy furs, the skunk cabbage's dark incurved horn shelters within its hollow, tiny, malodorous florets. Why is the entire plant so fetid that one flees the neighborhood, pervaded as it is with an odor that combines a suspicion of skunk, putrid meat, and garlic? After investigating the carrion-flower (q.v.) and the purple trillium, among others, we learned that certain flies delight in foul odors loathsome to higher organisms; that plants dependent on these pollen carriers woo them from long distances with a stench, and in addition sometimes try to charm them with color resembling the sort of meat it is their special mission, with the help of beetles and other scavengers of Nature, to remove from the face of the earth. In such marshy ground as the skunk cabbage lives in, many small flies and gnats live in embryo under the fallen leaves during the winter. But even before they are warmed into active life, the hive-bees, natives of Europe, and with habits not perfectly adapted as yet to our flora (nor our flora's habits to theirs - see milkweed), are out after pollen. Where would they find any so early, if not within the skunk cabbage's livid horn of plenty? Not even an alder catkin or a pussy willow has expanded yet. In spite of the bee's refined taste in the matter of perfume and color, she has no choice, now, but to enter so generous an entertainer. At the top of the thick rounded spadix within, the skunk cabbage florets there first mature their stigmas, and pollen must therefore be carried to them on the bodies of visitors. Later these stigmas wither, and abundant pollen is shed from the now ripe anthers. Meantime the lower, younger florets having matured their stigmas, some pollen may fall directly on them from the older flowers above. A bee crawling back and forth over the spadix gets thoroughly dusted, and flying off to another cluster of florets cross-fertilizes them - that is, if all goes well. But because the honeybee never entered the skunk cabbage's calculations, useful as the immigrant proved to be, the horn that was manifestly designed for smaller flies often proves a fatal trap. Occasionally a bee finds the entrance she has managed to squeeze through too narrow and slippery for an exit, and she perishes miserably.

This often-unwanted cousin of the elegant calla lily announces spring despite winter, being the first bold flower to break through the ground. While the beautiful hepatica, the first flower truly deserving the name, is still wrapped in its fuzzy protective layers, the skunk cabbage's dark, curved spadix hides tiny, smelly florets inside its hollow. Why is the whole plant so stinky that people rush away, overwhelmed by a smell that combines hints of skunk, rotting meat, and garlic? After looking into the carrion-flower (see q.v.) and the purple trillium, among others, we discovered that certain flies are attracted to foul odors that repel other creatures; these plants lure their pollen carriers from far away with their stench and sometimes even try to entice them with colors that resemble the rotting meat they help to clear from the earth with the help of beetles and other natural scavengers. In the marshy areas where skunk cabbage thrives, many small flies and gnats spend the winter in their embryonic state under fallen leaves. But even before these creatures are warmed into activity, honeybees from Europe, whose behaviors aren't perfectly adjusted to our native plants (just as our native plants aren't quite adapted to them—see milkweed), are already searching for pollen. Where could they find any so early in the season, if not within the generous skunk cabbage's ample structure? Not even an alder catkin or a pussy willow has opened yet. Despite the bee's discerning taste when it comes to fragrance and color, she has no option now but to visit this abundant provider. At the top of the thick rounded spadix, the skunk cabbage's florets first mature their stigmas, and pollen must be carried to them by visiting insects. Later, these stigmas will wilt, and plenty of pollen will fall from the ripe anthers. Meanwhile, the younger florets below, having developed their stigmas, may receive some pollen from the older flowers above. A bee crawling back and forth on the spadix gets covered in pollen, and when she flies off to another group of florets, she cross-fertilizes them—at least, that’s the plan. However, because the honeybee wasn't considered in the skunk cabbage's design, her presence, while beneficial, can be dangerous. The spadix, clearly meant for smaller flies, often turns out to be a deadly trap. Sometimes a bee finds the entrance she's squeezed through too narrow and slippery to exit, leading to her unfortunate demise.

"A couple of weeks after finding the first bee," says Mr. William Trelease in the "American Naturalist," "the spathes will be found swarming with the minute black flies that were sought in vain earlier in the season, and their number is attested not only by the hundreds of them which can be seen, but also by the many small but very fat spiders whose webs bar the entrance to three-fourths of the spathes. During the present spring a few specimens of a small scavenger beetle have been captured within the spathes of this plant…. Finally, other and more attractive flowers opening, the bees appear to cease visiting those of this species, and countless small flies take their place, compensating for their small size by their great numbers." These, of course, are the benefactors the skunk cabbage catered to ages before the honeybee reached our shores.

"A couple of weeks after finding the first bee," says Mr. William Trelease in the "American Naturalist," "the spathes will be found swarming with tiny black flies that were sought in vain earlier in the season, and their numbers are confirmed not only by the hundreds of them that can be seen but also by the many small but very fat spiders whose webs block the entrance to three-fourths of the spathes. During this spring, a few specimens of a small scavenger beetle have been found inside the spathes of this plant…. Finally, as other and more appealing flowers bloom, the bees seem to stop visiting those of this species, and countless small flies take their place, making up for their small size with their large numbers." These, of course, are the beneficiaries that skunk cabbage catered to long before the honeybee arrived on our shores.

After the flowering time come the vivid green crowns of leaves that at least please the eye. Lizards make their home beneath them, and many a yellowthroat, taking advantage of the plant's foul odor, gladly puts up with it herself and builds her nest in the hollow of the cabbage as a protection for her eggs and young from four-footed enemies. Cattle let the plant alone because of the stinging, acrid juices secreted by it, although such tender, fresh, bright foliage must be especially tempting, like the hellebore's, after a dry winter diet. Sometimes tiny insects are found drowned in the wells of rain water that accumulate at the base of the grooved leafstalks.

After the flowering season, the bright green crowns of leaves emerge that at least please the eye. Lizards make their home underneath them, and many yellowthroats, taking advantage of the plant's unpleasant smell, happily tolerate it and build their nests in the hollow of the cabbage to protect their eggs and young from four-legged predators. Cattle avoid the plant because of the stinging, bitter juices it produces, even though the tender, fresh, vibrant foliage must be especially tempting, like the hellebore's, after a dry winter diet. Sometimes, tiny insects can be found drowned in the pools of rainwater that collect at the base of the grooved leaf stalks.

RED, WOOD, FLAME, or PHILADELPHIA LILY
  (Lilium Philadelphicum) Lily family

RED, WOOD, FLAME, or PHILADELPHIA LILY
  (Lilium Philadelphicum) Lily family

Flowers - Erect, tawny or red-tinted outside; vermilion, or sometimes reddish orange, and spotted with madder brown within; 1 to 5, on separate peduncles, borne at the summit. Perianth of 6 distinct, spreading, spatulate segments, each narrowed into a claw, and with a nectar groove at its base; 6 stamens; 1 style, the club-shaped stigma 3-lobed. Stem: 1 to 3 ft. tall, from a bulb composed of narrow, jointed, fleshy scales. Leaves: In whorls of 3's to 8's, lance-shaped, seated at intervals on the stem. Preferred Habitat - Dry woods, sandy soil, borders, and thickets. Flowering Season - June-July. Distribution - Northern border of United States, westward to Ontario, south to the Carolinas and West Virginia.

Flowers - Erect, yellowish or reddish on the outside; bright red, or sometimes reddish-orange, speckled with brown on the inside; 1 to 5, on separate stems, located at the top. The perianth consists of 6 distinct, spreading, spoon-shaped segments, each tapering into a claw, with a groove for nectar at the base; 6 stamens; 1 style, with a club-shaped stigma that has 3 lobes. Stem: 1 to 3 ft. tall, emerging from a bulb made of narrow, jointed, fleshy scales. Leaves: Arranged in whorls of 3 to 8, lance-shaped, spaced at intervals along the stem. Preferred Habitat - Dry woods, sandy soil, edges, and thickets. Flowering Season - June-July. Distribution - Northern border of the United States, west to Ontario, and south to the Carolinas and West Virginia.

Erect, as if conscious of its striking beauty, this vivid lily lifts a chalice that suggests a trap for catching sunbeams from fiery old Sol. Defiant of his scorching rays in its dry habitat, it neither nods nor droops even during prolonged drought; and vet many people confuse it with the gracefully pendent, swaying bells of the yellow Canada lily, which will grow in a swamp rather than forego moisture. Li, the Celtic for white, from which the family derived its name, makes this bright-hued flower blush to own it. Seedmen, who export quantities of our superb native lilies to Europe, supply bulbs so cheap that no one should wait four years for flowers from seed, or go without their splendor in our over-conventional gardens. Why this early lily is radiantly colored and speckled is told in the description of the Canada lily (q.v.).

Standing tall, as if aware of its stunning beauty, this vibrant lily holds up a cup that seems designed to catch sunbeams from the blazing sun. Defying his scorching rays in its dry environment, it neither bows nor wilts even during long droughts; yet many people mistake it for the gracefully drooping, swaying bells of the yellow Canada lily, which prefers a swampy home rather than sacrificing moisture. "Li," the Celtic word for white, gives this bright-colored flower a proud blush. Seed sellers, who ship large quantities of our amazing native lilies to Europe, provide bulbs at such low prices that no one should wait four years for flowers from seeds, or miss out on their beauty in our overly conventional gardens. The reason this early lily is so brightly colored and speckled is explained in the description of the Canada lily (q.v.).

The WESTERN RED LILY (L. umbellatum), that takes the place of the Philadelphia species from Ohio, Minnesota, and the Northwest Territory, southward to Missouri, Arkansas, and Colorado, lifts similar but smaller red, orange, or yellow flowers on a more slender stem, two feet high or less, set with narrow, linear, alternate leaves, or perhaps the upper ones in whorls. It blooms in June or July, in dry soil, preferably in open, sandy situations.

The WESTERN RED LILY (L. umbellatum), which replaces the Philadelphia species from Ohio, Minnesota, and the Northwest Territory, extends south to Missouri, Arkansas, and Colorado. It produces similar but smaller red, orange, or yellow flowers on a more slender stem, typically about two feet tall or shorter, with narrow, linear, alternate leaves, or sometimes with the upper leaves arranged in whorls. It blooms in June or July, thriving in dry soil, especially in open, sandy areas.

LARGE CORAL-ROOT
  (Corallorhiza multiflora) Orchid family

LARGE CORAL-ROOT
  (Corallorhiza multiflora) Orchid family

Flowers - Dull brownish purple, about 1/2 in. high; 10 to 30 borne in a raceme 2 to 8 in. long. Petals about the length of sepals, and somewhat united at the base; spur yellowish, the oval lip white, spotted and lined with purplish; 3-lobed, wavy edged. Scape, 8 to 20 in. tall, colored, furnished with several flat scales. Leaves: None. Root: A branching, coral-like mass. Preferred Habitat - Dry woods. Flowering Season - July-September. Distribution - Nova Scotia, westward to British Columbia; south to Florida, Missouri, and California.

Flowers - Dull brownish-purple, about ½ inch high; 10 to 30 are found in a raceme 2 to 8 inches long. Petals are about the same length as the sepals and somewhat fused at the base; spur is yellowish, and the oval lip is white, with purple spots and lines; it is 3-lobed and wavy-edged. Scape is 8 to 20 inches tall, colored, and has several flat scales. Leaves: None. Root: A branching, coral-like mass. Preferred Habitat - Dry woods. Flowering Season - July to September. Distribution - Nova Scotia, west to British Columbia; south to Florida, Missouri, and California.

To the majority of people the very word orchid suggests a millionaire's hothouse, or some fashionable florist's show window, where tropical air plants send forth gorgeous blossoms, exquisite in color, marvelous in form; so that when this insignificant little stalk pokes its way through the soil at midsummer and produces some dull flowers of indefinite shades and no leaves at all to help make them attractive, one feels that the coral-root is a very poor relation of theirs indeed. The prettily marked lower lip, at once a platform and nectar guide to the insect alighting on it, is all that suggests ambition worthy of an orchid.

To most people, the word "orchid" brings to mind a rich person's greenhouse or a trendy florist’s display, where tropical plants bloom with stunning flowers that are vibrant in color and incredible in shape. So, when this unassuming little stalk breaks through the soil in midsummer and produces some dull flowers in vague shades with no leaves to enhance their appeal, it feels like the coral-root is a rather distant cousin of the orchid. The attractively marked lower lip, which serves as a landing pad and nectar guide for insects that come to visit, is all that hints at the ambition deserving of an orchid.

If poverty of men and nations can be traced to certain radical causes by the social economist, just as surely can the botanist account for loss of leaves - riches - by closely examining the poverty-stricken plant. Every phenomenon has its explanation. A glance at the extraordinary formation under ground reveals the fact that the coral-roots, although related to the most aristocratic and highly organized plants in existence, have stooped to become ghoulish saprophytes. An honest herb abounds in good green coloring matter (chlorophyll), that serves as a light screen to the cellular juices of leaf and stem. It also forms part of its digestive apparatus, aiding a plant in the manufacture of its own food out of the soil, water, and gases; whereas a plant that lives by piracy - a parasite - or a saprophyte, that sucks up the already assimilated products of another's decay, loses its useless chlorophyll as surely as if it had been kept in a cellar. In time its equally useless leaves dwindle to bracts, or disappear. Nature wastes no energy. Fungi, for example, are both parasites and saprophytes; and so when plants far higher up in the evolutionary scale than they lose leaves and green color too, we may know they are degenerates belonging to that disreputable gang of branded sinners which includes the Indian-pipe, broom-rape, dodder, pine-sap, and beech-drops. Others, like the gerardias and foxgloves, may even now be detected on the brink of a fall from grace.

If the poverty of people and nations can be traced back to certain fundamental causes by social economists, then just as definitely can a botanist explain the loss of leaves—riches—by closely examining a struggling plant. Every phenomenon has an explanation. A look at the unusual formations underground shows that coral roots, despite being related to some of the most prestigious and complex plants, have degraded to become grotesque saprophytes. A healthy herb is rich in green pigment (chlorophyll), which acts as a light filter for the plant's cellular fluids in its leaves and stems. This pigment is also part of the plant’s digestive system, helping it create food from soil, water, and gases. In contrast, a plant that lives parasitically or as a saprophyte, drawing nutrients from the decayed remains of others, loses its chlorophyll as if it had been kept in a dark cellar. Eventually, its ineffective leaves shrink to bracts or vanish altogether. Nature doesn’t waste energy. Fungi, for instance, are both parasites and saprophytes; thus, when plants that are much higher on the evolutionary scale lose their leaves and green color as well, we can conclude they are degenerates that belong to that disreputable group of labeled sinners, which includes the Indian-pipe, broom-rape, dodder, pine-sap, and beech-drops. Others, like gerardias and foxgloves, may now be on the verge of falling from grace.

The EARLY CORAL-ROOT (C. Corallorhiza; C. innata of Gray) - a similar but smaller species, whose loose spike of dull purplish flowers likewise terminates a scaly purplish or yellowish scape arising from a mass of short, thick, whitish, fleshy, blunt fibers, may be found in the moist woods blooming in May or June. It has a more northerly range, however, extending from the mountains of Georgia, it is true, but chiefly from the northern boundary of the United States, from New England westward to the State of Washington, and northward to Nova Scotia and Alaska.

The EARLY CORAL-ROOT (C. Corallorhiza; C. innata of Gray) - a similar but smaller species with a loose cluster of dull purplish flowers that also ends in a scaly purplish or yellowish stalk coming from a bunch of short, thick, whitish, fleshy, blunt fibers, can be found in moist woods blooming in May or June. It has a more northern distribution, extending from the mountains of Georgia but mostly from the northern boundary of the United States, from New England west to Washington State, and north to Nova Scotia and Alaska.

ADAM AND EVE; PUTTY-ROOT
  (Aplectrum spicatum; A. hyemale of Gray)) Orchid family

ADAM AND EVE; PUTTY-ROOT
  (Aplectrum spicatum; A. hyemale of Gray) Orchid family

Flowers - Dingy yellowish brown and purplish, about 1 in. long, each on a short pedicel, in a few-flowered, loose, bracted raceme 2 to 4 in. long. No spur; sepals and petals similar, small and narrow, the lip wavy-edged. Scape: to 2 ft. high, smooth, with about 3 sheathing scales. Leaf: Solitary, rising from the corm in autumn, elliptic, broad, plaited-nerved, 4 to 6 in. long. Root: A corm usually attached to one of the preceding season. Preferred Habitat - Moist woods or swamps. Flowering Season - May-June. Distribution - Georgia, Missouri, and California northward, into British Possessions.

Flowers - Dull yellowish-brown and purplish, around 1 inch long, each on a short stalk, in a loose cluster with a few flowers, 2 to 4 inches long. No spur; the sepals and petals are similar, small and narrow, with a wavy-edged lip. Scape: up to 2 feet high, smooth, with about 3 sheathing scales. Leaf: Singular, emerging from the corm in autumn, oval, broad, with plaited veins, 4 to 6 inches long. Root: A corm usually connected to one from the previous season. Preferred Habitat - Moist woods or swamps. Flowering Season - May to June. Distribution - Georgia, Missouri, and California northward, into Canadian territories.

More curious than beautiful is this small orchid whose dingy flowers of indefinite color and without spurs interest us far less than the two corms barely hidden below ground. These singular solid bulbs, about an inch thick, are connected by a slender stalk, suggesting to the imaginative person who named the plant our first parents standing hand in hand in the Garden of Eden.

More interesting than beautiful is this small orchid with its dull flowers of unclear color and no spurs, which captures our attention much less than the two corms barely visible underground. These unique, solid bulbs, about an inch thick, are linked by a thin stalk, prompting the creative person who named the plant to imagine our first parents standing hand in hand in the Garden of Eden.

But usually several old corms - not always two, by any means - remain attached to the nearest one, a bulb being produced each year until Cain and Abel often join Adam and Eve to make up quite a family group. A strong, glutinous matter within the corms has been used as a cement, hence the plant's other popular name. From the newest bulb added, a solitary large leaf arises in late summer or autumn, to remain all winter. The flower stalk comes up at one side of it the following spring. Meantime the old corms retain their life, apparently to help nourish the young one still joined to them, while its system is taxed with flowering.

But usually several old corms - not just two, for sure - stay attached to the nearest one, producing a bulb each year until Cain and Abel often join Adam and Eve to create quite a family group. A strong, sticky substance within the corms has been used as a glue, which is why the plant has another popular name. From the newest bulb, a single large leaf emerges in late summer or autumn, and it stays through the winter. The flower stalk appears on one side of it the following spring. Meanwhile, the old corms continue to live, seemingly to help nourish the young one still connected to them while it’s busy flowering.

WILD GINGER; CANADA SNAKEROOT; ASARABACCA
  (Asarum Canadense) Birthwort family

WILD GINGER; CANADA SNAKEROOT; ASARABACCA
  (Asarum Canadense) Birthwort family

Flower - Solitary, dull purplish brown, creamy white within, about 1 in. broad when expanded, borne on a short peduncle close to or upon the ground. Calyx cup-shaped, deeply cleft, its 3 acutely pointed lobes spreading, curved; corolla wanting; 12 short, stout stamens inserted on ovary; the thick style 6-lobed, its stigmas radiating on the lobes. Leaves: A single pair, dark green, reniform, 4 to 7 in. broad, on downy petioles 6 to 12 in. high, from a creeping, thick, aromatic, pungent rootstock. Preferred Habitat - Rich, moist woods; hillsides. Flowering Season - March-May. Distribution - North Carolina, Missouri, and Kansas, northward, to New Brunswick and Manitoba.

Flower - A solitary, dull purplish-brown, creamy white inside, about 1 inch wide when fully open, growing on a short stem close to or on the ground. The calyx is cup-shaped, deeply split, with 3 sharply pointed lobes that spread and curve; the corolla is absent; 12 short, thick stamens are attached to the ovary; the thick style has 6 lobes, and its stigmas radiate from those lobes. Leaves: A single pair, dark green, kidney-shaped, 4 to 7 inches wide, on downy stems 6 to 12 inches tall, coming from a creeping, thick, aromatic, pungent rootstock. Preferred Habitat - Rich, moist woods; hillsides. Flowering Season - March-May. Distribution - North Carolina, Missouri, and Kansas, northward, to New Brunswick and Manitoba.

Like the wicked servant who buried the one talent entrusted to his care, the wild ginger hides its solitary flower if not actually under the dry leaves that clothe the ground in the still leafless woodlands, then not far above them. Why? When most plants flaunt their showy blossoms aloft, where they may be seen of all, why should this one bear only one dull, firm cup, inconspicuous in color as in situation? In early spring - and it is one of the earliest flowers - gnats and small flies are warming into active life from the maggots that have lain under dead leaves and the bark of decaying logs all winter. To such guests a flower need offer few attractions to secure them in swarms. Bright, beautiful colors, sweet fragrance, luscious nectar, with which the highly specialized bees, butterflies, and moths are wooed, would all be lost on them, lacking as they do esthetic taste. For flies, a snug shelter from cold spring winds such as Jack-in-the-pulpit, the marsh calla, the pitcher-plant, or the skunk cabbage offers; sometimes a fetid odor like the latter's, or dull purplish red or brownish color resembling stale meat, which the purple trillium likewise wears as an additional attraction, are necessary when certain carrion flies must be catered to; and, above all, an abundance of pollen for food - with any or all of these seductions a flower dependent on flies has nothing to fear from neglect. Therefore the wild ginger does not even attempt to fertilize itself. Within the cozy cup one can usually find a contented fly seeking shelter or food. Close to the ground it is warm and less windy. When the cup first opens, only the stigmas are mature and sticky to receive any pollen the visitors may bring in on their bodies from other asylums where they have been hiding. These stigmas presently withering, up rise the twelve stamens beside them to dust with pollen the flies coming in search of it. Only one flower from a root compels cross-fertilizing between flowers of distinct plants - a means to insure the most vigorous seed, as Darwin proved. Evidently the ginger is striving to attain some day the ambitious mechanism for temporarily imprisoning its guests that its cousin the Dutchman's pipe has perfected. After fertilization the cup nods, inverted, and the leathery capsule following it bursts irregularly, discharging many seeds.

Like the unfaithful servant who buried the one talent given to him, the wild ginger hides its solitary flower, either under the dry leaves covering the ground in the still leafless woodlands or just above them. Why? While most plants proudly display their colorful blossoms high up where everyone can see them, this one only shows a single dull, firm cup, blending in with its surroundings. In early spring—one of the first flowers to bloom—gnats and small flies are waking up from the maggots that have been hibernating under dead leaves and decaying logs all winter. A flower doesn't need to do much to attract these guests, as they’re not drawn to vibrant colors, sweet scents, or delicious nectar like specialized bees, butterflies, and moths. For flies, having a warm shelter from cold spring winds offered by plants like Jack-in-the-pulpit, marsh calla, pitcher-plant, or skunk cabbage is more important. Sometimes a nasty smell, like that of the skunk cabbage, or dull purplish-red or brown colors that mimic rotting meat, as seen in the purple trillium, are needed to attract certain carrion flies. Above all, an abundance of pollen is what they seek. With any of these attractions, a flower that relies on flies doesn't have to worry about being overlooked. So, the wild ginger doesn’t even try to self-pollinate. Inside its cozy cup, you’ll usually find a satisfied fly looking for shelter or food. Close to the ground, it’s warmer and less windy. When the cup first opens, only the stigmas are ready and sticky to catch any pollen that visitors might bring in from other hiding spots. As these stigmas wilt, the twelve stamens rise to dust the flies with pollen. Just one flower from a root pushes for cross-fertilization between distinct plants, ensuring the strongest seeds, as Darwin discovered. Clearly, the ginger is aiming to develop one day a system for temporarily trapping its visitors, like its cousin the Dutchman's pipe has done so well. After fertilization, the cup tilts downward, and the leathery capsule bursts irregularly, releasing many seeds.

No ruminant will touch the leaves, owing to their bitter juices, nor will a grub or nibbling rodent molest the root, which bites like ginger; nevertheless credulous mankind once utilized the plant as a tonic medicine.

No ruminant will touch the leaves because of their bitter juices, and no grub or nibbling rodent will disturb the root, which has a bite like ginger; yet gullible humans once used the plant as a tonic medicine.

DUTCHMAN'S PIPE; PIPE-VINE
  (Aristolochia macrophylla; A. Sipho of Gray))

DUTCHMAN'S PIPE; PIPE-VINE
  (Aristolochia macrophylla; A. Sipho of Gray))

Flower - An inflated, curved, yellowish-green, veiny tube (calyx), pipe-shaped, except that it abruptly broadens beyond the contracted throat into 3 flat, spreading, dark purplish or reddish-brown lobes; pipe 1 to 1 1/2 in. long, borne on a long, drooping peduncle, either solitary or 2 or 3 together, from the bracted leaf-axils; 6 anthers, without filaments, in united pairs under the 3 lobes of the short, thick stigma. Stem: A very long, twining vine, the branches smooth and green. Leaves: Thin, reniform to heart-shaped, slender petioled, downy underneath when young; 6 to 15 in. broad when mature. Fruit: An oblong, cylindric capsule, containing quantities of seeds within its six sections. Preferred Habitat - Rich, moist woods. Flowering Season - May-June. Distribution - Pennsylvania, westward to Minnesota, south to Georgia and Kansas. Escaped from cultivation further north.

Flower - A swollen, curved, yellowish-green, veiny tube (calyx) shaped like a pipe, but it suddenly widens beyond the narrow throat into three flat, spreading, dark purplish or reddish-brown lobes; the pipe is 1 to 1.5 inches long, attached to a long, drooping stem, either alone or in groups of 2 or 3, emerging from the bracted leaf axils; there are six anthers with no filaments, paired together beneath the three lobes of the short, thick stigma. Stem: A very long, twining vine with smooth, green branches. Leaves: Thin, kidney-shaped to heart-shaped, with slender petioles, downy underneath when young; they measure 6 to 15 inches wide when fully grown. Fruit: An oblong, cylindrical capsule filled with many seeds in its six sections. Preferred Habitat - Rich, moist woods. Flowering Season - May-June. Distribution - Pennsylvania, west to Minnesota, and south to Georgia and Kansas. It has escaped cultivation further north.

After learning why the pitcher plant, Jack-in-the-pulpit, and skunk cabbage are colored and shaped as they are, no one will be surprised on opening this curious flower to find numbers of little flies within the pipe. Certain relatives of this vine produce flowers that are not only colored like livid, putrid meat around the entrance, but also emit a fetid odor to attract carrion flies especially. (See purple trillium.)

After discovering why the pitcher plant, Jack-in-the-pulpit, and skunk cabbage look and smell the way they do, it’s not surprising to find a bunch of little flies inside this unusual flower when you open it up. Certain relatives of this vine have flowers that are not just colored like rotting meat around the entrance, but also release a nasty smell to attract carrion flies in particular. (See purple trillium.)

In May, when the pipe-vine blooms, gauzy-winged small flies and gnats gladly seek food and shelter from the wind within so attractive an asylum as the curving tube offers. They enter easily enough through the narrow throat, around which fine hairs point downward - an entrance resembling an eel trap's. Any pollen they may bring in on their bodies now rubs off on the sticky stigma lobes, already matured at the bottom of a newly opened flower, in which they buzz, crawl, slide, and slip, seeking an avenue of escape. None presents itself: they are imprisoned. The hairs at the entrance, approached from within, form an impenetrable stockade. Must the poor little creatures perish? Is the flower heartless enough to murder its benefactors, on which the continuance of its species depends? By no means is it so shortsighted! A few tiny drops of nectar exuding from the center table prevent the visitors from starving. Presently the fertilized stigmas wither, and when they have safely escaped the danger of self-fertilization, the pollen hidden under their lobes ripens and dusts afresh the little flies so impatiently awaiting the feast. Now, and not till now, it is to the advantage of the species that the prisoners be released, that they may carry the vitalizing dust to stigmas waiting for it in younger flowers. Accordingly, the slippery pipe begins to shrivel, thus offering a foothold; the once stiff hairs that guarded its exit grow limp, and the happy gnats, after a generous entertainment and snug protection, escape uninjured, and by no means unwilling to repeat the experience. Evidently the wild ginger, belonging to a genus next of kin, is striving to perfect a similar prison. In the language of the street, the ginger flower does not yet "work" its.visitors "for all they are worth."

In May, when the pipe-vine flowers bloom, delicate-winged little flies and gnats eagerly look for food and shelter from the wind inside the appealing curved tube. They easily slip through the narrow opening, surrounded by fine hairs that point downward—an entrance that looks like an eel trap. Any pollen they might bring in on their bodies now rubs off on the sticky stigma lobes at the bottom of the newly opened flower, where they buzz, crawl, slide, and wiggle, trying to find a way out. But there’s no escape; they are trapped. The hairs at the entrance, which they approach from the inside, create an impenetrable barrier. Will these poor creatures perish? Is the flower so heartless that it would kill its helpers, which are essential for its survival? Not at all! A few tiny drops of nectar oozing from the center keep the visitors from starving. Soon, the fertilized stigmas wilt, and once the risk of self-fertilization is gone, the pollen hidden under their lobes matures and dusts the little flies who are eagerly waiting for their meal. Now, and only now, it's beneficial for the species to let the prisoners go so they can carry the vital pollen to the stigmas waiting for it in younger flowers. As a result, the slippery pipe begins to shrink, providing a foothold; the once rigid hairs that blocked the exit become limp, and the happy gnats, after being well-fed and comfortably sheltered, escape unharmed, eager to do it all over again. Clearly, the wild ginger, which belongs to a closely related genus, is trying to create a similar trap. In modern terms, the ginger flower hasn’t yet learned to "work" its visitors "for all they're worth."

Later, when we see the exquisite dark, velvety, blue-green, pipe-vine, swallow-tail butterfly (Papilio philenor) hovering about verandas or woodland bowers that are shaded with the pipe-vine's large leaves, we may know she is there only to lay eggs that her caterpillar descendants may find themselves on their favorite food store.

Later, when we spot the beautiful dark, velvety, blue-green pipe-vine swallowtail butterfly (Papilio philenor) fluttering around porches or shaded spots in the woods with the pipe-vine's large leaves, we can understand that she is there just to lay eggs so that her caterpillar offspring can find their favorite food.

The VIRGINIA SNAKEROOT or SERPENTARY (A. serpentaria), found in dry woods, chiefly in the Middle States and South, although its range extends northward to Connecticut, New York, and Michigan, is the species whose aromatic root is used in medicine. It is a low-growing herb, not a vine; its heart-shaped leaves, which are narrow and tapering to a point, are green on both sides, and the curious, greenish, S-shaped flower, which grows alone at the tip of a scaly footstalk from the root, appears in June or July. Sometimes the flowers are cleistogamous (see violet wood-sorrel).

The VIRGINIA SNAKEROOT or SERPENTARY (A. serpentaria), found in dry woods mostly in the Middle States and South, although it can also be found as far north as Connecticut, New York, and Michigan, is the species whose aromatic root is used in medicine. It is a low-growing herb, not a vine; its heart-shaped leaves are narrow and taper to a point, green on both sides, and the unique, greenish, S-shaped flower, which grows alone at the tip of a scaly stalk from the root, appears in June or July. Sometimes the flowers are cleistogamous (see violet wood-sorrel).

FIRE PINK; VIRGINIA CATCHFLY
  (Silene Virginica) Pink family

FIRE PINK; VIRGINIA CATCHFLY
(Silene Virginica) Pink family

Flowers - Scarlet or crimson, 1 1/2 in. broad or less, a few on slender pedicels from the upper leaf-axils. Calyx sticky, tubular, bell-shaped, 5-cleft, enlarged in fruit; corolla of 5 wide-spread, narrow, notched petals, sometimes deeply 2-cleft; 10 stamens; 3 styles. Stem: 1 to 2 ft. high; erect, slender, sticky. Leaves: Thin, spatulate, 3 to 5 in. long; or upper ones oblong to lance-shaped. Preferred Habitat - Dry, open woodland. Flowering Season - May-September. Distribution - Southern New Jersey to Minnesota, south to Georgia and Missouri.

Flowers - Scarlet or crimson, up to 1.5 inches wide, a few on slender stems from the upper leaf axils. The calyx is sticky, tubular, bell-shaped, with 5 clefts, and enlarges as it bears fruit; the corolla has 5 wide, narrow, notched petals, sometimes deeply 2-cleft; 10 stamens; 3 styles. Stem: 1 to 2 feet tall; upright, slender, and sticky. Leaves: Thin, spatula-shaped, 3 to 5 inches long; or upper ones are oblong to lance-shaped. Preferred Habitat - Dry, open woods. Flowering Season - May to September. Distribution - From southern New Jersey to Minnesota, down to Georgia and Missouri.

The rich, glowing scarlet of these pinks that fleck the Southern woodland as with fire, will light up our Northern rock gardens too, if we but sow the seed under glass in earliest spring, and set out the young plants in well-drained, open ground in May. Division of old perennial roots causes the plants to sulk; dampness destroys them.

The bright, vibrant red of these pinks that sprinkle the Southern woods like flames will brighten our Northern rock gardens as well if we sow the seeds indoors in early spring and plant the young plants in well-drained, open ground in May. Splitting old perennial roots makes the plants struggle; moisture will kill them.

To the brilliant blossoms butterflies chiefly come to sip (see wild pink), and an occasional hummingbird, fascinated by the color that seems ever irresistible to him, hovers above them on whirring wings. Hapless ants, starting to crawl up the stem, become more and more discouraged by its stickiness, and if they persevere in their attempts to steal from the butterfly's legitimate preserves, death overtakes their erring feet as speedily as if they ventured on sticky fly paper. How humane is the way to protect flowers from crawling thieves that has been adopted by the high-bush cranberry and the partridge pea (q.v.), among other plants! These provide a free lunch of sweets in the glands of their leaves to satisfy pilferers, which then seek no farther, leaving the flowers to winged insects that are at once despoilers and benefactors.

To the vibrant flowers, butterflies mainly come to sip (see wild pink), and an occasional hummingbird, drawn in by the color that seems irresistible to him, hovers above them on buzzing wings. Unfortunate ants, starting to crawl up the stem, quickly get discouraged by its stickiness, and if they keep trying to steal from the butterfly's rightful stash, death catches up with their wandering feet as quickly as if they walked on sticky flypaper. What a humane method it is to protect flowers from crawling thieves, as seen in the high-bush cranberry and the partridge pea (q.v.), among other plants! These offer a free snack of sweet nectar in the glands of their leaves to satisfy the thieves, allowing them to take no more, leaving the flowers to winged insects that are both robbers and helpers.

WILD COLUMBINE
  (Aquilegia Canadensis) Crowfoot family

WILD COLUMBINE
  (Aquilegia canadensis) Crowfoot family

Flower - Red outside, yellow within, irregular, 1 to 2 in. long, solitary, nodding from a curved footstalk from the upper leaf-axils. Petals 5, funnel-shaped, but quickly narrowing into long, erect, very slender hollow spurs, rounded at the tip and united below by the 5 spreading red sepals, between which the straight spurs ascend; numerous stamens and 5 pistils projecting. Stem: 1 to 2 ft. high; branching, soft-hairy or smooth. Leaves: More or less divided, the lobes with rounded teeth; large lower compound leaves on long petioles. Fruit: An erect pod, each of the 5 divisions tipped with a long, sharp beak. Preferred Habitat - Rocky places, rich woodland. Flowering Season - April-July. Distribution - Nova Scotia to the Northwest Territory; southward to the Gulf States. Rocky Mountains.

Flower - Red on the outside, yellow inside, irregular, 1 to 2 inches long, solitary, drooping from a curved stalk that comes from the upper leaf axils. Petals are 5, funnel-shaped, quickly tapering into long, straight, very thin hollow spurs, rounded at the tip and connected below by 5 spreading red sepals, between which the straight spurs rise up; numerous stamens and 5 pistils stand out. Stem: 1 to 2 feet high; branching, soft-hairy or smooth. Leaves: More or less divided, with lobes that have rounded teeth; large lower compound leaves on long petioles. Fruit: An upright pod, with each of the 5 sections ending in a long, sharp point. Preferred Habitat - Rocky areas, rich woodland. Flowering Season - April to July. Distribution - Nova Scotia to the Northwest Territories; south to the Gulf States. Rocky Mountains.

Although under cultivation the columbine nearly doubles its size, it never has the elfin charm in a conventional garden that it possesses wild in Nature's. Dancing in red and yellow petticoats to the rhythm of the breeze, along the ledge of overhanging rocks, it coquettes with some Punchinello as if daring him to reach her at his peril. Who is he? Let us sit a while on the rocky ledge and watch for her lovers.

Although when cultivated the columbine nearly doubles in size, it never has the magical charm in a traditional garden that it has when growing wild in nature. Dancing in red and yellow petals to the rhythm of the breeze, along the edge of overhanging rocks, it plays coy with some Punchinello as if challenging him to approach at his own risk. Who is he? Let’s sit here for a while on the rocky ledge and watch for her admirers.

Presently a big muscular bumblebee booms along. Owing to his great strength, an inverted, pendent blossom, from which he must cling upside down, has no more terrors for him than a trapeze for the trained acrobat. His long tongue - if he is one of the largest of our sixty-two species of Bombus - can suck almost any flower unless it is especially adapted to night-flying sphinx moths, but can he drain this? He is the truest benefactor of the European columbine (q.v.), whose spurs suggested the talons of an eagle (aquila) to imaginative Linnaeus when he gave this group of plants its generic name. Smaller bumblebees, unable through the shortness of their tongues to feast in a legitimate manner, may be detected nipping holes in the tips of all columbines, where the nectar is secreted, just as they do in larkspurs, Dutchman's breeches, squirrel corn, butter and eggs, and other flowers whose deeply hidden nectaries make dining too difficult for the little rogues. Fragile butterflies, absolutely dependent on nectar, hover near our showy wild columbine with its five tempting horns of plenty, but sail away again, knowing as they do that their weak legs are not calculated to stand the strain of an inverted position from a pendent flower, nor are their tongues adapted to slender tubes unless these may be entered from above. The tongues of both butterflies and moths bend readily only when directed beneath their bodies. It will be noticed that our columbine's funnel-shaped tubes contract just below the point where the nectar is secreted - doubtless to protect it from small bees. When we see the honeybee or the little wild bees - Haliclus chiefly - on the flower, we may know they get pollen only.

Right now, a big, muscular bumblebee buzzes around. Thanks to his strength, an upside-down flower, which he has to cling to, is no more intimidating for him than a trapeze is for a trained acrobat. His long tongue—if he’s one of the largest among our sixty-two species of Bombus—can reach almost any flower unless it’s specifically designed for night-flying sphinx moths, but can he get nectar from this one? He is the best friend of the European columbine, whose spurs reminded the imaginative Linnaeus of an eagle’s talons when he named this group of plants. Smaller bumblebees, with their short tongues that prevent them from feeding properly, can be spotted making holes in the tips of all columbines, where the nectar is stored, just like they do in larkspurs, Dutchman’s breeches, squirrel corn, butter and eggs, and other flowers whose deep nectar sources are too hard for the little thieves to reach. Delicate butterflies, which rely completely on nectar, hover near our eye-catching wild columbine with its five enticing horns full of nectar, but then fly away, knowing their weak legs can't handle being upside down from a hanging flower, nor can their tongues navigate slender tubes unless they can enter from above. The tongues of both butterflies and moths bend easily only when pointed downwards. You’ll notice that our columbine's funnel-shaped tubes narrow right below where the nectar is produced—likely to protect it from small bees. When we see the honeybee or the small wild bees—mainly Haliclus—on the flower, it’s clear they are only gathering pollen.

Finally a ruby-throated hummingbird whirs into sight. Poising before a columbine, and moving around it to drain one spur after another until the five are emptied, he flashes like thought to another group of inverted red cornucopias, visits in turn every flower in the colony, then whirs away quite as suddenly as he came. Probably to him, and no longer to the outgrown bumblebee, has the flower adapted itself. The European species wears blue, the bee's favorite color according to Sir John Lubbock; the nectar hidden in its spurs, which are shorter, stouter, and curved, is accessible only to the largest humblebees. There are no hummingbirds in Europe. (See jewel-weed.) Our native columbine, on the contrary, has longer, contracted, straight, erect spurs, most easily drained by the ruby-throat which, like Eugene Field, ever delights in "any color at all so long as it's red."

Finally, a ruby-throated hummingbird hovers into view. It positions itself in front of a columbine, moving around to sip from each spur one after another until all five are empty. Then it darts to another group of upside-down red flowers, visiting every bloom in the patch before disappearing just as quickly as it arrived. For the hummingbird, and no longer for the outgrown bumblebee, the flower has adapted itself. The European species is blue, which is the bee's favorite color according to Sir John Lubbock; the nectar hidden in its spurs, which are shorter, stouter, and curved, can only be reached by the largest bumblebees. There are no hummingbirds in Europe. (See jewel-weed.) Our native columbine, on the other hand, has longer, narrower, straight, upright spurs, which are most easily reached by the ruby-throat, who, like Eugene Field, always enjoys "any color at all as long as it's red."

To help make the columbine conspicuous, even the sepals become red; but the flower is yellow within, it is thought to guide visitors to the nectaries. The stamens protrude like a golden tassel. After the anthers pass the still immature stigmas, the pollen of the outer row ripens, ready for removal, while the inner row of undeveloped stamens still acts as a sheath for the stigmas. Owing to the pendent position of the flower, no pollen could fall on the latter in any case. The columbine is too highly organized to tolerate self-fertilization. When all the stamens have discharged their pollen, the styles then elongate; and the feathery stigmas, opening and curving sidewise, bring themselves at the entrance of each of the five cornucopias, just the position the anthers previously occupied. Probably even the small bees, collecting pollen only, help carry some from flower to flower but perhaps the largest bumblebees, and certainly the hummingbird, must be regarded as the columbine's legitimate benefactors. Caterpillars of one of the dusky wings (Papilio lucilius) feed on the leaves.

To make the columbine stand out, even the sepals turn red; but the inside of the flower is yellow, which is thought to attract visitors to the nectar. The stamens stick out like a golden tassel. After the anthers pass the still immature stigmas, the pollen from the outer row ripens and is ready to be removed, while the inner row of undeveloped stamens still protects the stigmas. Because the flower hangs down, no pollen could fall on the stigmas anyway. The columbine is too advanced to allow self-fertilization. Once all the stamens have released their pollen, the styles then lengthen; and the feathery stigmas, opening and bending sideways, position themselves at the entrance of each of the five cornucopias, just where the anthers were before. It's likely that even the small bees, which only collect pollen, help transport some from one flower to another, but the larger bumblebees and certainly the hummingbird must be seen as the columbine's true helpers. Caterpillars of one of the dusky wings (Papilio lucilius) feed on the leaves.

Very rarely is the columbine white, and then its name, derived from words meaning two doves, does not seem wholly misapplied.

Very rarely is the columbine white, and when it is, its name, derived from words meaning two doves, doesn’t seem entirely misplaced.

     "O Columbine, open your folded wrapper
      Where two twin turtle-doves dwell,"

"O Columbine, open your folded wrapper
Where two twin turtle doves live,"

lisp thousands of children speaking the "Songs of Seven" as a first "piece" at school. How Emerson loved the columbine! Dr. Prior says the flower was given its name because "of the resemblance of the nectaries to the heads of pigeons in a ring around a dish - a favorite device of ancient artists."

lisp thousands of children singing the "Songs of Seven" as a first "piece" at school. How Emerson loved the columbine! Dr. Prior says the flower got its name because "of the resemblance of the nectaries to the heads of pigeons in a ring around a dish - a favorite design of ancient artists."

This exquisite plant was forwarded from the Virginia colony to
England for the gardens of Hampton Court by a young kinsman of
Tradescant, gardener and herbalist to Charles I.

This beautiful plant was sent from the Virginia colony to
England for the gardens of Hampton Court by a young relative of
Tradescant, who was a gardener and herbalist for Charles I.

PITCHER-PLANT; SIDE-SADDLE FLOWER; HUNTSMAN'S CUP; INDIAN DIPPER
  (Sarracenea purpurea) Pitcher-plant family

PITCHER-PLANT; SIDE-SADDLE FLOWER; HUNTSMAN'S CUP; INDIAN DIPPER
  (Sarracenia purpurea) Pitcher-plant family

Flower - Deep reddish purple, sometimes partly greenish, pink, or red, 2 in. or more across, globose; solitary, nodding from scape 1 to 2 ft. tall. Calyx of 5 sepals, with 3 or 4 bracts at base; 5 overlapping petals, enclosing a yellowish, umbrella-shaped dilation of the style, with 5 rays terminating in 5-hooked stigmas; stamens indefinite. Leaves: Hollow, pitcher-shaped through the folding together of their margins, leaving a broad wing; much inflated, hooded, yellowish green with dark maroon or purple lines and veinings, 4 to 12 in. long, curved, in a tuft from the root. Preferred Habitat - Peat bogs; spongy, mossy swamps. Flowering Season - May-June. Distribution - Labrador to the Rocky Mountains, south to Florida, Kentucky, and Minnesota.

Flower - Deep reddish-purple, sometimes with hints of green, pink, or red, 2 inches or more across, round; solitary, drooping from a stem 1 to 2 feet tall. Calyx has 5 sepals, with 3 or 4 bracts at the base; 5 overlapping petals, surrounding a yellowish, umbrella-shaped part of the style, with 5 rays ending in 5 hooked stigmas; stamens are indefinite. Leaves: Hollow, pitcher-shaped due to the folding together of their edges, leaving a broad wing; very inflated, hooded, yellowish-green with dark maroon or purple lines and vein patterns, 4 to 12 inches long, curved, arising in a cluster from the root. Preferred Habitat - Peat bogs; spongy, mossy swamps. Flowering Season - May-June. Distribution - From Labrador to the Rocky Mountains, south to Florida, Kentucky, and Minnesota.

        "What's this I hear
      About the new carnivora?
         Can little piants
         Eat bugs and ants
         And gnats and flies? -
      A sort of retrograding:
         Surely the fare
         Of flowers is air
         Or sunshine sweet
         They shouldn't eat
      Or do aught so degrading!"

"What's this I hear
      About the new meat-eaters?
         Can little plants
         Eat bugs and ants
         And gnats and flies? -
      A sort of going backward:
         Surely the food
         Of flowers is air
         Or sweet sunshine
         They shouldn't eat
      Or do anything so degrading!"

There must always be something shocking in the sacrifice of the higher life to the lower, of the sensate to what we are pleased to call the insensate, although no one who has studied the marvelously intelligent motives that impel a plant's activities can any longer consider the vegetable creation as lacking sensibility. Science is at length giving us a glimmering of the meaning of the word universe, teaching, as it does, that all creatures in sharing the One Life share in many of its powers, and differ from one another only in degree of possession, not in kind. The transition from one so-called kingdom into another presumably higher one is a purely arbitrary line marked by man, and often impossible to define. The animalcule and the insectivorous plant know no boundaries between the animal and the vegetable. And who shall say that the sun-dew or the bladderwort is not a higher organism than the amoeba? Animated plants, and vegetating. animals parallel each other. Several hundred carnivorous plants in all parts of the world have now been named by scientists.

There’s always something shocking about the sacrifice of a higher life for a lower one, of the sensitive giving way to what we call the insensate. But anyone who has explored the remarkably intelligent reasons behind a plant's actions can no longer view the plant kingdom as lacking sensibility. Science is finally starting to shed light on the meaning of the word universe, showing us that all living beings, by sharing the One Life, also share many of its capabilities, and they only differ by the degree of possession, not by kind. The shift from one so-called kingdom to another, supposedly higher one, is an entirely arbitrary distinction made by humans, and often hard to define. Microorganisms and insect-eating plants don’t recognize the boundaries between animal and vegetable. And who can say that the sundew or bladderwort isn’t a more advanced organism than an amoeba? Mobile plants and stationary animals are similar to each other. Scientists have now identified several hundred carnivorous plants worldwide.

It is well worth a journey to some spongy, sphagnum bog to gather clumps of pitcher-plants which will furnish an interesting study to an entire household throughout the summer while they pursue their nefarious business in a shallow bowl on the veranda. A modification of the petiole forms a deep hollow pitcher having for its spout a modification of the blade of the leaf. Usually the pitchers are half filled with water and tiny drowned victims when we gather them. Some of this fluid must be rain, but the open pitcher secretes much juice too. Certain relatives, whose pitchers have hooded lids that keep out rain, are nevertheless filled with fluid. On the Pacific Coast the golden jars of Darlingtonia Californica, with their overarching hoods, are often so large and watery as to drown small birds and field mice. Note in passing that these otherwise dark prisons have translucent spots at the top, whereas our pitcher-plant is lighted through its open transom.

It’s definitely worth taking a trip to a spongy sphagnum bog to collect clumps of pitcher plants, which will provide an interesting study for the whole household throughout the summer as they go about their shady business in a shallow bowl on the porch. A modification of the petiole creates a deep hollow pitcher, with the spout being a change in the leaf blade. Typically, the pitchers are half filled with water and tiny drowned creatures when we collect them. Some of this liquid is likely rainwater, but the open pitcher also secretes a lot of juice. Some relatives, whose pitchers have hooded lids that keep out rain, are still filled with liquid. Along the Pacific Coast, the golden jars of Darlingtonia Californica, with their prominent hoods, are often so large and full that they can drown small birds and field mice. Interestingly, these otherwise dark prisons have translucent spots at the top, while our pitcher plant is illuminated through its open transom.

A sweet secretion within the pitcher's rim, which some say is intoxicating, others, that it is an anaesthetic, invites insects to a fatal feast. It is a simple enough matter for them to walk into the pitcher over the band of stiff hairs, pointing downward like the withes of a lobster pot, that form an inner covering, or to slip into the well if they attempt crawling over its polished upper surface. To fly upward in a perpendicular line once their wings are wet is additionally hopeless, because of the hairs that guard the mouth of the trap; and so, after vain attempts to fly or crawl out of the prison, they usually sink exhausted into a watery grave.

A sweet secretion around the rim of the pitcher, which some claim is intoxicating and others say is an anesthetic, lures insects to a deadly feast. It's easy for them to walk into the pitcher over the band of stiff hairs that point downward like the wires of a lobster trap, forming an inner covering, or to slip into the well if they try to crawl across its smooth upper surface. Once their wings are wet, trying to fly straight up is also useless because of the hairs that guard the mouth of the trap; so, after futile attempts to fly or crawl out, they usually end up sinking exhausted into a watery grave.

When certain plants live in soil that is so poor in nitrogen compounds that protein formation is interfered with, they have come to depend more or less on a carnivorous diet. The sundew (q.v.) actually digests its prey with the help of a gastric juice similar to what is found in the stomach of animals; but the bladderwort (q.v.) and pitcher-plants can only absorb in the form of soup the products of their victims' decay. Flies and gnats drowned in these pitchers quickly yield their poor little bodies; but owing to the beetle's hard-shell covering, many a rare specimen may be rescued intact to add to a collection.

When certain plants grow in soil that is so low in nitrogen compounds that protein production is disrupted, they have somewhat adapted to a carnivorous diet. The sundew (q.v.) actually digests its prey using a gastric fluid that’s similar to what’s found in animal stomachs; however, the bladderwort (q.v.) and pitcher plants can only absorb the decaying remains of their victims in a soup-like form. Flies and gnats that drown in these pitchers quickly break down, but thanks to the hard shell of beetles, many rare specimens can be retrieved intact to add to a collection.

A similar ogre plant is the YELLOW-FLOWERED TRUMPET-LEAF (S. flava) found in bogs in the Southern States.

A similar ogre plant is the YELLOW-FLOWERED TRUMPET-LEAF (S. flava) found in wetlands in the Southern States.

GROUND-NUT
  (Apios Apios; A. tuberosa of Gray) Pea family

GROUND-NUT
  (Apios Apios; A. tuberosa of Gray) Pea family

Flowers - Fragrant, chocolate brown and reddish purple, numerous, about 1/2 in. long, clustered in racemes from the leaf-axils. Calyx 2-lipped, corolla papilionaceous, the broad standard petal turned backward, the keel sickle-shaped; stamens within it 9 and 1. Stem: From tuberous, edible rootstock; climbing, slender, several feet long, the juice milky. Leaves: Compounded of 5 to 7 ovate leaflets. Fruit: A leathery, slightly curved pod, 2 to 4 in. long. Preferred Habitat - Twining about undergrowth and thickets in moist or wet ground. Flowering Season - July-September. Distribution - New Brunswick to Ontario, south to the Gulf States and Kansas.

Flowers - Fragrant, chocolate brown and reddish purple, numerous, about ½ inch long, clustered in racemes from the leaf axils. The calyx is 2-lipped, and the corolla is papilionaceous, with the broad standard petal turned backward and the keel sickle-shaped; there are 9 stamens inside. Stem: Grows from tuberous, edible rootstock; it’s climbing, slender, several feet long, and has milky juice. Leaves: Made up of 5 to 7 ovate leaflets. Fruit: A leathery, slightly curved pod, 2 to 4 inches long. Preferred Habitat - Twining around undergrowth and thickets in moist or wet ground. Flowering Season - July to September. Distribution - From New Brunswick to Ontario, south to the Gulf States and Kansas.

No one knows better than the omnivorous "barefoot boy" that

No one understands better than the all-consuming "barefoot boy" that

"where the ground-nut trails its vine"

"where the peanut spreads its vine"

there is hidden something really good to eat under the soft, moist soil where legions of royal fern, usually standing guard above it, must be crushed before he digs up the coveted tubers. He would be the last to confuse it with the WILD KIDNEY BEAN or BEAN VINE (Phaseolus polystachyus; P. perennis of Gray). The latter has loose racemes of smaller purple flowers and leaflets in threes; nevertheless it is often confounded with the ground-nut vine by older naturalists whose knowledge was "learned of schools."

there’s something really good to eat hidden beneath the soft, moist soil, where legions of royal ferns usually stand guard above it and must be crushed before he can dig up the sought-after tubers. He would never confuse it with the WILD KIDNEY BEAN or BEAN VINE (Phaseolus polystachyus; P. perennis of Gray). The latter has loose clusters of smaller purple flowers and leaflets in threes; however, it’s often mixed up with the groundnut vine by older naturalists whose knowledge came from textbooks.

Usually a bee, simply by alighting on the wings of a blossom belonging to the pea family, releases the stamens and pistil from the keel; not so here. The sickle-shaped keel of the ground-nut's flower rests its tip firmly in a notch of the standard petal, nor will any jar or pressure from outside release it. A bee, guided to the nectary by the darker color of the underside of the curved keel which spans the open cavity of the flower, enters, at least partially, and so releases by his pressure, applied from underneath, the tip of the sickle from its notch in the standard. Now the released keel curves all the more, and splits open to release the stigmatic tip of the style that touches any pollen the bee may have brought from another blossom. Continuing to curve and coil while the bee sucks, it presently dusts him afresh with pollen from the now released anthers. A mass of pulp between anthers and stigma prevents any of the flower's own pollen from self-fertilizing it. These little blossoms, barely half an inch long, with their ingenious mechanism to compel cross-fertilization, repay the closest study.

Usually, a bee, just by landing on the petals of a pea flower, releases the stamens and pistil from the keel; but that’s not the case here. The sickle-shaped keel of the ground-nut flower sits securely in a notch of the standard petal, and no amount of jostling or pressure from outside will free it. A bee, attracted to the nectar by the darker color on the underside of the curved keel that spans the flower's open center, partially enters the flower and, by pressing from underneath, dislodges the tip of the sickle from its notch in the standard. Once released, the keel bends even more and opens to expose the stigmatic tip of the style, which can then come into contact with any pollen the bee might have brought from another flower. As the bee feeds, the keel continues to curl and twist, dusting the bee again with pollen from the now-released anthers. A mass of pulp between the anthers and stigma prevents the flower's own pollen from fertilizing itself. These small blossoms, barely half an inch long, with their clever mechanism to encourage cross-fertilization, deserve careful examination.

At midnight the leaves of the ground-nut.and wild bean "are hardly to be recognized in their queer antics," says William Hamilton Gibson. "The garden beans too play similar pranks. Those lima bean poles of the garden hold a sleepy crowd."

At midnight, the leaves of the groundnut and wild bean "are hardly recognizable in their strange antics," says William Hamilton Gibson. "The garden beans also play similar tricks. Those lima bean poles in the garden hold a sleepy crowd."

PINE SAP; FALSE BEECH-DROPS; YELLOW BIRD'S-NEST (Hypopitis Hypopitis; Monolropa Hypopitis of Gray) Indian-pipe family

PINE SAP; FALSE BEECH-DROPS; YELLOW BIRD'S-NEST (Hypopitis Hypopitis; Monolropa Hypopitis of Gray) Indian-pipe family

Flowers - Tawny, yellow,ecru, brownish pink, reddish, or bright crimson, fragrant, about 1/2 in. long; oblong bell-shaped; borne in a one-sided, terminal, slightly drooping raceme, becoming erect after maturity. Scapes: Clustered from a dense mass of fleshy, fibrous roots; 4 to 12 in. tall, scaly bracted, the bractlets resembling the sepals. Leaves: None. Preferred Habitat - Dry woods, especially under fir, beech, and oak trees. Flowering Season - June-October. Distribution - Florida and Arizona, far northward into British Possessions. Europe and Asia.

Flowers - Tawny, yellow, ecru, brownish pink, reddish, or bright crimson, fragrant, about ½ inch long; oblong bell-shaped; found in a one-sided, terminal, slightly drooping raceme that becomes erect after maturity. Scapes: Clustered from a dense mass of fleshy, fibrous roots; 4 to 12 inches tall, scaly bracted, with the bractlets resembling the sepals. Leaves: None. Preferred Habitat - Dry woods, especially under fir, beech, and oak trees. Flowering Season - June-October. Distribution - Florida and Arizona, extending far north into British Possessions, Europe, and Asia.

Branded a sinner, through its loss of leaves and honest green coloring matter (chlorophyll), the pine sap stands among the disreputable 'gang' of thieves that includes its next of kin the Indian-pipe, the broom-rape, dodder, coral-root, and beech-drops (q.v.). Degenerates like these, although members of highly respectable, industrious, virtuous families, would appear to be as low in the vegetable kingdom as any fungus, were it not for the flowers they still bear. Petty larceny, no greater than the foxglove's at first, then greater and greater thefts, finally lead to ruin, until the pine-sap parasite either sucks its food from the roots of the trees under which it takes up its abode, or absorbs, like a ghoulish saprophyte, the products of vegetable decay. A plant that does not manufacture its own dinner has no need of chlorophyll and leaves, for assimilation of crude food can take place only in those cells which contain the vital green. This substance, universally found in plants that grub in the soil and literally sweat for their daily bread, acts also as a moderator of respiration by its absorptive influence on light, and hence allows the elimination of carbon dioxide to go on in the cells which contain it. Fungi and these degenerates which lack chlorophyll usually grow in dark, shady woods.

Branded as a sinner for its loss of leaves and honest green coloring (chlorophyll), pine sap stands among the disreputable 'gang' of thieves that includes its relatives the Indian-pipe, broom-rape, dodder, coral-root, and beech-drops (q.v.). Degenerates like these, although part of highly respectable, hardworking, virtuous families, would seem as low in the plant kingdom as any fungus if not for the flowers they still produce. Minor thefts, no worse than those of the foxglove at first, escalate into larger and larger acts of theft, leading to ruin, until the pine-sap parasite either takes its nutrients from the roots of the trees it inhabits or absorbs, like a ghoulish saprophyte, the products of plant decay. A plant that doesn’t produce its own food has no need for chlorophyll and leaves since the processing of raw food can only occur in those cells that contain the vital green. This substance, commonly found in plants that dig into the soil and literally sweat for their daily sustenance, also regulates respiration by its ability to absorb light, thereby allowing the release of carbon dioxide to continue in the cells that have it. Fungi and these degenerates that lack chlorophyll typically grow in dark, shady forests.

Within each little fragrant pine-sap blossom a fringe of hairs, radiating from the style, forms a stockade against short-tongued insects that fain would pilfer from the bees. As the plant grows old, whatever charm it had in youth disappears, when an unwholesome mold overspreads its features.

Within each small, fragrant pine-sap blossom, a fringe of hairs radiates from the style, creating a barrier against short-tongued insects that want to steal from the bees. As the plant ages, any charm it had in its youth fades away when an unhealthy mold covers its appearance.

SCARLET PIMPERNEL; POOR MAN'S or SHEPHERD'S WEATHER-GLASS; RED
CHICKWEED; BURNET ROSE; SHEPHERD'S CLOCK
  (Anagallis arvensis) Primrose family

SCARLET PIMPERNEL; POOR MAN'S or SHEPHERD'S WEATHER-GLASS; RED
CHICKWEED; BURNET ROSE; SHEPHERD'S CLOCK
  (Anagallis arvensis) Primrose family

Flower - Variable, scarlet, deep salmon, copper red, flesh colored, or rarely white; usually darker in the center; about 1/4 in. across; wheel-shaped; 5-parted; solitary, on thread-like peduncles from the leaf-axils. Stem: Delicate; 4-sided, 4 to 12 in. long, much branched, the sprays weak and long. Leaves: Oval, opposite, sessile, black dotted beneath. Preferred Habitat - Waste places, dry fields and roadsides, sandy soil. Flowering Season - May-August. Distribution - Newfoundland to Florida, westward to Minnesota and Mexico.

Flower - Variable colors including scarlet, deep salmon, copper red, flesh-colored, or rarely white; usually darker in the center; about 1/4 inch across; wheel-shaped; 5-parted; solitary, on thin stems from the leaf axils. Stem: Delicate; 4-sided, 4 to 12 inches long, much branched, with weak and long sprays. Leaves: Oval, opposite, without stalks, with black dots underneath. Preferred Habitat - Disturbed areas, dry fields, and roadsides, sandy soil. Flowering Season - May-August. Distribution - From Newfoundland to Florida, westward to Minnesota and Mexico.

Tiny pimpernel flowers of a reddish copper or terra cotta color have only to be seen to be named, for no other blossoms on our continent are of the same peculiar shade. Thrifty patches of the delicate little annuals have spread themselves around the civilized globe; dying down every autumn, and depending on seeds alone to keep the foothold once gained here, in Mexico and South America, Europe, Egypt, Abyssinia, Cape of Good Hope, Mauritius, New Holland, Nepal, Persia, and China. What amazing travelers plants are! The blue-flowered plants are now believed to be a distinct species (A. coerulea).

Tiny pimpernel flowers with a reddish copper or terracotta color are instantly recognizable, as no other flowers on our continent share this unique shade. Frugal clusters of these delicate annuals have spread across the civilized world; they die back every autumn and rely solely on seeds to maintain their presence once established here, in Mexico and South America, Europe, Egypt, Abyssinia, the Cape of Good Hope, Mauritius, New Holland, Nepal, Persia, and China. What incredible travelers plants are! The blue-flowered varieties are now thought to be a separate species (A. coerulea).

Notwithstanding the fact that many birds delight to feast on the seeds, or perhaps because of it, for many must be dropped undigested, the scarlet pimpernel is one of the most widely distributed species known.

Despite the fact that many birds love to eat the seeds, or maybe because of it, since many must fall to the ground undigested, the scarlet pimpernel is one of the most widely spread species known.

Before a storm, when the sun goes under a cloud, or on a dull day, each little weather prophet closes. A score of pretty folk names given it in every land it adopts testifies to its sensitiveness as a barometer. Under bright skies the flower may be said to open out flat at about nine in the morning and to begin to close at three in the afternoon. No nectar is secreted unless there may be some in the colored hairs which clothe the filaments. As if it knew perfectly well that however.desirable insect visitors are - and it has an excellent device for compelling them to transfer pollen - it is likewise independent of them, it takes no risk in exposing the precious vitalizing dust to wind and rain, but closes up tight, thereby bringing its pollen-laden stamens in contact with its stigma. Manifestly, it is better for a plant having aspirations to colonize the globe to set even self-fertilized seed than none at all.

Before a storm, when the sun hides behind a cloud or on a gloomy day, each little weather predictor closes up. The many charming names given to it in every country it thrives in show how sensitive it is as a barometer. Under clear skies, the flower tends to open wide around nine in the morning and starts to close by three in the afternoon. It doesn’t release any nectar unless there might be some among the colored hairs that cover the filaments. As if it knows that while insect visitors are desirable—and it has a clever way to make them transfer pollen—it can also rely on itself, it takes no chance in exposing its valuable pollen to wind and rain. Instead, it closes up tightly, ensuring that its pollen-filled stamens touch its stigma. Clearly, it’s better for a plant that aims to spread across the globe to produce even self-fertilized seeds rather than none at all.

HOUND'S TONGUE; GYPSY FLOWER
  (Cynoglossum officinale) Borage family

HOUND'S TONGUE; GYPSY FLOWER
  (Cynoglossum officinale) Borage family

Flowers - Dull purplish red, about 1/3 in. across, borne in a curved raceme or panicle that straightens as the bloom advances upward. Calyx 5-parted; corolla salverform, its 5 lobes spreading; 5 stamens; 1 pistil. Stem: Erect, stout, hairy, leafy, usually branched, 1 1/2 to 3 ft. high. Leaves: Rather pale, lower ones large, oblong, slender petioled; upper ones lance-shaped, sessile, or clasping. (Thought to resemble a dog's tongue.) Preferred Habitat - Dry fields, waste places. Flowering Season - May-September. Distribution - Quebec to Minnesota, south to the Carolinas and. Kansas.

Flowers - Dull purplish-red, about 1/3 inch across, arranged in a curved cluster that straightens as the bloom moves upward. The calyx has 5 parts; the corolla is tube-shaped with 5 spreading lobes; 5 stamens; 1 pistil. Stem: Upright, sturdy, hairy, leafy, usually branched, 1.5 to 3 feet tall. Leaves: Quite pale, with lower leaves being large, oblong, and having slender petioles; upper leaves are lance-shaped, sitting directly on the stem or clasping it. (Thought to look like a dog's tongue.) Preferred Habitat - Dry fields, wastelands. Flowering Season - May to September. Distribution - From Quebec to Minnesota, south to the Carolinas and Kansas.

This is still another weed "naturalized from Europe" which, by contenting itself with waste land, has been able in an incredibly short time to overrun half our continent. How easy conquest of our vast unoccupied area is for weeds that have proved fittest for survival in the overcultivated Old World! Protected from the ravages of cattle by a disagreeable odor suggesting a nest of mice, and foliage that tastes even worse than it smells; by hairs on its stem that act as a light screen as well as a stockade against pilfering ants; by humps on the petals that hide the nectar from winged trespassers on the bees' and butterflies' preserves, the hound's tongue goes into the battle of life further armed with barbed seeds that sheep must carry in their fleece, and other animals, including most unwilling humans, transport to fresh colonizing ground. For a plant to shower its seeds beside itself is almost fatal; so many offspring impoverish the soil and soon choke each other to death, if, indeed, ants and such crawlers have not devoured the seeds where they lie on the ground. Some plants like the violet, jewelweed, and witch-hazel forcibly eject theirs a few inches, feet or yards. The wind blows millions about with every gust. Streams and currents of water carry others; ships and railroads give free transportation to quantities among the hay used in packing; birds and animals lift many on their feet - Darwin raised 537 plants from a ball of mud carried between the toes of a snipe! - and such feathered and furred agents as feed on berries and other fruits sometimes drop the seeds a thousand miles from the parent. but it will be noticed that such vagabonds as travel by the hook or by crook method, getting a lift in the world frpm every passer-by -.burdocks, beggar-ticks, cleavers, pitchforks, Spanish needles, and scores of similar tramps that we pick off our clothing after every walk in autumn - make, perhaps, the most successful travelers on the globe. The hound's tongue's four nutlets, grouped in a pyramid, and with barbed spears as grappling-hooks, imbed themselves in our garments until they pucker the cloth. Wool growers hurl anathemas at this whole tribe of plants.

This is yet another weed "naturalized from Europe" that, by thriving in neglected areas, has managed to take over half our continent in an astonishingly short time. It's amazing how easily these weeds have conquered our vast unoccupied lands, having proven their ability to survive in the over-farmed Old World! Protected from the damage caused by livestock with an unpleasant smell reminiscent of a mouse nest, and foliage that tastes even worse than it smells; with hairs on its stem that act as a barrier against hungry ants; and with bumps on the petals that conceal the nectar from flying intruders on the bees' and butterflies' territory; the hound's tongue is further equipped for survival with barbed seeds that get caught in sheep's fleece and are also carried by other animals, including most unwilling humans, to new locations. For a plant to scatter its seeds nearby is almost doomed to failure; so many young plants deplete the soil and soon choke each other to death unless, of course, ants and other crawlers have already eaten the seeds while they rest on the ground. Some plants, like the violet, jewelweed, and witch-hazel, forcefully eject their seeds a few inches, feet, or yards away. The wind blows millions of seeds with every gust. Streams and water currents transport others; ships and railroads carry large quantities lodged in hay used for packing; birds and animals often carry many on their paws - Darwin once grew 537 plants from mud clinging to a snipe's toes! - and other feathered and furry agents that feed on berries and other fruits sometimes drop seeds a thousand miles from their parent plants. However, you'll notice that those vagabonds that travel by getting a free ride from anyone passing by - burdocks, beggar-ticks, cleavers, pitchforks, Spanish needles, and many other similar hitchhikers that we pick off our clothes after every autumn walk - are perhaps the most successful travelers on the planet. The four nutlets of the hound's tongue, grouped in a pyramid with barbed ends like grappling hooks, get embedded in our clothes until the fabric puckers. Wool growers strongly condemn this entire group of plants.

A near relative, the common VIRGINIA STICKSEED (Lappula Virginiana; C. Morisoni of Gray) produces similar little barbed nutlets, following insignificant, tiny, palest blue or white flowers up the spike. These bristling seeds, shaped like sad-irons, reflect in their title the ire of the persecuted man who named them Beggar's Lice. If as Emerson said, a weed, is a plant whose virtues have not yet been discovered, the hound's tongue, the similar but blue-flowered WILD COMFREY (C. Virginicum), next of kin, and the stickseed are no weeds; for ages ago the caterpillars of certain tiger moths learned to depend on their foliage as a food store,

A close relative, the common VIRGINIA STICKSEED (Lappula Virginiana; C. Morisoni of Gray), produces similar small barbed nutlets following tiny, pale blue or white flowers along the spike. These prickly seeds, shaped like sad irons, reflect the frustration of the persecuted man who named them Beggar's Lice. If, as Emerson said, a weed is a plant whose benefits haven’t been recognized yet, then the hound's tongue, the similar but blue-flowered WILD COMFREY (C. Virginicum), and the stickseed are not weeds; for ages ago, certain tiger moth caterpillars learned to rely on their leaves as a food source.

OSWEGO TEA; BEE BALM; INDIAN'S PLUME; FRAGRANT BALM; MOUNTAIN
MINT
  (Monarda didyma) Mint family

OSWEGO TEA; BEE BALM; INDIAN'S PLUME; FRAGRANT BALM; MOUNTAIN
MINT
  (Monarda didyma) Mint family

Flowers - Scarlet, clustered in a solitary, terminal, rounded head of dark-red calices, with leafy bracts below it. Calyx narrow, tubular, sharply 5-toothed; corolla tubular, widest at the mouth, 2-lipped, 1 1/2 to 2 inches long; 2 long, anther-bearing stamens ascending, protruding; 1 pistil; the style 2-cleft. Stem: 2 to 3 ft. tall. Leaves: Aromatic, opposite, dark green, oval to oblong lance-shaped, sharply saw-edged, often hairy beneath, petioled; upper leaves and bracts often red. Preferred Habitat - Moist soil, especially near streams, in hilly or mountainous regions. Flowering Season - July-September. Distribution - Canada to Georgia, west to Michigan.

Flowers - Scarlet, grouped in a single, rounded cluster of dark-red calyxes, with leafy bracts underneath. The calyx is narrow, tubular, and sharply 5-toothed; the corolla is tubular, widest at the opening, 2-lipped, and 1 1/2 to 2 inches long; there are 2 long stamens that bear anthers, which rise and stick out; 1 pistil; the style is split into 2. Stem: 2 to 3 ft. tall. Leaves: Aromatic, opposite, dark green, oval to oblong lance-shaped, sharply saw-edged, often hairy underneath, with petioles; upper leaves and bracts are often red. Preferred Habitat - Moist soil, especially near streams, in hilly or mountainous areas. Flowering Season - July-September. Distribution - From Canada to Georgia, and west to Michigan.

Gorgeous, glowing scarlet heads of bee balm arrest the dullest eye, bracts and upper leaves often taking on blood-red color, too, as if it had dripped from the lacerated flowers. Where their vivid doubles are reflected in a shadowy mountain stream, not even the cardinal flower is more strikingly beautiful. Thrifty clumps transplanted from Nature's garden will spread about ours and add a splendor like the flowers of salvia, next of kin, if only the roots get a frequent soaking.

Gorgeous, glowing red heads of bee balm grab the attention of even the dullest eye, with bracts and upper leaves often turning a deep red as if stained by the wounded flowers. Where their vibrant reflections appear in a shadowy mountain stream, not even the cardinal flower is more beautifully striking. Economical clumps moved from Nature's garden will spread in ours and bring a beauty similar to that of the flowers of salvia, their close relative, as long as the roots get regular watering.

With even longer flower tubes than the wild bergamot's (q.v.), the bee balm belies its name, for, however frequently bees may come about for nectar when it rises high, only long-tongued bumblebees could get enough to compensate for their trouble. Butterflies, which suck with their wings in motion plumb the depths. The ruby-throated hummingbird - to which the Brazilian salvia of our gardens has adapted itself - flashes about these whorls of Indian plumes just as frequently - of course transferring pollen on his needle-like bill as he darts from flower to flower. Even the protruding stamens and pistil take on the prevailing hue. Most of the small, blue or purple flowered members of the mint family cater to bees by wearing their favorite color; the bergamot charms butterflies with magenta, and tubes so deep the short-tongued mob cannot pilfer their sweets; and from the frequency of the hummingbird's visits, from the greater depth of the bee balm's tubes and their brilliant, flaring red - an irresistibly attractive color to the ruby-throat - it would appear that this is a bird flower. Certainly its adaptation is quite as perfect as the salvia's. Mischievous bees and wasps steal nectar they cannot reach legitimately through bungholes of their own making in the bottom of the slender casks.

With even longer flower tubes than wild bergamot's (see above), bee balm doesn't live up to its name. Although bees often visit for nectar when it stands tall, only long-tongued bumblebees can gather enough to make it worth their effort. Butterflies, which suck nectar with their wings in motion, can reach the depths. The ruby-throated hummingbird—which has adapted to the Brazilian salvia in our gardens—zips around these clusters of Indian plumes just as frequently, of course transferring pollen on its needle-like bill as it flits from flower to flower. Even the protruding stamens and pistil take on the dominant color. Most small, blue or purple flowered members of the mint family attract bees by sporting their favorite colors; bergamot attracts butterflies with its magenta flowers and deep tubes that prevent short-tongued visitors from snagging the nectar; and judging by how often the hummingbird visits, the greater depth of bee balm's tubes and their bright, flaring red—an irresistible color for the ruby-throat—it seems this is a flower meant for birds. Its adaptation is just as perfect as that of the salvia. Mischievous bees and wasps steal nectar by creating holes of their own making at the bottom of the slender casks.

"This species," says Mr. Ellwanger, "is said to give a decoction but little inferior to the true tea, and was largely used as a substitute" by the Indians and the colonists, who learned from them how to brew it.

"This species," says Mr. Ellwanger, "is said to produce a brew that's almost as good as real tea, and was widely used as a substitute" by the Indigenous people and the colonists, who learned from them how to make it.

SCARLET PAINTED CUP; INDIAN PAINT-BRUSH
  (Castilleja coccinea) Figwort family

SCARLET PAINTED CUP; INDIAN PAINT-BRUSH
  (Castilleja coccinea) Figwort family

Flowers - Greenish yellow, enclosed by broad, vermilion, 3-cleft floral bracts; borne in a terminal spike. Calyx flattened, tubular, cleft above and below into 2 lobes; usually green, sometimes scarlet; corolla very irregular, the upper lip long and arched, the short lower lip 3-lobed; 4 unequal stamens; pistil. Stem: 1 to 2 ft. high, usually unbranched, hairy. Leaves: Lower ones tufted, oblong, mostly uncut; stem leaves deeply cleft into 3 to 5 segments, sessile. Preferred Habitat - Meadows; prairies; moist, sandy soil; thickets. Flowering Season - May-July. Distribution - Maine to Manitoba, south to Virginia, Kansas, and Texas.

Flowers - Greenish yellow, surrounded by broad, red-orange, 3-part floral bracts; found in a terminal spike. The calyx is flattened and tubular, split above and below into 2 lobes; usually green, sometimes red; the corolla is very irregular, with a long, arched upper lip and a short, 3-lobed lower lip; 4 unequal stamens; pistil. Stem: 1 to 2 ft. tall, usually unbranched, hairy. Leaves: Lower leaves are tufted, oblong, mostly whole; stem leaves are deeply divided into 3 to 5 segments, sitting directly on the stem. Preferred Habitat - Meadows; prairies; moist, sandy soil; thickets. Flowering Season - May-July. Distribution - Maine to Manitoba, south to Virginia, Kansas, and Texas.

Here and there the fresh green meadows show a touch of as vivid a red as that in which Vibert delighted to dip his brush.

Here and there, the bright green meadows display a splash of red as vivid as the color Vibert loved to paint with.

                         "Scarlet tufts
      Are glowing in the green like flakes of fire;
      The wanderers of the prairie know them well,
      And call that brilliant flower the 'painted cup.'"

"Scarlet tufts
      Are shining in the green like pieces of fire;
      The travelers of the prairie recognize them well,
      And refer to that vibrant flower as the 'painted cup.'"

Thoreau, who objected to this name, thought flame flower a better one, the name the Indians gave to Oswego tea; but here the floral bracts, not the flowers themselves, are on fire. Lacking good, honest, deep green, one suspects from the yellowish tone of calices, stem, and leaves, that this plant is something of a thief. That it still possesses foliage, proves only petty larceny against it, similar to the foxglove's (q.v.). Caterpillars of certain checker-spot butterflies in turn prey upon Castilleja. Under cover of darkness, in the soil below, the roots of our painted cup occasionally break in and steal from the roots of its neighbors such juices as the plant must work over into vegetable tissue. Therefore it still needs leaves, indispensable parts of a digestive apparatus. Were it wholly given up to piracy, like the dodder, or as parasitic as the Indian pipe, even the green and the leaf that it hath would be taken away from this slothful servant.

Thoreau, who disliked this name, believed "flame flower" was a better choice—it's what the Native Americans called Oswego tea—but here the colorful bracts, not the actual flowers, are the highlight. Lacking a rich, deep green, the yellowish tone of the calices, stem, and leaves suggests this plant is somewhat of a thief. The fact that it still has foliage only shows minor theft, similar to the foxglove (see above). Caterpillars of certain checker-spot butterflies also feed on Castilleja. At night, beneath the soil, the roots of our painted cup sometimes invade and steal nutrients from the roots of its neighbors, nutrients that the plant would normally process into plant material. That's why it still requires leaves, which are essential for its digestive system. If it completely dedicated itself to thievery, like the dodder, or were as parasitic as the Indian pipe, even the green and leaves it has would be taken away from this lazy plant.

But even without honest leaf green (chlorophyll), we know that plants as low in the scale as fungi often take on the most brilliant of yellows and reds. In the painted cup the bracts, which enfold the insignificant yellowish cloistered flowers like a cape, render them great service in attracting the ruby-throated hummingbird by donning his favorite color. No lip landing place is provided for insects, as in other members of the figwort family dependent on bees; although bumblebees, which desire one, and butterflies, which suck with their wings in motion, may be rarely caught robbing the short tubes. Among the wild flowers, only the columbine, with an almost parallel blooming season, rivals the painted cup for the bird's beneficent attentions. The latter flowers at about the time the ruby-throat flashes northward out of the tropics to spend the summer. Professor Robertson of Illinois says, "In 1886 the first hummingbird seen was on May 5, visiting the Castilleja."

But even without the vibrant green of chlorophyll, we know that plants as simple as fungi can show off brilliant yellows and reds. In the painted cup, the bracts that wrap around the small yellowish hidden flowers like a cape do a great job of attracting the ruby-throated hummingbird by wearing his favorite color. There’s no landing spot for insects, unlike other members of the figwort family that rely on bees; however, bumblebees, which look for one, and butterflies, which feed on the move, might occasionally be seen stealing nectar from the short tubes. Among wildflowers, only the columbine, which blooms around the same time, competes with the painted cup for the bird's attention. The painted cup flowers just as the ruby-throat makes its way north from the tropics to spend the summer. Professor Robertson from Illinois notes, "In 1886, the first hummingbird seen was on May 5, visiting the Castilleja."

WOOD BETONY; LOUSEWORT; BEEFSTEAK PLANT; HIGH HEAL-ALL
  {Pedicularis Canadensis) Figwort family

WOOD BETONY; LOUSEWORT; BEEFSTEAK PLANT; HIGH HEAL-ALL
  {Pedicularis Canadensis} Figwort family

Flowers - Greenish yellow and purplish red, in a short dense spike. Calyx oblique, tubular, cleft on lower side, and with 2 or 3 scallops on upper; corolla about 3/4 in. long, 2-lipped, the upper lip arched, concave, the lower 3-lobed; 4 stamens in pairs; 1 pistil. Stems: Clustered, simple, hairy, 6 to 18 in. high. Leaves: Mostly tufted, oblong lance-shaped in outline, and pinnately lobed. Preferred Habitat - Dry, open woods and thickets. Flowering Season - April-June. Distribution - Nova Scotia to Florida, westward to Manitoba, Colorado, and Kansas.

Flowers - Greenish-yellow and purplish-red, arranged in a short, dense spike. The calyx is slanted, tubular, cleft on the lower side, and has 2 or 3 scallops on the upper; the corolla is about 3/4 inch long, has 2 lips, with the upper lip arched and concave, and the lower lip is 3-lobed; there are 4 stamens in pairs; 1 pistil. Stems: Clustered, simple, hairy, ranging from 6 to 18 inches high. Leaves: Mostly tufted, oblong, lance-shaped in outline, and pinnately lobed. Preferred Habitat - Dry, open woods and thickets. Flowering Season - April to June. Distribution - From Nova Scotia to Florida, and westward to Manitoba, Colorado, and Kansas.

When the Italians wish to extol someone they say, "He has more virtues than betony," alluding, of course, to the European species, Betonica officinalis, a plant that was worn about the neck and cultivated in cemeteries during the Middle Ages as a charm against evil spirits; and prepared into plasters, ointments, syrups, and oils, was supposed to cure every ill that flesh is heir to. Our commonest American species fulfils its mission in beautifying roadside banks and dry, open woods and copses with thick, short spikes of bright flowers, that rise above large rosettes of coarse, hairy, fern-like foliage. At first, these flowers, beloved of bumblebees, are all greenish yellow; but as the spike lengthens with increased bloom, the arched, upper lip of the blossom becomes dark purplish red, the lower one remains pale yellow, and the throat turns reddish, while some of the beefsteak color often creeps into stems and leaves as well.

When Italians want to praise someone, they say, "He has more virtues than betony," referring to the European species, Betonica officinalis, a plant that was worn around the neck and grown in cemeteries during the Middle Ages as a charm against evil spirits. It was also made into plasters, ointments, syrups, and oils, believed to cure every ailment imaginable. Our most common American species contributes to the beauty of roadside banks and dry, open woods with thick, short spikes of bright flowers that rise above large clusters of coarse, hairy, fern-like leaves. At first, these flowers, which bumblebees love, start off greenish yellow. But as the spike grows with more blooms, the arching upper lip of the blossom turns dark purplish red, the lower lip stays pale yellow, and the throat turns reddish, while some of the beefsteak color often spreads into the stems and leaves as well.

Farmers once believed that after their sheep fed on the foliage of this group of plants a skin disease, produced by a certain tiny louse (pediculus), would attack them - hence our innocent betony's repellent name.

Farmers used to think that after their sheep grazed on the leaves of this group of plants, they would get a skin disease caused by a tiny louse (pediculus) - which is why our harmless betony has that unpleasant name.

BEECH-DROPS
  (Septamnium Virginianum; Epifegus Virginiana of Gray)
Broom-rape family

BEECH-DROPS
  (Septamnium Virginianum; Epifegus Virginiana of Gray)
Broom-rape family

Flowers - Small, dull purple and white, tawny, or brownish striped; scattered along loose, tiny bracted, ascending branches. Stem: Brownish or reddish tinged, slender, tough, branching above, 6 in. to 2 ft. tall, from brittle, fibrous roots. Preferred Habitat - Under beech, oak, and chestnut trees. Flowering Season - August-October. Distribution - New Brunswick, westward to Ontario and Missouri, south to the Gulf States.

Flowers - Small, dull purple and white, tawny, or brownish striped; scattered along loose, tiny bracted, climbing branches. Stem: Brownish or reddish tinged, slender, tough, branching above, 6 inches to 2 feet tall, from brittle, fibrous roots. Preferred Habitat - Under beech, oak, and chestnut trees. Flowering Season - August-October. Distribution - New Brunswick, westward to Ontario and Missouri, south to the Gulf States.

Nearly related to the broom-rape is this less attractive pirate, a taller, brownish-purple plant, with a disagreeable odor, whose erect, branching stem without leaves is still furnished with brownish scales, the remains of what were once green leaves in virtuous ancestors, no doubt. But perhaps even these relics of honesty may one day disappear. Nature brands every sinner somehow; and the loss of green from a plant's leaves may be taken as a certain indication that theft of another's food stamps it with this outward and visible sign of guilt. The grains of green to which foliage owes its color are among the most essential of products to honest vegetables that have to grub in the soil for a living, since it is only in such cells as contain it that assimilation of food can take place. As chlorophyll, or leaf-green, acts only under the influence of light and air, most plants expose all the leaf surface possible; but a parasite, which absorbs from others juices already assimilated, certainly has no use for chlorophyll, nor for leaves either; and in the broom-rape, beech-drops, and Indian pipe, among other thieves, we see leaves degenerated into bracts more or less without color, according to the extent of their crime. Now they cannot manufacture carbohydrates, even if they would, any more than fungi can.

Almost related to the broomrape is this less appealing plant, a taller, brownish-purple species that smells unpleasant. Its upright, branching stem lacks leaves but is covered in brownish scales, remnants of what were once green leaves in its virtuous ancestors, no doubt. However, even these signs of honesty may eventually vanish. Nature marks every sinner in some way; the loss of green from a plant’s leaves can be seen as a clear sign that stealing from others leaves a visible mark of guilt. The green pigments that give foliage its color are among the most vital resources for honest plants that must dig in the soil to survive, as only in cells containing it can food assimilation occur. Since chlorophyll, or leaf green, operates only with light and air, most plants maximize their leaf surface area. However, a parasite that extracts already processed nutrients from others has no need for chlorophyll or leaves either. In plants like broomrape, beech-drops, and Indian pipe, which are among other thieves, leaves have degenerated into colorless bracts, reflecting the extent of their wrongdoing. Now they can't produce carbohydrates, just like fungi can't.

On the beech-drop's slender branches two kinds of flowers are seated: below are the minute fertile ones, which never open, but, without imported pollen, ripen an abundance of seed with literally the closest economy. Nevertheless, to save the species from still deeper degeneracy through perpetual self-fertilization, small purplish-striped flowers above them mature stigmas and anthers on different days, and invite insect visits to help them produce a few cross-fertilized seeds. Even a few will save it. Every plant which bears cleistogamous or blind flowers - violets, wood-sorrel, jewelweed, among others - must also display some showy ones.

On the slender branches of the beech-drop, two types of flowers are found: below are the tiny fertile ones, which never open but, without any outside pollen, produce a lot of seeds using minimal resources. Still, to prevent the species from further decline due to constant self-fertilization, small purplish-striped flowers above them develop their stigmas and anthers on different days, attracting insect visitors to help them create a few cross-fertilized seeds. Even just a few will keep it going. Every plant that has cleistogamous or hidden flowers—like violets, wood-sorrel, and jewelweed—must also have some showy ones.

TRUMPET-FLOWER; TRUMPET-CREEPER
  (Tecoma radicans) Trumpet-creeper family

Trumpet flower; Trumpet creeper
(Tecoma radicans) Trumpet creeper family

Flowers - Red and veined within, paler and inclined toward tawny without, trumpet-shaped, about 2 1/2 in. long, the limb with 5 rounded lobes; 2 to 9 flowers in the terminal clusters; anther-bearing stamens 4, in pairs, under upper part of tube; 1 pistil. Stem: A woody vine 20 to 40 ft. long, prstrate or climbing. Leaves: Opposite, pinnately compounded of 7 to 11 ovate, saw-edged leaflets. Preferred Habitat - Moist, rich woods and thickets. Flowering Season - August-September. Distribution - New Jersey and Pennsylvania, westward to Illinois, and soutb to the Gulf States. Occasionally escaped from gardens farther north.

Flowers - Red with veining inside and lighter, tawny shades outside, trumpet-shaped, about 2.5 inches long, with 5 rounded lobes; 2 to 9 flowers in terminal clusters; 4 anther-bearing stamens in pairs, located at the upper part of the tube; 1 pistil. Stem: A woody vine that can grow from 20 to 40 feet long, either spreading or climbing. Leaves: Opposite, pinnately compound with 7 to 11 oval, serrated leaflets. Preferred Habitat - Moist, rich woods and thickets. Flowering Season - August to September. Distribution - New Jersey and Pennsylvania, extending west to Illinois and south to the Gulf States. Occasionally found in gardens further north.

>From early May untll the middle of October, the ruby-throated hummingbird forsakes the tropics to spend the flowery months with us. Which wild flowers undertake to feed him? Years before showy flowers were brought from all corners of the earth to adorn our gardens, about half a dozen natives in that parterre of Nature's east of the Mississippi catered to him in orderly succeswsion. In feasting at their board he could not choose but reciprocate the favor by transferring their pollen as they took pains to arrange matters. Nectar and tiny insects he is ever seeking. Of course hundreds of flowers secrete nectar which taxes them little; and while the vast majority of these are avowedly adapted to insect benefactors; what is to prevent the bird's needle-like bill from probing the sweets from most of them? Certain flowers dependent on him, finding that the mere offering of nectar was not enough to insure his fidelity, that he was constantly lured away, had to offer some especially strong attractions to make his regular visits sure. How did these learn that red is irresistibly fascinating to him, and orange scarcely less so, perhaps for the sake of the red that is mixed with the yellow? Today we find such flowers as need him sorely, wearing his favorite colors. But even this delicate attention is not enough. He demands that his refreshments shall be reserved for him in a tube so deep or inaccessible that, when he calls, he will find all he desires, notwithstanding the occasional intrusion of such long-tongued insects as bumblebees, butterflies, and moths. First the long-spurred red and yellow columbine and the painted cup, then the coral honeysuckle, jewelweed, trumpet-creeper, Oswego tea, and cardinal flower have the honor of catering to the exacting little sprite from spring to autumn. His sojourn in our gardens is prolonged until his beloved gladioli, cannas, honeysuckles, nasturtiums, and salvia succumb to frost.

>From early May until the middle of October, the ruby-throated hummingbird leaves the tropics to spend the blooming months with us. Which wildflowers provide nourishment for him? Long before vibrant flowers were brought from all over the world to beautify our gardens, about six native species in that patch of Nature's east of the Mississippi fed him in an orderly sequence. By feeding on their nectar, he couldn't help but return the favor by transferring their pollen as they cleverly arranged everything. He is always on the lookout for nectar and tiny insects. Of course, hundreds of flowers produce nectar with little effort; while most of these are specifically suited for insect visitors, what stops the bird's needle-like bill from extracting sweetness from most of them? Certain flowers that relied on him realized that simply providing nectar wasn't enough to keep him loyal, as he was constantly distracted. They had to offer some particularly strong attractions to ensure he would visit regularly. How did they discover that red is irresistibly captivating to him, and orange is nearly as appealing, perhaps because of the red mixed with yellow? Today, we see flowers that need him desperately donning his favorite colors. But even this subtle effort isn't sufficient. He insists that his refreshments are served in a tube that is so deep or hard to reach that when he comes, he will find everything he wants, despite the occasional visit from long-tongued insects like bumblebees, butterflies, and moths. First, the long-spurred red and yellow columbine and the painted cup, then the coral honeysuckle, jewelweed, trumpet creeper, Oswego tea, and cardinal flower take on the honor of serving the demanding little sprite from spring to fall. His stay in our gardens continues until his beloved gladioli, cannas, honeysuckles, nasturtiums, and salvia succumb to frost.

Where a trumpet vine climbs with the help of its aerial roots, like an ivy's, and sends forth clusters of brilliant tubes at the tips of long, wiry branches, there one is sure to see sooner or later, the ruby-throat flashing, whirring, darting from flower to flower. Eight birds at once were counted about a vine one sunny morning. The next, a pair of tame pigeons walked over the roof of the summer-house where the creeper grew luxuriantly, and punctured, with a pop that was distinctly heard fifty feet away, the base of every newly opened nectar-filled trumpet on it! That afternoon all the corollas discolored, and no hummers came near.

Where a trumpet vine climbs with the help of its aerial roots, like an ivy's, and produces clusters of vibrant tubes at the ends of long, thin branches, you can be sure to see eventually the ruby-throat hummingbird flashing, whirring, and darting from flower to flower. On one sunny morning, eight birds were counted around a vine. The next day, a pair of tame pigeons walked across the roof of the summer house where the vine grew thickly, and punctured, with a pop that could be distinctly heard fifty feet away, the base of every newly opened nectar-filled trumpet on it! That afternoon, all the corollas changed color, and no hummingbirds came near.

CORAL or TRUMPET HONEYSUCKLE
  (Lonicera sempervirens) Honeysuckle family

CORAL or TRUMPET HONEYSUCKLE
  (Lonicera sempervirens) Honeysuckle family

Flowers - Red outside, orange yellow within; whorled round terminal spikes. Calyx insignificant; corolla tubular, slender, 1 1/2 in. long or less, slightly spread below the 5-lobed limb; 5 stamens; 1 pistil. Stem: A high, twining vine. Leaves: Evergreen in the South only; opposite, rounded oval, dark, shining green above, the upper leaves united around the stem by their bases to form a cup. Fruit: An interrupted spike of deep orange-red berries. Preferred Habitat - Rich, light, warm soil; hillsides, thickets. Flowering Season - April-September. Distribution - Connecticut, westward to Nebraska, and south to the Gulf States. Occasionally escaped from cultivation farther north,.

Flowers - Red on the outside, orange-yellow on the inside; arranged in whorled clusters at the tips. The calyx is small and not noticeable; the corolla is tubular, slender, and about 1.5 inches long or even shorter, slightly flaring before the 5-lobed tip; there are 5 stamens and 1 pistil. Stem: A tall, climbing vine. Leaves: Evergreen only in the South; they are opposite, rounded oval, dark and shiny green on top, with the upper leaves joined at their bases around the stem to create a cup shape. Fruit: A segmented spike of deep orange-red berries. Preferred Habitat - Rich, light, warm soil; hillsides, thickets. Flowering Season - April to September. Distribution - Connecticut, west to Nebraska, and south to the Gulf States. Sometimes found outside of cultivation further north.

Small-flowered bush honeysuckles elected to serve and be served by bees; those with longer tubes welcomed bumblebees; the white and yellow flowered twining honeysuckles, deep of tube and deliciously fragrant, especially after dark, when they are still visible, cater to the sphinx moths (see sweet wild honeysuckle); but surely the longest-tongued bumblebee could not plumb the depths of this slender-tubed trumpet honeysuckle, nor the night-flying moth discover a flower that has melted into the prevailing darkness when he begins his rounds, and takes no pains to guide him with perfume. What creature, then, does it cater to? After reading of the aims of the trumpet-flower on the preceding page, no one will be surprised to hear that the ruby-throated hummingbird's visits are responsible for most of the berries that follow these charming, generous, abundant flowers, so eminently to his liking. Larger migrants than he, in search of fare so attractive, distribute the seeds far and wide. Is any other species more wholly dependent on birds?

Small-flowered bush honeysuckles choose to serve and be served by bees; those with longer tubes attract bumblebees; the white and yellow flowering twining honeysuckles, with their deep tubes and sweet fragrance, especially after dark when they're still visible, cater to the sphinx moths (see sweet wild honeysuckle); but surely the longest-tongued bumblebee can’t reach the depths of this slender-tubed trumpet honeysuckle, nor can the night-flying moth find a flower that has disappeared into the darkness by the time he starts his search, without any guiding scent. So, what creature does it cater to? After reading about the trumpet flower's intentions on the previous page, no one will be surprised to learn that the visits of the ruby-throated hummingbird account for most of the berries that follow these beautiful, generous, abundant flowers, which he finds very appealing. Larger migrants than him, looking for such attractive food, spread the seeds far and wide. Is there any other species more completely reliant on birds?

CARDINAL FLOWER; RED LOBELIA
  (Lobelia cardinalis) Bellflower family

CARDINAL FLOWER; RED LOBELIA
  (Lobelia cardinalis) Bellflower family

Flowers - Rich vermilion, very rarely rose or white, 1 to 1 1/2 in, long, numerous, growing in terminal, erect, green-bracted, more or less 1-sided racemes. Calyx 5-cleft; corolla tubular, split down one side, 2-lipped; the lower lip with 3 spreading lobes, the upper lip 2-lobed, erect; 5 stamens united into a tube around the style; 2 anthers with hairy tufts. Stem: 2 to 4 1/2 ft. high, rarely branched. Leaves: Oblong to lance-shaped, slightly toothed, mostly sessile. Preferred Habitat - Wet or low ground, beside streams, ditches, and meadow runnels. Flowering Season - July-September. Distribution - New Brunswick to the Gulf States, westward to the Northwest Territory and Kansas.

Flowers - Deep red, very rarely pink or white, 1 to 1 1/2 in long, numerous, growing in upright clusters with green bracts, more or less one-sided. The calyx is split into five parts; the corolla is tubular, opening on one side, and has two lips; the lower lip has three spreading lobes, while the upper lip is two-lobed and upright; there are five stamens fused into a tube around the style, with two anthers featuring hairy tufts. Stem: 2 to 4 1/2 ft high, rarely branched. Leaves: Oblong to lance-shaped, slightly toothed, mostly without petioles. Preferred Habitat - Wet or low areas, next to streams, ditches, and meadow runnels. Flowering Season - July-September. Distribution - From New Brunswick to the Gulf States, extending westward to the Northwest Territory and Kansas.

By the depth and brilliancy of its incomparable hue, the shade with which Vibert delighted to illumine his rich canvases, the color of the famous hat worn by seventy ecclesiastical princes of the Roman Church, but a richer red than the bird which shares the name can boast, the cardinal flower proclaims its title to all beholders. Because its vivid beauty cannot be hid, and few withstand the temptation to pick it, its extermination goes on as rapidly as its bird namesake's.

By the depth and brilliance of its unique color, the shade that Vibert loved to light up his rich paintings, the color of the famous hat worn by seventy religious leaders of the Roman Church, but a richer red than the bird that shares its name, the cardinal flower proudly displays its title to everyone who sees it. Its vivid beauty is impossible to hide, and very few can resist the urge to pick it, so its disappearance happens as quickly as that of its bird namesake.

     "Hast thou named all the birds without a gun?
      Loved the wood rose and left it on its stalk?"

"Have you named all the birds without a gun?
      Loved the wood rose and left it on its stem?"

The easy cultivation from seed of this peerless wildflower - and it is offered in many trade catalogues - might save it to those regions in Nature's wide garden that now know it no more. The ranks of floral missionaries need recruits.

The simple planting of this unique wildflower from seed - which is available in many trade catalogs - could help bring it back to areas in Nature's large garden where it no longer exists. The ranks of floral advocates need more members.

Curious that the great blue lobelia should be the cardinal flower's twin sister! Why this difference of color? Sir John Lubbock proved by tireless experiment that the bees' favorite color is blue, and the shorter-tubed blue lobelia elected to woo them as her benefactors. Whoever has made a study of the ruby-throated hummingbird's habits must have noticed how red flowers entice him - columbines, painted cups, coral honeysuckle, Oswego tea, trumpet flower, and cardinal in Nature's garden; cannas, salvia, gladioli, pelargoniums, fuchsias, phloxes, verbenas, and nasturtiums among others in ours. How the cardinal flower's wonderful mechanism works to utilize his visits has already been told under great lobelia, in the description of the blue lobelia of similar construction. But with a bird so much greater than the ruby-throat that the jeweled-feathered atom could be concealed under one of its talons is the red lobelia forever associated:

It's interesting that the great blue lobelia is like the twin sister of the cardinal flower! Why the color difference? Sir John Lubbock proved through extensive experiments that bees prefer blue, and the shorter-tubed blue lobelia chose to attract them as her helpers. Anyone who has studied the habits of the ruby-throated hummingbird must have noticed how red flowers draw him in—columbines, painted cups, coral honeysuckle, Oswego tea, trumpet flower, and cardinal in Nature's garden; cannas, salvia, gladioli, pelargoniums, fuchsias, phloxes, verbenas, and nasturtiums among others in ours. The amazing way the cardinal flower uses his visits has already been explained in the section about the great lobelia, focusing on the blue lobelia of similar structure. But with a bird so much larger than the ruby-throat that the jeweled-feathered small bird could fit under one of its talons, the red lobelia is always linked to it:

     "The cardinal, and the blood-red spots,
        Its double in the stream
      As if some wounded eagle's breast,
        Slow throbbing o'er the plain,
      Had left its airy path impressed
        In drops of scarlet rain."

"The cardinal, with its blood-red spots,
        Its reflection in the stream
      Like some injured eagle's breast,
        Slowly beating over the plain,
      Had left its flight marked
        In drops of scarlet rain."

A P P E N D I C E S

FRAGRANT FLOWERS OR LEAVES.

Baby's Breath. Large Purple-fringed Orchis. Smaller
Purple-fringed Orchis. Hepatica (occasionally). Purple Marsh
Clematis. English Violet. Wild Phlox. Catnip. Pennyroyal. Wild
Thyme. Peppermint. Spear Mint. Wild Mint. Pasture Thistle. Pink
Moccasin Flower. Showy Orchis. Rose Pogonia. Arethusa. Calopogon.
Night-flowering Catchfly. Bouncing Bet. Purple-flowering
Raspberry. Queen-of-the-Prairie. Wild Rose. Red Clover. Musk
Mallow. Prince's Pine. Bog Wintergreen. Pink Azalea. White
Azalea. Trailing Arbutus. Sabbatia. Fly-trap Dogbane. Four-leaved
Milkweed. Field Bindweed. Wild Bergamot. Twin-flower. Joe-Pye
Weed (slightly). Wild Spikenard (slightly). White-fringed Orchis.
Ladies' Tresses. Lizard's Tail. Bladder Campion. White Water
Lily. Laurel Magnolia. Squirrel Corn. White Sweet Clover. Wild
Grape. Sweet White Violet. Canada Violet. Sweet-Cicely. Sweet
Pepperbush. Pyrola. Shin-leaf. Wintergreen. Button-bush.
Partridge Vine. Elder. Clammy Everlasting. Bellwort. Adders
Tongue. Small Yellow Lady's Slipper. Spice-bush. Yellow Sweet
Clover. Yellow Wood-sorrel. Evening Primrose. Horse-balm. Horned
Bladderwort. Honeysuckles. Fragrant Goldenrod. Ground-nut. Pine
Sap. Oswego Tea.

Baby's Breath. Large Purple-fringed Orchis. Smaller
Purple-fringed Orchis. Hepatica (occasionally). Purple Marsh
Clematis. English Violet. Wild Phlox. Catnip. Pennyroyal. Wild
Thyme. Peppermint. Spear Mint. Wild Mint. Pasture Thistle. Pink
Moccasin Flower. Showy Orchis. Rose Pogonia. Arethusa. Calopogon.
Night-flowering Catchfly. Bouncing Bet. Purple-flowering
Raspberry. Queen-of-the-Prairie. Wild Rose. Red Clover. Musk
Mallow. Prince's Pine. Bog Wintergreen. Pink Azalea. White
Azalea. Trailing Arbutus. Sabbatia. Fly-trap Dogbane. Four-leaved
Milkweed. Field Bindweed. Wild Bergamot. Twin-flower. Joe-Pye
Weed (slightly). Wild Spikenard (slightly). White-fringed Orchis.
Ladies' Tresses. Lizard's Tail. Bladder Campion. White Water
Lily. Laurel Magnolia. Squirrel Corn. White Sweet Clover. Wild
Grape. Sweet White Violet. Canada Violet. Sweet-Cicely. Sweet
Pepperbush. Pyrola. Shin-leaf. Wintergreen. Button-bush.
Partridge Vine. Elder. Clammy Everlasting. Bellwort. Adders
Tongue. Small Yellow Lady's Slipper. Spice-bush. Yellow Sweet
Clover. Yellow Wood-sorrel. Evening Primrose. Horse-balm. Horned
Bladderwort. Honeysuckles. Fragrant Goldenrod. Ground-nut. Pine
Sap. Oswego Tea.

UNPLEASANTLY SCENTED

Purple Trillium. Black Cohosh. Mandrake. Jamestown Weed.
Salt-marsh Fleabane. Camomile. Carrion-flower. Barberry. Skunk
Cabbage. Hound's Tongue. Beech-drops.

Purple Trillium. Black Cohosh. Mandrake. Jamestown Weed.
Salt-marsh Fleabane. Chamomile. Carrion-flower. Barberry. Skunk
Cabbage. Hound's Tongue. Beech-drops.

PLANTS AND SHRUBS CONSPICUOUS IN FRUIT

RED AND REDDISH: Nightshade. Twisted-stalk. American Cranberry.
Marsh Calla. Wild Spikenard (pale red speckled berries).
Two-leaved Solomon's Seal (pale red speckled). Wake-robins. Red
Baneberry. Red Raspberry. Strawberries. Red Choke-berry.
June-berry. Shad-bush. Hawthorns. Harmless Sumacs. Hollies.
Bittersweet. Winterberry (Black Alder). American Spikenard.
Flowering Dogwood. Dwarf Cornel or Bunebberry. Wintergreen. Red
Bearberry. Partridge Vine. Hobble-bush. Red-berried Elder. High
Bush Cranberry. Barberry. Spice-bush. Ground Cherry. Wild
Honeysuckies. Jack-in-the-Pulpit.

RED AND REDDISH: Nightshade. Twisted-stalk. American Cranberry.
Marsh Calla. Wild Spikenard (light red speckled berries).
Two-leaved Solomon's Seal (light red speckled). Wake-robins. Red
Baneberry. Red Raspberry. Strawberries. Red Choke-berry.
June-berry. Shad-bush. Hawthorns. Harmless Sumacs. Hollies.
Bittersweet. Winterberry (Black Alder). American Spikenard.
Flowering Dogwood. Dwarf Cornel or Bunberry. Wintergreen. Red
Bearberry. Partridge Vine. Hobble-bush. Red-berried Elder. High
Bush Cranberry. Barberry. Spice-bush. Ground Cherry. Wild
Honeysuckles. Jack-in-the-Pulpit.

BLUISH AND BLACK: Deadly Nightshade. Star-flowered Solomon's
Seal. True Solomon's Seal. Large-flowered Wake-robin. Black
Raspberry. Bush Blackberry. Dewberry. Black Choke-berry. Wild
Grapes. Virginia Creeper. Cornels. Pokeweed. Huckleberry.
Blueberries. Elder. Arrow-woods. Viburnums. Nanny-berry.
Blackberry Lily.

BLUISH AND BLACK: Deadly Nightshade. Star-flowered Solomon's
Seal. True Solomon's Seal. Large-flowered Wake-robin. Black
Raspberry. Bush Blackberry. Dewberry. Black Choke-berry. Wild
Grapes. Virginia Creeper. Cornels. Pokeweed. Huckleberry.
Blueberries. Elder. Arrow-woods. Viburnums. Nanny-berry.
Blackberry Lily.

WHITE: White Baneberry (black eye). Poison Sumac. Poison Ivy.
Panicled Dogwood. Snowberry.

WHITE: White Baneberry (black eye). Poison Sumac. Poison Ivy.
Panicled Dogwood. Snowberry.

FLUFFY: Thistles. Virginia Clematis. Milkweeds. White lettuce (cinnamon). Groundsel-bush. Spring Everlasting. Dandelions. Sow-thistle. Lettuces. Hawkweeds (brown).

FLUFFY: Thistles. Virginia Clematis. Milkweeds. White lettuce (cinnamon). Groundsel-bush. Spring Everlasting. Dandelions. Sow-thistle. Lettuces. Hawkweeds (brown).

PLANT FAMILIES REPRESENTED

WATER-PLANTAIN FAMILY (Alismaceae)
  Water-plantain. Arrow-head.

WATER-PLANTAIN FAMILY (Alismaceae)
  Water-plantain. Arrowhead.

ARUM FAMILY (Araceae) Jack-in-the-pulpit. Green dragon. Arrow-arum. Water-arum. Skunk cabbage. Golden-club. Calamus-root.

ARUM FAMILY (Araceae) Jack-in-the-pulpit. Green dragon. Arrow-arum. Water-arum. Skunk cabbage. Golden-club. Calamus-root.

SPIDERWORT FAMILY (Commelinaceae)
  Day-flowers. Spiderwort. Wandering Jew.

SPIDERWORT FAMILY (Commelinaceae)
  Day-flowers. Spiderwort. Wandering Jew.

PICKEREL-WEED FAMILY (Pontederiaceae)
  Pickerel-weed.

PICKEREL-WEED FAMILY (Pontederiaceae)
  Pickerel-weed.

BUNCH-FLOWER FAMILY (Melanthaceae)
  White hellebore. Bellworts.

BUNCH-FLOWER FAMILY (Melanthaceae)
  White hellebore. Bellworts.

LILY FAMILY (Liliaceae)
  Lilies. Adder's tongue. Hyacinths. Star-of-Bethlehem.
Colic-root.

LILY FAMILY (Liliaceae)
  Lilies. Adder's tongue. Hyacinths. Star-of-Bethlehem.
Colic-root.

LILY-OF-THE-VALLEY FAMILY (Convallariaceae)
  Clintonia. Wild spikenard. Solomon's seals. False
lily-of-the-valley. Twisted-stalks. Indian cucumber-root.
Wake-robins. Carrion-flower. Cat-brier.

LILY-OF-THE-VALLEY FAMILY (Convallariaceae)
  Clintonia. Wild spikenard. Solomon's seals. False
lily-of-the-valley. Twisted-stalks. Indian cucumber-root.
Wake-robins. Carrion-flower. Cat-briar.

AMARYLLIS FAMILY (Amaryilidaceae)
  Yellow star-grass.

AMARYLLIS FAMILY (Amaryllidaceae)
Yellow star grass.

IRIS FAMILY (Iridaceae)
  Irises. Blackberry lily. Blue-eyed grass.

IRIS FAMILY (Iridaceae)
  Irises. Blackberry lily. Blue-eyed grass.

ORCHID FAMILY (Orchidaceae)
  Ladies' slippers. Orchises. Rose pogonia. Arethusa. Ladies'
tresses. Rattlesnake plantains. Twayblades. Calypso. Coral-roots.
Calopogon. Adam and Eve.

ORCHID FAMILY (Orchidaceae)
  Lady's slippers. Orchises. Rose pogonia. Arethusa. Lady's
tresses. Rattlesnake plantains. Twayblades. Calypso. Coral-roots.
Calopogon. Adam and Eve.

LIZARD'S-TAIL FAMILY (Saururaceae)
  Lizard's-tail.

Lizard's-tail Family (Saururaceae) Lizard's-tail.

BIRTHWORT FAMILY (Aristoltochiaceae)
  Wild ginger. Dutchman's pipe. Serpentary.

BIRTHWORT FAMILY (Aristoltochiaceae)
  Wild ginger. Dutchman's pipe. Serpentary.

BUCKWHEAT FAMILY (Polygonaceae) Persicarias. Smartweed. Water pepper. Lady's thumb. Pink knotweed. Climbing false buckwheat. Tear-thumb. Coast jointweed.

BUCKWHEAT FAMILY (Polygonaceae) Persicarias. Smartweed. Water pepper. Lady's thumb. Pink knotweed. Climbing false buckwheat. Tear-thumb. Coast jointweed.

POKEWEED FAMILY (Phytolaccaceae)
  Pokeweed.

POKEWEED FAMILY (Phytolaccaceae)
Pokeweed.

PURSLANE FAMILY (Portulacaceae)
  Spring beauty. Pussley. Portulaca.

PURSLANE FAMILY (Portulacaceae)
Spring beauty. Pussley. Portulaca.

PINK FAMILY (Caryophyllaceae)
  Corn cockle. Campions. Catchflies. Pinks. Bouncing Bet.
Chickweed.

PINK FAMILY (Caryophyllaceae)
  Corn cockle. Campions. Catchflies. Pinks. Bouncing Bet.
Chickweed.

WATER-LILY FAMILY (Nymphaeaceae)
  Water-shield. Pond-lilies. Lotus.

WATER-LILY FAMILY (Nymphaeaceae)
Water-shield. Pond lilies. Lotus.

MAGNOLIA FAMILY (Magnoliaceae)
  Laurel magnolia.

MAGNOLIA FAMILY (Magnoliaceae)
  Laurel magnolia.

CROWFOOT FAMILY (Ranunculaceae)
  Marsh-marigold. Gold-thread. Bane-berries. Black Cohosh.
Columbines. Larkspurs. Anemones. Hepatica. Virgin's bower.
Clematis. Water-crowfoots. Spearworts. Buttercups. Meadow-rues.

CROWFOOT FAMILY (Ranunculaceae)
  Marsh-marigold. Gold-thread. Bane-berries. Black Cohosh.
Columbines. Larkspurs. Anemones. Hepatica. Virgin's bower.
Clematis. Water-crowfoots. Spearworts. Buttercups. Meadow-rues.

BARBERRY FAMILY (Berberidaceae)
  Barberries. Twin-leaf. Wild mandrake.

BARBERRY FAMILY (Berberidaceae)
  Barberries. Twin-leaf. Wild mandrake.

LAUREL FAMILY (Lauraceae)
  Spice-bush.

LAUREL FAMILY (Lauraceae)
  Spicebush.

POPPY FAMILY (Papaveraceae) Bloodroot. Celandine poppies. California poppy. Dutchman's breeches. Squirrel corn. Bleeding-heart. Climbing fumitory. Pink and Golden corydalis.

POPPY FAMILY (Papaveraceae) Bloodroot. Celandine poppies. California poppy. Dutchman's breeches. Squirrel corn. Bleeding-heart. Climbing fumitory. Pink and Golden corydalis.

MUSTARD FAMILY (Cruciferae)
  Mustards. Charlock. Cresses. Rocket. Radish. Ladies' smock.
Toothworts. Shepherd's purse. Vernal whitlow grass.

MUSTARD FAMILY (Cruciferae)
  Mustards. Charlock. Cresses. Rocket. Radish. Lady's smock.
Toothworts. Shepherd's purse. Spring whitlow grass.

PITCHER-PLANT FAMILY (Sarraceniaceae)
  Pitcher-plant. Sundew.

PITCHER PLANT FAMILY (Sarraceniaceae)
  Pitcher plant. Sundew.

ORPINE FAMILY (Crassulaceae)
  Live-forever.

ORPINE FAMILY (Crassulaceae)
Live forever.

SAXIFRAGE FAMILY (Saxifragaceae)
  Early saxifrage. Foam-flower. Mitrewort. Grass-of-Parnassus.
Hydrangea.

SAXIFRAGE FAMILY (Saxifragaceae)
  Early saxifrage. Foam-flower. Mitrewort. Grass-of-Parnassus.
Hydrangea.

WITCH-HAZEL FAMILY (Hamamelidaceae)
  Witch-hazel.

Witch-hazel family (Hamamelidaceae)
Witch-hazel.

ROSE FAMILY (Rosaceae)
  Ninebark. Meadow-sweet. Steeplebush. Goat's beard. Indian
physic. Ipecac. Raspberries. Blackberries. Dalibarda.
Strawberries. Cinquefoils. Avens. Queen-of-the-prairie. Agrimony.
Roses.

ROSE FAMILY (Rosaceae)
  Ninebark. Meadow-sweet. Steeplebush. Goat's beard. Indian
physic. Ipecac. Raspberries. Blackberries. Dalibarda.
Strawberries. Cinquefoils. Avens. Queen-of-the-prairie. Agrimony.
Roses.

APPLE FAMILY (Pomaceae)
  Chokeberries. June-berry. Shadbush. Hawthorns.

APPLE FAMILY (Pomaceae)
  Chokeberries. Juneberry. Shadbush. Hawthorns.

SENNA FAMILY (Caesalpinaceae)
  Sensitive Pea. Partridge pea. Wild senna.

SENNA FAMILY (Caesalpinaceae)
  Sensitive Pea. Partridge pea. Wild senna.

PEA FAMILY (Papilionaceae)
  Wild indigo. Rattle-box. Wild lupine. Clovers. Sweet clovers.
Goat's rue. Tick-trefoils. Bush-clovers. Blue vetches. Pea vine.
Seaside pea. Butterfly-pea. Hog peanut. Milk-pea. Wild bean.

PEA FAMILY (Papilionaceae)
  Wild indigo. Rattle-box. Wild lupine. Clovers. Sweet clovers.
Goat's rue. Tick-trefoils. Bush-clovers. Blue vetches. Pea vine.
Seaside pea. Butterfly-pea. Hog peanut. Milk-pea. Wild bean.

GERANIUM FAMILY (Geraniaceae)
  Wild geranium. Herb Robert. Cranesbill.

GERANIUM FAMILY (Geraniaceae)
  Wild geranium. Herb Robert. Cranesbill.

WOOD-SORREL FAMILY (Oxalidaceae)
  Wood-sorrels.

WOOD-SORREL FAMILY (Oxalidaceae)
  Wood sorrels.

FLAX FAMILY (Linaceae)
  Flax. Slender yellow and Ridged flax.

FLAX FAMILY (Linaceae)
  Flax. Slim yellow and ribbed flax.

MILKWORT FAMILY (Polygalaceae)
  Milkworts. Fringed polygala.

MILKWORT FAMILY (Polygalaceae)
Milkworts. Fringed polygala.

SPURGE FAMILY (Euphorbiaceae)
  Flowering spurge.

SPURGE FAMILY (Euphorbiaceae)
  Flowering spurge.

SUMAC FAMILY (Anacardiaceae)
  Sumacs. Poison ivy. Smoke bush.

SUMAC FAMILY (Anacardiaceae)
  Sumacs. Poison ivy. Smoke bush.

HOLLY FAMILY (Ilicaceae)
  Hollies. Winter-berry (black alder).

HOLLY FAMILY (Ilicaceae)
  Hollies. Winterberry (black alder).

STAFF-TREE FAMILY (Celastraceae)
  Climbing bitter-sweet.

STAFF-TREE FAMILY (Celastraceae)
Climbing bittersweet.

JEWEL-WEED FAMILY (Balsaminaceae)
  Jewel-weed. Pale touch-me-not.

Jewelweed. Pale touch-me-not.

BUCKTHORN FAMILY (Rhamnaceae)
  New Jersey tea.

BUCKTHORN FAMILY (Rhamnaceae)
New Jersey Tea.

GRAPE FAMILY (Vitaceae)
  Wild grapes. Virginia creeper. Ampelopsis.

GRAPE FAMILY (Vitaceae)
  Wild grapes. Virginia creeper. Ampelopsis.

MALLOW FAMILY (Malvaceae)
  Mallows. Velvet leaf. Althaea.

MALLOW FAMILY (Malvaceae)
  Mallows. Velvet leaf. Althaea.

ST. JOHNS-WORT FAMILY (Hypericaceae)
  St. Peter's-wort. St. Andrew's cross. St. John's-worts.

ST. JOHNS-WORT FAMILY (Hypericaceae)
  St. Peter's-wort. St. Andrew's cross. St. John's-worts.

ROCK-ROSE FAMILY (Cistaceae)
  Frost-flowers. Poverty grass.

ROCK-ROSE FAMILY (Cistaceae)
  Frost flowers. Poverty grass.

VIOLET FAMILY (Violaceae)
  Violets. Pansies.

Violet Family (Violaceae)
Violets. Pansies.

CACTUS FAMILY (Cactaceae)
  Prickly pears.

CACTUS FAMILY (Cactaceae)
  Prickly pears.

LOOSESTRIFE FAMILY (Lythraceae)
  Purple loosestrife. Blue wax-weed.

LOOSESTRIFE FAMILY (Lythraceae)
Purple loosestrife. Blue wax-weed.

MEADOW-BEAUTY FAMILY (Melastomaceae)
  Meadow-beauty. Deer-grass.

Meadow-beauty family (Melastomaceae)
Meadow-beauty. Deergrass.

EVENING-PRIMROSE FAMILY (Onagraceae)
  Fire-weed. Willow-herbs. Evening-primrose. Sundrops.
Enchanter's nightshade.

EVENING-PRIMROSE FAMILY (Onagraceae)
  Fireweed. Willowherbs. Evening primrose. Sundrops.
Enchanter's nightshade.

GINSENG FAMILY (Ariliaceae)
  American spikenard. Wild sarsaparilla. Ginsings.

GINSENG FAMILY (Ariliaceae)
  American spikenard. Wild sarsaparilla. Ginsings.

CARROT FAMILY (Umbelliferae)
  Wild carrot. Cowbane. Parsnips. Parsley. Sanicle. Fennel.
Pimpernel. Water-hemlock. Sweet-Cicely. Poison hemlock.
Water-parsnip.

CARROT FAMILY (Umbelliferae)
  Wild carrot. Cowbane. Parsnips. Parsley. Sanicle. Fennel.
Pimpernel. Water hemlock. Sweet cicely. Poison hemlock.
Water parsnip.

DOGWOOD FAMILY (Cornaceae)
  Cornels or Dogwoods.

DOGWOOD FAMILY (Cornaceae)
  Cornels or Dogwoods.

WHITE-ALDER FAMILY (Clethraceae)
  Sweet pepperbush.

WHITE-ALDER FAMILY (Clethraceae)
Sweet pepperbush.

WINTERGREEN FAMILY (Pyrolaceae)
  Wintergreens. Shin-leaf. Prince's pine.

WINTERGREEN FAMILY (Pyrolaceae)
  Wintergreens. Shin-leaf. Prince's pine.

INDIAN-PIPE FAMILY (Monotrotaceae)
  Indian-pipe. Pine sap.

INDIAN-PIPE FAMILY (Monotrotaceae)
Indian-pipe. Pine resin.

HEATH FAMILY (Ericaceae)
  Labrador tea. Azaleas. Laurels. Rhodora. Rhododendrons.
Leucothoe. Wild rosemary. Fetter-bush, Stagger-bush. Andromeda.
Cassandra. Sourwood. Trailing arbutus. Creeping wintergreen.
Bearberries.

HEATH FAMILY (Ericaceae)
  Labrador tea. Azaleas. Laurels. Rhodora. Rhododendrons.
Leucothoe. Wild rosemary. Fetter-bush, Stagger-bush. Andromeda.
Cassandra. Sourwood. Trailing arbutus. Creeping wintergreen.
Bearberries.

HUCKLEBERRY FAMILY (Vacciniaceae) Huckleberries. Blueberries. Squaw huckleberry. Creeping snowberry. Cranberry.

HUCKLEBERRY FAMILY (Vacciniaceae) Huckleberries. Blueberries. Squaw huckleberry. Creeping snowberry. Cranberry.

DIAPENSIA FAMILY (Diapensiaceae)
  Pyxie.

DIAPENSIA FAMILY (Diapensiaceae)
Pyxie.

PRIMROSE FAMILY (Primulaceae)
  Loosestrifes. Moneywort. Star-flower. Scarlet pimpernel.
Shooting star.

PRIMROSE FAMILY (Primulaceae)
  Loosestrifes. Moneywort. Star-flower. Scarlet pimpernel.
Shooting star.

PLUMBAGO FAMILY (Plumbaginaceae)
  Marsh rosemary.

PLUMBAGO FAMILY (Plumbaginaceae)
Marsh rosemary.

GENTIAN FAMILY (Gentianaceae)
  Sabbatia. Sea-pink. Marsh pink. Gentians.

GENTIAN FAMILY (Gentianaceae)
  Sabbatia. Sea-pink. Marsh pink. Gentians.

DOGBANE FAMILY (Apocynaceae)
  Dogbane. Indian hemp.

DOGBANE FAMILY (Apocynaceae)
Dogbane. Indian hemp.

MILKWEED FAMILY (Asclepiadaceae)
  Miikweeds. Butterfly weed.

MILKWEED FAMILY (Asclepiadaceae)
Milkweeds. Butterfly weed.

MORNING-GLORY FAMILY (Convolvulaceae)
  Wild potato vine. Bindweeds.

MORNING-GLORY FAMILY (Convolvulaceae)
  Wild potato vine. Bindweeds.

DODDER FAMILY (Cascutaceae)
  Gronovius' dodder.

DODDER FAMILY (Cascutaceae)
Gronovius' dodder.

PHLOX FAMILY (Polemoniaceae)
  Phloxes. Moss pink.

PHLOX FAMILY (Polemoniaceae)
  Phlox. Moss pink.

WATER-LEAF FAMILY (Hydrophyllaceae)
  Virginia water-leaf.

WATER-LEAF FAMILY (Hydrophyllaceae)
  Virginia waterleaf.

BORAGE FAMILY (Boraginaceae)
  Hound's tongue. Comfrey. Stick-seeds. Virginia cowslip.
Lungwort. Forget-me-not. Viper's bugloss. Vervains. Verbena.

BORAGE FAMILY (Boraginaceae)
Hound's tongue. Comfrey. Stick-seeds. Virginia cowslip.
Lungwort. Forget-me-not. Viper's bugloss. Vervains. Verbena.

MINT FAMILY (Labiatae)
  Blue curls. Skullcaps. Catnip. Gill-over-the-ground. Self-heal.
Obedient plant. Motherwort. Oswego tea. Wild bergamot.
Pennyroyal. Sweet basil. Hyssop. Mints. Wild thyme. Dittany.
Peppermint. Citronella.

MINT FAMILY (Labiatae)
  Blue curls. Skullcaps. Catnip. Gill-over-the-ground. Self-heal.
Obedient plant. Motherwort. Oswego tea. Wild bergamot.
Pennyroyal. Sweet basil. Hyssop. Mints. Wild thyme. Dittany.
Peppermint. Citronella.

POTATO FAMILY (Solanaceae)
  Ground cherry. Nightshades. Thorn apples. (Jamestown weed.)

POTATO FAMILY (Solanaceae)
  Ground cherry. Nightshades. Thorn apples. (Jimson weed.)

FIGWORT FAMILY (Scrophulariaceae)
  Mulleins. Butter-and-eggs. Blue toad-flax. Figwort.
Turtle-head. Beard tongues. Blue-eyed Mary. Monkey-flower.
Speedwells. Brooklime. Culver's-root. False foxgloves. Gerardias.
Scarlet painted cup. Wood betony.

FIGWORT FAMILY (Scrophulariaceae)
Mulleins. Butter-and-eggs. Blue toad-flax. Figwort.
Turtle-head. Beard tongues. Blue-eyed Mary. Monkey-flower.
Speedwells. Brooklime. Culver's-root. False foxgloves. Gerardias.
Scarlet painted cup. Wood betony.

BLADDERWORT FAMILY (Lentibulariaceae)
  Bladderworts.

BLADDERWORT FAMILY (Lentibulariaceae)
Bladderworts.

BROOM-RAPE FAMILY (Orobanchaceae)
  Broom-rape. Beech-drops.

BROOM-RAPE FAMILY (Orobanchaceae)
Broom-rape. Beech drops.

TRUMPET-CREEPER FAMILY (Bignoniaceae)
  Trumpet-flower.

Trumpet-Creeper Family (Bignoniaceae)
Trumpet Flower.

ACANTHUS FAMILY (Acanthaceae)
  Hairy ruellia.

ACANTHUS FAMILY (Acanthaceae)
Hairy ruellia.

MADDER FAMILY (Rubiaceae)
  Bluets. Button-bush. Partridge-vine. Cleavers. Bedstraw.

MADDER FAMILY (Rubiaceae)
  Bluets. Button-bush. Partridge-vine. Cleavers. Bedstraw.

HONEYSUCKLE FAMILY (Caprifoliaceae)
  Elder bushes. Hobble-bush. Bush cranberry. Arrow-woods.
Withe-rod. Sweet viburnum. Black haw. Twin-flower. Snowberry.
Honeysuckles. Fly-honeysuckles. Bush-honeysuckles.

HONEYSUCKLE FAMILY (Caprifoliaceae)
  Elder bushes. Hobble-bush. Bush cranberry. Arrow-woods.
Withe-rod. Sweet viburnum. Black haw. Twin-flower. Snowberry.
Honeysuckles. Fly-honeysuckles. Bush-honeysuckles.

TEASEL FAMILY (Dipsacaceae)
  Card teasel.

TEASEL FAMILY (Dipsacaceae)
  Card teasel.

GOURD FAMILY (Cucurbitaceae)
  Star-cucumber.

Gourd Family (Cucurbitaceae)
  Star cucumber.

BELL-FLOWER FAMILY (Campanulaceae)
  Harebell. Bellflowers. Venus' looking-glass. Cardinal flower.
Lobelias. Indian tobacco.

BELL-FLOWER FAMILY (Campanulaceae)
  Harebell. Bellflowers. Venus' looking-glass. Cardinal flower.
Lobelias. Indian tobacco.

CHICORY FAMILY (Cichoriaceae)
  Chicory. Cynthia. Dwarf goat's beard. Fall dandelion.
Dandelions. Sow-thistles. Wild lettuces. Hawk-weeds.
Rattlesnake-weed. White lettuce.

CHICORY FAMILY (Cichoriaceae)
  Chicory. Cynthia. Dwarf goat's beard. Fall dandelion.
Dandelions. Sow-thistles. Wild lettuces. Hawk-weeds.
Rattlesnake-weed. White lettuce.

THISTLE FAMILY (Compositae)
  Iron-weed. Joe-Pye weed. Boneset or Thoroughwort. White
sanicle. Climbing hempweed. Blazing-star. Button snake-root.
Golden aster. Goldenrods. Asters. Robin's plantain. Flea-banes.
Sweet scabious. Groundsel-bush. Everlastings. Elecampane.
Cup-plant. Compass-plant. Ox-eyes. Cone-flowers. Black-eyed
Susan. Sunflowers. Jerusalem artichoke. Tickseeds. Bur-marigolds.
Beggar-ticks. Sneezeweed. Yarrow. Camomiles. Daisy. Tansy.
Ragwort. Burdock. Thistles.

THISTLE FAMILY (Compositae)
  Ironweed. Joe-Pye weed. Boneset or Thoroughwort. White
sanicle. Climbing hempweed. Blazing star. Button snake-root.
Golden aster. Goldenrods. Asters. Robin's plantain. Fleabane.
Sweet scabious. Groundsel bush. Everlastings. Elecampane.
Cup-plant. Compass plant. Oxeyes. Coneflowers. Black-eyed
Susan. Sunflowers. Jerusalem artichoke. Tickseeds. Bur-marigolds.
Beggar-ticks. Sneezeweed. Yarrow. Chamomile. Daisy. Tansy.
Ragwort. Burdock. Thistles.


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