This is a modern-English version of History of the U.S.S. Leviathan, cruiser and transport forces, United States Atlantic fleet: Compiled from the ship's log and data gathered by the history committee on board the ship, originally written by U.S.S. Leviathan History Committee. It has been thoroughly updated, including changes to sentence structure, words, spelling, and grammar—to ensure clarity for contemporary readers, while preserving the original spirit and nuance. If you click on a paragraph, you will see the original text that we modified, and you can toggle between the two versions.

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HISTORY OF THE
U.S.S. LEVIATHAN

CRUISER AND TRANSPORT FORCES
UNITED STATES ATLANTIC FLEET

CRUISER AND TRANSPORT FORCES
UNITED STATES ATLANTIC FLEET

COMPILED FROM THE SHIP’S LOG AND
DATA GATHERED BY THE HISTORY
COMMITTEE ON BOARD THE SHIP

COMPILED FROM THE SHIP’S LOG AND
DATA COLLECTED BY THE HISTORY
COMMITTEE ON BOARD THE SHIP

PUBLISHED BY THE
BROOKLYN EAGLE JOB DEPARTMENT
305 WASHINGTON ST., BROOKLYN-NEW YORK

PUBLISHED BY THE
BROOKLYN EAGLE JOB DEPARTMENT
305 WASHINGTON ST., BROOKLYN, NY


“LEVIATHAN”

Adele M. Marshall

Adele M. Marshall

Leviathan, thou noble ship,
Thou mighty monarch of the seas,
May thy stalwart form and mighty force
War’s desolating horrors ease.
We view the grandeur of thy bulk,
And gaze with wonder and with awe
At thy great magnitude and might
Which surpass visions we foresaw.
As now in peaceful anchor held,
The waves caress thy sturdy bow:
The ocean flirts and beckons thee
To sail away, away—and now
She lures thee with her shining crest,
But couldst thou see beneath the wave
The yawning jaws of cavern greed
From which a God alone can save.
She’ll lure thee out into her midst,
Then tantalize with storm and gale,
But these mere trifles bring no fear
As ever on you sail.
But deep within her somber soul
There lie devices born of hate,
In traitorous hearts and crafty minds
Hell’s strategies they propagate.
And will these mechanisms harm?
Will bomb or shot e’er rend thy bark?
Will cries of horrors fill the air
As dangers peer from ocean dark?
There is but One who knows thy fate;
Within the hollow of His hand
Thy safety lies. You can but wait
And place thy trust in Beulah Land.
We trust thee, ship, we give our sons
By thousands. Will they fill thy halls?
Oh bring them safe across the wave
Despite the whirlpool, storms and squalls.
The prayers and sobs from broken hearts
Will follow as thy course is run.
This prayer eternal, to heaven will rise—
“Thy will, not mine, Oh, God, be done.”
Leviathan, thou ship of state,
Sail on, sail on victorious.
Crush thou the tools of hate,
Come back with honors glorious
And bring with thee eternal peace.
Peace with honor, without stain,
And wear the crown “LEVIATHAN,”
Queen of the ocean’s vast domain.

FOREWORD

This is the story of the Leviathan’s part in the Great World’s War. The story of her career since the Stars and Stripes displaced the three barred flag of Germany at her taffrail constitutes one of the most remarkable and brilliant chapters in the maritime history of the world.

This is the story of the Leviathan’s role in the Great World’s War. The account of her journey since the Stars and Stripes replaced the three-barred flag of Germany at her stern is one of the most remarkable and outstanding chapters in maritime history.

She was seized by the U. S. Customs officials in the early morning of April 6, 1917, turned over to the Shipping Board to be manned and operated, but after nearly three months’ effort on their part without the ship leaving the dock, she was finally, on July 25, 1917, turned over to the Navy Department and regularly commissioned as a Naval vessel and assigned to transport duty under the command of Vice-Admiral Albert Gleaves, U. S. Navy, Commander of the Cruiser and Transport Force, United States Atlantic Fleet.

She was taken by U.S. Customs officials in the early morning of April 6, 1917, handed over to the Shipping Board to be staffed and operated. However, after nearly three months of their efforts without the ship leaving the dock, she was finally transferred to the Navy Department on July 25, 1917, officially commissioned as a Naval vessel, and assigned to transport duty under the command of Vice-Admiral Albert Gleaves, U.S. Navy, Commander of the Cruiser and Transport Force, United States Atlantic Fleet.

The Leviathan’s record for carrying human beings across the ocean has never been approached by any other vessel in the history of the world. Back and forth she went across the Atlantic, almost with the regularity of clockwork, passing unscathed a score of times through the war zone, though the German submarines made several attempts in force to get her. Her performance constitutes one of the greatest marine achievements of the world and it would seem that fate had designed her to fulfil a mission of retributive justice.

The Leviathan’s record for transporting people across the ocean has never been matched by any other ship in history. She traveled back and forth across the Atlantic almost like clockwork, successfully navigating the war zone numerous times, even though the German submarines made several serious attempts to take her down. Her journey represents one of the greatest maritime achievements ever, and it seems like fate intended for her to carry out a mission of retributive justice.

The Germans said it could not be done, but true to their nature, they had not figured on the ingenuity, initiative and pluck of the American sailor. When the Armistice was signed this three-funnelled colossus of the waves had made ten trips across the Atlantic as a naval transport and had landed a grand total of 110,591 American soldiers in France and England. In other words, this single ship had transported to Europe one twentieth of the total number of the American Expeditionary Force.

The Germans said it couldn't be done, but true to form, they didn't consider the ingenuity, initiative, and guts of the American sailor. When the Armistice was signed, this huge ship with three funnels had made ten trips across the Atlantic as a naval transport and had brought a total of 110,591 American soldiers to France and England. In other words, this one ship had transported to Europe one-twentieth of the American Expeditionary Force.

This tremendous achievement did not depend alone upon the great size and speed of the ship; it was accomplished also by the splendid[8] spirit of the officers and men of the Leviathan and their unfailing devotion to duty. It was due to their pride in their ship and their personal loyalty to Vice-Admiral Gleaves, their Force Commander, that kept the Leviathan constantly straining to do her best, and this spirit remained with the ship after the Armistice and nowhere is it better illustrated than in the records of the 15th and 16th trips, on which she returned to the United States a total of 28,412 troops, which amounted to 2,217 more than were carried on her two best previous voyages. These two trips were made in the fastest time she had ever made, less than 37 days elapsing for the two voyages.

This amazing achievement didn't just rely on the massive size and speed of the ship; it was also made possible by the incredible[8] dedication of the officers and crew of the Leviathan and their unwavering commitment to their duties. Their pride in the ship and their personal loyalty to Vice-Admiral Gleaves, their Force Commander, drove the Leviathan to consistently perform at its best. This spirit stayed with the ship even after the Armistice, and it’s best shown in the records of the 15th and 16th trips, during which she brought back a total of 28,412 troops to the United States, which was 2,217 more than her two best previous voyages. These two trips were completed in the fastest time she had ever achieved, with less than 37 days passing for both voyages.

Thus during the war, in rushing troops to France, and after the Armistice in the great task of bringing them home again, the Leviathan proved herself of greatest value to the government and her great achievement will forever remain an undying credit to the United States Navy, and the men of the Navy who manned her.

Thus during the war, in quickly transporting troops to France, and after the Armistice in the important task of bringing them home again, the Leviathan showed her immense value to the government, and her significant accomplishment will always be a lasting credit to the United States Navy, as well as to the men of the Navy who operated her.


DEDICATION TO SECRETARY DANIELS

To our leader—honored in the nation;
To our friend—steadfast and true;
To our shipmate—of happy memory;

To our leader—respected in the country;
To our friend—loyal and reliable;
To our shipmate—of cherished memory;

The Bluejackets offer this dedication in gratitude and appreciation.

The Bluejackets dedicate this in gratitude and appreciation.

Secretary Daniels and Mrs. Daniels on Board the U. S. S. “Leviathan”

Secretary Daniels and Mrs. Daniels aboard the U.S.S. "Leviathan"


PREFACE BY SECRETARY DANIELS

The record of the U.S.S. Leviathan, queen of the troop transport fleet which made possible the successful participation of the United States in the war with Germany, is a record of consistent service and remarkable efficiency which upholds the best and noblest traditions of the United States naval service. The nation owes and gladly gives a great meed of praise to every officer and man, regular and reserve alike, who shared in the hardships, the dangers and the successes of the Leviathan’s great wartime service.

The account of the U.S.S. Leviathan, the top ship in the troop transport fleet that enabled the United States to successfully engage in the war against Germany, showcases consistent service and remarkable efficiency that reflect the finest and most admirable traditions of the United States Navy. The nation owes, and happily gives, heartfelt praise to every officer and sailor, both regular and reserve, who took part in the challenges, dangers, and triumphs of the Leviathan’s significant wartime contributions.

The potential strength of the 98,000 fighting men the Leviathan carried to the shores of France can never be estimated. We know that when the night was blackest, when the fortunes of the world hung in the balance and the eyes of all nations were turned toward the western continent, that the great Leviathan with her tremendous troop-carrying capacity was ready and that, trip after trip, without failures or accidents, the great transport plowed her way across the Atlantic, scornful alike of the submarine’s stilettos of the sea and the wrath of the elements, carrying to the shores of our nearly exhausted allies those inestimably precious cargoes of men who turned the tide and saved the day.

The potential power of the 98,000 soldiers that the Leviathan brought to the shores of France can never be fully measured. We know that when times were darkest, when the fate of the world was uncertain and all eyes were on the western continent, the great Leviathan with her massive troop-carrying capacity was ready. Again and again, without any failures or accidents, the great transport made her way across the Atlantic, undeterred by the submarine's attacks or the fury of the elements, delivering to the shores of our nearly depleted allies those invaluable cargoes of men who turned the tide and saved the day.

Although the Leviathan did not participate in any great naval engagement, although the battle flags never flew proudly at her mast-heads as she swept into the tempest of a modern naval engagement, her achievement in carrying across the sea more than three divisions of American soldiers entitles the gallant ship’s name to a place forever in the hall of American naval fame.

Although the Leviathan didn't take part in any major naval battles, and although battle flags never flew proudly at her masts as she entered the storm of a modern naval encounter, her achievement in transporting more than three divisions of American soldiers across the sea earns her honorable place in the history of American naval fame.

I cannot but feel a thrill of admiration for the efficiency, loyalty and devotion to duty of the officers and men of the Leviathan who repaired the damage wrought by the Germans, quickly and skillfully organized the ship for service at sea and who, week after week and month after month, “carried on” regardless of the lurking menace beneath the waves, in the face of an enemy who would have made any sacrifice to add the giant Leviathan to his list of victims.

I can’t help but

On March 15, 1919, Mrs. Daniels and myself had the pleasure of going aboard the Leviathan with a party of naval officers who were accompanying me to Europe on important public business. The remembrance of this voyage will ever be among the most cherished memories of all the members of our party. The never-failing courtesy and kindness of both officers and men, the thoughtful consideration with which we were treated, will always cause us to remember the U.S.S. Leviathan with the warmest personal regard.

On March 15, 1919, Mrs. Daniels and I had the pleasure of boarding the Leviathan with a group of naval officers who were accompanying me to Europe for important public business. The memory of this voyage will always be one of the most cherished moments for everyone in our group. The constant courtesy and kindness of both the officers and crew, along with the thoughtful way we were treated, will always make us remember the U.S.S. Leviathan with the fondest personal regard.

With all good wishes for the future for the crew of the Leviathan and the hope that the ship’s great work, so wonderfully carried out thus far, may be as successfully completed.

With best wishes for the future for the crew of the Leviathan and the hope that the ship’s impressive work, so brilliantly done so far, may be successfully completed.

Signature of Josephus Daniels

Josephus Daniels

Josephus Daniels


Admiral Gleaves and Staff

Admiral Gleaves and Team

Roster of Officers

Cruiser and Transport Force United States Atlantic Fleet

Cruiser and Transport Force United States Atlantic Fleet

Vice-Admiral Albert Gleaves, United States Navy Commander Cruiser and Transport Force, U. S. Atlantic Fleet

Vice Admiral Albert Gleaves, United States Navy Commander of the Cruiser and Transport Force, U.S. Atlantic Fleet

U. S. S. Leviathan

USS Leviathan

CAPTAINS

  • Oman, Joseph W., Capt., U.S.N.
  • Bryan, Henry F., Capt., U.S.N.
  • Phelps, William W., Capt., U.S.N.
  • Durell, Edward H., Capt., U.S.N.

Note: Captain J. W. Oman, U.S.N., assumed command on July 23, 1917, being relieved by Captain Henry F. Bryan, U.S.N., on March 3, 1918, who in turn was relieved by Captain W. W. Phelps, U.S.N., on Sept. 21, 1918, who in turn was relieved by Captain Edward H. Durell, U.S.N., on April 4, 1919, and who now is in command.

Note: Captain J. W. Oman, U.S.N., took command on July 23, 1917, and was succeeded by Captain Henry F. Bryan, U.S.N., on March 3, 1918. Captain Bryan was then replaced by Captain W. W. Phelps, U.S.N., on September 21, 1918, who was then followed by Captain Edward H. Durell, U.S.N., on April 4, 1919, and who is currently in command.

EXECUTIVE OFFICERS

  • Jeffers, William N., Comdr., U.S.N.
  • Blackburn, John H., Comdr., U.S.N.
  • Staton, Adolphus, Comdr., U.S.N.

NAVIGATORS

  • Mannock, Frank D., Lieut.-Comdr., U.S.N.
  • Cunningham, Harold A., Lieut.-Comdr., U.S.N.R.F.

GUNNERY OFFICERS

  • Osborne, Charles F., Lieut.-Comdr, U.S.N.
  • Boucher, Creed H., Lieut., U.S.N.
  • Bateman, Arnold H., Lieut., U.S.N.

FIRST LIEUTENANTS

  • Ford, James W., Lieut.-Comdr., U.S.N.
  • Haltnorth, Oliver J., Lieut., U.S.N.
  • Malloy, William E., Lieut., U.S.N.

SENIOR ENGINEER OFFICER

  • Woodward, Vaughn V., Comdr., U.S.N.

COMMUNICATION OFFICERS

  • Gahagen, Allen J., Lieut., (j. g.), U.S.N.
  • Bense, Frederick, Lieut., (j. g.), U.S.N.
  • Katzmarek, John E., Ensign, U.S.N.R.F.

SENIOR MEDICAL OFFICERS

  • Snyder, John J., Comdr., (M. C.), U.S.N.
  • Asserson, Frederick A., Comdr., (M. C.), U.S.N.
  • May, Henry A., Lieut.-Comdr., (M. C.), U.S.N.
  • Vaughn, George T., Lieut.-Comdr., (M. C.), U.S.N.

SENIOR SUPPLY OFFICERS

  • Schafer, George C., Lieut.-Comdr., (P. C.), U.S.N.
  • Simonpietri, William L. F., Lieut.-Comdr., (P. C), U.S.N.
  • Farwell, Neal B., Lieut.-Comdr., (P. C.), U.S.N.
  • Edwards, Eaton C., Lieut.-Comdr., (P. C.), U.S.N.

CAPT. H. F. BRYAN

Capt. H.F. Bryan

CAPT. W. W. PHELPS

Captain W. W. Phelps

CAPT. J. W. OMAN

Capt. J. W. Oman

CAPT. E. H. DURELL

Capt. E. H. Durell

WATCH AND DIVISION OFFICERS

  • Jones, John, Lieut.-Comdr., U.S.N.R.F.
  • Foster, John, Lieut.-Comdr., U.S.N.R.F.
  • Beebe, John L., Lieut., U.S.N.R.F.
  • Hankison, Otto L., Lieut., U.S.N.R.F.
  • Willey, James H., Lieut., U.S.N.R.F.
  • Davidson, Harold, Lieut., U.S.N.R.F.
  • Burtis, William H., Lieut., U.S.N.
  • Dorsey, Arthur B., Lieut., U.S.N.
  • Swift, John T., Lieut., U.S.N.
  • Hemby, Cleveland, Lieut., U.S.N.R.F.
  • Jones, Edward E., Lieut., U.S.N.R.F.
  • [16]Leonard, Arthur T., Lieut., U.S.N.
  • Skead, Robert G., Lieut., U.S.N.R.F.
  • Lovell, Douglas G., Lieut., U.S.N.
  • Wright, F. G., Lieut., U.S.N.R.F.
  • Millard-Turner, R., Lieut., (j. g.), U.S.N.R.F.
  • Wainwright, Stuyvesant, Lieut., (j. g.), U.S.N.R.F.
  • Hilliard, Charles C., Lieut., (j. g.), U.S.N.R.F.
  • Harper, Fred K., Lieut., (j. g.), U.S.N.R.F.
  • Wyatt, Thomas H., Lieut., (j. g.), U.S.N.R.F.
  • Alexander, Albert E., Lieut., (j. g.), U.S.N.R.F.
  • Harding, Arthur E., Lieut., (j. g.), U.S.N.R.F.
  • Foss, Albion F., Lieut., (j. g.), U.S.N.R.F.
  • Towes, George V., Lieut., (j. g.), U.S.N.R.F.
  • Cummins, David E., Lieut., (j. g.), U.S.N.
  • Whitney, Rintoul T., Lieut., (j. g.), U.S.N.R.F.
  • Nordstrom, Isador, Lieut., (j. g.), U.S.N.
  • Estey, Edward, Lieut., (j. g.), U.S.N.
  • Morrill, Stanley, Lieut., (j. g.), U.S.N.R.F.
  • Grant, Deloss A., Lieut., (j. g.), U.S.N.R.F.
  • Nichols, Spencer V., Ensign, U.S.N.R.F.
  • Fagan, George, Ensign, U.S.N.R.F.
  • Fales, De Coursey, Ensign, U.S.N.R.F.
  • Evans, John Clement, Ensign, U.S.N.R.F.
  • Ditmars, John R., Ensign, U.S.N.R.F.
  • Knight, Rufus H., Ensign, U.S.N.R.F.
  • LeClerq, Frederick D. K., Ensign, U.S.N.R.F.
  • Palin, Milburn R., Ensign, U.S.N.R.F.
  • Mann, Harry A., Ensign, U.S.N.R.F.
  • Allen, William S., Ensign, U.S.N.R.F.
  • Barcus, James S., Ensign, U.S.N.R.F.
  • Thompson, Edward H., Ensign, U.S.N.R.F.
  • Rapkin, Alfred C, Ensign, U.S.N.R.F.
  • Seaman, Elbert C, Ensign, U.S.N.R.F.
  • Howe, Paul F., Ensign, U.S.N.R.F.
  • Ferguson, John, Ensign, U.S.N.R.F.
  • Meagher, John F., Ensign, U.S.N.R.F.
  • Singleton, Louis P., Ensign, U.S.N.R.F.
  • Leiper, John A., Ensign, U.S.N.R.F.
  • Gaynor, Thomas A., Ensign, U.S.N.R.F.
  • Gay, Nelson, Ensign, U.S.N.R.F.
  • Froehlich, Sylvan L., Ensign, U.S.N.R.F.
  • Vars, Addison F., Ensign, U.S.N.R.F.
  • Armiger, William J., Ensign, U.S.N.R.F.
  • [17]Milan, Daniel F., Ensign, U.S.N.R.F.
  • Lequin, Maurice L., Ensign, U.S.N.R.F.
  • Deacon, Joseph G., Ensign, U.S.N.R.F.
  • Haines, Rowland B., Ensign, U.S.N.
  • Hammond, Carlton M., Ensign, U.S.N.
  • Johnston, George 0., Ensign, U.S.N.R.F.
  • Arnold, Leslie J., Ensign, U.S.N.
  • Schildhauer, Clarence H., Ensign, U.S.N.
  • Schoeffel, M. F., Ensign, U.S.N.
  • Sherlock, Archibald J., Ensign, U.S.N.
  • Rowedder, Herbert B., Ensign, U.S.N.
  • Hackett, Paul B., Ensign, U.S.N.
  • Fitzsimmons, George R., Ensign, U.S.N.
  • Ewbank, Henry L., Ensign, U.S.N.
  • Denison, Ross E., Ensign, U.S.N.
  • Croasdale, Ernest S., Ensign, U.S.N.
  • Cox, Christopher C., Ensign, U.S.N.
  • Carlon, Charles B., Ensign, U.S.N.
  • Beardsley, Ralph A., Ensign, U.S.N.

COMMANDER J. H. BLACKBURN

Commander J.H. Blackburn

COMMANDER A. STATON

COMMANDER A. STATON

GEO. T. VAUGHAN, U.C. LT. COMDR, RESERVE FORCE, U.S.N.

Geo. T. Vaughan, U.C. Lt. Cmdr, Reserve Force, U.S.N.

JOHN J. SNYDER COMDR, MEDICAL CORPS, U.S.N.

JOHN J. SNYDER, COMMANDER, MEDICAL CORPS, U.S. NAVY

ENGINEERING OFFICERS

  • Woodward, Vaughn V., Comdr., U.S.N.
  • Watson, James P., Lieut., U.S.N.R.F.
  • Krez, Conrad A., Lieut., U.S.N.
  • Jones, Richard H., Lieut., U.S.N.
  • Keating, Thomas E., Lieut., U.S.N.R.F.
  • Schluter, Wilhelm H. F., Lieut., U.S.N.
  • Edwards, Henry I., Lieut., U.S.N.
  • Lau, Walter, Lieut., U.S.N.
  • Parker, John C., Lieut., U.S.N.
  • Miller, L. Dee, Lieut., U.S.N.R.F.
  • Watt, Frank S., Lieut., U.S.N.R.F.
  • Keeser, George, Lieut., U.S.N.
  • Kirk, Colin, Lieut., U.S.N.R.F.
  • Althiser, Edwin, Lieut., (j. g.), U.S.N.R.F.
  • Looney, William C., Lieut., (j. g.), U.S.N.R.F.
  • Andrews, Ellwood W., Lieut., (j. g.), U.S.N.
  • Bright, Roscoe C., Lieut., (j. g.), U.S.N.
  • Cadmus, Charles E., Ensign, U.S.N.R.F.
  • Leventhal, Lewis F., Ensign, U.S.N.
  • Graeff, Warren L., Ensign, U.S.N.
  • Ferry, Jr., John M., Ensign, U.S.N.
  • [19]Hannon, Frank, Machinist, U.S.N.
  • Dundon, William A., Machinist, U.S.N.R.F.
  • Wilson, Tom C., Machinist, U.S.N.
  • Brockie, William J., Machinist, U.S.N.
  • Fagan, John J., Machinist, U.S.N.
  • Glaser, Alfred W., Machinist, U.S.N.R.F.
  • Hagerman, Oliver S., Machinist, U.S.N.R.F.
  • Jensen, Joseph, Machinist, U.S.N.R.F.
  • Wilson, Arthur L., Machinist, U.S.N.R.F.

LT. A. W. MINUSE CONST. CORPS, U.S.N.

LT. A. W. MINUSE CONST. CORPS, U.S.N.

LT. W. E. MALLOY

Lt. W. E. Malloy

LT. H. B. JUDKINS, (J. G.) AASST. PAYMASTER N.R.F.

LT. H. B. JUDKINS, (J. G.) ASSISTANT PAYMASTER N.R.F.

LT. F. S. WATT.

Lieutenant F. S. Watt.

MEDICAL OFFICERS

  • Halsey, William H., Lieut.-Comdr, U.S.N.
  • Porter, John E., Lieut., U.S.N.
  • Hudson, Erastus M., Lieut., U.S.N.
  • Braff, Max M., Lieut., U.S.N.
  • Carroll, Frank J., Lieut., U.S.N.
  • Rathbun, Walter L., Lieut., U.S.N.R.F.
  • Crofutt, Edward F., Lieut., U.S.N.R.F.
  • Hulbert, Harold S., Lieut., U.S.N.
  • Dunlap, Albert K., Lieut., U.S.N.
  • Howell, Harry M., Lieut., U.S.N.
  • Kennedy, Patrick F., Lieut., U.S.N.
  • Lorentz, Jr., Robert, Lieut., U.S.N.
  • Weston, Albert T., Lieut., U.S.N.R.F.
  • Strauss, Spencer G., Lieut., U.S.N.
  • Ziesel, Carl S., Lieut., (j. g.), U.S.N.
  • Sheppard, Thomas T., Lieut., (j. g.), U.S.N.R.F.
  • Campbell, Carl I., Chief Phar., U.S.N.
  • Martin, Robert, Phar., U.S.N.
  • Benton, William M., Phar., U.S.N.
  • Redman, Foster B., Phar., U.S.N.

SUPPLY OFFICERS

  • Hoffman, Leonard G., Lieut., (P. C.), U.S.N.
  • Erickson, Edward B., Lieut., (P. C.), U.S.N.
  • Nuber, Horace D., Lieut., (P. C.), U.S.N.
  • Barker, Edwin F., Lieut., (P. C.), U.S.N.
  • Soars, Charles A., Lieut., (P. C.), U.S.N.
  • Gunnell, Vaughn J., Lieut., (P. C.), U.S.N.
  • Alexander, Edward J., Lieut., (P. C.), U.S.N.
  • [21]Judkins, Holland B., Lieut., (j. g.), (P. C.), U.S.N.R.F.
  • Carter, William J., Lieut., (j. g.), (P. C.), U.S.N.
  • Coulbourn, Theodore S., Lieut., (j. g.), (P. C.), U.S.N.
  • Baker, Jr., James M., Lieut., (j. g.), (P. C.), U.S.N.R.F.
  • Bishop, Stuart A., Lieut., (j. g.), U.S.N.R.F.
  • Foster, Leroy B., Lieut., (j. g.), (P. C), U.S.N.
  • Thomas, Wilmer J., Ensign, (P. C.), U.S.N.R.F.
  • Shuler, John W., Ensign, (P. C.), U.S.N.R.F.
  • O’Shaughnessy, Louis B., Ensign, (P. C.), U.S.N.R.F.
  • Barber, Jr., William A., Ensign, (P. C.), U.S.N.R.F.
  • Ast, Raymond J., Ensign, (P. C.), U.S.N.R.F.
  • Amberg, Edward J., Ensign, (P. C.), U.S.N.R.F.
  • Harris, Lester L., Ensign, (P. C.), U.S.N.R.F.
  • Billingsley, Joe K., Ensign, (P. C.), U.S.N.R.F.
  • Miller, Charles H., Ensign, (P. C.), U.S.N.R.F.
  • Stephans, Frederick J., Ensign, (P. C.), U.S.N.R.F.
  • Wrigley, Edmund J., Ensign, (P. C.), U.S.N.R.F.
  • Waters, Clifford W., Ensign, (P. C.), U.S.N.
  • Roberts, Jr., Jack B., Ensign, (P. C.), U.S.N.R.F.
  • Schad, Theodore S., Ensign, (P. C.), U.S.N.R.F.
  • Fisk, Harvey E., Ensign, (P. C.), U.S.N.R.F.
  • Fenstemaker, Marvin C, Ensign, (P. C.), U.S.N.R.F.
  • Ingram, Herbert R., Ensign, (P. C.), U.S.N.R.F.
  • Stafford, Archibald A., Ensign, (P. C.), U.S.N.R.F.
  • Smith, Walter E., Pay Clerk, U.S.N.R.F.
  • Poggi, Godfrey F., Pay Clerk, U.S.N.R.F.
  • Luskin, Abraham, Pay Clerk, U.S.N.R.F.

CHAPLAIN

  • McDonald, Eugene E., Capt., U.S.N.

SPECIAL DUTY

  • Minuse, A. W., Lieut. Const. Corps.
  • Jack, John H., Ass’t Naval Const. Lieut.

WARRANT OFFICERS

  • Smith, Charles W., Boatswain, U.S.N.R.F.
  • Coghlan, Daniel, Boatswain, U.S.N.R.F.
  • O’Donnell, Joseph A., Elec. Gunner, U.S.N.R.F.
  • Heinz, Earnest D., Elec. Gunner, U.S.N.
  • Rector, Frank L., Boatswain, U.S.N.
  • [22]Cole, Raymond, Gunner, U.S.N.
  • Hudgins, Earle P., Carpenter, U.S.N.
  • Britt, Benjamin B., Carpenter, U.S.N.
  • Waterston, Fred C., Boatswain, U.S.N.
  • Johnston, William, Boatswain, U.S.N.
  • Williams, James F., Gunner, U.S.N.
  • Bruns, Harry, Gunner, U.S.N.
  • Bergman, Milton, Elec. Gunner, U.S.N.
  • Braunwarth, Albert, Boatswain, U.S.N.R.F.
  • Banks, Earl F., Carpenter, U.S.N.R.F.
  • Maune, James J. Carpenter, U.S.N.
  • McLeod, Daniel, Carpenter, U.S.N.
  • Shannon, Charles R., Elec. Gunner, U.S.N.R.F.
  • Reimann, Carl, Gunner, U.S.N.
  • Ohmer, August, Carpenter, U.S.N.

Secretary of War Baker and Welfare Secretaries A. R. C., K. of C., Y. M. C. A., J. W. B., A. U. A.

Secretary of War Baker and Welfare Secretaries A.R.C., K.of C., Y.M.C.A., J.W.B., A.U.A.

PAY CLERK G. F. POGGI

Payroll Clerk G. F. Poggi

CHIEF PHARMACIST C. I. CAMPBELL

Chief Pharmacist C. I. Campbell

LT. E. E. JONES

Lt. E. E. Jones

PAY CLERK C. W. WATERS

Pay clerk C.W. Waters

PILOT W. S. McLAUGHLIN

Pilot W. S. McLaughlin

LT. D. A. GRANT

Lt. D. A. Grant

LT. STANLEY MORRILL

Lieutenant Stanley Morrill

SHIP’S HISTORY COMMITTEE

Ship History Committee

SHIP’S HISTORY COMMITTEE

Medical Department
Juhnke, Walter A. C.P.M.
Maloney, Leo G. P.M., 1c
Engineering Department
Gish, G. B. C.Y.
Lusk, J. R. MM., 1c
Navigation Department
Mallay, Jules Bugler
Herrman, Sidney Q.M., 2c
Gunnery Department
Collup, Floyd I. C.G.M.
Martin, Wesley G.M. 3c
Armstrong, G. A. C.E.R.
Deck Department
Devers, D. F. B.M., 1c
Supply Department
Flowers, Frank L. C.C.S.
Nelson, James Y., 1c
Construction Department
Hankison, L. A. C.C.M.
Sherrill, H. C. C.M., 1c
Yeoman to Committee
Fitzgerald, J. J. Y., 1c
Prescott, John W. Sea.
Chaplain E. E. McDonald U.S.N.
Photos by
Ensign Herbert A. Rowedder, U.S.N.

HERBERT B. ROWEDDER ENSIGN, U.S.N. SR. WATCH OFFICER

HERBERT B. ROWEDDER ENSIGN, U.S.N. SR. WATCH OFFICER

GUNNER H. BURNS

Gunner H. Burns

MACHINIST W. A. DUNDON

Machinist W. A. Dundon

BOATSWAIN FRED. C. WATTERSON

Boatswain Fred C. Watterson

BOATSWAIN W. JOHNSON

Boatswain W. Johnson

Carpenter E. P. Hudgins

Carpenter E. P. Hudgins


Executive Order

Whereas, the following Joint Resolution adopted by Congress was approved by the President May 12, 1917:

Whereas, the following Joint Resolution passed by Congress was approved by the President on May 12, 1917:

“Joint Resolution Authorizing the President to take over for the United States the possession and title of any vessel within its jurisdiction, which at the time of coming therein was owned in whole or in part by any corporation, citizen, or subject of any nation with which the United States may be at war, or was under register of any nation and for other purposes.”

“Joint Resolution Authorizing the President to take over the possession and title of any vessel within its jurisdiction, which at the time of entering was owned entirely or partially by any corporation, citizen, or subject of any nation with which the United States may be at war, or was registered under any nation and for other purposes.”

Resolved, by the Senate and House of Representatives of the United States of America in Congress assembled: That the President be, and he is hereby, authorized to take over to the United States the immediate possession and title of any vessel within the jurisdiction thereof, including the Canal Zone, and all territories and insular possessions of the United States, except the American Virgin Islands, which at the time of coming into such jurisdiction was owned in whole or in part by any corporation, citizen, or subject of any nation with which the United States may be at war when such vessel shall be taken, or was flying the flag of or was under register of any such nation or any political subdivision or municipality thereof; and, through the United States Shipping Board, or any department or agency of the Government, to operate, lease, charter, and equip such vessel in any service of the United States, or in any commerce, foreign or coastwise.

Resolved, by the Senate and House of Representatives of the United States of America in Congress assembled: That the President is authorized to take immediate possession and ownership of any vessel within U.S. jurisdiction, including the Canal Zone and all U.S. territories and insular possessions, excluding the American Virgin Islands, which at the time of entering such jurisdiction was owned, in whole or in part, by any corporation, citizen, or subject of any nation with which the United States may be at war when the vessel is taken, or was flying the flag of or registered under any such nation or any political subdivision or municipality thereof; and, through the United States Shipping Board or any government department or agency, to operate, lease, charter, and equip such vessel for any U.S. service or for any commerce, foreign or coastwise.

Sec. 2. That the Secretary of the Navy be, and he is hereby, authorized and directed to appoint, subject to the approval of the President, a board of survey, whose duty it shall be to ascertain the actual value of the vessel, its equipment, appurtenances and all property contained therein, at the time of its taking, and to make a written report of their findings to the Secretary of the Navy, who shall preserve such report with the records of his department. These findings shall be considered as competent evidence in all proceedings on any claim for compensation.

Sec. 2. The Secretary of the Navy is authorized and directed to appoint, with the President's approval, a survey board whose job is to determine the actual value of the vessel, its equipment, accessories, and all property within it at the time it was taken. They will provide a written report of their findings to the Secretary of the Navy, who will keep this report with his department's records. These findings will serve as valid evidence in any claims for compensation.

And whereas, the following vessels were, at the time of coming into the jurisdiction of the United States, owned in whole or in part by a corporation, citizen or subject of the Empire of Germany, a nation with which the United States is now at war, or were flying the flag of or under the register of the Empire of Germany, or of a political subdivision or municipality thereof:

And whereas, the following ships were, when they entered the jurisdiction of the United States, fully or partially owned by a corporation, citizen, or subject of the German Empire, a nation that the United States is currently at war with, or were flying the flag of or registered under the German Empire, or any of its political subdivisions or municipalities:

  • Vaterland
  • Amerika
  • Kaiser Wilhelm II
  • President Grant
  • Pennsylvania
  • Rhaetia
  • Wittekind
  • Armenia
  • Adamsturm
  • Willehad
  • Serapis
  • Allemannia
  • Nassovia
  • Maia
  • Neptun
  • O. J. D. Ahlers
  • Prinz Waldemar
  • Loongmoon
  • Governeur Jaeschke
  • Darvel
  • Princess Alice
  • Wiegand
  • Bochum
  • Carl Diedrichsen
  • Coblenz
  • Esslingen
  • Lyeemoon
  • Pongtong
  • Sachsen
  • Suevia
  • Steinbeck
  • Elsass
  • Indra
  • Arnoldus Vinnen
  • Ottawa
  • Grunewald
  • Sachsenwald
  • Staatssekretar Solf
  • Aroa (Lighter)
  • George Washington
  • Kronprizessin Cecile
  • President Lincoln
  • Cincinnati
  • Bulgaria
  • Prinzess Irene
  • Hamburg
  • Neckar
  • Bohemia
  • Grosser Kurfurst
  • Barbarossa
  • Friedrich der Grosse
  • Rhein
  • Konig Wilhelm II
  • Köln
  • Prinz Oskar
  • Ockenfels
  • Arcadia
  • Pisa
  • Prinz Joachim
  • Harburg
  • Portonia
  • Clara Mennig
  • Pommern
  • Setos
  • Holsatia
  • Staatssekretar Kraetke
  • Borneo
  • Marudu
  • Tsintau
  • Andalusia
  • Camilla Rickmers
  • Clara Jebsen
  • Elmshorm
  • Johanne
  • Mark
  • Rajah
  • Sambia
  • Tubingen
  • Dalbek
  • Magdeburg
  • Matador
  • Kurt
  • Andromeda
  • Prinz Sigismund
  • Savoia
  • Arni (Lighter)
  • Argus (Lighter)

It is, therefore, ordered that through the United States Shipping Board there be taken over to the United States the possession and title of the aforementioned vessels. The United States Shipping Board is further hereby authorized to repair, equip and man the said vessels; to operate, lease or charter the same in any service of the United States, or in any commerce, foreign or coastwise; and to do and perform any and all things that may be necessary to accomplish the purposes of the Joint Resolution above set forth.

Hence, it is ordered that the United States Shipping Board take possession and title of the vessels mentioned above. The United States Shipping Board is also authorized to repair, equip, and staff these vessels; to operate, lease, or charter them for any service of the United States, or in any domestic or international trade; and to do whatever is necessary to achieve the goals outlined in the Joint Resolution above.

Woodrow Wilson.

Woodrow Wilson.

The White House, June 30, 1917.

The White House, June 30, 1917.

(No. 2651)

(No. 2651)

Copy of Order

Order Copy

UNITED STATES SHIPPING BOARD

U.S. Shipping Board

Washington, D. C, July 11, 1917.

Washington, D.C., July 11, 1917.

Mr. Anthony V. Lynch,
New York, N. Y.

Mr. Anthony V. Lynch,
New York, NY.

Sir: The President has issued an Executive Order authorizing the United States Shipping Board, on behalf of the United States, to take possession and title to the Vaterland, now lying or shortly to arrive at Hoboken, New Jersey, and you are hereby authorized and appointed by the United States Shipping Board as its agent to take possession of said vessel as contemplated in said Executive Order. Proceed aboard of said vessel at once and take possession of her in the name of the United States Shipping Board for and on behalf of the United States of America, affixing this Order on some conspicuous part of the ship, and leaving a true copy in its place when the original is removed. You are instructed thereupon to make Return, under oath, upon this Original Order of your action in the premises.

Sir: The President has issued an Executive Order allowing the United States Shipping Board, on behalf of the United States, to take possession and title of the Vaterland, which is currently in or soon arriving at Hoboken, New Jersey. You are hereby authorized and appointed by the United States Shipping Board as its agent to take possession of the vessel as stated in this Executive Order. Go aboard the vessel immediately and take possession of it in the name of the United States Shipping Board for the United States of America. Please post this Order in a visible location on the ship and leave a true copy in its place when the original is taken down. Afterward, you are required to return, under oath, detailing your actions based on this Original Order.

Very truly yours,

Best regards,

United States Shipping Board,

U.S. Shipping Board,

(Signed) John A. Donald,
Commissioner.

(Signed) John A. Donald,
Commissioner.

To the United States Shipping Board:

To the United States Shipping Board:

I hereby certify that I have complied with the instruction contained in the foregoing Order.

I confirm that I have followed the instructions in the above Order.

(Signed) Anthony V. Lynch.

(Signed) Anthony V. Lynch.

July 14th, 1917.

July 14, 1917.


Part I
The United States Takes Control of the German Merchant Ship, “Vaterland”

REPAIRING THE “VATERLAND”

Planning and Test Run

O. J. H.

O. J. H.

When the Vaterland of the Hamburg-American Line was taken over by the United States Navy it was found to be in urgent need of repairs throughout and the work of fitting the ship out for service as a Navy Transport was accomplished by civilian labor and the ship’s force. The force at that time consisted of men of the Regular Navy and the United States Naval Reserve Force. These men worked long and faithfully to accomplish a task which the Germans claimed could not be done.

When the Vaterland of the Hamburg-American Line was taken over by the United States Navy, it was found to need urgent repairs all over. The work to prepare the ship for service as a Navy Transport was carried out by civilian workers and the ship's crew. At that time, the crew was made up of Regular Navy personnel and members of the United States Naval Reserve Force. These men worked long hours and with dedication to complete a task that the Germans said was impossible.

One of the hardest propositions that was accomplished aboard the ship was the repairing and the tracing up of the plumbing of the ship, i. e., the fresh water and salt water lines. The plans of this plumbing could not be found and had evidently been destroyed by the German crew. In a great many instances it was found that lead fresh water lines had been cut and the ends squeezed together. In other instances entire sections of lines were cut out altogether and from investigation it looked as if this was done maliciously when it was rumored that these vessels were to be seized by the United States Government. These pipe lines are all installed behind the panelling of the ship and when the water was first turned on numerous floods were caused throughout the ship. An amusing incident occurred on the trial trip to Guantanamo[32] Bay, Cuba, when the entire forward section of the ship’s officers’ rooms on the starboard side was flooded with about fourteen inches of water.

One of the toughest tasks tackled on the ship was repairing and tracing the plumbing, specifically the fresh and salt water lines. The plumbing plans couldn’t be found and had clearly been destroyed by the German crew. In many cases, we discovered that the lead fresh water lines had been cut and the ends crimped together. In other cases, entire sections of lines were completely removed, and it appeared this was done out of spite when it was rumored that these vessels would be seized by the United States Government. These pipe lines are all installed behind the ship’s paneling, and when the water was first turned on, it caused numerous floods throughout the ship. An amusing incident happened on the trial trip to Guantanamo[32] Bay, Cuba, when the entire forward section of the officers’ quarters on the starboard side was flooded with about fourteen inches of water.

The work of refitting deck gear and getting in shape lifeboat equipment was accomplished entirely by the ship’s force and when the ship was finally ready for oversea service she carried more lifeboats than any other ship afloat. The outboard lifeboats, except in a few cases, are fitted with the Welin gear. This gear is electrically operated and when a boat is sent out over the ship’s sides it can be dropped from the highest deck, i. e., “A” deck, to the water with safety within sixty seconds. There is life equipment aboard, consisting of lifeboats and the latest type of life rafts for over 17,000 persons, so that a landsman sailing on board the Leviathan is well provided for and need not worry.

The work of updating the deck gear and preparing the lifeboat equipment was done entirely by the ship’s crew. When the ship was finally ready for ocean service, it had more lifeboats than any other ship out there. Most of the outboard lifeboats, except in a few cases, are equipped with the Welin gear. This gear is electrically operated, allowing a boat to be launched over the ship's sides and safely dropped from the highest deck, i.e., “A” deck, to the water in under sixty seconds. There is safety equipment on board, including lifeboats and the latest type of life rafts for over 17,000 people, so anyone sailing on the Leviathan is well taken care of and doesn’t need to worry.

The Leviathan is without doubt the most wonderfully constructed vessel below the water-line in the world. The ship is subdivided into fourteen water-tight compartments and every precaution was taken from the time the ship sailed from the Port of Embarkation until her return, to safeguard the vessel. The officers and men were untiring in their efforts. During a period of ten months and twenty-six days, this vessel carried over 100,000 persons, a total of approximately one-twentieth of the entire American Expeditionary Forces which were landed overseas. Four or five thousand additional troops could have been carried on board, but for the health and comfort and safety of all concerned, this additional number were not transported.

The Leviathan is definitely the best-built ship below the waterline in the world. The ship is divided into fourteen watertight compartments, and every precaution was taken from the moment it left the Port of Embarkation until its return to protect the vessel. The officers and crew were tireless in their efforts. Over a span of ten months and twenty-six days, this ship carried more than 100,000 people, which was about one-twentieth of the entire American Expeditionary Forces sent overseas. Four or five thousand more troops could have been accommodated, but for the health, comfort, and safety of everyone involved, this extra number was not transported.

The Leviathan is the only vessel in the American Transport Service which can sustain a speed of twenty knots across the Atlantic regardless of weather conditions. A vessel, one of the Navy Transports, claims that she beat the Leviathan by three hours in a homeward bound voyage, but the Leviathan steamed 100 more miles in return than this other ship and also had to slow down when within fourteen hours of New York on account of the height of the tide, as she can only go through the Ambrose Channel, the entrance to New York, at high tide.

The Leviathan is the only ship in the American Transport Service that can maintain a speed of twenty knots across the Atlantic, no matter the weather. One of the Navy Transports claims it beat the Leviathan by three hours on a return trip, but the Leviathan actually covered 100 more miles on the way back and had to slow down when it was fourteen hours from New York due to the tide level, as it can only pass through the Ambrose Channel, the entrance to New York, during high tide.

The Leviathan made a round trip in sixteen days and eighteen hours; this included a stop of forty-eight hours overseas to coal ship. At that time she took on board over 1,500 tons of fresh water and 4,500 tons of coal. This coal was placed alongside in lighters and was discharged by a working force of Army stevedores on the starboard side and the ship’s company on the port side. In addition to this the cargo was handled and discharged by the ship’s force, this being a creditable record. The commanding officer, officers and crew received a telegram of commendation from Vice-Admiral H. B. Wilson and Admiral Sims.

The Leviathan completed a round trip in sixteen days and eighteen hours; this included a two-day stop overseas to refuel the ship. During that time, it took on board over 1,500 tons of fresh water and 4,500 tons of coal. This coal was transported alongside in lighters and unloaded by a team of Army stevedores on the starboard side and the ship’s crew on the port side. Additionally, the ship’s crew handled and unloaded the cargo, marking a commendable achievement. The commanding officer, officers, and crew received a commendation telegram from Vice-Admiral H. B. Wilson and Admiral Sims.

According to a New York newspaper the credit was given to an Army Quartermaster officer. This officer had nothing to do with the handling of the cargo, the coaling of the vessel, or debarkation of troops, except to supply a working party of stevedores to assist the ship’s force in coaling. The coaling of this vessel by the ship’s force, when from 4,500 to 5,000 tons of coal are taken on, is a large task, the largest coaling proposition ever accomplished by a Navy crew, as our largest battleships only carry about 2,800 tons of coal and they coal from colliers which are fitted with modern machinery for handling coal cargoes.

According to a New York newspaper, credit was given to an Army Quartermaster officer. This officer had no involvement in managing the cargo, coaling the ship, or disembarking troops, except for providing a working group of stevedores to help the ship's crew with the coaling. Coaling this vessel, which takes on between 4,500 to 5,000 tons of coal, is a huge task—it's the largest coaling operation ever done by a Navy crew, as our largest battleships only carry about 2,800 tons of coal, and they refuel from colliers equipped with modern machinery for handling coal cargoes.

Too much credit cannot be given to the crew of the Leviathan. They worked faithfully, earnestly and cheerfully. The men were all young, the probable average age being not more than twenty years. They were clean cut Americans, well behaved and willing and anxious to carry out orders and to whip the Germans.

Too much credit can't be given to the crew of the Leviathan. They worked diligently, sincerely, and with a positive attitude. The men were all young, with an average age likely around twenty. They were clean-cut Americans, well-mannered, eager, and determined to follow orders and defeat the Germans.

The United States' seizure of the “Vaterland”

When the World War broke out the Vaterland, Germany’s largest passenger ship, was at her pier in Hoboken, New Jersey, ready to sail August 1, 1914. A mass meeting was held on this date at Atlantic Garden, Hoboken, by firemen, seamen, oilers and machinists of German ships in Hoboken, to discuss the war. All German ships that were in Hoboken had been[34] ordered not to sail. Being a part of the German Naval Reserve they were subject to the orders of the German Admiralty. The Vaterland had booked 720 first class, 420 second class and 2,500 third class and steerage passengers. The Hamburg-American Line lost more than $500,000 as a result of keeping the Vaterland from sailing on August 1st.

When World War I started, the Vaterland, Germany’s largest passenger ship, was docked in Hoboken, New Jersey, ready to sail on August 1, 1914. On that date, firemen, sailors, engineers, and machinists of German ships in Hoboken held a mass meeting at Atlantic Garden to discuss the war. All German ships in Hoboken had been ordered not to sail. Since they were part of the German Naval Reserve, they had to follow the German Admiralty's orders. The Vaterland had 720 first-class, 420 second-class, and 2,500 third-class and steerage passengers booked. The Hamburg-American Line lost over $500,000 because the Vaterland couldn't sail on August 1st.

The piers were stormed by angry crowds that had expected to sail and had purchased their tickets. The Hoboken police had much difficulty in handling the disappointed crowds. An extra guard was placed around the ship and at night searchlights and inspectors guarded the giant ship.

The piers were overwhelmed by frustrated crowds who had planned to sail and had bought their tickets. The Hoboken police struggled to manage the upset crowds. An additional security detail was assigned around the ship, and at night, searchlights and inspectors monitored the massive vessel.

Ten thousand German reservists on August 6th, demanded of the German consul that they be sent back to Germany on the Vaterland so that they could join their regiments. There were nine German ships in Hoboken at this time—the Prinzess Irene, Friedrich der Grosse, Vaterland, President Lincoln, Pennsylvania, Barbarossa, Prince Joachim, George Washington and Martha Washington.

Ten thousand German reservists on August 6 demanded that the German consul send them back to Germany on the Vaterland so they could rejoin their regiments. At that time, there were nine German ships in Hoboken: the Prinzess Irene, Friedrich der Grosse, Vaterland, President Lincoln, Pennsylvania, Barbarossa, Prince Joachim, George Washington, and Martha Washington.

Count Von Bernstorff, the German Ambassador, arrived in Hoboken from Germany on the S. S, Noordam, on August 24th, for a brief visit.

Count Von Bernstorff, the German Ambassador, arrived in Hoboken from Germany on the S. S. Noordam on August 24th for a short visit.

The clearing ship for all German officers in this country was the Aeolus. These officers came from all parts of the world. They had secret orders to go aboard that particular ship and stay until all arrangements were made for them to travel aboard outbound steamers. These officers played an important part in the interest and welfare of the Fatherland. This continued until the United States entered the war, when all German ships on this side were seized. The captain of the Aeolus, the chief engineer and the purser were ordered to Philadelphia to take ship to Germany. They ran the English blockade and succeeded in getting home. This captain was given command of a Zeppelin. He made a few successful raids, but was afterwards brought down and killed near London. When news of his death came all the flags on German ships were hoisted at half mast.

The clearing ship for all German officers in this country was the Aeolus. These officers arrived from various parts of the world. They had secret orders to board that specific ship and wait until all arrangements were made for them to travel on outbound steamers. These officers played a crucial role in the interests and welfare of the Fatherland. This continued until the United States entered the war, at which point all German ships on this side were seized. The captain of the Aeolus, the chief engineer, and the purser were ordered to Philadelphia to take a ship back to Germany. They managed to navigate through the English blockade and successfully returned home. This captain was then given command of a Zeppelin. He carried out a few successful raids but was eventually shot down and killed near London. When news of his death was received, all the flags on German ships were lowered to half mast.

On board the Friedrich der Grosse (renamed Huron), the entire personnel were kept busy making bombs. These bombs were carried off the ship in separate parts and assembled at the main factory in Hoboken, which was disguised as a fertilizer plant. This was soon broken up, the men tried and sent to jail.

On board the Friedrich der Grosse (renamed Huron), the entire crew was busy making bombs. These bombs were taken off the ship in separate pieces and put together at the main factory in Hoboken, which was disguised as a fertilizer plant. This operation was quickly shut down, the men were tried, and sent to prison.

The officers and men interned had many schemes for making money. A bazaar held at Madison Square Garden, New York, cleared at least $85,000 in a week. Moonlight excursion trips up the Hudson netted more money. This money was supposed to be for the wives, mothers and children of the men, but through the craftiness of a high functionary it was used for his own personal benefit and the upkeep of the German spy system. It was found that he used some of this money also for private speculation.

The officers and men who were interned came up with various ideas to make money. A bazaar held at Madison Square Garden in New York made at least $85,000 in just a week. Moonlight boat trips up the Hudson earned more cash. This money was meant to support the wives, mothers, and children of the men, but due to the cunning of a high-ranking official, it was used for his own personal gain and to maintain the German spy network. It was discovered that he also used some of this money for private investments.

When news of the sinking of the Lusitania came the German sailors celebrated and German officials made ready to destroy German ships in port at a moment’s notice, for they knew that war with the United States was imminent. But on the morning of April 1st, the Germans were surprised to see one of our destroyers, No. 533, anchored off Pier 2. They thought this a great joke, but on April 5th, the United States officials rounded up German officers and men and sent them to Ellis Island for distribution to Federal prisons.

When news of the sinking of the Lusitania spread, German sailors celebrated, and German officials prepared to destroy German ships in port at any moment because they knew war with the United States was coming. But on the morning of April 1st, the Germans were surprised to see one of our destroyers, No. 533, anchored off Pier 2. They thought it was a big joke, but on April 5th, U.S. officials rounded up German officers and sailors and sent them to Ellis Island for placement in federal prisons.

On this date, United States armed forces seized ninety-one German ships in different ports. The Vaterland was taken over at 4 A. M., on the morning of April 5th. The seizure was made without any trouble or disturbance by the crew and they were marched off and sent to Ellis Island for transfer to Fort Oglethorpe, Ga. The night before the seizure took place, a conference was held on the Vaterland between three representatives of the American Government and the German commanders of the interned vessels. The German commanders were given to understand that there must not be any violence when the ships were taken over. They made no resistance.

On this date, U.S. armed forces took control of ninety-one German ships at various ports. The Vaterland was captured at 4 A.M. on the morning of April 5th. The seizure was completed without any issues or disturbances from the crew, who were escorted off and sent to Ellis Island for transfer to Fort Oglethorpe, Ga. The night before the seizure, a meeting took place on the Vaterland between three representatives of the American Government and the German commanders of the interned ships. The German commanders were made to understand that there should be no violence during the takeover. They offered no resistance.

The English Navy maintained a steady and vigilant patrol outside the three-mile limit of America.

The English Navy kept a constant and watchful patrol just beyond America's three-mile limit.

Description of the Homeland and General Information

The Vaterland was built at Cuxhaven, Germany, by Blohm and Voss, shipbuilders, of Hamburg, assisted by German naval architects and German army engineers. It was launched in the early part of 1914.

The Vaterland was built in Cuxhaven, Germany, by Blohm and Voss, shipbuilders from Hamburg, with help from German naval architects and army engineers. It was launched in early 1914.

The ship is equipped with 46 Yarrow boilers, German built, and are arranged in four firerooms separated by four watertight bulkheads. 8,731 tons of coal are carried and an average of 700 tons at 17½ knots up to 900 tons at 21½ knots, is burned during twenty-four hours. 5,670 tons of fresh water are carried. This allowed every man aboard, including troops carried later and crew, six gallons per day. Cooking, drinking and water for washing is included in these figures. The ship is divided into fourteen watertight compartments and all doors in the engine room spaces are controlled by compressed air and may be closed from the bridge by a master lever in case of accident or emergency.

The ship is equipped with 46 Yarrow boilers, built in Germany, and arranged in four boiler rooms separated by four watertight bulkheads. It carries 8,731 tons of coal, burning an average of 700 tons at 17½ knots and up to 900 tons at 21½ knots over a 24-hour period. The ship also carries 5,670 tons of fresh water, which allows each person on board, including the troops transported later and crew, six gallons per day. This includes water for cooking, drinking, and washing. The ship is divided into fourteen watertight compartments, and all doors in the engine room are operated by compressed air, which can be closed from the bridge using a master lever in case of an accident or emergency.

The following list of dimensions may also be of interest: The bridge is 87 feet above the water-line. The boat deck is 101 feet above the keel. From the top of the smokestacks to the water-line is 146 feet. Fore and aft diameter of funnels is 29 feet. Athwartships diameter of funnels is 18 feet.

The following list of dimensions might also be of interest: The bridge is 87 feet above the waterline. The boat deck is 101 feet above the keel. From the top of the smokestacks to the waterline is 146 feet. The front and back diameter of the funnels is 29 feet. The width of the funnels is 18 feet.

A crew of 1,200 was carried by the Germans and a crew of 2,240 was carried when operated by the United States Navy. This included gun’s crews, additional men for coaling at Brest, and a training complement. The ship is driven by four propellers. The shafts to which these propellers are attached are twenty-one inches in diameter. The propellers have four blades and are without a doubt the largest in existence, being fourteen feet from tip to tip. The shafts are driven by eight Parsons turbines, four in a cruising combination and four in a manœuvering combination.

A crew of 1,200 was carried by the Germans, and a crew of 2,240 was on board when operated by the United States Navy. This included gun crews, extra personnel for coaling at Brest, and a training team. The ship is powered by four propellers. The shafts that connect to these propellers are twenty-one inches in diameter. The propellers have four blades and are definitely the largest in existence, measuring fourteen feet from tip to tip. The shafts are driven by eight Parsons turbines, four for cruising and four for maneuvering.

The ship is equipped with five passenger and six freight elevators, each capable of lifting more than a ton.

The ship has five passenger elevators and six freight elevators, each able to lift over a ton.

The rudder and steering gear are the largest known and the rudder and steering engine are the largest and most powerful installed on any vessel afloat.

The rudder and steering gear are the largest known, and the rudder and steering engine are the biggest and most powerful installed on any ship currently in the water.

Concerning the ground tackle, the data is:

Concerning the ground tackle, the information is:

Stem anchor 24,000 lbs.; chain 150 fathoms
Starboard, lower 22,000 150 fathoms
Port, lower 22,000 165 fathoms
Spare 22,000
Stock or stream anchor 7,000

The ship is equipped with a 36,000 candle power searchlight and when lighted at night may be seen for a distance of forty miles.

The ship has a 36,000 candle power searchlight, and when it's on at night, it can be seen from up to forty miles away.

A German Account of the Seizure

The following is a translation of a clipping from a German newspaper, the Tageblatt of Wurtemberg, taken from a dead German soldier, by a first-class private of Headquarters Troop, 27th Division, A. E. F.:

The following is a translation of a clipping from a German newspaper, the Tageblatt of Wurtemberg, taken from a dead German soldier, by a private first class of Headquarters Troop, 27th Division, A. E. F.:

It was translated and loaned by him to the ship’s history committee while en route from France to the United States on board the Leviathan.

It was translated and loaned by him to the ship’s history committee while traveling from France to the United States on board the Leviathan.

The soldier while serving as an interpreter and doing intelligence work with the headquarters came upon this clipping in a queer manner on or about August 31, 1918, immediately after Kemmel Hill had been evacuated by the Germans. The lines had formerly been held by the British and had been stationary for about four months until the Twenty-seventh and Thirtieth American divisions were given that sector. After being in the line a short while the Germans evacuated, fearing that the Americans might attack and his Imperial Majesty’s Army had no wish to meet up with some of Uncle Sam’s fire-eaters. While going over the field after the Germans had left, this man came upon a German soldier who had been shot in the head. He evidently had been dead for some weeks. Being a part of his work and duty, he took from the pocket of the dead man a newspaper, expecting to find some information that might prove valuable. He found the following translation which he immediately cut out and saved to show a friend on the Leviathan,

The soldier, while serving as an interpreter and doing intelligence work with headquarters, stumbled upon this clipping in a strange way around August 31, 1918, right after the Germans had pulled out of Kemmel Hill. The British had previously held the lines, and they had been stable for about four months until the Twenty-seventh and Thirtieth American divisions took over that area. Shortly after being on the frontlines, the Germans evacuated, fearing an American attack, and the Imperial Army had no desire to face some of Uncle Sam’s tough fighters. While inspecting the field after the Germans had left, this soldier found a German soldier who had been shot in the head. He had clearly been dead for several weeks. As part of his duties, he took a newspaper from the dead man's pocket, hoping to find some useful information. He discovered the following translation, which he quickly cut out and saved to show a friend on the Leviathan,

Wie man aus »Vaterland« den »Leviathan« machte.

Wie man aus "Vaterland" den "Leviathan" machte.

Als die Amerikaner am 6. April 1917, am Tage der Kriegserklärung, den Dampfer »Vaterland« mit Beschlag belegten und die Besatzung von Bord brachten, fanden sie die Maschinen unbrauchbar gemacht. Es dauerte Monate, bis es ihnen gelang, das Schiff so weit auszubessern, daß es wieder seetüchtig wurde. Das Schiff war auch zu ganz anderen Zwecken bestimmt als der Massenverschiffung von Soldaten und Munition. Um es einigermaßen seiner neuen Bestimmung anzupassen fielen die Amerikaner, lt. Köln. Z., wie die Vandalen mit Äxten und Sägen und Hämmern über den stolzen Bau her und rissen die kostbare Inneneinrichtung mit solcher schmachvollen Rücksichtslosigkeit heraus, daß die prachtvollen Edelhölzer nur noch als Brennholz zu verwerten waren: 20 Eisenbahnwagen wurden mit den Trümmern gefüllt und in Hoboken verkauft. Nur das große Gemälde im Treppenhause wurde herausgenommen und im Hotel Baltimore aufgehängt. Von den erhofften 12000 oder gar 15000 Soldaten war kaum die Hälfte unterzubringen, wie überhaupt die gestohlenen Personendampfer der beiden deutschen Linien nicht die Fassungskraft aufwiesen, die man ihnen zugeschrieben hatte. Mit den 16 deutschen Schiffen waren im ganzen nur rund 28000 Mann und 5500 Offiziere auf einmal zu befördern, und die Hoffnungen der Amerikaner erfuhren infolgedessen eine empfindliche Enttäuschung. Die geraubte deutsche Flotte ist schon recht erheblich gelichtet worden, denn unter den 40 versenkten Truppenschiffen der Amerikaner befanden sich sicherlich verschiedene deutsche. Mindestens wissen wir aus amerikanischen Quellen, daß der »Präsident Lincoln« am 31. Mai einem deutschen Torpedo zum Opfer fiel, und nun ist die »Vaterland« gefolgt. »Präsident Lincoln« war eines der vier Schiffe, denen die Räuber den ursprünglichen Namen belassen hatten: die andern drei sind der »George Washington«, der »Präsident Grant« und die »Pennsylvania«. Die »Vaterland« dagegen wurde in »Leviathan« umgetauft, die »Kronprinzessin Cecilie« in »Mont Vernon«, der »Kaiser Wilhelm II.« in »Agamemnon« und der »Amerika« in »America«.

Als die Amerikaner am 6. April 1917, am Tag der Kriegserklärung, das Schiff "Vaterland" übernahmen und die Besatzung von Bord brachten, hatten sie die Maschinen unbrauchbar gemacht. Es dauerte Monate, bis sie das Schiff so weit repariert hatten, dass es wieder seetüchtig wurde. Das Schiff war für ganz andere Zwecke gedacht als die Massenverschiffung von Soldaten und Munition. Um es einigermaßen seiner neuen Bestimmung anzupassen, gingen die Amerikaner, laut Köln. Z., wie die Vandalen mit Äxten, Sägen und Hämmern über den stolzen Bau und rissen die wertvolle Inneneinrichtung mit solcher schamlosen Rücksichtslosigkeit heraus, dass die prächtigen Edelhölzer nur noch als Brennholz genutzt werden konnten: 20 Eisenbahnwagen wurden mit den Trümmern gefüllt und in Hoboken verkauft. Nur das große Gemälde im Treppenhaus wurde herausgenommen und im Hotel Baltimore aufgehängt. Von den erhofften 12.000 oder sogar 15.000 Soldaten konnte kaum die Hälfte untergebracht werden, da die beschlagnahmten Personendampfer der beiden deutschen Linien nicht die Kapazität hatten, die man ihnen zugeschrieben hatte. Mit den 16 deutschen Schiffen konnten insgesamt nur rund 28.000 Männer und 5.500 Offiziere auf einmal befördert werden, und die Hoffnungen der Amerikaner erlitten deshalb eine empfindliche Enttäuschung. Die gestohlene deutsche Flotte ist bereits erheblich geschwächt worden, denn unter den 40 versenkten Truppenschiffen der Amerikaner befanden sich sicherlich mehrere deutsche. Mindestens wissen wir aus amerikanischen Quellen, dass der "Präsident Lincoln" am 31. Mai einem deutschen Torpedo zum Opfer fiel, und nun folgte die "Vaterland". "Präsident Lincoln" war eines der vier Schiffe, denen die Räuber den ursprünglichen Namen gelassen hatten: die anderen drei sind die "George Washington", der "Präsident Grant" und die "Pennsylvania". Die "Vaterland" wurde dagegen in "Leviathan" umbenannt, die "Kronprinzessin Cecilie" in "Mont Vernon", der "Kaiser Wilhelm II." in "Agamemnon" und die "Amerika" in "America".

How the “Vaterland” Was Made Into the “Leviathan”

How the “Vaterland” Was Changed into the “Leviathan”

On the Declaration of War, April 6, 1917, the American robbers seized the steamer Vaterland along with others of the German merchant fleet that was interned in the United States. The crew and most all the ship’s equipment have been taken off. However, they found the machinery unfit for use and it took them months to repair it and get the ship in a seaworthy condition. The big ship was never built to carry troops and ammunition, and to make it fit for such uses the thieves tore out all of our beautiful art and all of the fine woodwork, regardless of all feeling. Twenty freight cars full of wood and furnishings were taken from the ship and loaded in Hoboken to be burned. Only one great painting was accounted for. This was located above C deck at No. 1 stairway, and it now hangs in the Hotel —— in New York. They hope to accommodate 12,000 or 15,000 troops. This they will never be able to do, not even half that amount. On the sixteen stolen ships there was only room for 28,000 men and 5,500 officers, so the Americans will have to change their hopes.

On the Declaration of War, April 6, 1917, American thieves took over the steamer Vaterland along with other German merchant ships that were held in the United States. The crew and most of the ship’s equipment were removed. However, they found the machinery unusable, and it took them months to fix it and make the ship seaworthy. The large vessel was never designed to carry troops and ammunition, and to adapt it for such purposes, they ripped out all of our beautiful art and fine woodwork without any regard for sentiment. Twenty freight cars filled with wood and furnishings were taken from the ship and loaded in Hoboken to be burned. Only one significant painting was salvaged. It was located above C deck at No. 1 stairway, and it now hangs in the Hotel —– in New York. They hope to accommodate 12,000 or 15,000 troops. This will never happen, not even half that number. The sixteen stolen ships only had space for 28,000 men and 5,500 officers, so the Americans will need to adjust their expectations.

The stolen German fleet has been greatly reduced, for surely of the forty troopships that have been sunk there must have been some of ours amongst them. Nevertheless, we know through American sources that the President Lincoln fell to the mercy of a German torpedo on May 31st. The President Lincoln was one of the four sister ships seized by the robbers. The other three were the George Washington, President Grant, and the Pennsylvania. Some names have been changed to the following: The Vaterland to the Leviathan, the Kronprinzessin Cecilie to the Mount Vernon, the Kaiser Wilhelm II to the Agamemnon and the Amerika to the America.

The stolen German fleet has been significantly diminished, as surely some of our ships must have been among the forty troopships that were sunk. However, we know from American sources that the President Lincoln was hit by a German torpedo on May 31st. The President Lincoln was one of the four sister ships taken by the thieves. The other three were the George Washington, President Grant, and the Pennsylvania. Some names have been changed to the following: the Vaterland to the Leviathan, the Kronprinzessin Cecilie to the Mount Vernon, the Kaiser Wilhelm II to the Agamemnon, and the Amerika to the America.

The Vaterland lay at Hoboken with her German complement of officers and men intact and protected by the splendid neutrality of the American Government. To the date of the declaration of war, April 6, 1917 (Good Friday, 1.13 P. M.), the huge ship aided the German Red Cross by a series of social entertainments on board given under the auspices of ship’s officers. A great number of prominent people attended these fetes.

The Vaterland was docked in Hoboken with her German team of officers and crew fully intact and safeguarded by the impressive neutrality of the American Government. Up until the declaration of war on April 6, 1917 (Good Friday, 1:13 P.M.), the massive ship supported the German Red Cross by hosting a series of social events on board organized by the ship’s officers. A large number of notable individuals attended these events.

Upper—Engine Operation Board.

Upper—Engine Control Panel.

Center—B Deck Promenade.

Center—B Deck Walkway.

Lower—Alongside Pier 4.

Lower—Next to Pier 4.

Upper Left—Looking Aft from the Bridge.

Upper Left—Reflecting from the Bridge.

Upper Right—Paravane.

Upper Right—Paravane.

Lower Left—The Stem Anchor.

Lower Left—The Stem Anchor.

Lower Right—The Fog Bell.

Lower Right—The Fog Bell.

Early in April, 1917, the ship was taken over by the United States Customs Officials. The customs officials inspected her and put aboard guards which were later replaced by several civilian employees of the U. S. Customs. The guard was increased later to about sixty men from the Police Reserve from the 37th Precinct, New York City.

Early in April 1917, the ship was seized by U.S. Customs Officials. The customs officials inspected the ship and placed guards on board, who were later replaced by several civilian employees of U.S. Customs. The guard was later increased to about sixty men from the Police Reserve of the 37th Precinct in New York City.

Damage to the Ship Before Its Seizure

The lower decks were found to be in a filthy and unsanitary condition, only the upper decks, open to inspection, were found clean and inviting. The ship’s furnishings in the staterooms and public assembly rooms were magnificent and showed a high degree of taste and art. The paintings of different notables, Bismarck, Lincoln, Washington, Roosevelt, etc., were later removed. In the engine room, fire room and dynamo space, much deterioration had taken place.

The lower decks were discovered to be dirty and unsanitary, while the upper decks, open for inspection, were clean and welcoming. The ship’s furnishings in the staterooms and public gathering areas were stunning and displayed a great level of taste and artistry. The portraits of various notable figures, like Bismarck, Lincoln, Washington, Roosevelt, and others, were later taken down. In the engine room, fire room, and dynamo area, a lot of wear and tear had occurred.

The vast accumulation of ship’s stores and provisions, the high class wines, the magnificent table linens and china and glass ware and about $150,000 worth of silver ware were taken off the ship and placed on the pier for further disposition. Much of the medical supplies and provisions as well as different furnishings from the staterooms were found to be missing. It is said that these were taken by the German personnel before the ship was taken over by the American authorities. The latter destroyed some of the medical stores found on board fearing that drugs and medicines might have been tampered with and poisonous drugs compounded with non-poisonous and placed in chests bearing false labels.

The large stash of ship's supplies and food, the top-quality wines, the beautiful table linens, china, and glassware, along with about $150,000 worth of silverware, were unloaded from the ship and placed on the pier for further action. A lot of the medical supplies and provisions, as well as various furnishings from the staterooms, were discovered to be missing. It's said that these items were taken by the German crew before the ship was handed over to the American authorities. The latter destroyed some of the medical supplies found on board because they were worried that drugs and medicines might have been tampered with, mixing poisonous substances with non-poisonous ones, and placed in chests with fake labels.

A marine construction company sent down divers to do necessary work scraping the bottom and to locate the propellers. Owing to the destruction or disappearance of all blue prints as to the location of the various propellers, it was a matter of some delay. These blue prints were later found in the Hamburg-American Line’s office and some of them proved inaccurate. United States Secret Service Agents raided[43] the Hamburg-American’s office on Broadway, New York City and discovered them with other secret diplomatic correspondence showing the machinations of Germany in Mexico and South America. In the hull of the ship many articles of German handiwork and craftsmanlike skill were found, such as small toys, probably carved by the crew for sale among the visitors to the ship in order to obtain some spending money.

A marine construction company sent divers down to do necessary work scraping the bottom and to locate the propellers. Because all the blueprints for the locations of the various propellers were destroyed or missing, this caused some delays. Later, these blueprints were found in the Hamburg-American Line’s office, and some of them turned out to be inaccurate. United States Secret Service Agents raided[43] the Hamburg-American office on Broadway, New York City, and discovered them along with other secret diplomatic correspondence that revealed Germany's activities in Mexico and South America. Inside the ship's hull, many items of German craftsmanship and skill were found, including small toys, likely carved by the crew to sell to visitors of the ship to earn some extra cash.

The crew of the Vaterland numbered 1,200 during her transatlantic voyages. But at the time of her seizure they numbered only about 300 as a large number of the crew, in order to make a livelihood, left the ship and established themselves in different positions in hotels and restaurants of nearby cities and upon other ships.

The crew of the Vaterland totaled 1,200 during her transatlantic journeys. However, at the time of her capture, only about 300 were still on board, as many crew members left the ship to find work in hotels and restaurants in nearby cities or on other ships.

When the United States Customs Officials took charge, at 4 A. M., April 6th, they searched everybody who came aboard thereafter and detected a number of men having articles of destruction. Several attempts to smuggle small bombs and explosives into the coal chutes from the coal barges alongside were frustrated by the guards. When the Navy took over coaling the ship, a more vigilant guard was maintained. The guards had orders to keep off all unauthorized boats at a distance of 100 yards. There was much reason for this strict order. The United States Customs Officials turned over the Vaterland to the United States Shipping Board. Among the shipping board employees was a number of hardy Filipino and Hawaiian firemen, very sturdy and enthusiastic about their work. They were presumably from merchant ships in or about the harbor and they gladly offered their services in behalf of their adopted country. “Africans” was a favorite sport with them.

When the United States Customs Officials took over at 4 A.M. on April 6th, they searched everyone who came on board afterward and found several men carrying items intended for destruction. Attempts to smuggle small bombs and explosives into the coal chutes from the coal barges alongside were prevented by the guards. When the Navy took over the coaling of the ship, they enforced stricter security. The guards were instructed to keep all unauthorized boats at least 100 yards away. There were plenty of reasons for this strict rule. The United States Customs Officials handed over the Vaterland to the United States Shipping Board. Among the shipping board employees were several strong Filipino and Hawaiian firemen who were very passionate about their work. They were likely from merchant ships in the harbor and happily offered their services for their adopted country. "Africans" was a popular pastime for them.

During the hot spell of July, 1917, several of the Filipino firemen were affected by the intense heat and were removed to the hospital for observation. All employees on the ship had their identification cards with their photograph attached. Hoboken was a hotbed of pro-Germanism and our officials could not be too careful.

During the heatwave of July 1917, several Filipino firemen were impacted by the extreme temperatures and were taken to the hospital for monitoring. Every employee on the ship had their ID cards with their photos attached. Hoboken was a hub of pro-German sentiment, and our officials had to be very cautious.

Upper—Leaving New York.

Upper—Exiting New York.

Center—In Mid-ocean.

Center—In the ocean.

Lower—Entering New York Harbor with 27th Division.

Lower—Arriving in New York Harbor with the 27th Division.

At 10 A. M., July 25, 1917, the American flag was hoisted under the orders of the Navy Department. This interesting ceremony, which meant so much to the oppressed peoples of the world, was witnessed by only a few men. The first draft of seventy-one firemen came aboard later in the day. The main dining room was converted into a mess hall for the troops, and the beautiful swimming pool of Pompeiian decoration was turned into a baggage room. The after baggage room was turned into a brig (or ship’s prison), and a powder magazine.

At 10 A.M. on July 25, 1917, the American flag was raised on orders from the Navy Department. This significant ceremony, which held great meaning for oppressed people around the world, was witnessed by just a handful of men. Later that day, the first group of seventy-one firefighters arrived. The main dining room was transformed into a mess hall for the troops, and the stunning swimming pool, styled with Pompeiian decor, was turned into a baggage room. The area for luggage at the back was converted into a brig (or ship’s prison) and a powder magazine.

The first entry in the official log of the former German ship Vaterland follows:

The first entry in the official log of the former German ship Vaterland follows:

8 A. M. to Meridian

8 A.M. to Noon

At 10 A. M., July 25, 1917, the U. S. S. Vaterland was placed in commission by Captain J. W. Oman, U. S. N., in accordance with letter C-467-4 from the Commandant of the Navy Yard, New York.

At 10 A.M. on July 25, 1917, the U.S.S. Vaterland was officially commissioned by Captain J.W. Oman, U.S.N., in line with letter C-467-4 from the Commandant of the Navy Yard, New York.

The watch was set. The following officers were attached to this ship:

The watch was set. The following officers were assigned to this ship:

Captain J. W. Oman, U. S. N.; Ensign A. H. Bateman, U. S. N.; Assistant Paymaster L. B. Foster, U. S. N. R. F.; Assistant Paymaster H. B. Judkins, U. S. N. R. F. Fifty-five (55) workmen were on board, work going on in the engineering department and on deck under the direction of the shipping board and customs officials. Divers cleaning bottom.

Captain J. W. Oman, U.S. Navy; Ensign A. H. Bateman, U.S. Navy; Assistant Paymaster L. B. Foster, U.S. Navy Reserve Force; Assistant Paymaster H. B. Judkins, U.S. Navy Reserve Force. Fifty-five (55) workers were on board, with activities taking place in the engineering department and on deck under the supervision of the shipping board and customs officials. Divers were cleaning the bottom.

(Signed) Fred K. Harper, Lt. (j. g.) U.S.N.R.F.

(Signed) Fred K. Harper, Lieutenant (junior grade) U.S. Naval Reserve Force

During this period work was progressing steadily under the direction of the different heads of the departments and there is nothing of special interest to relate.

During this time, work was moving along smoothly under the leadership of the various department heads, and there's nothing particularly interesting to report.

A carrier pigeon, w-7463, fluttered through the air and dropped dead on C deck.

A carrier pigeon, w-7463, flew through the air and dropped dead on C deck.

One fireman was court-martialed for using profanity, thus showing the quick application of Navy discipline.

One firefighter was court-martialed for using foul language, demonstrating the swift enforcement of Navy discipline.

Called “Leviathan”

On September 6th the name of the German ship Vaterland was changed by order of the Secretary of the Navy, without ceremony, to the U. S. S. Leviathan, meaning monster of the deep and mentioned in the Book of Job in the Old Testament.

On September 6th, the name of the German ship Vaterland was changed by order of the Secretary of the Navy, without any ceremony, to the U. S. S. Leviathan, which means monster of the deep and is mentioned in the Book of Job in the Old Testament.

Small fire on board, September 23, 3.50 A. M., “F” Deck, aft.

Small fire on board, September 23, 3:50 A.M., “F” Deck, back.

Upper—Troop Galley (kitchen).

Upper—Troop Kitchen.

Center—Troop Mess Hall.

Center—Troop Dining Hall.

Lower—The Ritz-Carlton and the Winter Garden.

Lower—The Ritz-Carlton and the Winter Garden.

Troop Spaces

Troop Spaces

On September 26th there was a large amount of “Imperial” sausage received aboard.

On September 26th, a large shipment of "Imperial" sausage was received on board.

In the latter part of October, 1917, the big caliber guns were placed upon their respective mounts. A depth charge chute was erected on the stern and fire control and range finding apparatus were installed to insure the accuracy of the guns.

In late October 1917, the large caliber guns were mounted on their respective platforms. A depth charge chute was built at the back, and fire control and range-finding equipment were set up to ensure the guns' accuracy.

All the staterooms on the lower decks of the ship were ripped out to make room for standees, which are an open iron frame work with canvas bunk bottoms to be occupied by the troops in transit to France.

All the staterooms on the lower decks of the ship were removed to make space for standees, which are open iron frames with canvas bunk bottoms used by the troops traveling to France.

Work was begun in the main theatre and ball room to convert it into a hospital for troops and crew during transatlantic voyages.

Work began in the main theater and ballroom to convert it into a hospital for troops and crew during transatlantic voyages.

An isolation ward was established in the gymnasium on “A” Deck for contagious cases. The ship’s doctor’s office was used as a sick call station and dispensary for troops and crew.

An isolation ward was set up in the gym on “A” Deck for contagious cases. The ship’s doctor’s office served as a sick call station and dispensary for the troops and crew.

Dock trials took place in the morning watch of November 12th. These trials lasted until 2 P. M. The ship reported ready for sea and on November 17, 1917, a trial trip to Cuba was made.

Dock trials happened during the morning watch on November 12th. These trials continued until 2 P.M. The ship was reported ready for sea, and on November 17, 1917, a trial trip to Cuba took place.

The Crew—Ship's Structure

Before describing the trial trip it is well to say something here of the crew and the ship’s organization, which was a vital factor in the successful operation of the Leviathan and its participation in the World War.

Before talking about the trial trip, it's important to mention the crew and the ship's organization, which played a crucial role in the successful operation of the Leviathan and its involvement in World War.

The crew of the Leviathan is divided into two main parts, one part consisting of the deck divisions and the other of the engineer’s division. The deck force is composed of nine divisions all told, four of which do the deck work proper and five of which are special branches. The deck divisions are divided into four sections each and the engineer’s division into three sections. Each man of the crew is assigned a number which gives his division, section and personal number. For instance, the man holding the number 841 would be the first man in the fourth section of the eighth division. The first figure of the number is the division, the second figure the section and the third figure or third and fourth figures together is the man’s[49] number. The men of the deck force wear a white band around the left arm at the shoulder on blue uniforms, and a blue band on white uniforms. The men of the engineer’s force wear a red band on both blue and white uniforms. The petty officers of the deck force proper wear their rating badges on the right arm and all other petty officers wear them on the left arm.

The crew of the Leviathan is split into two main groups: one group handles the deck and the other is the engineering team. The deck crew has a total of nine divisions—four that manage the deck work directly and five that focus on specialized tasks. Each deck division is further divided into four sections, while the engineer's division has three sections. Every crew member is given a number that indicates their division, section, and personal number. For example, a person with the number 841 would be the first individual in the fourth section of the eighth division. The first digit represents the division, the second digit indicates the section, and the third digit (or the third and fourth digits together) is the individual’s[49] number. Deck crew members wear a white band on the left arm at the shoulder when in blue uniforms, and a blue band when in white uniforms. Engineer team members wear a red band on both their blue and white uniforms. The petty officers on the deck wear their rating badges on the right arm, while all other petty officers display theirs on the left arm.

The first, second, third and fourth divisions are the men detailed for the deck work, manning guns, lookouts, fire control, etc. The first division has the fore part of the ship or forecastle; the second division the top deck; the third division the inside decks and the fourth division the after part of the ship. The fifth division is known as the repair division, and consists of the carpenters, painters, plumbers, buglers, yeomen and other men of special ratings.

The first, second, third, and fourth divisions consist of the crew assigned to deck duties, operating guns, keeping watch, fire control, etc. The first division covers the front of the ship or forecastle; the second division is responsible for the upper deck; the third division handles the interior decks, and the fourth division oversees the back of the ship. The fifth division is called the repair division and includes carpenters, painters, plumbers, buglers, yeomen, and other specialists.

The sixth division is known as the navigators’ division and consists of the quartermasters and signalmen. The seventh division is the hospital corpsmen. The eighth division is the Supply division and consists of the personnel of the Pay and Commissary branches and the mess attendants or waiters.

The sixth division is called the navigators’ division and is made up of the quartermasters and signalmen. The seventh division is the hospital corpsmen. The eighth division is the Supply division, which includes the staff from the Pay and Commissary branches and the mess attendants or waiters.

The ninth division is known as the Bluejacket guard and has the policing of the ship, also furnishes orderlies for the Commanding and Executive officer and all ship’s guards.

The ninth division is called the Bluejacket guard and is responsible for policing the ship. It also provides orderlies for the Commanding and Executive officers and all of the ship's guards.

The tenth division is the engineer’s force consisting of half the ship’s crew, and includes all men working in the engine rooms, firerooms, and dynamo rooms. The radio force of the ship is also included in this division.

The tenth division is the engineering team made up of half the ship's crew, including all the men working in the engine rooms, boiler rooms, and generator rooms. The ship's radio team is also part of this division.

The ship’s complement is 68 officers and 2,240 men.

The ship has 68 officers and 2,240 crew members.

The Test Run

G. B. G.

G.B.G.

“I have to report that the Engineering Department of this vessel is in all respects ready for sea.”

“I have to report that the Engineering Department of this ship is fully prepared to set sail.”

Thus read Lieut. V. V. Woodward’s official report to Captain J. W. Oman, November 16, 1917, an expression of confidence not unanimously shared by the crew or public. The Captain, Engineer Officer, the Navy Department, were confident she would leave despite boasts to the contrary by German agents and sympathizers.

Thus read Lieut. V. V. Woodward’s official report to Captain J. W. Oman, November 16, 1917, an expression of confidence not unanimously shared by the crew or public. The Captain, Engineer Officer, and the Navy Department were sure she would leave, despite claims to the contrary by German agents and sympathizers.

Promptly at 9:30 A. M., November 17, 1917, upon signals from the bridge, steam was admitted to the Leviathan’s great turbines, the hull was felt to quiver slightly, and the greatest passenger carrying ship on the ocean backed smoothly from her moorings of three years into the North River. Here was another triumph of Yankee ingenuity.

Promptly at 9:30 A.M., November 17, 1917, when the signals from the bridge were given, steam was released to the Leviathan’s massive turbines, the hull shuddered slightly, and the largest passenger ship on the ocean smoothly backed away from her three-year moorings into the North River. This was another victory of American ingenuity.

No blare of brass bands was heard, no cheering crowds thronged the river front, as, amid a fleet of eighteen tugs, the former pride of the German maritime world, manned by an all-American crew, straightened her course and under her own power, headed slowly for the open sea.

No sound of brass bands blared, no cheering crowds filled the riverfront, as, surrounded by a fleet of eighteen tugs, the former pride of the German maritime world, crewed entirely by Americans, adjusted her course and, under her own power, slowly made her way toward the open sea.

On board were 241 marines, in addition to the crew, bound for Cuba to relieve a detachment of seasoned “Devil Dogs.” Prior to sailing, Captain Oman had issued an order, stationing these men in conspicuous positions about the upper decks, giving the appearance from the river front that thousands of troops were bound overseas to swell the numbers of the American Expeditionary Force.

On board were 241 Marines, along with the crew, headed for Cuba to replace a group of experienced “Devil Dogs.” Before setting sail, Captain Oman gave an order to position these men in visible spots on the upper decks, creating the impression from the riverfront that thousands of troops were heading overseas to boost the ranks of the American Expeditionary Force.

Anchorage was made off Fort Wadsworth that afternoon to permit a thorough inspection of machinery spaces. The result was that “The Engineering Department was in all respects ready for sea,” for, aside from a few minor repairs, the renewal of a gasket here, a nut tightened there, no defects were revealed.

Anchorage was set up off Fort Wadsworth that afternoon to allow a complete inspection of the machinery areas. The outcome was that “The Engineering Department was fully prepared for sea,” because, apart from a few minor repairs, like replacing a gasket here and tightening a nut there, no defects were found.

At high tide the morning of the 18th, she steamed slowly through Ambrose Channel, shifted to high pressure cruising combination and began speeding eastwards at eighteen knots.

At high tide on the morning of the 18th, she moved slowly through Ambrose Channel, switched to high-pressure cruising mode, and started speeding east at eighteen knots.

Numerous craft sighted the Leviathan, her course was noted by westbound steamers and thus was the rumor “confirmed” that she was on her initial trip to France, laden with thousands of troops.

Numerous ships spotted the Leviathan; her route was reported by westbound steamers, which led to the rumor being “confirmed” that she was on her first voyage to France, carrying thousands of troops.

Throughout the day, under the supervision of Lieut. C. H. Boucher, gun crews were given instructions. Small arms, abandon ship, and fire and collision drills interfered seriously with the sighting of flying fish, leaping porpoises, and the discussion of “Why is the Gulf Stream?”

Throughout the day, under the supervision of Lieut. C. H. Boucher, the gun crews received instructions. Small arms, abandon ship, and fire and collision drills seriously disrupted the spotting of flying fish, jumping porpoises, and conversations about “Why is the Gulf Stream?”

Trouble was first encountered on the 19th, when a valve stem on the differential valve of the port steering engine broke.[51] The ship is equipped with two steering engines and the starboard engine was quickly cut in and the voyage resumed. Similar trouble occurred the succeeding day, leaving the ship without power to hold her course. The engines were stopped and the Leviathan lay helpless, a plaything of the winds and currents.

Trouble first hit on the 19th, when a valve stem on the differential valve of the port steering engine broke.[51] The ship has two steering engines, and the starboard engine was quickly activated so the journey could continue. Similar issues arose the next day, leaving the ship unable to maintain its course. The engines were shut down and the Leviathan lay powerless, at the mercy of the winds and currents.

Nerve-wracking Moments

These were anxious hours for the officers and crew alike. Sleep was forgotten, personal comforts were of secondary importance. Lieut. Woodward haunted the steering engine room, pored over blue prints, conferred with assistants, advised and worked with the men. New stems fitted to replace the broken ones, permitted runs of short duration, then they, too, broke under the strain. A quantity of these stems, broken and twisted, were found in a store room, an indication that its former operators had experienced trouble of this nature.

These were stressful hours for both the officers and the crew. Sleep was disregarded, and personal comforts took a backseat. Lieutenant Woodward stayed in the steering engine room, studied blueprints, talked with his team, and worked alongside the crew. New stems were installed to replace the broken ones, allowing for brief operations, but those also failed under the pressure. A bunch of these broken and twisted stems was found in a storage room, showing that the previous operators had encountered similar issues.

For twenty-four hours the crippled ship made spasmodic runs to the northward; first one, then the other, then both steering engines became inoperative. The Engineer Officer grew haggard. The ship’s doctor insisted that he get some sleep, but a few hours’ restless tossing upon a couch, and he would be seen again, making his way aft to the steering engine room.

For twenty-four hours, the damaged ship made erratic attempts to head north; first one, then the other, and finally both steering engines failed. The Engineer Officer looked exhausted. The ship’s doctor urged him to get some rest, but after just a few hours of tossing and turning on a couch, he would be back, heading toward the steering engine room.

The solution of the problem came to Lieut. Woodward during one of these brief respites. Clad in greasy dungarees, reclining upon a couch, following thirty-six hours of constant toil, Lieut. Woodward suddenly jumped to his feet and assembled the tired mechanics, and explained his plan. The machine shop was invaded and a new stem of heavier design and altered pattern was fitted.

The solution to the problem hit Lieut. Woodward during one of these short breaks. Dressed in greasy work clothes and relaxing on a couch after thirty-six hours of nonstop work, Lieut. Woodward suddenly jumped up, gathered the exhausted mechanics, and laid out his plan. They took over the machine shop and fitted a new stem with a heavier design and a modified pattern.

Then, under the anxious eyes of the Captain, Engineer Officer and First Lieutenant, a test was made. The throttle was thrown clear over, permitting the engine to race, and the new stem held. It is still holding, like its mate of similar design, after more than 100,000 miles through the wind-swept North Atlantic.

Then, under the worried gaze of the Captain, Engineer Officer, and First Lieutenant, a test was conducted. The throttle was pushed all the way open, allowing the engine to rev up, and the new stem held firm. It is still holding strong, just like its counterpart of similar design, after over 100,000 miles across the turbulent North Atlantic.

Upper—Clump for Paravanes.

Upper—Clump for Paravanes.

Center—Moored in Brest.

Center—Docked in Brest.

Lower—The Huge Rudder.

Lower—The Big Rudder.

Under Water Body of the “Leviathan”

Underwater body of the “Leviathan”

During the voyage south to Cuba, the crew shifted into white uniforms. The port holes were closed tight and painted deep black. All precautions were taken against unexpected attack. We passed close aboard Matling Island, or San Salvador whereon Columbus first set foot in the New World.

During the trip south to Cuba, the crew changed into white uniforms. The portholes were sealed shut and painted a dark black. All precautions were taken against any unexpected attacks. We passed very close to Matling Island, or San Salvador, where Columbus first landed in the New World.

We rounded Cape Maysi Light and headed up for the harbor of Guantanamo Bay. While changing troops at the mouth of the harbor, our great draft precluding our entrance, the men-of-warsmen initiated the rookies into the delights of shark-catching.

We rounded Cape Maysi Light and headed toward the harbor of Guantanamo Bay. While swapping out troops at the entrance of the harbor, our deep draft preventing us from entering, the sailors introduced the newcomers to the joys of catching sharks.

Shark Catching

L. G. M.

L.G.M.

While lying at anchor off the beautiful harbor of Guantanamo Bay, those of the crew who were off watch were lounging around the open decks and enjoying the heat of the tropical sun. Among the crew were some old navy men who had visited this port before and knew from experience that these waters were infested with sharks. They suggested that a line, hook and bait of some kind be procured and an attempt be made to catch sharks.

While anchored in the stunning harbor of Guantanamo Bay, the crew members who were off duty relaxed on the open decks, soaking up the warm tropical sun. Among them were some seasoned navy men who had been to this port before and knew from experience that these waters were filled with sharks. They recommended that a line, hook, and some bait be gathered to try to catch some sharks.

The necessary articles were obtained, the hook being double-pronged. To this was tied a whole cow’s liver—a juicy and inviting piece of bait.

The required items were gathered, and the hook was double-pronged. Tied to it was a whole cow's liver—a juicy and tempting piece of bait.

The waters of the bay were calm and from “B” deck, when the fishing line, which was of 1 inch hemp, was thrown over, one could see the hook and bait fully thirty feet below the surface of the water.

The waters of the bay were calm, and from “B” deck, when the fishing line, made of 1-inch hemp, was cast over, you could see the hook and bait a full thirty feet below the water's surface.

In a short time a large black body with a white belly swam with lightning swiftness past the line several times, darting back and forth, but on a sudden it turned, seized the bait and tried to make off with it. The end of the line on deck was tied to a stanchion which gave the shark a strong opponent, and a terrific struggle followed both on deck and in the water, for as soon as Mr. Shark struck, about 40 men grabbed the line and began to run across the deck, pulling the fighting monster out of the water onto the deck.

In no time at all, a large black fish with a white belly swam quickly past the line several times, darting back and forth. Then, suddenly, it turned, grabbed the bait, and tried to swim away with it. The end of the line on the deck was tied to a stanchion, which gave the shark a strong opponent, leading to an intense struggle both on deck and in the water. As soon as Mr. Shark struck, about 40 men grabbed the line and started running across the deck, pulling the fighting creature out of the water and onto the deck.

As soon as the shark landed on deck every one scattered, for the big fish began frantically to lash his powerful tail and snap his jaws. No one dared approach him.

As soon as the shark was brought on board, everyone scattered, because the big fish started wildly thrashing its powerful tail and snapping its jaws. No one dared to get close.

Finally when the shark was exhausted, one of the Leviathan’s butchers drove a cleaver into the strong skull and ended the death struggle. The same piece of bait obtained three other sharks before it was lost, owing to a slack in the line, when a ten-footer tried to join the company. The line broke and the prize, and hook and bait, with about thirty feet of brand new line, was lost.

Finally, when the shark was tired out, one of the Leviathan's butchers drove a cleaver into its tough skull and ended the fight. The same piece of bait caught three other sharks before it was lost due to a slack in the line when a ten-footer tried to join in. The line broke, and the catch, along with the hook and bait, was lost along with about thirty feet of brand new line.


Part II
Running the War Zone

FIRST VOYAGE TO LIVERPOOL

S. H.

S.H.

At 7.34 A. M., December 15, 1917, the Leviathan left her pier in Hoboken for her first trip across the Atlantic. Twelve tugs were employed to assist in swinging the bow of the giant ship toward the sea. The following organizations and numbers of troops were on board, in addition to some notable passengers:

At 7:34 A.M. on December 15, 1917, the Leviathan left her dock in Hoboken for her first journey across the Atlantic. Twelve tugboats were used to help turn the bow of the massive ship towards the ocean. The following organizations and numbers of troops were on board, along with some notable passengers:

No. 7,254. Organizations—Base Hospital, No. 31, Female; Base Hospital, No. 34, 82nd Brigade Hdqts., 163rd Inf., 164th Inf.; Commanding Officer, Brig. General Edward Vellruth, 82nd Brigade.

No. 7,254. Organizations—Base Hospital, No. 31, Female; Base Hospital, No. 34, 82nd Brigade Headquarters, 163rd Infantry, 164th Infantry; Commanding Officer, Brigadier General Edward Vellruth, 82nd Brigade.

The morning was rather raw, with the snow falling heavily, but nothing could dampen the ardor of the 7,254 troops and 2,000 sailors on board. We were about to cross the ocean, most of us for the first time, and the hazard of the perils of the submarine, whose operations were more active at this period of the war than at any other time, and the excitement of the adventure, if nothing else, was sufficient reason for everyone to keep his spirit up.

The morning was pretty chilly, with snow coming down hard, but nothing could dampen the enthusiasm of the 7,254 troops and 2,000 sailors on board. We were about to cross the ocean, most of us for the first time, and the threat of submarines, which were more active during this time in the war than ever before, along with the thrill of the adventure, was enough to keep everyone's spirits high.

Passing through Ambrose Channel, the ship headed for the open sea with the compass pointing due east and the propellers revolving at the rate of 158 revolutions per minute, which is equivalent to 21 knots. Until sundown this same night, a zig-zag course was maintained, not because of the danger of submarines, for none were reported off the Atlantic coast at this time, but in order to give the officers and men on the bridge an opportunity to become thoroughly acquainted with this method so as to be familiar with it when in the danger zone.

Passing through Ambrose Channel, the ship sailed out to the open sea with the compass set to due east and the propellers spinning at 158 revolutions per minute, equal to 21 knots. Until sunset that night, the ship followed a zig-zag course, not due to the threat of submarines—since none had been reported off the Atlantic coast at that time—but to allow the officers and crew on the bridge a chance to get completely familiar with this method for when they entered the danger zone.

At Sea

At Sea

Abandon ship drills were held this day, all members on board falling in at their respective boats and rafts in a quite orderly fashion and lowering the boats in a remarkably short time.

Abandon ship drills were held today, with all crew members gathering at their designated boats and rafts in an orderly manner and lowering the boats in an impressively short time.

At 2.00 A. M. the next day, December 16th, lights of western-bound ships were sighted off the port bow. The sky was completely overcast, with a rough northwest sea, accompanied with fresh strong breezes. Our speed averaged 20 knots this day, all 46 boilers in the fireroom being in commission. The clocks were advanced 47 minutes.

At 2:00 AM the next day, December 16th, we spotted the lights of ships heading west off the port side. The sky was completely cloudy, and the sea was choppy with strong northwesterly winds. We averaged a speed of 20 knots that day, with all 46 boilers in the engine room operational. The clocks were set ahead by 47 minutes.

The next day a moderate gale was blowing and we passed through heavy rain squalls. Due to the heavy sea our speed was reduced. The sky remained overcast with the barometer dropping steadily giving little hope of the weather moderating. The customary drills of abandon ship and fire alarm were gone through. The water-tight doors, so essential in case of submarine attacks, were tested and found O. K.

The next day a strong wind was blowing, and we went through heavy rain showers. Because of the rough sea, our speed was reduced. The sky stayed cloudy, and the barometer kept dropping, giving us little hope for better weather. We carried out the usual abandon ship and fire alarm drills. The watertight doors, which are crucial in case of submarine attacks, were tested and found to be fine.

The sea moderated sufficiently the next day to allow us to increase speed once more, this time to 21½ knots, although the ship rolled and pitched considerably as the heavy swells struck her, many of the troops on board showing the effects of the inevitable mal-de-mer. We passed through a thick fog when off the Grand Banks.

The sea calmed down enough the next day for us to speed up again, this time to 21½ knots, even though the ship rolled and pitched quite a bit as the heavy swells hit her, with many of the troops on board feeling the effects of the unavoidable mal-de-mer. We went through a thick fog when we were near the Grand Banks.

On the 19th, while holding abandon ship drill, twelve rounds of ammunition were fired from the various guns, in order to keep them in tip-top shape and to give their crews the necessary training in loading and firing. At night the sky cleared considerably, the first sign of good weather we had since leaving Hoboken. The barometer rose steadily, a smooth sea running with a moderate breeze. From day to day we continued setting our clocks ahead. Up to this time the entire crew was in ignorance of the ship’s destination, but when the course was changed to northeast, it was quite apparent to us that we were headed for “Blighty.”

On the 19th, during the abandon ship drill, twelve rounds of ammunition were fired from the various guns to keep them in great shape and to give the crews the training they needed in loading and firing. That night, the sky cleared up a lot, the first sign of good weather we had since leaving Hoboken. The barometer rose steadily, with a smooth sea and a moderate breeze. Day by day, we kept setting our clocks ahead. Until then, the entire crew was unaware of the ship’s destination, but when the course changed to northeast, it became pretty clear that we were headed for “Blighty.”

We were passing through the Gulf Stream and the weather remained clear and fairly warm. A private in Co. H, 163rd Regt., was placed in the brig for safekeeping, at the request of the brigade commander, demonstrating that the soldiers on board were subject to the same discipline as were the crew. Not long after this a member of the crew was disciplined for failing to wear his life-jacket.

We were traveling through the Gulf Stream, and the weather stayed clear and fairly warm. A private from Co. H, 163rd Regt., was put in the brig for safekeeping at the request of the brigade commander, showing that the soldiers on board had to follow the same rules as the crew. Soon after, a crew member was disciplined for not wearing his life jacket.

The good weather did not remain with us very long, for on the 22nd the wind picked up to 65 miles an hour. We were rapidly approaching the war-zone and the men were continually cautioned not to neglect wearing their life-preservers at all times, day and night, not to undress upon turning in, and never to strike a match on the open deck at night. In fact, it was contrary to ship regulations for an enlisted man to carry any matches at all about his person. It is a fact that the glare of a lighted match or cigarette is visible for half a mile on the open sea at night and guards vigilantly patrolled the outer decks in order to prevent any neglect along this line.

The good weather didn't last long, because on the 22nd, the wind picked up to 65 miles an hour. We were quickly getting closer to the war zone, and the men were constantly reminded not to forget to wear their life vests at all times, day and night, not to take off their clothes when going to bed, and never to light a match on the open deck at night. In fact, it was against ship rules for any enlisted man to carry matches on him. The truth is, the glow of a lit match or cigarette can be seen for half a mile over the open sea at night, and guards were diligently patrolling the outer decks to prevent any oversights on this issue.

About midnight, while running close to the danger zone, the wire controlling the siren contracted, due to the extreme cold weather, and like a bolt out of a clear sky, the siren went off automatically. The siren is used only in case of emergency, to notify all hands on board of some impending danger, and going off accidentally as it did caused quite some excitement on board, especially in the case of the Red Cross nurses. Many of the latter had been quite seasick the greater part of the trip, but the excitement tended to relieve them somewhat. After some difficulty the trouble was remedied.

About midnight, while we were close to the danger zone, the wire controlling the siren contracted due to the extreme cold, and suddenly, out of nowhere, the siren went off automatically. The siren is only used in emergencies to alert everyone on board of an impending danger, so its accidental activation created quite a stir, especially among the Red Cross nurses. Many of them had been quite seasick for most of the trip, but the excitement helped ease their discomfort a bit. After some trouble, the issue was fixed.

At 4 A. M., the morning of the 23rd, in a treacherous sea, our convoy of American destroyers, the famous submarine annoyers, were picked up. It is hard for one to describe the feeling and excitement of picking up a convoy of destroyers at night and we believe that it is quite impossible for the reader to understand how much it means to 10,000 souls on a ship in the danger zone when the word is passed that destroyers are with us. On the morning of December 23rd, at 4 A. M., out[60] of the black sky just before dawn and in a heavy sea with a strong wind blowing, a small white wake was seen by the lookout on the bridge. At first it was taken for the wake of a periscope and the gun crews were called to quarters, then as the guns were trained on it, a small white flash was seen blinking the American recognition signal, and we then knew that it was one of our destroyers. We picked them up out of the black sky and a heavy sea until there were seven little wasps that spelled danger to the Hun submarine. They sped along with us while we zigzagged in and out on our course. They crossed our bow and ran in and far out on each side of us, always looking for the sub that might be lying in wait for us. Their motto was “go get ’em.” They never waited for a sub to attack first, they always started the fight provided that “Fritz” was willing to show himself and we want to say right here that he was very reluctant to do so when an American destroyer showed itself.

At 4 A.M. on the morning of the 23rd, in a rough sea, our convoy of American destroyers, known for chasing submarines, was spotted. It's tough to express the feeling and excitement of seeing a convoy of destroyers at night, and we believe it’s nearly impossible for anyone reading this to grasp how much it means to 10,000 lives on a ship in the danger zone when the word goes out that destroyers are with us. On December 23rd, at 4 A.M., out of the dark sky just before dawn and in a heavy sea with strong winds, a lookout on the bridge saw a small white wake. At first, it was thought to be a periscope's wake and the gun crews were alerted, but as the guns were aimed at it, a small white flash was seen signaling the American recognition signal, and we knew it was one of our destroyers. We pulled them out of the dark sky and heavy sea until there were seven little wasps that spelled danger for the German submarine. They raced along with us while we zigzagged on our course. They crossed our bow and moved in and out on each side of us, always searching for the sub that might be lying in wait. Their motto was "go get 'em." They never waited for a sub to strike first; they always initiated the fight if "Fritz" was willing to reveal himself, and we want to mention right here that he was very hesitant to do so when an American destroyer showed up.

It was difficult to carry on signal communication with the destroyers in a heavy sea; they were submerged in the trough so that their slender masts looked like periscopes.

It was tough to maintain signal communication with the destroyers in a rough sea; they were submerged in the waves, making their thin masts look like periscopes.

The Outer Guard

A tribute to the Destroyers by John Oxenham

A tribute to the Destroyers by John Oxenham

Bold watchers of the deep,
Guards of the Greater Ways,
How shall our swelling hearts express
Our heights and depths of thankfulness
For these safeguarded days?
Grim is your vigil there,
Black day and blacker night;
Watching for life, while knavish death
Lurks all around, above, beneath,
Waiting his chance to smite.
Your hearts are stouter than
The worst that Death can do.
Our thoughts for you!—our prayers for you!
There’s One aloft that cares for you,
And He will see you through.
[61]
Don’t think we e’er forget
The debt we owe to you!
Never a night but we pray for you!
Never a day but we say for you—
“God bless the gallant lads in blue!
With mighty strength their hearts renew.
Bless every ship and every crew!
Give every man his rightful due!
And bring them all, Oh, God! safe through.”

A submarine was reported on the surface of the water in the early afternoon, about seven miles off the starboard beam, but upon her flashing out the recognition call we immediately knew her to belong to one of the Allies, very probably British. Soon after this a British dirigible was sighted dead ahead. She was painted aluminum color, rendering her almost invisible in the distance and apparently she was doing scouting duty in these waters.

A submarine was spotted on the surface in the early afternoon, about seven miles off the right side, but as soon as it sent out the recognition signal, we instantly recognized it as one of the Allies, most likely British. Shortly after that, a British dirigible was seen straight ahead. It was painted aluminum color, making it nearly invisible from a distance, and it seemed to be conducting scouting duties in these waters.

At 5 P. M., the 23rd, South Stack Lighthouse was passed on our beam, and we headed our course up St. George’s Channel. After sundown the destroyer that had our pilot on board took up a position directly ahead of us and acted as guide for the entire convoy.

At 5 P.M. on the 23rd, we passed South Stack Lighthouse on our side and headed into St. George’s Channel. After sunset, the destroyer with our pilot on board positioned itself directly in front of us and guided the entire convoy.

Later in the evening, 8.36 P. M., our engines were slowed down to allow the pilot to board from the destroyer and at 9.42 that night both engines stopped completely and our anchor was dropped just outside of Liverpool, England, while the destroyers circled around us during the night, protecting us from any possible attack. We passed the night in this anchorage. At 6 A. M. the next day, December 24th, we up-anchored and headed for the River Mersey, passing close to Bar Light Vessel. One of the men stationed aboard this vessel gave us a “Merry Christmas” through a large megaphone. Many of us had almost forgotten that this was the day before Christmas; in fact, as later events proved, Christmas had very little cheer for us.

Later in the evening, at 8:36 P.M., we slowed down our engines to let the pilot board from the destroyer. By 9:42 that night, both engines were completely stopped, and we dropped our anchor just outside Liverpool, England. The destroyers circled around us throughout the night, keeping us safe from any potential attacks. We spent the night anchored there. At 6 A.M. the next day, December 24th, we lifted anchor and made our way to the River Mersey, passing close to Bar Light Vessel. One of the men on that vessel shouted “Merry Christmas” to us through a large megaphone. Many of us had nearly forgotten it was the day before Christmas; in fact, as later events showed, Christmas didn't bring us much joy at all.

Formby light was passed at 8.45, and Crosby Light 27 minutes later. We were now in the Mersey, our speed was reduced and because of the shallowness of the water in the river, men were placed in the chains to sound continually the[62] depths of the water. We steamed up the river without mishap and ran alongside the Princess Landing Stage, which because of the heavy draft of the tide in this river, is a floating stage. Our lines were thrown to the dock and made fast. No sooner had this been accomplished than the gangway was thrown over and the soldiers commenced disembarking. This continued throughout the day.

Formby Light was passed at 8:45, and Crosby Light 27 minutes later. We were now in the Mersey, our speed was reduced, and because the water in the river was shallow, crew members were placed in the chains to continuously measure the depths of the water. We steamed up the river without any issues and docked next to the Princess Landing Stage, which, due to the strong tide in this river, is a floating stage. Our lines were thrown to the dock and secured. As soon as this was done, the gangway was set up, and the soldiers began disembarking. This continued throughout the day.

Shortly after arriving news came to us of the sinking of a British pilot boat, with the loss of all hands. This same pilot boat had been mined in almost the same position that we were lying in the night before, in fact many of us remembered the boat as it was cruising around us, warning all outgoing ships of the latest submarine activities. It was purely a matter of luck that we had escaped a similar fate.

Shortly after we arrived, we received news about a British pilot boat sinking, with everyone on board lost. This same pilot boat had hit a mine almost exactly where we were anchored the night before. In fact, many of us remembered seeing the boat as it cruised around us, warning all departing ships about the latest submarine activities. It was just pure luck that we avoided a similar fate.

The celebrated docking of the biggest ship in the world at Liverpool, without plans, by Naval Constructor Alfred W. Minuse, N. R., is the subject of a special article.

The famous docking of the largest ship in the world at Liverpool, done without any plans, by Naval Constructor Alfred W. Minuse, N. R., is the focus of a special article.

Upper—A Storm.

Upper—A Storm.

Center—War Paint.

Center—War Paint.

Lower—Disembarking Troops (Liverpool).

Lower—Disembarking Soldiers (Liverpool).

Liverpool

J. M.

J.M.

The first liberty party from the Leviathan while in Liverpool, left the ship at 4.30 P. M. on December 24th, and was due back at noon on the 25th, which was Christmas, and it turned out to be a gloomy, cheerless Christmas, for most of the boys had never been away from home on that sacred day before. Their first impression of the city was a poor one—dimly-lighted streets, cold rain, dark alleys, and foggy river. Dismal, indeed, after leaving a land of sunshine and bright lights and coming to a land mostly of darkness and rain. The sun did not rise during this time of the year until nearly 9 o’clock, at least that was the time that it was supposed to rise, but it was seldom that we had the pleasure of seeing it even for a full hour. Sunset was at 3.30 P. M., or in the vicinity, so it will be seen that the days were real short during this season. To think that we were to spend two months or more in this country! We certainly were sorry for the men who were stationed there and we would not change places with them for a Navy clothing contract. The city appeared remarkably true to type and character described by Conan Doyle in his books. Without a doubt our impression would have been much better if we had been there in time of peace. We did not realize the trials that England had been through in the years before we entered the war. Her best men had gone to fight and her streets had to be kept dark because of air raids. Then there was a food problem. The German U-boats sunk everything possible that came within the range of a torpedo or a gun, so it may be seen that England depended mostly on her ships to bring food to her brave people and armies. When our crew went ashore it was with great dismay that they viewed the food problem—a meat card, a bread card, a tea card, a butter card, were all necessary for a fellow to get a meal, and what was worst of all, there was no sugar for our coffee and not being tea drinkers we were very much grieved to find out that we must use a chemical called saccharine to sweeten our coffee. However, we soon got used to it, but whenever possible we stayed on the ship for meals to make sure of things. It may be mentioned that at the time there was no American Y. M. C. A. in Liverpool. The English “Y” was as bad as the restaurants as far as eating was concerned. The English mode of travel was another puzzle to the American Bluejacket, there being three different class distinctions. It seemed queer to an Englishman that an American sailor should ride in a first class compartment on a train supposed to be only for the “higher class” people. It took our bluejackets quite some time and cost a few black eyes and bumped noses to convince some Englishmen that an American would not stand for any inferior rating.

The first liberty party from the Leviathan in Liverpool left the ship at 4:30 PM on December 24th and was supposed to be back by noon on the 25th, which was Christmas. It turned out to be a gloomy, cheerless Christmas because most of the guys had never been away from home on that special day before. Their first impression of the city wasn’t great—poorly lit streets, cold rain, dark alleys, and a foggy river. It felt dismal after leaving a land of sunshine and bright lights to arrive in a place filled with darkness and rain. The sun didn’t rise at this time of year until nearly 9 AM—at least that’s when it was supposed to rise, but we rarely got to see it even for a full hour. Sunset was around 3:30 PM, so the days were really short during this season. Just thinking about spending two months or more in this country made us feel sorry for the guys stationed there; we wouldn’t trade places with them for a Navy clothing contract. The city seemed very much like how Conan Doyle described it in his books. Without a doubt, our impression would have been better if we were there in peaceful times. We didn’t realize the struggles England had gone through in the years leading up to the war. Their best men had gone off to fight, and the streets had to be kept dark because of air raids. Then there was the food issue. The German U-boats sank everything they could target, so it was clear that England was heavily reliant on ships to bring food to its brave people and armies. When our crew went ashore, they were dismayed to see the food situation—a meat card, a bread card, a tea card, and a butter card were all necessary to get a meal. The worst part was there was no sugar for our coffee, and since we weren’t tea drinkers, we were really upset to learn we had to use a chemical called saccharine to sweeten our coffee. However, we soon got used to it, but whenever we could, we stayed on the ship for meals to be sure of what we were eating. It’s worth noting that at the time, there was no American Y.M.C.A. in Liverpool. The English “Y” was as lacking as the restaurants in terms of food. The English way of traveling was another mystery to the American sailors, with three different class distinctions. To an Englishman, it seemed strange that an American sailor would ride in a first-class train compartment meant only for “higher class” people. It took our sailors a while and a few black eyes and bruised noses to convince some Englishmen that an American wouldn’t tolerate any inferior treatment.

The English money was not such a puzzle as we had expected to find it. In a few days and with the loss of a few dollars in short change we soon learned to count it. We even have reason to believe that during our first few liberties ashore we actually received full value for our money in some instances. One of the many questions asked us on our return was: How and what are the English girls like? Gee! what a question to deal with. Well, here goes for a hard try to be fair in all cases. We found that most English girls are not stuck up and[65] are always willing to speak to a “gob” if he so desired. They are more masculine than our girls. Girls run after a car and hop on it while it is going at a good speed, and as far as good looks are concerned there are pretty girls and then there are others—of course this may be found the world over and in any country. The streets of the city were, for the most part, narrow and nearly always muddy and if a fellow came back to the ship without wet feet it was something unusual. There were shows of different kinds: vaudeville, drama, and musical comedy, not forgetting the movies and Charlie Chaplin. The shows helped to fill up a great lot of our time.

The English currency wasn’t as confusing as we thought it would be. In just a few days, and after losing a bit of change, we quickly figured out how to count it. We even have reason to believe that during our first outings onshore, we sometimes got full value for our money. One of the many questions we faced upon our return was: What are English girls like? Wow! What a question! Alright, here’s my honest attempt to be fair. We found that most English girls aren’t snobbish and are always happy to chat with a “gob” if he wants to. They are more rugged than our girls. Girls chase after a bus and hop on even when it’s moving pretty fast, and in terms of looks, there are pretty girls and then there are others—of course, you can find that everywhere in the world. The city streets were mostly narrow and almost always muddy, and if a guy came back to the ship with dry feet, it was unusual. There were various shows: vaudeville, drama, and musical comedies, not to mention the movies and Charlie Chaplin. The shows helped fill a lot of our free time.

We were not at all sorry when we were told that we were to leave in a few days, as all the necessary work had been finished. The ship had been camouflaged in a most queer design by English experts, which made it appear more grotesque than ever.

We weren't at all sorry when we were told we had to leave in a few days, since all the necessary work was done. The ship had been camouflaged in a really strange design by English experts, which made it look even more ridiculous than before.

The camouflage design was so perfect that when the destroyer convoy met us at sea it was necessary for them to approach us in the shape of a fan to make sure as to the direction we were going. Many persons have been misled as to the real use of camouflage on ships. Contrary to most beliefs it is not to make a ship absolutely invisible to a submarine, but to deceive the eye of the periscope in the submarine. A ship is disguised so that from a distance it appears to be going in an opposite direction, or on an angle to the real course traveled.

The camouflage design was so effective that when the destroyer convoy met us at sea, they had to approach in a fan shape to figure out which way we were heading. Many people are mistaken about the actual purpose of camouflage on ships. Contrary to popular belief, it's not meant to make a ship completely invisible to a submarine, but to trick the eye of the submarine's periscope. A ship is disguised so that from a distance, it looks like it's going in the opposite direction or at an angle to its actual course.

On Lincoln’s Birthday the Leviathan left Liverpool. We had gone through a rough vigil. If one were to ask us what it was we liked best in Liverpool we would have answered, “The first ship back to the states,” for Liverpool, with its bleak, dimly-lighted streets and the piercing, foggy atmosphere was no attraction.

On Lincoln’s Birthday, the Leviathan departed from Liverpool. We had been through a tough time. If someone asked us what we liked most about Liverpool, we would have said, “The first ship back to the States,” because Liverpool, with its dreary, dim streets and biting, foggy air, held no charm for us.

We were in a heavy sea practically from the time we left the Mersey until within a day or two of New York.

We were in rough seas almost the entire time from when we left the Mersey until just a day or two before reaching New York.

One interesting event occurred soon after our departure. The Porter, one of the crackerjack destroyers, sighted a suspicious spar in the water. With an abrupt change of course, and almost turning in her own length, she made direct for the[66] object, dropping a 300-pound depth charge of T. N. T., which blew the spar to atoms. At this time the crew was down “chowing,” enjoying the famous Leviathan “turnovers.” The explosion of this charge shook the ship and all hands rushed on deck.

One interesting event happened shortly after we left. The Porter, one of the top destroyers, spotted a suspicious spar in the water. With a quick change of direction, and almost turning in her own length, she headed straight for the[66] object, dropping a 300-pound depth charge of T.N.T., which blasted the spar to pieces. At that moment, the crew was below deck “chowing,” enjoying the famous Leviathan “turnovers.” The explosion shook the ship, and everyone rushed on deck.

Open Ocean

The violent seas broke over our fo’castle, throwing the spray as high as the flying bridge, 100 feet above the water. It tore gun rails apart, lifted lifeboats from their fastenings, opened shell cases and did considerable all-around damage. Some good came of it—the first division men found no reason to wash down decks for some time to come.

The rough seas crashed over our foredeck, spraying water as high as the flying bridge, 100 feet above the surface. It ripped apart gun rails, lifted lifeboats from their moorings, opened shell cases, and caused a lot of damage overall. Some good came out of it—the first division crew had no reason to wash down the decks for a while.

The destroyers were unable to keep up with us, and it is remarkable that they stayed with us as long as they did. The sea proved too much for them. When caught in the trough formed by two high waves, hardly more than the top of their stacks and masts was discernible. They trailed behind us the entire next day, within radio call, and turned back upon receiving word from us that we were out of the danger zone. The danger from submarines was rather slight when it is considered how difficult a matter it would be for them to launch a torpedo accurately in a heavy sea.

The destroyers couldn’t keep up with us, and it’s impressive that they stuck with us for as long as they did. The sea was just too rough for them. When they got caught in the dip between two high waves, only the tops of their stacks and masts were visible. They followed us the entire next day, staying within radio range, and turned back after we told them we were out of danger. The threat from submarines was pretty low when you think about how hard it would be for them to launch a torpedo accurately in such rough seas.

We continued upon our course without event until off the Grand Banks of Newfoundland. Here we ran into a fog so thick that it was impossible to see our bow from the bridge, and every minute for eight hours of this day our steam fog whistle blew steadily, warning all nearby ships of our approach.

We kept going on our route without any incidents until we reached the Grand Banks of Newfoundland. Here, we encountered a fog so dense that we couldn’t see the front of our ship from the bridge, and every minute for eight hours that day, our steam fog whistle blew consistently, warning all nearby vessels of our presence.

Nantucket Lightship, the first indication of land, was reported by one of the signal boys on the night of February 18th. Montauk Point and Shinnecock Lights soon followed and the next morning found us at the entrance to New York Harbor, our first overseas trip successfully completed.

Nantucket Lightship, the first sign of land, was spotted by one of the signal boys on the night of February 18th. Montauk Point and Shinnecock Lights soon showed up, and the next morning we found ourselves at the entrance to New York Harbor, successfully finishing our first overseas trip.

The ship was brought up the river to the dock in the thickest fog seen for years. Capt. W. S. McLaughlin gauged the turn nicely and Capt. W. J. Bernard had a tug stationed at the end of Pier 4 to guide the Leviathan in by whistle signal. It was a highly creditable performance.

The ship was brought up the river to the dock in the thickest fog seen in years. Capt. W. S. McLaughlin navigated the turn perfectly, and Capt. W. J. Bernard had a tug stationed at the end of Pier 4 to guide the Leviathan in using whistle signals. It was an impressive maneuver.

Second Trip to Liverpool

After a stay of thirteen days in New York, during which time our supplies were replenished and minor repairs and alterations were made, we steamed out of New York Harbor on March 4th, for our second trip overseas. On board we had 8,242 troops, with the following organizations:

After spending thirteen days in New York, where we restocked our supplies and made some minor repairs and adjustments, we left New York Harbor on March 4th for our second overseas trip. Onboard, we had 8,242 troops from the following organizations:

120th Field Artillery, 121st Field Artillery, 2nd Motor Mechanics, 9th and 10th Brigades, 20th F. A., 5th Div. School; Maj. Gen. J. T. Dickman. Accompanying us was H. B. Davison, Chairman of the War Council, American Red Cross. After passing out of the channel we dropped our Pilot at Sandy Hook and once more set our course at 90 degrees headed due east. Fire Island Light was passed abeam at 2.43 the same afternoon. We were making a standard speed of 20 knots which was maintained throughout the day while the weather remained clear and the sea smooth. After sundown the ship was darkened with the exception of a few blue lights, commonly known as battle lights, located at the various watertight doors and at the stairways. For two days following, the weather remained moderate with occasional rain squalls and light northeast winds. From this time on all of our watertight doors were kept closed while an army guard kept constant watch on all doors to see that they were not tampered with or opened. Abandon ships drills were held each day and it may be mentioned that there was ample lifeboat equipment for every soldier aboard. Each soldier was provided with a lifebelt. On the afternoon of March 7th smoke was sighted dead ahead, we discovered it was a British cruiser and a half hour later we passed her, on our starboard beam 15,000 yards distant. On this same day a soldier on board was placed in solitary confinement for making seditious remarks.

120th Field Artillery, 121st Field Artillery, 2nd Motor Mechanics, 9th and 10th Brigades, 20th F. A., 5th Div. School; Maj. Gen. J. T. Dickman. Accompanying us was H. B. Davison, Chairman of the War Council, American Red Cross. After leaving the channel, we dropped our pilot at Sandy Hook and reset our course to 90 degrees, heading due east. Fire Island Light passed by on our side at 2:43 that afternoon. We maintained a standard speed of 20 knots throughout the day while the weather stayed clear and the sea smooth. After sunset, the ship was darkened except for a few blue lights, known as battle lights, positioned at various watertight doors and stairways. For the next two days, the weather remained mild with occasional rain squalls and light northeast winds. From this point on, all of our watertight doors were kept closed while an army guard kept constant watch on them to ensure they weren't tampered with or opened. Abandon ship drills were conducted each day, and it’s worth mentioning that there was plenty of lifeboat equipment for every soldier on board. Each soldier was given a lifebelt. On the afternoon of March 7th, smoke was spotted dead ahead, and we realized it was a British cruiser; half an hour later, we passed her at a distance of 15,000 yards on our starboard side. On the same day, a soldier on board was placed in solitary confinement for making seditious remarks.

At 6.15 A. M., March 9th, the following radio message, which was sent broadcast to all ships, was received:

At 6:15 AM on March 9th, the following radio message, which was sent out to all ships, was received:

“Vessels may meet three Allied submarines now proceeding from New London to Bermuda. Not escorted at present.”

“Ships might encounter three Allied submarines currently traveling from New London to Bermuda. They are not currently escorted.”

We entered the War Zone on the eight to twelve watch on the morning of March 11th, picking up our escort of destroyers, seven in number.

We entered the War Zone during the 8 AM to 12 PM watch on the morning of March 11th, meeting up with our escort of seven destroyers.

The rendezvous is previously arranged by cable and the destroyers are picked up by wireless from 24 to 36 hours before meeting. The times of arrival at the rendezvous are exchanged, and the meeting place arranged.

The meeting is set up in advance via cable, and the destroyers are informed by wireless 24 to 36 hours before they meet. The arrival times at the meeting point are shared, and the location is confirmed.

After picking up our escort, of which the Destroyer Manly was the senior ship, we proceeded on a zigzag course heading again for Liverpool. While passing through St. George’s Channel the Manly was seen to suddenly swerve out of the formation and while only 800 yards from our port bow she commenced firing with her forward battery and fired a five-inch shell apparently at some suspicious object sighted. She immediately dropped a depth charge. It was so close that the Leviathan shook from stem to stern and many thought that we had struck a mine. What the object was we do not know, but if it was a sub, we extend our most heartfelt sympathies to the families of the crew. We proceeded on our trip without further event and the following afternoon found us in Liverpool once more. Immediately upon arriving the disembarking of troops and baggage was begun. The next morning, before all troops had left the ship, it was necessary for us to proceed to dry dock while the tide was high. One of the river ferry-boats unfortunately passed too close to us and suffered considerable damage, although she had been properly warned to give us right of way.

After picking up our escort, with the Destroyer Manly being the lead ship, we continued on a zigzag route back to Liverpool. While passing through St. George’s Channel, the Manly suddenly veered out of formation and, just 800 yards from our port side, began firing her forward guns at what seemed to be a suspicious object. She quickly dropped a depth charge. It was so close that the Leviathan shook from bow to stern, and many thought we had hit a mine. We don’t know what the object was, but if it was a submarine, we offer our deepest condolences to the crew's families. We continued on our journey without further incidents, and the next afternoon we arrived back in Liverpool. As soon as we arrived, the disembarking of troops and luggage began. The following morning, before all the troops had left the ship, we needed to go into dry dock while the tide was high. Unfortunately, one of the river ferry boats got too close and sustained significant damage, even though they had been properly warned to give us right of way.

Safely moored in Gladstone Dock this same afternoon, the disembarking of troops was continued and completed the next morning. It was fine to see regiments of American troops, with flags unfurled and bands playing popular Yankee airs, marching to war. The boys aroused the admiration of the English.

Safely docked in Gladstone Dock this afternoon, the disembarking of troops continued and wrapped up the next morning. It was great to see regiments of American troops, with their flags flying and bands playing popular American songs, marching off to war. The guys impressed the English.

Our stay in Liverpool, from March 12th to April 10th, was similar to the previous one. Minor repairs were made and our troop-carrying capacity was increased.

Our time in Liverpool, from March 12th to April 10th, was similar to the last one. We made some minor repairs and increased our troop-carrying capacity.

English contractors had been coaling the ship for at least three weeks and a few days before sailing it was found necessary for the crew to take this work in hand. The men worked faithfully, night and day, for each additional ton placed in[69] the bunkers brought them so much closer to America—“God’s Country.”

English contractors had been loading coal onto the ship for at least three weeks, and a few days before sailing, it became necessary for the crew to take over this task. The men worked hard, day and night, because every additional ton added to[69] the bunkers brought them closer to America—“God’s Country.”

German prisoners

On April 9th, thirty-seven German prisoners, captured by the destroyers Fanning and Nicholson when they bombed and sank the U-58, were brought on board under guard for transportation to the United States. These prisoners consisted of thirty-three enlisted men, one warrant officer, and three commissioned officers. They were young men, their senior officer had been awarded the Iron Cross.

On April 9th, thirty-seven German prisoners, taken by the destroyers Fanning and Nicholson after they bombed and sank the U-58, were brought on board under guard for transport to the United States. These prisoners included thirty-three enlisted men, one warrant officer, and three commissioned officers. They were young men, and their senior officer had received the Iron Cross.

Previous to their arrival arrangements had been made by the ship to guard them on the trip over. Twelve shot-guns of English make were purchased ashore and sawed off by the ship’s armorer to make them more effective for this sort of work. The aft brig was put in readiness for the enlisted prisoners, while staterooms on “C” deck were set aside for the officers. Chief petty officers were detailed to guard the officers on the trip over, while the guarding of the enlisted men was taken care of by the regular ship’s guard. Each prisoner wore a patch of red cloth on his right leg to signify that he was a prisoner of war.

Before their arrival, the ship made arrangements to secure them during the journey. Twelve English shotguns were purchased on land and modified by the ship’s armorer to improve their effectiveness for this task. The aft brig was prepared for the enlisted prisoners, while staterooms on “C” deck were designated for the officers. Chief petty officers were assigned to guard the officers during the trip, while the regular ship’s guard took care of the enlisted men. Each prisoner wore a red cloth patch on his right leg to indicate that he was a prisoner of war.

The C. P. O.’s guarding the prisoners had been torpedoed by a submarine a short time previous and bore no great love for their charges.

The C. P. O.s guarding the prisoners had been torpedoed by a submarine not long before and didn’t have much affection for their charges.

It was quite a jolt to their high pride to be captured by the “Yanks” and sent home by the “Yanks” on a German ship taken over by the “Yanks,” but the enlisted men seemed pleased that they had been captured and their lives were at least safe. Incidentally they showed no good feelings toward their former officers. One of the men, a machinist, had formerly been a bartender in Boston and one of the officers had been engaged in business in Cincinnati some years prior to the war.

It was a real shock to their inflated pride to be captured by the “Yanks” and sent home by the “Yanks” on a German ship taken over by the “Yanks,” but the enlisted men seemed happy that they had been captured and that their lives were at least secure. By the way, they had no warm feelings toward their former officers. One of the men, a machinist, had previously worked as a bartender in Boston, and one of the officers had been in business in Cincinnati a few years before the war.

The officers were a dignified set and they seemed surprised that they were not given unusual consideration. For instance, one of them asked his guard why he did not have hot water in his room. He was not highly elated when the guard retorted, “You people built the ship, why didn’t you pipe it to suit yourselves?”

The officers were a proud group and looked surprised that they weren’t given special treatment. For example, one of them asked his guard why he didn’t have hot water in his room. He wasn’t very pleased when the guard shot back, “You guys built the ship, so why didn’t you set it up the way you wanted?”

The German officers dined in the Ritz-Carlton Mess Hall, where our own officers dined, but at a table set aside for them and under guard.

The German officers ate in the Ritz-Carlton Mess Hall, where our own officers had their meals, but at a table reserved for them and under guard.

On April 13th, while en route to New York, we fired flat nose shells from each gun for tests. The German prisoners below thought we were firing at another of their “subs” and were much excited. The prisoners showed much interest as to what arrangements had been made for their abandoning ship, if occasion required, and did not seem any too pleased when they were informed that the same arrangements had been made for them as they had made for the lost souls on the Lusitania. Of course this was not literally true.

On April 13th, while heading to New York, we fired flat nose shells from each gun for testing. The German prisoners below thought we were shooting at another one of their “subs” and got quite excited. They were very curious about what arrangements had been made for them to abandon ship if needed, and didn’t seem too happy when we told them that the same arrangements had been made for them as had been for the lost souls on the Lusitania. Of course, this wasn’t literally true.

It might be mentioned that their first meal aboard this ship consisted of a favorite dish, frankfurters and sauerkraut. This was not pre-arranged, but incidentally happened to be on the menu that night.

It’s worth noting that their first meal on this ship was a favorite dish: frankfurters and sauerkraut. This wasn’t planned in advance; it just happened to be what was on the menu that night.

The trip home was without further event, except for a small iceberg sighted the second day out. We arrived in Hoboken on the afternoon of the 17th, and were welcomed by the usual crowds that lined the docks. The German submarine prisoners were taken off and placed under marine guard, and thence sent down to Fort McPherson, Ga.

The trip home was uneventful after that, except for a small iceberg we saw on the second day. We got to Hoboken in the afternoon on the 17th and were greeted by the usual crowds at the docks. The German submarine prisoners were taken off and put under marine guard before being sent down to Fort McPherson, GA.

The German officers moved off with disdain but their enlisted men waved a cordial good-bye to the ship and her crew. This incident illustrated their phase of mind, finally culminating in the mutinies of the German sailors at Kiel and Wilhelmshafen and effectually prevented a clashing of the German fleet and the Allied Navy.

The German officers left with contempt, but their enlisted men waved a friendly goodbye to the ship and her crew. This incident showed their mindset, ultimately leading to the mutinies of the German sailors in Kiel and Wilhelmshafen and effectively preventing a conflict between the German fleet and the Allied Navy.

Third Trip Overseas

Late in the afternoon of April 24th, the Leviathan cast off her lines once more, after a short stay of only seven days in Hoboken. The patent log, which registers the speed of the ship, was streamed from the taff-rail upon our departure and a standard speed of eighteen knots was maintained until past Ambrose Channel Light Vessel.

Late in the afternoon on April 24th, the Leviathan let go of her lines again, after a brief stop of just seven days in Hoboken. The patent log, which tracks the ship's speed, was streamed from the taff-rail as we left, and we kept a steady speed of eighteen knots until we were past the Ambrose Channel Light Vessel.

Troops and organizations on board were as follows:

Troops and organizations on board were as follows:

Troops, 8,909. Men in 11th Infantry; 15th Machine Gun Battalion; Base Hospital No. 20, Female; Base Hospital No. 30, Female; 304th Field Artillery; 306th Field Artillery; 302d Supply Train of the 77th Div. N. A.; Brig. General Walter H. Gordon, 10th Infantry Brigade.

Troops: 8,909. Men in the 11th Infantry; 15th Machine Gun Battalion; Base Hospital No. 20, Female; Base Hospital No. 30, Female; 304th Field Artillery; 306th Field Artillery; 302nd Supply Train of the 77th Division, N.A.; Brigadier General Walter H. Gordon, 10th Infantry Brigade.

Exceptionally mild weather was encountered on the entire trip across, especially in the Gulf Stream, the temperature of the water at times running as high as 73 degrees. Numerous flying-fish and schools of Porpoise were observed from day to day. The spouting fish would cause us to keep our gaze fixed upon him. Gliding through the water he greatly resembles the wake of a periscope.

Exceptionally mild weather was experienced throughout the entire trip, especially in the Gulf Stream, where the water temperature sometimes reached as high as 73 degrees. We spotted numerous flying fish and schools of porpoises each day. The spouting fish kept us watching intently. Gliding through the water, it closely resembles the wake of a periscope.

The opinion was expressed on board that this time France would be our destination. Our cargo holds were loaded to the top with all sorts of army equipment, camouflaged artillery wagons, automobile trucks, shell cases, etc. After the fourth day out the men on the bridge knew for an absolute fact, by the course steered, that we were heading for France and many of us already saw ourselves walking up the main street of Paris with a girl on each arm. Little did we know how keen our disappointment would be, for as later events proved, our views of France were to be observed from a coal barge, three long miles away from the mainland.

On the ship, everyone thought this time we would be going to France. Our cargo holds were packed full of all sorts of army gear, camouflaged artillery wagons, trucks, shell cases, and more. After four days at sea, the guys on the bridge were certain, based on our course, that we were headed for France, and many of us imagined walking down the main street of Paris with a girl on each arm. Little did we know how disappointed we would be, because as later events showed, our view of France would be from a coal barge, three long miles away from the mainland.

Occasionally a convoy of perhaps ten or twelve vessels would be sighted, hull below the horizon and just the masts visible, presenting a peculiar sight, keeping pace with us for a few hours and gradually disappearing. It was unusual for a lone ship to be sighted, for the safest method of travel was in convoy, escorted by cruisers or destroyers. Extremely precautionary methods were always taken with ships sighted without escort, a change of course usually effected to give such vessels a wide berth. They were always looked upon with suspicion by us, especially sailing vessels, for instances have been reported of German U-boats rigging up two or three sails and floating on the surface of the water to resemble harmless, slow-moving schooners.

Occasionally, we would spot a convoy of about ten or twelve vessels, their hulls hidden below the horizon with only the masts visible. It was a strange sight as they kept pace with us for a few hours before gradually disappearing. It was rare to see a lone ship since the safest way to travel was in a convoy, protected by cruisers or destroyers. Whenever we saw ships without escort, we took extra precautions, usually changing our course to stay far away from them. We always viewed such ships with suspicion, especially sailing vessels, because there were reports of German U-boats setting up two or three sails to float just below the surface and look like harmless, slow-moving schooners.

Safety Measures Implemented

In addition to these we gave wide berth to any floating objects observed, such as barrels, spars, wooden cases, etc., for fear that these were dangerous mines. On one occasion, while in the danger zone, our starboard guns were fired on a suspicious object which later proved to be a spouting black-fish. Absolutely no chances were taken. Our motto, because of the 12,000 souls aboard, was “Safety First.” A transport, especially one nearly 1,000 feet long, presents a huge target for a U-boat, and must necessarily act on the defensive, not offensive.

In addition to these, we kept a safe distance from any floating objects we spotted, like barrels, logs, wooden crates, etc., because we were worried they might be dangerous mines. One time, while in a risky area, our starboard guns were fired at a suspicious object that turned out to be a spouting whale. We took absolutely no chances. Our motto, considering the 12,000 people on board, was “Safety First.” A transport ship, especially one nearly 1,000 feet long, is a huge target for a U-boat, and it has to play defense, not offense.

Everything went well on this journey until very close to land. We were escorted by the usual destroyers and were prepared to make land fall, when the good weather we had been having was interrupted by an extremely heavy fog. Although still in the danger zone our speed was necessarily decreased. It is almost impossible to navigate in a thick fog and consequently our engines were brought almost to a standstill. Looking out on our starboard beam, through the thick fog, an object was seen to approach us. This proved to be one of our destroyers, which hove close to. Through a megaphone an officer on our bridge shouted, “We don’t know where we are. Do you?” To which came the most disappointing answer, “No.” Here was a ticklish situation. Floundering around in a section of water that was a hot-bed for submarines, we were all considerably on the alert. Suddenly through the thick fog, from the destroyer, came the report, “Black and white buoy on starboard beam.” All breathed a sigh of relief, for that buoy signified mid-channel and that we were following a course that would lead us direct to our destination. This was a bit of clever navigation, even if we say so ourselves.

Everything was going smoothly on this journey until we were near land. We were accompanied by the usual destroyers and ready to land when the nice weather we had experienced turned into a very thick fog. Even though we were still in a risky area, we had to slow down. Navigating in such dense fog is nearly impossible, so our engines were almost idled. As we peered out to our starboard side through the fog, we spotted something approaching us. It turned out to be one of our destroyers, which came close. An officer on our bridge yelled through a megaphone, “We don’t know where we are. Do you?” The frustrating answer came back, “No.” This put us in a tricky situation. Stuck in waters known for submarines, we were all on high alert. Then, through the fog, the destroyer reported, “Black and white buoy on starboard beam.” Everyone breathed a sigh of relief, as that buoy indicated we were mid-channel and on a course straight to our destination. It was a bit of clever navigating, if we do say so ourselves.

We entered the harbor of Brest, France, on the afternoon of May 2d, just as the fog lifted. Our eyes beheld a beautiful harbor, surrounded on the mainland by the prettiest green fields and old-fashioned farm-houses, with a clear sky overhead and a hot sun beating down on the deep, blue water of the Goulet. Our mooring was made to a large buoy, for in Brest there are very few docks and none large enough for a ship of our dimensions.

We arrived at the harbor of Brest, France, on the afternoon of May 2nd, just as the fog cleared. Our eyes took in a stunning harbor, surrounded on the mainland by beautiful green fields and charming old farmhouses, with a clear sky above and a hot sun shining down on the deep blue water of the Goulet. We tied up to a large buoy because there are very few docks in Brest, and none big enough for a ship our size.

Hastily the disembarkation of troops and cargo was begun and simultaneously the crew turned to on the coal barges with a will, shovelling 4,600 tons of coal in the ship’s bunkers within 48 hours.

Hastily, the unloading of troops and cargo began, and at the same time, the crew energetically worked on the coal barges, shoveling 4,600 tons of coal into the ship’s bunkers within 48 hours.

The colored men from the stevedore regiments stationed at Brest, assisted materially in this work, coaling from barges on the starboard side of the ship, while two regimental bands retained on board to entertain the men filled the air with the latest “jazz” band music.

The Black soldiers from the stevedore regiments stationed at Brest played a significant role in this task, unloading coal from barges on the right side of the ship, while two regimental bands kept on board to entertain the troops filled the air with the latest jazz music.

We were soon under way again leaving Brest on the evening of May 5th, bound for New York.

We were soon on our way again, leaving Brest on the evening of May 5th, heading for New York.

Aeroplane View of Brest

Aerial View of Brest

Coaling Ship at Brest

Coal Ship at Brest

Brest

Brest is a seaport in the northwest of France, department of Finisterre. It has one of the best harbors in France and is the chief station of the French marine having safe roads capable of containing 500 men-of-war in from eight to fifteen fathoms at low water. The entrance is narrow and rocky and the coast on both sides is well fortified. The design to make it a naval arsenal originated with Richelieu and was carried out by Duquesne and Vauban in the reign of Louis XIV, with the result that the town was made almost impregnable. Brest stands on the summit and sides of a projecting ridge, many of the streets being exceedingly steep. Several of the docks have been cut in the solid rock, and a breakwater extends far into the roadstead. The manufactures of Brest are inconsiderable, but it has an extensive trade in cereals, wine, brandy, sardines, mackerel, and colonial goods. It is connected with America by a cable terminating near Duxbury, Mass.

Brest is a seaport in the northwest of France, in the Finisterre department. It has one of the best harbors in France and serves as the main base for the French navy, with safe waters capable of accommodating 500 warships in depths ranging from eight to fifteen fathoms at low tide. The entrance is narrow and rocky, and the coast on both sides is well fortified. The plan to develop it into a naval arsenal started with Richelieu and was implemented by Duquesne and Vauban during Louis XIV’s reign, making the town nearly impregnable. Brest sits on the top and sides of a protruding ridge, with many streets that are very steep. Several of the docks have been carved into solid rock, and a breakwater stretches far into the harbor. Brest's manufacturing is limited, but it has a large trade in cereals, wine, brandy, sardines, mackerel, and goods from the colonies. It is connected to America by a cable that ends near Duxbury, Massachusetts.

The English and Dutch were repulsed at Brest in 1694. In 1794 it was blockaded by Howe, who won a great victory off the coast over the French fleet.

The English and Dutch were pushed back at Brest in 1694. In 1794, it was blockaded by Howe, who achieved a significant victory against the French fleet off the coast.

Our escort of destroyers remained with us until the following morning, May 6th, seeing us safely through the war zone. The remainder of our voyage was accomplished at a speed of twenty knots without event of importance until arriving off Ambrose Light, the entrance to New York Harbor. Here a thick fog again delayed us, causing us to drop anchor until late in the afternoon of the same day, May 12th. The sky cleared about this time and we proceeded up the channel and to our regularly assigned berth, making fast to the dock in Hoboken at 9:28 P. M.

Our group of destroyers stayed with us until the next morning, May 6th, ensuring we passed safely through the war zone. The rest of our journey was made at a speed of twenty knots without any significant events until we reached Ambrose Light, the entrance to New York Harbor. A thick fog delayed us again here, forcing us to drop anchor until late in the afternoon of the same day, May 12th. The sky cleared around this time, and we continued up the channel to our assigned berth, securing ourselves to the dock in Hoboken at 9:28 PM.

When the members of the crew went ashore they were subjected to excited cross-examination by many people, for rumor had decreed that we had been torpedoed and sunk with a tremendous loss of life. Of course we were not permitted to divulge any information along this line, but it was amusing to hear what interesting stories were narrated by the home-folk and it was with much satisfaction that we assured them, after the manner of Mark Twain, that the report of our deaths had been very much exaggerated.

When the crew members went ashore, they faced an enthusiastic barrage of questions from many people because rumors had spread that we had been torpedoed and sunk with a significant loss of life. Of course, we weren’t allowed to share any details about that, but it was amusing to listen to the interesting stories told by those at home, and we were quite pleased to assure them, like Mark Twain did, that the reports of our deaths had been greatly exaggerated.

Fourth Overseas Trip

The ship remained at her berth in Hoboken from the 12th to the 22d of May, giving the crew a reasonable amount of shore leave, the men living in nearby states thus had an opportunity to visit their homes.

The ship stayed at her dock in Hoboken from May 12th to 22nd, allowing the crew a decent amount of time off. The men from nearby states had the chance to visit their homes.

At 4:03 on the afternoon of May 22d, we left on our fourth eastward bound voyage with the following troops:

At 4:03 PM on May 22nd, we set off on our fourth eastbound journey with the following troops:

Troops, 10,577. 43rd Engineers; 108th Supply Train; 131st Infantry; 318th Infantry; Base Hospital No. 13, Female; Major General A. Gronkhite, 80th Div.

Troops, 10,577. 43rd Engineers; 108th Supply Train; 131st Infantry; 318th Infantry; Base Hospital No. 13, Female; Major General A. Gronkhite, 80th Div.

We followed the regular channel in leaving New York Harbor, and once more at sea, started on our fourth venture to slip through the blockade of German U-boats and to land 10,000 more troops to assist in breaking down the high pride of the German autocracy.

We took the usual route when leaving New York Harbor, and once we were back at sea, we began our fourth attempt to get past the blockade of German U-boats and deliver 10,000 more troops to help break the stronghold of German autocracy.

On the afternoon of May 23d, at 4 P. M., while the water-tight door system was being tested, one of the Army officers accidentally had his leg caught in a closing water-tight door. These doors are hydraulically opened and shut and centrally controlled by a lever on the bridge. Prior to the closing of these doors a warning alarm is sounded, but the officer, in some unexplainable manner, became confused and suffered a severe injury.

On the afternoon of May 23rd, at 4 PM, while they were testing the water-tight door system, one of the Army officers accidentally got his leg caught in a closing water-tight door. These doors are opened and closed using hydraulic systems and are controlled by a lever on the bridge. Before these doors close, a warning alarm sounds, but the officer, for some unexpected reason, became confused and sustained a serious injury.

The ship’s log for the next few days showed the single entry “B,” which signifies clear weather and absolutely blue sky. The sea was unusually smooth at this time, hardly a ripple appearing on the surface of the water.

The ship’s log for the next few days showed the single entry “B,” which stands for clear weather and completely blue sky. The sea was unusually calm during this time, with barely a ripple on the surface of the water.

“Carlton” Sunk

At 6:37 A. M., May 29th, our escort of destroyers was picked up, immediately taking up their respective positions abeam and ahead of the ship. Everything went well until 4:25 this same afternoon, when we received an S.O.S. from the U. S. S. Carlton that she had been torpedoed in 47° North Latitude, 11° 20´´ West Longitude, and upon referring to our charts we found that we would be in that same position at 9:30 that same evening. It was advisable for us to change our[77] course in order to steer clear of the possible cruising radius of this submarine, which we did at 5:05, heading our course to the north. At 10:45 P. M., after passing the approximate position of the sinking of the Carlton, we resumed our direct course for Brest. During this time signals were exchanged between us and our escort upon the advisability of sending one of our escorting destroyers to the assistance of the Carlton, but owing to the great value of our own ship and its precious cargo aboard this was deemed inadvisable. This illustrates what stern measures necessarily had to be taken in time of war. We were compelled to leave the crew of a torpedoed ship presumably to their fate for the greater duty involved upon us. However, later reports showed that the crew of the Carlton had been rescued by one of the alert destroyers patrolling the seas in this vicinity.

At 6:37 A.M. on May 29th, our escort of destroyers arrived and took up their positions alongside and ahead of the ship. Everything went smoothly until 4:25 that afternoon, when we received an S.O.S. from the U.S.S. Carlton, stating that it had been torpedoed at 47° North Latitude, 11° 20′ West Longitude. Checking our charts, we saw that we would be at that same location at 9:30 that evening. It was wise for us to change our[77] course to avoid the possible range of this submarine, which we did at 5:05, heading north. At 10:45 P.M., after passing near the spot where the Carlton sank, we resumed our direct route to Brest. During this time, we exchanged signals with our escort about sending one of our destroyers to help the Carlton, but due to the significant value of our own ship and its important cargo, it was deemed unwise. This highlights the tough decisions that had to be made during wartime. We had to leave the crew of a torpedoed ship to their fate for the greater responsibility we held. However, later reports confirmed that the crew of the Carlton was rescued by one of the vigilant destroyers patrolling in the area.

We did not consider all danger past and as an extra precaution, orders were issued on board to have all men assigned to duty on life-boats and similar duties, remain at their stations until further orders. This vigil continued throughout the night. It was a clear moonlight night, but moonlight held no charm for us then. The rays reflecting upon the water lighted up the huge ship and made her a fine target for a lurking U-boat.

We didn’t think all the danger was over, so as a precaution, orders were given for all crew members assigned to lifeboats and similar duties to stay at their posts until further notice. This watch continued throughout the night. It was a clear moonlit night, but the moonlight was no comfort for us at that moment. The light reflecting off the water illuminated the massive ship, making it an easy target for a hidden U-boat.

Engagement with Submarine

Communication made with Brest the next morning, May 30th, informed us that the pilot and pilot destroyer would meet us. However, for a very good reason we did not pick up a pilot, for on this date, which has proven memorable in the history of the Leviathan, “Fritz” did his best to make it a Memorial Day for the Leviathan and a Decoration Day for himself. On the spot that we expected to take our pilot on board we had our first real engagement with the pirates of the sea. With the hills of Brest plainly visible on our port bow, the smooth surface of the water was broken by the wake of a periscope on our port quarter. The sharp eyes of Lieutenant Beebe, the assistant navigator, saw the danger, and from his post of observation he reported sharply to the captain.[78] Captain Bryan was at his side in an instant and—saw—nothing. The “sub” had “porpoised” under. The young navigator stayed glued to the spot. The “sub” porpoised up on the surface and this time the captain was looking over the shoulder of the former blue-jacket, and in an instant things began to hum. The following entry was made in the ship’s log:

Communication made with Brest the next morning, May 30th, informed us that the pilot and pilot destroyer would meet us. However, for very good reasons, we did not take on a pilot, since on this date, which has become memorable in the history of the Leviathan, “Fritz” tried hard to make it a Memorial Day for the Leviathan and a Decoration Day for himself. At the spot where we expected to pick up our pilot, we had our first real encounter with the pirates of the sea. With the hills of Brest clearly visible on our port bow, the smooth water was disrupted by the wake of a periscope on our port quarter. The sharp eyes of Lieutenant Beebe, the assistant navigator, spotted the danger, and from his observation post, he promptly reported to the captain.[78] Captain Bryan was at his side in an instant and—saw—nothing. The “sub” had “porpoised” beneath the surface. The young navigator remained glued to his position. The “sub” surfaced again, and this time the captain was looking over the shoulder of the former blue-jacket, and in an instant, things started to get intense. The following entry was made in the ship’s log:

12:29 P. M.—Sighted submarine pursuing us on our port quarter, about 1,500 yards distant. Ordered full speed, 165 revolutions. Opened fire with Number Six and Number Eight guns, three shots. Stopped zig-zagging. Changed course 12:40 P. M.

12:29 P.M.—Spotted a submarine chasing us on our left side, about 1,500 yards away. Ordered full speed, 165 revolutions. Opened fire with Number Six and Number Eight guns, three shots. Stopped zig-zagging. Changed course 12:40 P.M.

12:59 P. M.—Submarine appeared again. Opened fire with Number Six and Number Eight guns. Nine shots.

12:59 PM—The submarine reappeared. Opened fire with the Number Six and Number Eight guns. Nine shots.

1:19 P. M.—Submarine appeared again. Opened fire with Number Six and Number Eight guns. Seven shots.

1:19 P.M.—The submarine showed up again. We opened fire with the Number Six and Number Eight guns. Seven shots fired.

1:34 P. M.—Threw in manœuvering combination. Standard speed 112 revolutions.

1:34 P.M.—Initiated the maneuvering combination. Standard speed is 112 revolutions.

1:45 P. M.—Entering harbor at various courses and speeds.

1:45 P.M.—Entering the harbor at different angles and speeds.

It was the general opinion among the officers on board that a cordon of U-boats had been lying in wait, located in such a manner that if the first submarine failed in her attempt to torpedo us, the others in turn would be in a position to follow up the attack.

It was the common belief among the officers on board that a line of U-boats had been lurking nearby, positioned so that if the first submarine didn't succeed in torpedoing us, the others would be ready to continue the attack.

During one attack a French fishing boat appeared between us and our object of fire, and had a very narrow escape from being struck by one of our 105 pound explosive shells. The skipper of this boat was taken on board later. He said he clearly saw the “sub” we were firing at.

During one attack, a French fishing boat came between us and our target, and it barely missed being hit by one of our 105-pound explosive shells. The captain of that boat was taken on board later. He said he clearly saw the “sub” we were firing at.

The coolness of our commanding officer, Capt. H. F. Bryan, and the splendid co-ordination of the entire crew, were so perfect, that only three distinct orders were issued in this moment of peril, as follows: 1. Hold your course. 2. Open fire on submarine, port quarter. 3. Sound General Alarm.

The composure of our commanding officer, Capt. H. F. Bryan, and the excellent coordination of the whole crew were so flawless that only three clear orders were given in this moment of danger: 1. Maintain your course. 2. Fire at the submarine on the port quarter. 3. Sound the General Alarm.

Every shot fired was greeted by cheers and shouts of encouragement from the enthusiastic soldiers on the decks, who crowded to favorable positions to witness the accurate firing of our gun-crews. The Army Nurses left their luncheon to take a peek at the “fun,” and their calmness and enthusiasm in the face of a deadly menace were an inspiration to the sailors[79] manning the big guns. An apt comparison to this battle would be the excitement incidental to a World Series baseball game, eleven innings, score: 0-0, and a home-run hit made. Wow!

Every shot fired was met with cheers and encouraging shouts from the excited soldiers on the decks, who crowded into good spots to watch our gun crews fire accurately. The Army Nurses left their lunch to check out the “fun,” and their calmness and enthusiasm in the face of danger inspired the sailors manning the big guns. A good comparison to this battle would be the thrill of a World Series baseball game, eleven innings, score: 0-0, and then a home run! Wow! [79]

After the attack no evidence was noted of any of the “subs” having been sunk, such as oil or scum or floating bits of wreckage. Of course, we did not turn around or stop to look for this evidence, but inasmuch as none of the enemy was allowed within torpedo range or cared to show himself again, he certainly must have taken the accuracy of our gun-fire into serious consideration.

After the attack, there was no sign that any of the "subs" had been sunk, like oil, scum, or floating bits of wreckage. We didn’t turn around or stop to search for this evidence, but since none of the enemy got within torpedo range or wanted to show themselves again, they must have seriously considered the accuracy of our gunfire.

A disadvantage of our freedom of the press was typically demonstrated in the U. S. at this time, for the leading newspapers contained all sorts of misleading accounts, full of far-fetched descriptions of the attack. One paper stated that twenty U-boats had attacked the Leviathan and that we had evaded a school of torpedoes. The exact number of submarines encountered on this day is not known, but it is believed that there were at least three, and very probably more.

A drawback of our freedom of the press was often seen in the U.S. at this time, as the major newspapers featured all kinds of misleading reports, filled with exaggerated accounts of the attack. One paper claimed that twenty U-boats had assaulted the Leviathan and that we had dodged a swarm of torpedoes. The precise number of submarines involved that day is unknown, but it's thought there were at least three, and likely more.

We had a narrow escape though, for just after the first submarine was sighted, at 12:29 mid-day, our zigzag clock on the bridge rang, 12:30, notifying us to make an abrupt change of course to port. If this change had been made the “sub” would have had us broadside on and our entire length would have been exposed to torpedo attack. Captain Bryan saw this immediately and issued the above-mentioned order to hold the course.

We had a close call, though, because just after we spotted the first submarine at 12:29 PM, our zigzag clock on the bridge rang at 12:30, alerting us to quickly change course to the left. If we had made that change, the submarine would have caught us broadside, exposing our whole length to a torpedo attack. Captain Bryan recognized this right away and gave the order to keep our course.

Arriving in Brest after all this excitement the ship was made fast to our usual mooring buoy. The crew as before, turned to on the coal barges and inspired by the enthusiasm and excitement and experience of that morning, heaved the necessary amount of coal, 4,500 tons, into the bunkers in record time. The big ship had discharged its living cargo of thousands of troops, hundreds of officers and many passengers, had sent loads of stores to the grim destroyers, including thousands of bags of welcome mail from the folks at home and then proceeded to sea inspired with the hopes and desires of clashing with the submarine that had sunk the President Lincoln the day before. “Up and at ’em” was our slogan.

Arriving in Brest after all that excitement, the ship was securely tied to our usual mooring buoy. The crew, as before, got to work on the coal barges, and fueled by the enthusiasm, excitement, and experience of that morning, quickly loaded the necessary 4,500 tons of coal into the bunkers in record time. The big ship had unloaded its living cargo of thousands of troops, hundreds of officers, and many passengers, sent loads of supplies to the grim destroyers, including thousands of bags of welcome mail from home, and then headed back to sea with hopes and desires of confronting the submarine that had sunk the President Lincoln the day before. “Up and at ’em” was our motto.

Second Submarine Battle

We sailed out of Brest late in the afternoon of June 1st, having on board many notable passengers. The destroyers Nicholson and Wadsworth, two of our most famous sea-fighters, accompanied us. All hands were set for another attack. It was not long in coming. At 7:16 P. M. this same evening, the wake of a periscope was observed on the starboard quarter by Lieutenant Haltnorth, who quickly passed the word to the bridge where it was received by Lieutenant J. J. Jones, the Officer of the deck. A hurried message was sent in to the commanding Officer and at the same time the general alarm was sounded. The fire-control officer on the upper-structure took a prompt and accurate range on the hissing white menace of foam approaching so balefully in the wake of the setting sun. A few short seconds passed, the arrow on the engine room dial plate spun around to “full speed ahead,” and the whirr of the electric warnings quickened the ears of the officers and men on watch in the fire-rooms. The furnace doors flew open and in the streaming light with bent backs and broad shoulders, sturdy young Americans poured coal into the great fires.

We sailed out of Brest late in the afternoon on June 1st, with many prominent passengers on board. The destroyers Nicholson and Wadsworth, two of our most famous sea fighters, accompanied us. Everyone was ready for another attack. It didn't take long for it to happen. At 7:16 PM that same evening, Lieutenant Haltnorth spotted the wake of a periscope on the starboard quarter and quickly relayed the information to the bridge, where it was received by Lieutenant J. J. Jones, the Officer of the Deck. A quick message was sent to the commanding officer while the general alarm was sounded. The fire-control officer on the upper structure quickly took an accurate range on the hissing white threat of foam approaching ominously in the wake of the setting sun. A few seconds went by, the needle on the engine room dial spun to “full speed ahead,” and the whir of the electric alarms sharpened the senses of the officers and crew in the fire rooms. The furnace doors flew open, and in the bright light, sturdy young Americans with bent backs and broad shoulders poured coal into the blazing fires.

A volume of thick black smoke issued from the funnels and at the same time number seven gun with a venomous roar, let go a shell of TNT, enveloped in lurid flame and smoke. Number five gun got busy. The breech-plug closed noiselessly, sharp click, the primer inserted accurately by the gun-captain, a smooth “Ready” from his lips, and number five gun hurled a shell of high explosive to blot out from the sea-scape one of the under-sea Hun boats.

A thick black cloud of smoke poured out of the funnels, and at the same time, the number seven gun let loose a shell of TNT with a menacing roar, wrapped in bright flames and smoke. The number five gun kicked into action. The breech-plug closed silently with a sharp click, the gun-captain accurately inserted the primer, and calmly said “Ready.” Then the number five gun launched a shell of high explosive to eliminate one of the underwater enemy boats from the scene.

Number seven gun shot again with a reverberating roar, followed again by number five, the only two guns that could bear upon the Prussian menace.

Number seven fired again with a loud boom, followed by number five, the only two guns that could target the Prussian threat.

From the signal-bridge, a green and white submarine warning flag was fluttering and the destroyers Nicholson and Wadsworth, with their inboard sides awash, turned in a quick endeavor to charge the on-coming “sub.” The Nicholson was nearer and in few minutes number five and seven guns[81] ceased firing, for the Nicholson was in direct range between our ship and the submarine, with huge volumes of black smoke pouring out of her funnels. The Nicholson made a circuit around the “sub” which had submerged and promptly and accurately laid a beautiful barrage of sixteen depth bombs all around the place of disappearance. The explosions from these depth charges shook the big Leviathan, nearly two miles away by this time. The Nicholson, her blinker lights flashing fitfully through the smoke clouds reported, “We saw periscope of submarine and laid barrage of depth charges around the spot. We will report to our Force Commander.”

From the signal bridge, a green and white submarine warning flag was waving, and the destroyers Nicholson and Wadsworth, with their sides nearly submerged, quickly turned to charge at the oncoming submarine. The Nicholson was closer, and within a few minutes, guns number five and seven[81] stopped firing because the Nicholson was directly in line between our ship and the submarine, with thick black smoke billowing from her funnels. The Nicholson circled the submerged submarine and promptly and accurately dropped a perfect barrage of sixteen depth bombs all around the area where it had disappeared. The explosions from these depth charges shook the large Leviathan, which was nearly two miles away by that point. The Nicholson, her blinker lights flickering through the smoke, reported, “We spotted the submarine's periscope and dropped depth charges around the location. We will report to our Force Commander.”

The Wadsworth had by this time plowed her way up through the seas, but the Prussian terror of the deep had not taken too kindly to the overtures of friendship made by the Nicholson; and the Wadsworth signaled back to the Leviathan, “We see no submarine now.” Both gallant destroyers quickly turned and resumed their arduous duty of escorting the fast-moving Leviathan. Smoke was pouring from their funnels and a choppy sea made them bob up and down. A cloud of “V” shaped spray sparkled in the twilight as they circled in and out off the port and starboard bow of the queen of the transports.

The Wadsworth had by this time made its way through the waves, but the Prussian threat from the deep hadn’t responded well to the friendly gestures from the Nicholson; and the Wadsworth signaled back to the Leviathan, “We don’t see any submarines right now.” Both brave destroyers quickly turned and went back to their challenging task of escorting the fast-moving Leviathan. Smoke was billowing from their funnels, and the choppy sea caused them to bob up and down. A spray in a “V” shape glimmered in the twilight as they circled in and out around the port and starboard bow of the queen of the transports.

Twilight in the western sky deepened into long shadows upon the water. The chaplain of the ship walked out to the windward side of the navigation bridge and offered the customary sunset prayer for the huge ship with its women and children passengers, its captain, officers and crew. This custom of evening prayer was practiced on board every evening at sunset and prefaced the silent evening prayers of the seamen on the decks, the gun-crew at the guns, the signal boys on the bridge, the quartermaster at the wheel and the brawny-chested firemen who stoked the big furnaces below. In the war-zone none of these brave lads were certain of seeing another sunrise, so before the ship was plunged into darkness each night they offered up, while at their different duties and stations, heartfelt prayers for themselves and their people and loved ones at home.

Twilight in the western sky deepened into long shadows on the water. The ship's chaplain stepped out onto the windward side of the navigation bridge and said the usual sunset prayer for the massive ship with its women and children passengers, along with its captain, officers, and crew. This evening prayer was held every night at sunset, leading into the silent evening prayers of the sailors on the decks, the gun crew at the guns, the signal boys on the bridge, the quartermaster at the wheel, and the strong firemen who fed the big furnaces below. In the war zone, none of these brave guys were sure they would see another sunrise, so before the ship was enveloped in darkness each night, they offered up, while doing their different jobs, sincere prayers for themselves, their people, and their loved ones back home.

The Sunset Prayer at Sea

(Offered Every Evening at Sea by the Ship’s Chaplain)

(Offered Every Evening at Sea by the Ship’s Chaplain)

Thou, O Lord, art in the midst of us, and Thine holy name is called upon by us; leave us not, O Lord our God.

You, O Lord, are among us, and we call upon Your holy name; don't leave us, O Lord our God.

O Lord, hear our prayer; and let our cry come unto Thee.

O Lord, hear our prayer, and let our plea reach You.

Remember, most gracious Virgin Mother, Star of the Sea, that never was it known that anyone who fled to thy protection, implored thy aid and sought thy intercession, was left unaided. Inspired with this confidence, we fly to thee, Virgin of Virgins, our Mother, to thee we come; before thee we stand, sinful and sorrowful. Mother of the Word Incarnate, despise not our petition; but in thy clemency hear and answer us. Amen.

Remember, most gracious Virgin Mother, Star of the Sea, that it has never been known that anyone who sought your protection, asked for your help, and looked for your intercession was left unsupported. Filled with this confidence, we turn to you, Virgin of Virgins, our Mother; to you we come; before you we stand, sinful and sorrowful. Mother of the Word Incarnate, do not ignore our request; but in your kindness, hear and answer us. Amen.

Lord, save us waking, watch us sleeping that we may wake with Christ and rest in peace.

Lord, keep us awake and watch over us while we sleep, so that we can wake with Christ and find peace in rest.

Visit, we beseech Thee, O Lord, our distant homes and families; Thine angels guard them with Thy peace and benediction. Bless this ship we beseech Thee and drive far from it all the snares of the enemy; guide it upon a tranquil course unto the wished-for-haven—guard our Captain, his officers and crew, and the soldier-troops and passengers committed to their care; let Thy holy angels dwell hereon to keep us in peace and let Thy blessings be always upon us. Through Jesus Christ, Thy Son, Our Lord.

Visit us, we ask You, O Lord, at our distant homes and families; may Your angels protect them with Your peace and blessing. Bless this ship we ask You and keep away all the traps of the enemy; guide it on a smooth path to the desired harbor—watch over our Captain, his officers, and crew, as well as the soldiers and passengers entrusted to their care; let Your holy angels be here to keep us in peace and may Your blessings always be upon us. Through Jesus Christ, Your Son, Our Lord.

Into Thy hands, O Lord, we commend ourselves.

Into Your hands, O Lord, we entrust ourselves.

Vouchsafe, O Lord, this night to keep us without harm.

Keep us safe this night, O Lord.

May the Lord Almighty grant us a quiet night and a perfect end. May the Almighty and merciful Lord, the Father, the Son and the Holy Ghost bless and preserve us all. Amen.

May the Almighty Lord grant us a peaceful night and a flawless end. May the merciful Lord, the Father, the Son, and the Holy Spirit bless and protect us all. Amen.

The ship pursued her course steadily during the night watches and the men relieved one another at midnight and at 4 A. M. The morning sun broke clear and clean over the eastern horizon and discovered to us that our gallant destroyers had left us during the darkness, proceeding by pre-arranged plan to a similar duty of escorting an east-bound transport loaded with troops. Our voyage continued without further excitement at a speed of twenty and a half knots. We arrived in New York the morning of June 8th and made fast to the dock with little difficulty. No sooner had our gangplank touched the dock than our mail clerk was seen heavily laden with eagerly-sought-for mail.

The ship maintained its course steadily through the night, with the crew taking turns at midnight and 4 A.M. The morning sun rose brightly over the eastern horizon, revealing that our brave destroyers had left us during the night, following a pre-arranged plan to escort an east-bound transport full of troops. Our journey continued without any more excitement at a speed of twenty and a half knots. We arrived in New York on the morning of June 8th and docked with little trouble. As soon as our gangplank touched the dock, our mail clerk appeared, heavily burdened with eagerly awaited mail.

Fifth Trip Overseas

Eight days was ample time to give half the crew a five-day leave, and five days’ leave gave many of the boys who lived within traveling distance of New York, an opportunity to see home again for a few days. It was at this time that the one-third fare rate was put into effect for soldiers and sailors on furlough and it is needless to say this greatly assisted many boys who did not have the full fare to reach home.

Eight days was plenty of time to give half the crew a five-day leave, and those five days allowed many of the guys who lived close to New York to go home for a few days. During this time, the one-third fare rate was introduced for soldiers and sailors on leave, which, of course, helped a lot of guys who couldn’t afford the full fare to get home.

By evening, June 14th, all necessary supplies were loaded in our holds. Our quota of troops, this trip were as per the following list:

By the evening of June 14th, all the necessary supplies were loaded into our holds. Our quota of troops for this trip was as follows:

Troops, 10,423; 32d Engineers; 145th Infantry; 146th Infantry; 134th Machine Gun Battalion; 135th Machine Gun Battalion; Major General C. S. Farnsworth.

Troops, 10,423; 32nd Engineers; 145th Infantry; 146th Infantry; 134th Machine Gun Battalion; 135th Machine Gun Battalion; Major General C. S. Farnsworth.

For thirty-six hours after leaving Ambrose Channel Light Ship, just outside of New York, we were escorted by one destroyer, submarines were busily engaged off our coast-line these days. After the destroyer left us we continued on our voyage in the customary manner, holding abandon ship drills each day and operating the water-tight door system to insure its being in perfect working order. The weather was extremely warm and as a consequence it was found necessary to allow[83] the soldiers from the lower compartments to sleep on the outer decks.

For thirty-six hours after we left Ambrose Channel Light Ship, just outside of New York, we were accompanied by one destroyer, as submarines were actively operating off our coastline these days. After the destroyer left us, we continued our journey as usual, conducting abandon ship drills every day and operating the watertight door system to ensure it was in perfect working order. The weather was extremely hot, so it became necessary to let the soldiers from the lower compartments sleep on the outer decks.

On the 17th, at ten minutes to eleven in the morning, the Leviathan acted queerly, circling around in the smooth sea, which aroused the curiosity of all on board. This circling was caused by the steering apparatus going out of commission, but it was soon repaired.

On the 17th, at ten minutes to eleven in the morning, the Leviathan started acting strangely, circling around in the calm sea, which piqued the interest of everyone on board. This circling was caused by the steering system failing, but it was fixed quickly.

We certainly expected to see more of “Fritz” than ever on this voyage, but not a solitary event occurred outside the daily routine. Brest, France, was reached on the morning of the 21st, troops and cargo were disembarked and we headed for sea once more on the 24th accompanied by four destroyers.

We definitely thought we would see more of “Fritz” than ever on this trip, but nothing out of the ordinary happened beyond our daily routine. We arrived in Brest, France, on the morning of the 21st, unloaded troops and cargo, and set sail again on the 24th, accompanied by four destroyers.

The return trip was interrupted once. The destroyers had left us after a day’s journey and no sooner had they done so when our gun-crews opened fire on a suspicious object astern of us. The destroyers by this time were on the horizon and hearing the firing of our guns proceeded to join us once more. Both number five and seven guns fired nine shots at the object sighted which disappeared immediately and we signaled to our destroyers that everything was O. K. and that we could proceed once more unescorted.

The return trip was interrupted once. The destroyers had left us after a day's journey, and no sooner had they done so than our gun crews opened fire on a suspicious object behind us. At this point, the destroyers were on the horizon, and upon hearing our gunfire, they came back to join us. Both gun number five and gun number seven fired nine shots at the object, which disappeared immediately. We signaled to our destroyers that everything was okay and that we could proceed again without an escort.

The weather for the remainder of the voyage was excellent. Fire Island Light Ship, which is thirty-two miles from Ambrose Channel, was sighted July 1st and in a few hours we were tied up at our pier in Hoboken with another trip to our credit.

The weather for the rest of the trip was great. We spotted the Fire Island Light Ship, which is thirty-two miles from Ambrose Channel, on July 1st, and within a few hours, we were docked at our pier in Hoboken, adding another trip to our record.

Sixth Trip Eastbound

Another eight days in New York and another five-day leave for the men of the crew. The five-day leaves were most welcome after a trip of seventeen or eighteen days at sea especially when the days consist of vigilant activity and high tension. The five days soon passed and as soon as we were provided with sufficient supplies of coal and water our troops came aboard.

Another eight days in New York and another five-day leave for the crew. The five-day leaves were a great relief after spending seventeen or eighteen days at sea, especially when those days were filled with constant activity and high stress. The five days passed quickly, and as soon as we had enough coal and water, our troops boarded.

Troops, 10,534; 313th Infantry; 314th Infantry; 311th Machine Gun Battalion; 310th Machine Gun Battalion; Base[84] Hospital No. 67; Base Hospital No. 68; Base Hospital No. 7; Base Hospital No. 47; 304th Field Signal Battalion; Brig. General Wm. J. Nicholson, 79th Div.

Troops: 10,534; 313th Infantry; 314th Infantry; 311th Machine Gun Battalion; 310th Machine Gun Battalion; Base[84] Hospital No. 67; Base Hospital No. 68; Base Hospital No. 7; Base Hospital No. 47; 304th Field Signal Battalion; Brig. General Wm. J. Nicholson, 79th Div.

We left for our sixth voyage across on July 8th at 6:30 P. M., and by nightfall we were well out to sea escorted by the destroyer Walke which left us the next morning. On the eight to twelve watch that morning we passed a considerable amount of wreckage, probably the result of submarine activities off our coast. Abandon ship drills were held as usual. The weather was fair and warm and a few soldiers were overcome by the heat making it necessary for the troops in some compartments to sleep on deck at night.

We set off on our sixth voyage on July 8th at 6:30 PM, and by nightfall, we were well out to sea, accompanied by the destroyer Walke, which left us the next morning. During the eight to twelve watch that morning, we came across a significant amount of wreckage, likely from submarine activity off our coast. Abandon ship drills were conducted as usual. The weather was nice and warm, and a few soldiers were affected by the heat, making it necessary for some troops to sleep on deck at night.

The U. S. S. Covington had been sunk by an unseen submarine just prior to our sailing, and with this fresh in our memory it was not necessary to remind the lookouts and gun crews to be especially vigilant and keep a sharp lookout at all times. We sighted our escort of destroyers at 8 A. M., on July 14th and passing through the danger zone safely, we anchored in Brest at 1:50 P. M., July 15th, one of the hottest days we had ever experienced.

The U. S. S. Covington was sunk by an unseen submarine right before we set sail, and with that fresh in our minds, it wasn’t necessary to remind the lookouts and gun crews to stay alert and keep a close watch at all times. We spotted our escort of destroyers at 8 A.M. on July 14th, and after safely passing through the danger zone, we anchored in Brest at 1:50 P.M. on July 15th, one of the hottest days we had ever experienced.

With all troops sent ashore and all cargo taken off we embarked our usual quota of passengers and left Brest at three o’clock on the afternoon of July 18th. We had 115 wounded soldiers on board, also the captain and officers of the U. S. S. Covington and the officers and crew of the S. S. Buffalo that had been sunk by submarines. We left with a convoy of four destroyers that stayed with us until noon the next day. The weather was good for the most part and the trip was made without trouble or excitement of any kind. The wounded soldiers were a cheerful lot and were well cared for. Some had been gassed, others lost limbs, but the prospect of home made them all happy.

With all the troops safely ashore and all our cargo unloaded, we took on our usual number of passengers and departed from Brest at 3 PM on July 18th. We had 115 wounded soldiers on board, along with the captain and crew of the U. S. S. Covington and the officers and crew of the S. S. Buffalo that had been sunk by submarines. We left with a convoy of four destroyers that accompanied us until noon the next day. The weather was mostly good, and the journey went smoothly without any trouble or excitement. The wounded soldiers were in good spirits and were well taken care of. Some had been gassed, others had lost limbs, but the thought of going home made them all happy.

McGonigle

Among our wounded soldiers was a man named McGonigle who had made the first overseas trip with the first batch of[85] troops the Leviathan carried across. We landed them in Liverpool.

Among our injured soldiers was a man named McGonigle who had taken the first overseas trip with the initial group of [85] troops that the Leviathan transported across. We landed them in Liverpool.

McGonigle belonged to a bombing squad and was wounded. His squad was in a shell hole hurling bombs into the enemy trenches for thirty-six hours. The men were tired and hungry. The Sergeant in charge was giving instructions to the men when a bomb held in the hands of McGonigle exploded blowing off both of his hands and inflicting other minor wounds including the amputation of the great toe of his left foot. Four of his comrades, including the sergeant, were killed by this explosion.

McGonigle was part of a bombing team and got injured. His team was in a shell hole throwing bombs into the enemy trenches for thirty-six hours. The men were exhausted and starving. The Sergeant in charge was giving instructions to the team when a bomb McGonigle was holding exploded, blowing off both of his hands and causing other minor injuries, including the loss of the big toe on his left foot. Four of his teammates, including the sergeant, were killed in the blast.

During our westbound trip an entertainment was given for the benefit of the wounded. During a lull between acts McGonigle stood up, and holding up both remaining parts of his arms said he would give a short stump speech. He then told of his accident and was glad to be going back on the ship that took him over, and on which ship he, with sixty other members of his company had volunteered to help the firemen in the fire room. He said he was one of us, a “gob,” for he had helped “deliver the goods.”

During our trip west, they put on a show to raise money for the injured. During a break between acts, McGonigle stood up and raised both of his remaining arms, saying he would give a brief speech. He shared his story about his accident and expressed his happiness to be returning on the ship that brought him over, where he and sixty other guys from his company had volunteered to assist the firemen in the fire room. He mentioned that he was one of us, a “gob,” because he had helped “deliver the goods.”

July 25th, at nine o’clock we passed Ambrose Light Ship and by 11:30 we were tied to our pier.

July 25th, at 9:00 AM we passed Ambrose Light Ship and by 11:30 AM we were docked at our pier.

Seventh Voyage Overseas

With the following troops and passengers on board we left New York at 3:25 P. M., August 3rd:

With the following troops and passengers on board, we left New York at 3:25 PM on August 3rd:

Troops, 10,893; 55th Infantry; 56th Infantry; 20th Machine Gun Battalion; 36th Div. Displacement Det.; 111th Trench Motor Battery; 88th Div. School Det.; July Auto Replacement Draft; Colonel W. O. Johnson, 56th Inf.

Troops, 10,893; 55th Infantry; 56th Infantry; 20th Machine Gun Battalion; 36th Div. Displacement Det.; 111th Trench Motor Battery; 88th Div. School Det.; July Auto Replacement Draft; Colonel W. O. Johnson, 56th Inf.

For the first time in the history of the ship we now traveled with other transports—the Great Northern and Northern Pacific, sister ships from the Pacific coast. These could speed along with us only in smooth water. In turbulent seas they dropped rapidly astern. The Great Northern reached New York one hour ahead of the Leviathan on one trip, but traveled 100 miles less to do so.

For the first time in the ship's history, we were traveling alongside other ships—the Great Northern and Northern Pacific, sister ships from the Pacific coast. These ships could keep up with us only in calm waters. In rough seas, they quickly fell behind. The Great Northern got to New York an hour before the Leviathan on one trip, but covered 100 miles less to get there.

One of our latest destroyers accompanied the convoy for the next twenty-four hours and then the three ships traveled unescorted, in beam-to-beam formation. The weather remained fair for the first four days during which time usual abandon ship drills were held.

One of our newest destroyers accompanied the convoy for the next twenty-four hours, and then the three ships traveled without escort, side by side. The weather stayed good for the first four days, during which regular abandon ship drills were conducted.

On the fifth day, however, we had some rough experiences. A storm broke, the waves rolled high and beat the ships fiercely. It was mid-summer and we were in the Gulf Stream yet the storm was a “whopper.” To add to the excitement the Northern Pacific reported “man overboard,” by a signal from her bridge. Immediately all three ships went into manœuvering formation and circled around the spot. The man overboard was a soldier. It was suicide with him though, for he left a letter of explanation. While circling around in an attempt to pick him up another man from the Northern Pacific went overboard. This was an unfortunate accident. Life buoys were dropped into the high-rolling seas for the lost men, and for an hour and a half we manœuvered around in an attempt to pick these men up, but it was useless. No one could stay afloat in that sea. The Northern Pacific and Great Northern both reported that they could make little headway and finally when the search for the missing men was given up we found it necessary to reduce speed so that the other ships in our convoy could remain in line with us.

On the fifth day, though, we faced some tough situations. A storm hit, the waves were huge and battered the ships hard. It was mid-summer and we were in the Gulf Stream, but the storm was a real doozy. To make things more intense, the Northern Pacific signaled “man overboard” from her bridge. Immediately, all three ships got into maneuvering formation and circled around the location. The person overboard was a soldier. Unfortunately, it was a suicide, as he left behind a letter explaining his actions. While we were circling to try to rescue him, another crew member from the Northern Pacific fell overboard. That was a tragic accident. Life buoys were thrown into the choppy waters for the lost men, and for an hour and a half, we maneuvered around trying to rescue them, but it was in vain. No one could stay afloat in those waves. The Northern Pacific and Great Northern both reported that they had little success making headway, and eventually, when the search for the missing men was called off, we had to slow down so that the other ships in our convoy could stay with us.

The destroyers were picked up on the morning of August 10th and we passed through the war zone without trouble or excitement and anchored in Brest at 10 A. M., August 11th.

The destroyers were picked up on the morning of August 10th, and we went through the war zone without any issues or excitement, anchoring in Brest at 10 A.M. on August 11th.

Forty-eight hours later we were steaming on our westbound voyage again, the Great Northern and Northern Pacific being with us. The weather was fine and we made good speed. On the 14th, at 9 A. M., a submarine was sighted on our starboard quarter between our ship and the Northern Pacific, but it was not fired at, nor did it attempt to do any damage. It might have been a submarine of the Allies. The destroyers left us this same evening and with fair weather and smooth seas, which were fully appreciated, we made Ambrose Channel on August 20th and docked soon afterwards.

Forty-eight hours later, we were back on our westbound journey again, with the Great Northern and Northern Pacific alongside us. The weather was nice, and we were making good time. On the 14th, at 9 A.M., we spotted a submarine off our starboard side, situated between our ship and the Northern Pacific, but it wasn’t fired upon, and it didn’t try to cause any harm. It could have been a submarine from the Allies. The destroyers left us that same evening, and with pleasant weather and calm seas, which we definitely appreciated, we reached Ambrose Channel on August 20th and docked shortly after.

Eighth Overseas Voyage

The following is an extract copy of the readings in the ship’s log upon our leaving New York for the eighth trip overseas. This was on the 31st of August and for the second time the transports Great Northern and Northern Pacific accompanied us.

The following is a copy of the entries in the ship’s log as we left New York for our eighth trip overseas. This was on August 31st, and for the second time, the transports Great Northern and Northern Pacific were with us.

SHIP’S LOG

Captain's Log

The ship’s log August 31st, 1918, Meridian to 4 P. M.
Draft—Ford. 42´ 0´´, Aft. 40´ 10´´—Mean 41´ 5´´.
1:19 P. M. Hauled out F. deck gangway.
1:26 P. M. Let go all lines.
1:40 P. M. Started astern.
1:47 P. M. All clear of dock.
2:06 P. M. Passed Statue of Liberty.
2:48 P. M. Passed Governor’s Island.
3:08 P. M. Passed Robbins Reef.
3:15 P. M. Passed Staten Island.
3:38 P. M. Entered Ambrose Channel.
3:59 P. M. Passed Romer Shoal.
4 PM to 8 PM
4:25 P. M. Passed fairway buoy.
4:38 P. M. Stopped to discharge pilot and put paravanes over.
4:44 P. M. Proceeded.
4:57 P. M. Ambrose Channel Light Vessel abeam.
5:12 P. M. Standard speed 130 revolutions.
5:29 P. M. C/c (change course).
5:51 P. M. Increased speed to 150 revolutions.
4-5 P. M. Ave. rev. all shafts 78.1, steam 220 lbs., injection 70.
5-6 P. M. Ave. rev. all shafts 121.2, steam 220 lbs., injection 74.
6-7 P. M. Ave. rev. all shafts 140.3, steam 215 lbs., injection 72.
6:45 P. M. Commenced zig-zag.
8 PM to Midnight
8:30 P. M. Stopped zigzagging.
10:15 P. M. Cut out boiler No. 3 in No. 2 fireroom and No. 7 in No. 4 fireroom.
8-9 P. M. Ave. 2 rev. all shafts 150.1, steam 215 lbs.
9-10 P. M. Ave. 2 rev. all shafts 150.0, steam 215 lbs.
10-11 P. M. Ave. 2 rev. all shafts 150.1, steam 215 lbs.
11-12 P. M. Ave. 2 rev. all shafts 149.9, steam 215 lbs.

Troops, 10,541; 142d Field Artillery; Evacuation Hospital No. 16; Base Hospital No. 54, Female; Base Hospital No. 63; Base Hospital No. 81; Base Hospital No. 82; Infantry Auto Replacement Draft; 59th Pioneer Infantry; 808th Pioneer Infantry; Colonel Wm. G. Ownbey.

Troops: 10,541; 142nd Field Artillery; Evacuation Hospital No. 16; Base Hospital No. 54, Female; Base Hospital No. 63; Base Hospital No. 81; Base Hospital No. 82; Infantry Auto Replacement Draft; 59th Pioneer Infantry; 808th Pioneer Infantry; Colonel Wm. G. Ownbey.

Upon our reaching Sandy Hook the pilot boat approached and launched a small row boat which made for our gangway. This boat came to get the pilot who had seen us safely through the channel, and to take him to another ship coming into New York. Pilot McLoughlin waved good-bye to the troops on board and was cheered as he left.

Upon reaching Sandy Hook, the pilot boat came closer and sent a small rowboat toward our gangway. This boat was there to pick up the pilot who had helped us safely navigate the channel and take him to another ship arriving in New York. Pilot McLoughlin waved goodbye to the troops on board and received cheers as he departed.

Immediately before proceeding to sea the paravanes were lowered over the ship’s side. The paravanes are ingenious torpedo-shaped contrivances so constructed as to fend off from the ship’s side dangerous floating objects such as mines. The upper section of a paravane is equipped with a jaw-shaped arrangement, so made as to clip the cable extending between a mine and its anchor. The “P. V.’s,” as they are sometimes called, are launched over the side from the forward part of the vessel and while in the water are supported by a wire cable from the deck of the ship and by a heavy chain extending upward from the keel.

Immediately before heading out to sea, the paravanes were lowered over the side of the ship. Paravanes are clever, torpedo-shaped devices designed to protect the ship from dangerous floating objects like mines. The top part of a paravane has a jaw-like mechanism crafted to grab the cable connecting a mine to its anchor. The “P.V.s,” as they’re sometimes referred to, are launched from the front of the vessel and, while in the water, are held in place by a wire cable from the ship’s deck and a heavy chain going up from the keel.

We were now fully set and ready for our voyage, the Great Northern taking up a position on our starboard beam and the Northern Pacific on our port beam. The three ships in line presented a formidable appearance as they plowed the smooth seas at a rate of twenty knots per hour. Zigzag plans were communicated to the Great Northern and Northern Pacific by the Leviathan, the senior ship, and from dawn to dark on this day and every day thereafter until reaching port all three ships, upon the ringing of the zigzag clock, sheered off simultaneously, first to port, then to starboard, then to port again, the zigzag pennant on our yard-arm dipping as each change of course was made.

We were all set and ready for our journey, with the Great Northern positioned to our right and the Northern Pacific on our left. The three ships in formation looked impressive as they cut through the calm seas at a speed of twenty knots per hour. Zigzag plans were shared with the Great Northern and Northern Pacific by the Leviathan, the lead ship. From dawn to dusk that day and every day after until we reached port, all three ships, when the zigzag clock rang, would turn at the same time—first to the left, then to the right, then to the left again—while the zigzag pennant on our yard-arm dipped with each course change.

On September 2d, the Captain of the Great Northern signaled to us that his aft gun crew had sighted the feather of a periscope about two miles astern of us, which had disappeared almost immediately and so no shots were fired at her.

On September 2nd, the Captain of the Great Northern signaled to us that his rear gun crew had spotted the tip of a periscope about two miles behind us, which had vanished almost right away, so no shots were fired at it.

A few days later, through signals exchanged between ourselves and the Great Northern, we learned that we were to lose Captain Bryan upon reaching New York, and that Captain Phelps of the Great Northern was to be his successor. Captain Bryan, we learned, was to take up a station somewhere in Brazil.

A few days later, through signals exchanged between us and the Great Northern, we found out that we would be losing Captain Bryan when we got to New York, and that Captain Phelps from the Great Northern would be taking over. We also found out that Captain Bryan would be taking a position somewhere in Brazil.

Stormy weather hindered our progress on the fourth day out. The seas were so heavy that both the Great Northern and Northern Pacific found great difficulty in keeping up with us. Finally, the Northern Pacific signaled to us that because of the seas she could make little progress and asked that the standard speed for the convoy be reduced to thirteen knots. This was granted and for fourteen hours the three ships labored in the heavy seas, spray breaking over the fo’castle and reaching to our forward smoke-stack. Toward evening the sea moderated sufficiently to allow the Great Northern and Northern Pacific to increase speed to sixteen and a half knots and then to twenty knots, until we picked up our escort of four destroyers at the ocean rendezvous.

Stormy weather slowed us down on the fourth day out. The waves were so rough that both the Great Northern and Northern Pacific struggled to keep up with us. Eventually, the Northern Pacific signaled that due to the rough seas, she could make little progress and requested that we lower the convoy's standard speed to thirteen knots. This was approved, and for fourteen hours, the three ships battled the heavy seas, with spray crashing over the forecastle and reaching up to our forward smokestack. By evening, the sea calmed enough for the Great Northern and Northern Pacific to pick up speed to sixteen and a half knots and then to twenty knots until we met up with our escort of four destroyers at the ocean rendezvous.

All seven ships proceeded to Brest by the shortest route and in a fairly smooth sea. The Leviathan was shaken by an extremely heavy explosion and its suddenness surprised the men. The Chief Engineer reported everything O.K. down below and as far as we could see on deck there was nothing wrong with the ship; then the blinker light on the destroyer McDougal directly abeam of us, was observed flashing a message to us, which explained everything. The McDougal had accidentally dropped a depth charge from her stern. It wasn’t the first false alarm we had had and it was not to be the last.

All seven ships made their way to Brest using the quickest route and encountered relatively calm seas. The Leviathan was jolted by a violent explosion that took the crew by surprise. The Chief Engineer reported that everything was fine below deck, and from what we could see on deck, the ship appeared to be in good shape; then we noticed the blinker light on the destroyer McDougal directly beside us flashing a message, which clarified everything. The McDougal had accidentally released a depth charge from its stern. This wasn’t the first false alarm we had experienced, and it wouldn’t be the last.

Land was sighted on the afternoon of September 7th, and swiftly and smoothly the three transports ran into column formation, with the destroyers abeam and ahead of us, steaming majestically into the harbor of Brest. Looking around after mooring we saw the huge transport Mt. Vernon, formerly the German liner Kronprinzessin Cecilie, lying in dry dock after running a 250-mile race against threatened disaster. She had been torpedoed at eight o’clock the morning before and only the gallantry of her captain and crew, and the efficient[90] system of water-tight doors, enabled her to make port at a speed of fifteen knots. It was indeed remarkable that we had escaped seeing “subs” the day before, for our course was almost identical with that of the Mt. Vernon’s. The Mt. Vernon was repaired and thereafter made two round trips to America and did its “bit” in bringing our soldier boys home.

Land was spotted on the afternoon of September 7th, and quickly and smoothly, the three transports formed a column, with the destroyers beside and ahead of us, majestically steaming into the harbor of Brest. After docking, we noticed the enormous transport Mt. Vernon, which used to be the German liner Kronprinzessin Cecilie, sitting in dry dock after completing a 250-mile race against imminent disaster. She had been torpedoed at eight o’clock the morning before, and it was only due to the bravery of her captain and crew and the effective [90] system of watertight doors that she managed to reach port at a speed of fifteen knots. It was truly remarkable that we had avoided encountering submarines the day before, considering our route was almost exactly the same as that of the Mt. Vernon. The Mt. Vernon was repaired and went on to make two round trips to America, doing its part in bringing our soldiers home.

To give the reader a fair idea of the ship’s routine on entering Brest and while coaling in the harbor, we again quote from the log of the ship:

To give the reader a clear idea of the ship’s routine when entering Brest and while refueling in the harbor, we will quote again from the ship's log:

6 PM to 8 PM
6:05 P. M. Pt Du Minou abeam.
6:10 P. M. Mengam lighthouse abeam.
6:20 P. M. Pte Du Portzic lighthouse abeam.
6:27 P. M. Harbor pilot came aboard, proceeded to buoy.
6:30 P. M. Advanced clocks one hour. Engines working as required.
8 PM to Midnight
8:02 P. M. Arrived at buoy; proceeded to moor ship.
8:33 P. M. Ship moored and engines secured.
8:36 P. M. Secured steering engines.
Draft on arrival 36.7´´ forward, 39.5´´ aft.
Mooring bearings—Pte du Petite Minou, 258½°; Pte de l’Ile Longue, 191.5°; Pt du Portzic, 278.50.
9:00 P. M. Commenced to unload cargo; continued throughout watch. Lighter Knickerbocker placed coaling stages on port and starboard sides.
12:00 Midnight. Three lighters with coal arrived alongside.
Coaling until 4 A. M.
1:15 A. M. Commenced coaling on starboard side.
1:30 A. M. Commenced coaling on port side.
Discharging cargo throughout watch.
4 to 8 A.M.
Continued coaling and discharging cargo.

The disembarkation of troops and cargo was completed in short order and the Leviathan put to sea once more on the 12th of September. The bodies of thirty-six victims of the Mt.[91] Vernon were on board, each body being draped with the flag which they had heroically died for. These thirty-six victims were trapped in the fire-room of the Mt. Vernon when the torpedo struck her and they had no chance to escape before the water filled the lower compartments. The loss of life would not have been so great had not the ship been torpedoed at a time when the fire-room watches were being relieved, for at such time there are almost double the number of men in the fire-rooms.

The unloading of troops and cargo was done quickly, and the Leviathan set sail again on September 12th. On board were the bodies of thirty-six victims from the Mt. Vernon, each covered with the flag for which they had bravely laid down their lives. These thirty-six victims were trapped in the fire room of the Mt. Vernon when the torpedo hit, leaving them no chance to escape before the water flooded the lower compartments. The loss of life would not have been as severe if the ship hadn’t been torpedoed during the change of fire-room watches, as there were nearly double the usual number of men in the fire rooms at that time.

Our voyage back was interrupted but once. The Great Northern on our starboard, on the 13th of September, reported a periscope two miles astern of us and traveling to the southward. It disappeared almost as quickly as the periscope encountered on the eastern trip, and consequently no shots were fired at it. A vigilant watch maintained by the lookouts was without result, the submarine did not show itself again. On the 19th of September we were safe in New York Harbor and docked six minutes after the first line was ashore, a record achievement in the log of the capable and efficient docking superintendent, Capt. Walter J. Bernard.

Our journey back was interrupted just once. The Great Northern on our right reported a periscope two miles behind us and heading south on September 13th. It vanished almost as quickly as the periscope we encountered on our trip east, so no shots were fired at it. The watch kept by the lookout didn’t yield any results; the submarine didn’t reveal itself again. By September 19th, we were safely in New York Harbor and docked six minutes after the first line was secured, setting a record in the log for the capable and efficient docking superintendent, Capt. Walter J. Bernard.

Ninth Overseas Trip

We left our pier at Hoboken, September 29th and our ninth voyage overseas was underway. The following troops were on board:

We left our dock in Hoboken on September 29th, and our ninth journey overseas had begun. The following troops were on board:

Troops, 9,366; 57th Pioneer Infantry; September Auto Replacements Drafts from Camps McArthur, Humphreys, Hancock and Jackson; Medical Replacement, No. 73; 401st Pontoon Train; 467th Pontoon Train; 468th Pontoon Train; Water Tank Train No. 302; 323rd Field Signal Battalion; Base Hospitals No. 60 and 62, Female; Debarking and Billet Party 31st Div.; Major General Leroy S. Lyon, C. G. 31st Div.

Troops: 9,366; 57th Pioneer Infantry; September Auto Replacement Drafts from Camps McArthur, Humphreys, Hancock, and Jackson; Medical Replacement, No. 73; 401st Pontoon Train; 467th Pontoon Train; 468th Pontoon Train; Water Tank Train No. 302; 323rd Field Signal Battalion; Base Hospitals No. 60 and 62, Female; Debarking and Billet Party 31st Div.; Major General Leroy S. Lyon, C. G. 31st Div.

Under clear skies we steamed slowly through the big harbor filled with shipping and proceeded straight to sea, stopping only to drop our pilot, Capt. McLaughlin, of the Sandy[92] Hook Pilot Association and who always piloted the Leviathan in and out of New York Harbor. This trip overseas was to be made memorable by reason of the Army epidemic of influenza on board. Many men and several nurses were obliged to leave the ship just before we cast off our lines and everyone felt that we would have a distressing time going over. While the embarkation troops were lined up on the big pier some of the men dropped helpless on the dock. We were informed that a number of men had fallen by the wayside, limp and listless, on their march from the camp to the scene of transportation. Our first death was recorded the next day out. He was a sailor who did duty in the Hospital Corps. He told the chaplain that he did not want to die because of the great need of his help at home. Out of over two thousand cases of influenza and pneumonia on board, this first case and two naval passengers en route to duty in France, were the only ones to die from the Navy. All the other deaths belonged to the Army, 96 in all.

Under clear skies, we slowly made our way through the large harbor filled with ships and headed straight out to sea, stopping only to drop off our pilot, Capt. McLaughlin, from the Sandy[92] Hook Pilot Association, who always guided the Leviathan in and out of New York Harbor. This trip overseas would be memorable because of the influenza outbreak among the army personnel on board. Many men and several nurses had to leave the ship just before we untied from the dock, and everyone felt it would be a tough journey ahead. While the embarkation troops were lined up on the large pier, some men collapsed helplessly on the dock. We were informed that several men had fallen on their way from the camp to the transportation area, limp and unresponsive. Our first death was recorded the next day. He was a sailor serving in the Hospital Corps. He told the chaplain that he didn't want to die because his help was desperately needed at home. Out of over two thousand cases of influenza and pneumonia on board, this first case and two naval passengers heading to duty in France were the only ones to die from the Navy. All the other deaths were from the Army, totaling 96.

This was not a bad percentage considering the total number of cases stricken, the hardships and restrictions, the weather conditions, the intense nervous strain in the war zone and the tremendous rolling of the big ship while in the storm. Very few people in the sick spaces got much sleep. Everybody helped during the terrible plague. There was work for all. It was pitiful to see men toppling over dead at your feet. It was like some invisible hand reaching out and suddenly taking them away. It was truly sad and depressing.

This percentage wasn’t bad given the total number of cases, the hardships and restrictions, the weather conditions, the intense stress in the war zone, and the massive rolling of the ship during the storm. Very few people in the sick areas got much sleep. Everyone pitched in during the terrible outbreak. There was work for everyone. It was heartbreaking to see men collapsing dead at your feet. It felt like some invisible hand reached out and suddenly took them away. It was genuinely sad and depressing.

The standing lights in the big spaces of the ship were kept dim behind colored glass. Not a light was ever visible from the ship at night and this perfect control of the huge and vast electric circuit of the ship affords a well merited tribute to the officer in charge. Officers on the Great Northern and Northern Pacific as well as of the escort of destroyers who were always with us in the dreaded war zone, complimented us upon the Leviathan’s complete obscuration or darkening of ship. Only once did a light ever show from the big ship and that happened to shine from the room of the officer of the deck who was on duty on the bridge. He had sent a[93] messenger to his room for his raincoat and the boy turned on the light to find his way about the dark room and returning to the bridge in a hurry forgot to extinguish the light. A sharp eyed and vigilant destroyer promptly flashed over a warning signal and the light was extinguished.

The standing lights in the ship's large areas were kept dim behind colored glass. No light was ever visible from the ship at night, and this perfect control of the ship's huge electric circuit is a well-deserved tribute to the officer in charge. Officers on the Great Northern and Northern Pacific, as well as the escort of destroyers who were always with us in the dreaded war zone, praised us for the Leviathan’s complete darkness. Only once did a light ever show from the big ship, and that was from the room of the officer on deck duty at the bridge. He had sent a[93] messenger to his room for his raincoat, and the boy turned on the light to find his way around the dark room. In his haste to return to the bridge, he forgot to turn off the light. A sharp-eyed and vigilant destroyer quickly sent a warning signal, and the light was turned off.

Rules and prohibitions were minute and precise and were always strictly enforced. A lighted cigarette upon a dark deck high in the air may be seen a half a mile at sea and thus would enable an enemy submarine to radio a lookout warning to another “sub” lying in wait ahead. These pests of the deep generally worked in pairs. To show how strict the rules were one man was court martialed and sent to prison, an officer was court martialed and reduced, and an army chaplain, who was assisting the chaplain of the ship in administering to the dying, was threatened with court-martial because he had opened a port slightly in response to a dying soldier’s request for air. These penalties may appear to be unduly harsh, but where the safety of thousands depends upon the minute obedience of the individual why “the punishment fits the crime.”

Rules and prohibitions were detailed and specific, and they were always enforced without exception. A lit cigarette on a dark deck high above could be seen half a mile out at sea, potentially allowing an enemy submarine to send a warning to another "sub" waiting nearby. These menaces of the ocean typically operated in pairs. To illustrate how strict the rules were, one man was court-martialed and sent to prison, an officer was court-martialed and demoted, and an army chaplain, who was helping the ship's chaplain provide comfort to the dying, faced the threat of court-martial for slightly opening a port at the request of a dying soldier needing air. These punishments might seem overly severe, but when the safety of thousands hinges on each individual's compliance, the reasoning is that "the punishment fits the crime."

The army nurses were like ministering angels during that dreadful scourge. They were brave American girls who had left home and comfort in order to undergo peril and sacrifice abroad. Surely they have earned a place in Heaven. The bluejackets on board were second to the nurses in their unwearying patience and generous self-denial. When the army nurses left the ship in Brest, they wept and bade the sailors an affectionate good-bye.

The army nurses were like guardian angels during that terrible outbreak. They were brave American women who had left their homes and comfort to face danger and make sacrifices overseas. They definitely deserve a spot in Heaven. The sailors on board were just as dedicated as the nurses, showing endless patience and selflessness. When the army nurses left the ship in Brest, they cried and said a heartfelt goodbye to the sailors.

Funeral Services

Upon our arrival in Brest we had on board 96 dead soldiers and three sailors. 58 of the former were buried in France, 33 were brought back to the States and seven were buried at sea in the war zone on the morning after we left Brest. We remained in Brest three days and left on the third evening at 5:30 P. M. The next morning at sunrise, after an imposing prayer by the chaplain, the flag was half-masted, taps were sounded, three volleys fired and the coffins containing the[94] bodies of the dead soldiers were lowered gently into the sea. The ship was speeding at 21½ knots.

Upon our arrival in Brest, we had 96 deceased soldiers and three sailors on board. Of the soldiers, 58 were buried in France, 33 were brought back to the States, and seven were buried at sea in the war zone the morning after we left Brest. We stayed in Brest for three days and departed on the third evening at 5:30 PM. The next morning at sunrise, after a moving prayer by the chaplain, the flag was half-masted, taps were played, three volleys were fired, and the coffins containing the[94] bodies of the fallen soldiers were gently lowered into the sea. The ship was traveling at 21½ knots.

After seven days of mostly fair weather and without trouble from submarines, we docked in New York on the morning of October 16th. It was a nerve-racking voyage and we were all greatly relieved that the trip was over.

After seven days of mostly nice weather and no issues with submarines, we arrived in New York on the morning of October 16th. It was a stressful journey, and we were all really relieved that it was finally over.

Tenth Overseas Trip

At 11:10 of the morning of October 27th we left New York bound overseas for the tenth and last trip. We had no idea that this was to be our last run of the German blockade with our precious cargo of Yankee doughboys. On this trip we carried the Tank Corps, who had for their motto: “Treat ’em rough!”

At 11:10 AM on October 27th, we left New York heading overseas for our tenth and final trip. We had no clue that this would be our last journey of the German blockade with our valuable cargo of American soldiers. On this trip, we carried the Tank Corps, whose motto was: “Treat ’em rough!”

Troops, 8,123; Adv. School 8th Division; Casual Companies A, B, C, 487, 488, 489, 490; Tank Corps; 335th Btn. Tank Corps.; Adv. Debarking and Billet Group 8th Division; 336th Btn. Tank Corps; 337th Btn. Tank Corps; Attached Medical Personnel; Base Hospital No. 103; 540th Service Btn.; October Auto Repl. Draft Camp Gordon; Casual Co. No. 452; Base Hospital No. 106; Surgical Group No. 4; Colonel M. A. Elliott, 8th Division.

Troops: 8,123; Advanced School 8th Division; Casual Companies A, B, C, 487, 488, 489, 490; Tank Corps; 335th Battalion Tank Corps; Advanced Debarking and Billet Group 8th Division; 336th Battalion Tank Corps; 337th Battalion Tank Corps; Attached Medical Personnel; Base Hospital No. 103; 540th Service Battalion; October Auto Replacement Draft Camp Gordon; Casual Company No. 452; Base Hospital No. 106; Surgical Group No. 4; Colonel M. A. Elliott, 8th Division.

There had been rumors of peace while we were in New York and we had a sort of hunch that the war could not last much longer. The boys that we were taking over on this trip expressed disappointment, for they, too, had the same hunch, and regretted that they would never reach the front before the Armistice was signed.

There were rumors of peace while we were in New York, and we had a gut feeling that the war couldn't go on for much longer. The guys we were taking on this trip were disappointed because they felt the same way and regretted that they wouldn't make it to the front before the Armistice was signed.

On this trip we did not go to France, but to Liverpool instead, and as the ship needed certain repairs that would require drydocking we landed our soldiers in England. The trip was without any particular excitement and when we met our escort of destroyers they signaled that all German “subs” in that area had been recalled on October 21st. However, we took no chances and our gun crews remained at their posts as[95] usual and were as vigilant as ever. November 3rd we were in Liverpool. On going into the channel a dense fog enveloped the river and we were obliged to go ahead at a low speed with the result that the tide receded before we could tie up to the landing stage and we were stuck in the mud for about seven hours.

On this trip, we didn’t go to France; instead, we went to Liverpool. Since the ship needed some repairs that required drydocking, we brought our soldiers to England. The journey wasn’t particularly exciting, and when we met up with our escort of destroyers, they signaled that all German submarines in that area had been recalled on October 21st. Still, we didn’t take any chances, and our gun crews stayed at their posts as usual, remaining as vigilant as ever. On November 3rd, we were in Liverpool. When we entered the channel, a thick fog rolled in, covering the river, so we had to move slowly. Because of this, the tide went out before we could dock at the landing stage, leaving us stuck in the mud for about seven hours.

While thus stranded we landed most of our troops and at midnight we were tied up at the landing stage. Next morning, we went into drydock. While we were in drydock the Armistice was signed and then—oh boy—we celebrated.

While we were stuck, we got most of our troops off and by midnight we were docked at the landing stage. The next morning, we went into drydock. While we were in drydock, the Armistice was signed and then—wow—we celebrated.

We were allowed liberty from 1 P. M. on that day and immediately the “gobs” and doughboys started for the main part of the city and mingled with the great crowds who paraded, held impromptu meetings and generally “went wild.” The celebration continued for nearly a week and the American soldiers and sailors participated with great spirit.

We were given the afternoon off starting at 1 P.M. that day, and right away the “gobs” and doughboys headed to the main part of the city. They blended into the huge crowds who were parading, having spontaneous gatherings, and just generally going crazy. The celebration lasted for almost a week, and the American soldiers and sailors joined in with a lot of enthusiasm.

Thanksgiving day found us still in drydock and this was another big day for our crew, for a football game had been previously arranged between the army engineers and our crew and everyone was keyed up to the highest pitch.

Thanksgiving Day found us still in dry dock, and this was another big day for our crew since a football game had been arranged between the army engineers and our crew. Everyone was excited and geared up for it.

Practice was held for two weeks on a cinder field adjoining the drydock yards. It was found necessary to have our football togs made in Liverpool by a woman dressmaker, as no sporting goods store carried them. Thanksgiving day came. There was a grand and glorious dinner and then we all proceeded to Everton Football Field in Liverpool which is credited with being the best field in England. It had been raining all day—usual Liverpool weather—a steady downpour and the field was muddy and slow. On one side of the field were the sailor rooters and on the other side the soldiers. Two bands enlivened proceedings. The first quarter ended 0-0 and through a hard and cleanly fought game the teams battled to a tie, 0-0. The navy team had made a remarkable showing and considering circumstances did well in preventing the army from scoring. The Leviathan boys had not practiced as long as the army, who had been playing all season, and furthermore the army had at least 8,000 men to pick from while the navy had but 2,000.[96] Credit must be given to Lt. R. H. Jones, who coached the team and its success was greatly due to his hard work.

Practice took place for two weeks on a cinder field next to the drydock yards. We had to get our football uniforms made in Liverpool by a woman dressmaker because no sporting goods stores had them. Thanksgiving day arrived. We enjoyed a fantastic dinner and then headed to Everton Football Field in Liverpool, known as the best field in England. It had been raining all day—typical Liverpool weather—with a steady downpour, leaving the field muddy and slow. One side of the field was filled with sailor fans, while the other had soldiers. Two bands kept the atmosphere lively. The first quarter ended 0-0, and in a tough, clean game, both teams finished in a tie, 0-0. The navy team performed impressively, especially given the circumstances, managing to keep the army from scoring. The Leviathan boys hadn’t practiced as long as the army, who had been playing all season, and on top of that, the army had at least 8,000 players to choose from while the navy had only 2,000.[96] We must acknowledge Lt. R. H. Jones, who coached the team; its success was largely thanks to his hard work.

Several English newspaper men were present to witness and report the game. Following is an account of the game from their viewpoint:

Several English newspaper reporters were there to observe and cover the game. Here’s a report of the game from their perspective:

A demonstration of the nearest approach to actual warfare was given this afternoon at Everton Field by the American bluejackets of the Leviathan and the American Army Engineers of Knotty Ash. The game greatly differs from the English rugby and is the nearest thing to warfare that we have ever seen. We were greatly surprised that there were not more casualties than there were, for the opposing teams went at each other as though they were deadly enemies about to destroy each other by brute force.

A demonstration of the closest thing to real warfare took place this afternoon at Everton Field, featuring the American sailors from the Leviathan and the American Army Engineers from Knotty Ash. The game is quite different from English rugby and is the closest we’ve ever seen to actual combat. We were really surprised that there weren’t more injuries because the teams tackled each other like they were fierce rivals ready to take each other down with sheer force.

On Thanksgiving evening various dances and receptions were held for the Americans in Liverpool by the people of that city, and though we were 3,000 miles from the States we had a most enjoyable time. We certainly had lots to be thankful for.

On Thanksgiving evening, the people of Liverpool held various dances and receptions for Americans in the city, and even though we were 3,000 miles away from home, we had a great time. We definitely had plenty to be thankful for.

On December 2nd we began to take on wounded soldiers that had been in hospitals in England and were waiting transportation to the States. We left Liverpool on December 4th, at 11 A. M., for Brest, France. We arrived in Brest the next morning at 11 A. M. and immediately started to coal ship and take on troops. This required three days and on December 8th at 2 P. M. we left France with our first load of home-going troops; they certainly were a happy lot of men. On the way over we encountered occasional rough weather, but this did not prevent us from speeding up and we arrived at Sandy Hook on December 15th where we anchored for the night owing to a dense fog.

On December 2nd, we started taking in wounded soldiers who had been in hospitals in England and were waiting to be transported back to the States. We left Liverpool on December 4th at 11 A.M. for Brest, France. We arrived in Brest the next morning at 11 A.M. and immediately began coaling the ship and taking on troops. This process took three days, and on December 8th at 2 P.M., we left France with our first group of troops heading home; they were definitely a joyful bunch of men. During the trip, we faced some rough weather, but this didn’t stop us from speeding up, and we arrived at Sandy Hook on December 15th, where we anchored for the night due to dense fog.

As we made our way up the channel the next morning a great reception was given the troops on board. Our coming had been flashed by wireless and was heralded by all the newspapers. Numerous boats came out to meet us and bells and sirens rent the air. It was a typical New York welcome—big and hearty.

As we traveled up the channel the next morning, the troops on board received a warm welcome. News of our arrival had been shared via wireless and was covered by all the newspapers. Many boats came out to greet us, and the sound of bells and sirens filled the air. It was a classic New York welcome—big and friendly.

There were tears of gladness in the eyes of many of the soldiers on that frosty morning. It was the first time that[97] they had seen their own land in many months and this coupled with the deep feeling and spirit manifested by the people for the returned heroes, touched all hearts. Just one year from the date that we started our first trip overseas, we had brought back some of the first returning troops of the war. We tied up to our pier at 8 A. M. and the next day a leave party of half the ship’s company left for a ten-day leave over Christmas.

There were tears of joy in the eyes of many soldiers on that chilly morning. It was the first time they had seen their own land in many months, and this combined with the deep appreciation and spirit shown by the people for the returning heroes, touched everyone’s hearts. Just one year from when we began our first trip overseas, we had brought back some of the first troops returning from the war. We docked at our pier at 8 A.M., and the next day, half the ship’s crew left for a ten-day leave over Christmas.

Christmas Aboard the Leviathan—1918

J. M.

J. M.

Four days after our arrival in New York the crew was paid and it was suggested that we have a Christmas party on board ship for as many orphans as could be taken care of. The idea met with unanimous approval and as each man was paid he donated as much as he could afford. The amount collected was sufficient to take care of 1,200 homeless children. Notices were sent to different orphan asylums and on Christmas morning the happy children came aboard for a good day’s fun.

Four days after we arrived in New York, the crew got paid and it was suggested that we throw a Christmas party on the ship for as many orphans as we could accommodate. Everyone agreed with the idea, and as each man received his pay, he donated whatever he could. The total amount collected was enough to support 1,200 homeless children. We sent out notices to various orphanages, and on Christmas morning, the joyful children came on board for a day filled with fun.

The children were shown over the ship and a number who went on exploring tours of their own came to grief, tumbling out of stacks and ventilators and as black as the ace of spades. But that did not matter, it was all in their day’s fun and when dinner time came and the bugler sounded mess call they did not have to be informed what the call meant. They knew it was for dinner, why bless me, hadn’t they smelt the odor of roast turkey all over the ship. The dinner consisted of turkey, candied sweet potatoes, asparagus, celery, peas, cake, apples, oranges and bananas, milk, cocoa, and ice cream of three different kinds. All of this was prepared in the ships galley by the ship’s cooks and bakers and was a great compliment to their efficiency. But they enjoyed preparing it, you bet they did. After the children had eaten everything in sight and pocketed what was left, the mess hall was cleared of tables and benches and all the children gathered around the giant Christmas tree to receive a present. There was a Santa Claus, some say it was one of our chief petty officers, but most of us, the children most of all, believe he was the original St. Nick himself, for he certainly was generous with his presents. There was more than enough to go around—many of the children received two presents.

The kids were given a tour of the ship, and a few who went off exploring on their own ended up in trouble, falling out of stacks and vents, looking as dirty as could be. But that didn't matter; it was all part of their fun. When dinner time came and the bugler sounded the mess call, they didn’t need to be told what it meant. They knew it was time for dinner—didn’t they smell the roast turkey all over the ship? The dinner included turkey, candied sweet potatoes, asparagus, celery, peas, cake, apples, oranges, and bananas, along with milk, cocoa, and three types of ice cream. All of this was made in the ship's galley by the cooks and bakers, and it was a huge testament to their efficiency. They enjoyed making it, that's for sure. After the kids devoured everything in sight and stuffed their pockets with leftovers, the mess hall was cleared of tables and benches, and all the kids gathered around the big Christmas tree to get a present. There was a Santa Claus; some say it was one of our chief petty officers, but most of us—especially the kids—believed he was the real St. Nick himself, because he was definitely generous with his gifts. There was more than enough to go around—many of the kids received two presents.

Children’s Christmas Party

Kids' Christmas Party

The children were rounded up at 4 o’clock. As the time neared for one group of boys to depart it was found that two were missing and after an hour’s search they were found in the main engine room being entertained by the men on watch.

The kids were gathered at 4 o'clock. As it got closer for one group of boys to leave, it was discovered that two were missing, and after an hour of searching, they were found in the main engine room, being entertained by the crew on watch.

When the children had gone the sailors came in for their presents. Each man aboard received a bag from the Red Cross. The bags contained candy, cigarettes, pipes and tobacco and were donated by individual women from all over the country. The gifts were greatly appreciated by the “gobs,” one of whom voiced the sentiments of all on board by exclaiming that the Red Cross, take it from him, was “some Santa Claus.”

When the kids left, the sailors came in to get their gifts. Each man on the ship received a bag from the Red Cross. The bags were filled with candy, cigarettes, pipes, and tobacco, all donated by women from across the country. The gifts were really appreciated by the sailors, and one of them summed up how everyone felt by saying that the Red Cross, believe him, was "one amazing Santa Claus."


Part III
Reports from Officers and Department Heads

Notes on Handling the U. S. S. “Leviathan”

By Captain William W. Phelps, U. S. Navy

By Captain William W. Phelps, U.S. Navy

The power to drive the Leviathan is distributed into turbines driving the four propellers. In the open sea the steam is distributed in what we call the high pressure cruising combination, whereby the turbines operate at their highest economy. But in this combination the engines cannot be thrown back instantly, so that in the open ocean in considering her safety and manœuvering, the rudder effect only can be relied upon. She must be considered as having no backing effect. For leaving port, entering port and manœuvering about the dock or about the anchorage, there is thrown in what is called the manœuvering combination. In this combination the highest speed the ship is capable of is sixteen knots ahead, and the combination permits steam to be thrown into the backing turbines. When there is little or no wind the ship steers very well. When it blows strong on the beam or on the quarter, the enormous area of the ship’s freeboard makes her act like a catboat, she wants to fly up into the wind. She requires a weather helm or to put it in modern language, a lee rudder. She will turn very quickly into the wind, but she will turn away from the wind only slowly and reluctantly. Consequently we always dislike going into New York or out of New York in a gale of wind, where the restricted channel requires prompt and accurate turning of the ship. Under normal conditions the manœuvering of the ship with her propellers, in spite of her great length of 954 feet, is all that can be desired.

The power to drive the Leviathan is distributed to turbines that turn the four propellers. In open water, steam is distributed in what we call the high-pressure cruising mode, where the turbines work at their most efficient. However, in this mode, the engines can't be reversed immediately, so when considering her safety and maneuverability in the open ocean, we can only depend on the rudder effect. She should be thought of as lacking any backing effect. For leaving or entering port and maneuvering around the dock or anchorage, we use what’s called the maneuvering mode. In this mode, the highest speed the ship can reach is sixteen knots ahead, and it allows steam to be directed to the backing turbines. When there’s little or no wind, the ship steers very well. But when it’s windy, especially from the side or behind, the ship’s large freeboard makes it behave like a catboat, wanting to head into the wind. It requires a weather helm — or in modern terms, a lee rudder. The ship will turn quickly into the wind, but it turns away from the wind slowly and reluctantly. Because of this, we always prefer not to go into or out of New York in a strong gale, where the narrow channel demands quick and precise turning of the ship. Under normal conditions, maneuvering the ship, despite its impressive length of 954 feet, is as good as it gets.

NY Harbor

Ambrose Channel is dredged to forty feet at low water. On the spring tides the low water may fall another foot, leaving but thirty-nine feet in the Ambrose Channel at low water. As the ship draws between thirty-nine and forty feet on arrival at New York, it is not safe to try to enter at any other stage of the tide than at high water. Owing to her great bulk it is improbable that any amount of tugs could dock the ship at Hoboken when the current is running in the North River, so for docking at Hoboken, the ship’s arrival must be timed so that she is off Hoboken at the slack water. As the slack water at Hoboken is after the slack water in Ambrose Channel, we enter Ambrose Channel then at high water and carry slackwater all the way up the channel and dock at Hoboken on the high water slack tide. On sailing from Hoboken she is undocking on the low water slack tide, so as to arrive in Ambrose Channel at the next high water. The deep draft of the ship on leaving New York, namely, forty-one feet ten inches, requires that in leaving New York Harbor and as far as the Narrows, the ship must seek what might be called the prehistoric gorge of the Hudson River. There are many places between Hoboken and the Narrows even in what ordinarily would be called the navigable fairway, that are so shallow that the Leviathan would go aground. This prehistoric gorge is accurately known to Captain William S. McLaughlin, Master Pilot of the New York-Sandy Hook Pilots, who always pilots the Leviathan out and in.

Ambrose Channel is dredged to forty feet at low tide. During spring tides, the low water can drop an additional foot, which leaves only thirty-nine feet in Ambrose Channel at low tide. Since the ship has a draft between thirty-nine and forty feet when it arrives in New York, it's not safe to enter at any other time than high tide. Because of its large size, it’s unlikely that any number of tugboats could dock the ship at Hoboken when the current is flowing in the North River, so the ship's arrival needs to be timed to reach Hoboken during slack water. Since the slack water at Hoboken occurs after the slack water in Ambrose Channel, we enter Ambrose Channel at high tide and maintain slack water all the way up the channel, docking at Hoboken during the high tide slack period. When leaving Hoboken, the ship undocks during low tide slack water to arrive in Ambrose Channel by the next high tide. The ship's deep draft of forty-one feet ten inches means that when leaving New York Harbor and heading toward the Narrows, it must navigate what could be referred to as the prehistoric gorge of the Hudson River. There are various shallow spots between Hoboken and the Narrows, even in areas that are normally considered navigable, where the Leviathan could run aground. This prehistoric gorge is well known to Captain William S. McLaughlin, Master Pilot of the New York-Sandy Hook Pilots, who always pilots the Leviathan in and out.

Connecting and Disconnecting

Directing the Docking of the U. S. S. “Leviathan”

Guiding the Docking of the U.S.S. “Leviathan”

In docking the Leviathan there is no particular trick that must be known, but on undocking her it must be so timed that while on the New Jersey side at Hoboken the water is dead slack, the flood on the New York side has just begun to make. This helps the operation in two ways. First, by getting her away from the dock before the flood current begins to press her against the dock, and second when she backs out, the beginning of the flood current on the New York side assists to turn her[103] stern upstream and operates to point her correctly. In leaving New York for sea, the ship must be manœuvered over to the New York side, the deepest water being on the New York side. In midstream and on the New Jersey side, between Hoboken and the Statue of Liberty, there is not enough water to float the Leviathan. In docking and undocking we need from fourteen to sixteen tugs. Abnormal conditions can be expected in the winter months. Upstate freshets and northerly gales sometimes operate to kill the flood current off Hoboken and to cause a continuing ebb current. Such a condition has happened, making it impossible to point the ship correctly downstream, and it has been necessary to yield to the elements and to permit her to turn the ship. There is always an apprehension in entering and leaving New York Harbor lest merchant vessels carelessly anchor themselves in the Leviathan’s fairway. Such a condition adds difficulties to the piloting of the ship.

In docking the Leviathan, there's no specific trick you need to know, but when undocking, timing is essential. While on the New Jersey side at Hoboken the water is at dead slack, the flood current on the New York side has just started. This helps in two ways. First, it allows the ship to leave the dock before the flood current starts pushing her against it, and second, when she backs out, the flood current beginning on the New York side helps turn her stern upstream and aligns her correctly. When leaving New York for the open sea, the ship must be maneuvered over to the New York side, as that's where the deepest water is. In midstream and on the New Jersey side, between Hoboken and the Statue of Liberty, there isn't enough water to float the Leviathan. We require fourteen to sixteen tugs for docking and undocking. Abnormal conditions can be expected during the winter months. Freshwater floods from upstate and northerly gales can sometimes stop the flood current off Hoboken and create a continuous ebb current. This has happened, making it impossible to align the ship correctly downstream, and it's necessary to yield to the elements and let her turn. There’s always concern when entering and leaving New York Harbor about merchant vessels carelessly anchoring in the Leviathan’s channel. Such situations complicate the piloting of the ship.

Brest Harbor

Brest Harbor

Like most passenger vessels she is designed to have a slow and easy roll, which means that she has not a great margin of stability. In entering New York, bringing troops homeward, it is necessary to keep the troops in control and evenly distributed, because in their excitement and happiness, they tend to rush from one side to another on the passing of every cheering ferryboat, heeling over even this great ship. When this ship heels over, owing to her great beam, and to her box-like dead-flat section, it materially increases her already great draft. Large ballast tanks with suitable pumps are provided for the purpose of counteracting the tendency of the ship to heel over, but in spite of this, at sea she lies over to the breeze, and in entering New York she is very sensitive to the movement of troops about the deck.

Like most passenger ships, she's built to have a slow and smooth roll, which means she doesn't have a high margin of stability. When entering New York with troops coming home, it's crucial to keep the soldiers under control and evenly spaced because their excitement and joy make them rush from one side to the other every time they see a cheering ferryboat, causing even this large ship to lean over. When the ship leans, her wide beam and flat bottom significantly increase her already considerable draft. She has large ballast tanks equipped with appropriate pumps to help counteract the ship's tendency to lean, but despite that, at sea, she still leans into the breeze, and when entering New York, she’s very sensitive to the movement of troops on the deck.

In mooring to the buoy in Brest Harbor, it is an advantage to arrive at slack water; she must be brought to the buoy with her momentum entirely gone, for her great weight of sixty-nine thousand tons, if moving when the buoy is correctly placed, would make it impossible for the mooring party to handle the great heavy links of four-inch chain, and to connect the mooring shackle.

In docking at the buoy in Brest Harbor, it’s best to arrive at slack water; the ship should be brought to the buoy with all momentum stopped, because her hefty weight of sixty-nine thousand tons, if she’s still moving when the buoy is properly positioned, would make it impossible for the mooring team to manage the heavy links of four-inch chain and connect the mooring shackle.

Drydocking the U. S. S. “Leviathan” in Gladstone Dock, Liverpool, England

By Lieut. A. W. Minuse, U. S. N. R. F.

By Lieutenant A. W. Minuse, U.S. Naval Reserve Force.

Drydocking a ship in a graving dock means placing the ship in a dock or basin at the entrance of which is a gate or caisson, accurately centering the ship over a system of blocks or beds, previously prepared according to plans and then pumping the water out of the dock.

Drydocking a ship in a graving dock involves putting the ship in a dock or basin that has a gate or caisson at the entrance, carefully centering the ship over a system of blocks or beds that were prepared based on the plans, and then pumping the water out of the dock.

When a ship is designed the Naval Architect always prepares a docking plan showing in detail just how to prepare these beds so that the ship will rest evenly without straining her in any way. Ordinarily, docking a ship up to 32,000 or 33,000 tons is not much of a problem, nor does it involve much of a risk, but on larger ships with all the necessary data known, those connected with the docking always feel easier when they see the ship setting safely on the blocks.

When a ship is designed, the naval architect always creates a docking plan that details how to prepare the beds so the ship can rest evenly without any strain. Generally, docking a ship that weighs up to 32,000 or 33,000 tons isn't much of a challenge and carries little risk. However, for larger ships, even when all the necessary data is available, those involved in the docking process always feel more at ease when they see the ship securely resting on the blocks.

To give some idea of the size of the Leviathan consider our latest, biggest and most powerful battleship, the New Mexico. She weighs 32,000 tons. The Leviathan weighed or displaced at the time of docking more than twice this, or approximately 66,000 tons.

To give you an idea of the size of the Leviathan, consider our latest, biggest, and most powerful battleship, the New Mexico. It weighs 32,000 tons. The Leviathan weighed or displaced at the time of docking more than double that, around 66,000 tons.

We had no docking plans nor plans of any description showing her form or construction. The Germans had either destroyed or removed all her plans. This was the problem we were confronted with in January, 1918, when it was decided to dock the ship in Liverpool for the necessary cleaning and painting of her body under water, and doing other necessary work, including a clump on her forefoot for towing the paravanes, or mine-sweeping device.

We didn't have any docking plans or any plans at all showing her shape or construction. The Germans had either destroyed or taken away all her plans. This was the issue we faced in January 1918 when it was decided to dock the ship in Liverpool for the essential cleaning and painting of her hull below the waterline, along with other necessary work, including adding a clump on her forefoot for towing the paravanes, or mine-sweeping device.

In Dry Dock

In Dry Dock

The Liverpool Dry Dock

The Gladstone Dock in Liverpool was the only drydock in the world at the time that would take the Leviathan. The entire development of this dock, which included a tidal basin, was not completed when the war broke out, so the tidal basin was abandoned and one of a pair of docks was finished up and a long channel dredged to the River Mersey.

The Gladstone Dock in Liverpool was the only drydock in the world at that time capable of accommodating the Leviathan. The full development of this dock, which included a tidal basin, wasn’t finished when the war started, so the tidal basin was left unused and one of a pair of docks was completed along with a long channel dug to the River Mersey.

The ship drew so much that we could not enter the dock except at the spring tides, or in other words, only about two days out of a month would permit us to enter the dock, provided the wind did not cut the tide too much.

The ship was so deep in the water that we could only enter the dock during spring tides, meaning we could only get in about two days each month, as long as the wind didn’t interfere with the tide too much.

The next thing was to decide on how to prepare the beds of the drydock to receive the ship. An examination of her bottom was necessary. Divers were sent down and they reported that she had neither docking nor bilge keels, and that her keel plate consisted of a plate of about 2 inches thick by 3 feet wide.

The next step was to figure out how to set up the drydock beds to welcome the ship. It was essential to inspect her bottom. Divers went down and reported that she didn’t have any docking or bilge keels, and her keel plate was about 2 inches thick and 3 feet wide.

In converting the ship from a passenger to a troop ship, we naturally became familiar with every detail of her construction. With this knowledge of her construction and due consideration being given to the location of the heavy weights, etc., it was decided to place the main bed under the third intercostal, this bed running from frames 220 to 101, or a distance of 358 feet amidships. The spacing of these blocks was 6 feet, or every other frame space. The center of these blocks was 25½ feet from the center line of the ship.

In changing the ship from a passenger vessel to a troop carrier, we naturally got to know every detail of her structure. With our understanding of her construction and taking into account the placement of the heavy weights, it was decided to position the main bed under the third intercostal, spanning from frames 220 to 101, which is a distance of 358 feet in the middle of the ship. The spacing of these blocks was set at 6 feet, or every other frame space. The center of these blocks was 25½ feet from the center line of the ship.

In addition to the center line bed, which is placed underneath the keel, and the two main beds, one port and one starboard, which is placed under the third intercostal, an outer bed, consisting of four sets of five blocks each, space 6 feet centers, was placed under the fore and aft coal bunker bulkhead, at the intersection of the thwartship bulkheads.

In addition to the center line bed located under the keel, and the two main beds, one on the port side and one on the starboard side, positioned beneath the third intercostal, an outer bed made up of four sets of five blocks each, spaced 6 feet apart, was installed under the fore and aft coal bunker bulkhead, where the transverse bulkheads intersect.

The fore and aft center of these blocks came at frame 199, 174, 151 and 126. Blocks of the outer bed were staggered with those of the inner bed. This outer bed was 35 feet from the center of the ship. At the fore and aft ends of the ship where the dead-rise is considerable, an inner bed[109] a few inches from the center of the ship for a distance of 60 feet was prepared, 12 feet 6 inches forward, and 13 feet 9 inches aft.

The fore and aft center of these blocks was at frames 199, 174, 151, and 126. The blocks of the outer bed were staggered with those of the inner bed. This outer bed was 35 feet from the center of the ship. At the fore and aft ends of the ship, where the dead-rise is significant, an inner bed[109]was prepared a few inches from the center of the ship for a distance of 60 feet, 12 feet 6 inches forward, and 13 feet 9 inches aft.

After deciding the location of these beds, the next step was to get some idea of how to prepare them, so that they would conform to the shape of the ship. Preparing the center line bed was of course easier, as it was known that the keel of the ship was a straight line.

After figuring out where to place the beds, the next step was to understand how to prepare them to fit the shape of the ship. It was obviously easier to prepare the center line bed since it was known that the keel of the ship followed a straight line.

The forward end of the center line bed consisted of a solid line of blocks for a distance of 104 feet, and the after end of a solid line of blocks for 144 feet, where exceptionally heavy weights would be carried. The balance of the blocks was spaced every 15 inch centers, except in the way of water-tight bulkheads. Under these bulkheads the blocks were filled in solid for 7 blocks. On each side of these, two spaces were omitted and then filled in solid for 5 blocks. Reference to the docking plans will show the spacing of these blocks.

The front end of the center line bed had a continuous line of blocks stretching 104 feet, and the back end had a solid line of blocks for 144 feet, designed to support very heavy weights. The remaining blocks were spaced 15 inches apart, except where water-tight bulkheads were situated. Under these bulkheads, the blocks were completely filled in for 7 blocks. On each side of these, two spaces were left empty and then filled in solid for 5 blocks. You can refer to the docking plans for the spacing of these blocks.

Blocks and Beds

An idea of the blocks used in building the beds can be had by referring to the photograph. They consisted of 3 cast steel wedges, which, when placed upon each other, were about 3 feet high, 15 inches wide at the bottom, and 3 feet 6 inches long. On top of these steel wedges was placed a hardwood block 12 inches square and 4 feet long, and on top of the hardwood blocks was placed a soft wood cap 12 inches wide by 4 inches thick by 4 feet long.

An idea of the blocks used to build the beds can be found in the photograph. They were made up of 3 cast steel wedges, which, when stacked, were about 3 feet high, 15 inches wide at the base, and 3 feet 6 inches long. On top of these steel wedges was a hardwood block that measured 12 inches square and 4 feet long, and on these hardwood blocks was a softwood cap that measured 12 inches wide, 4 inches thick, and 4 feet long.

To prepare the main, inner and outer beds, it was necessary to have some idea of the form of the ship. By opening up the water-tight doors in the fireroom we were able to get a base line 300 feet long. Every other double bottom tank was pumped out and offsets taken at the fore and aft ends of these tanks, in way of the main, inner and outer beds. The taking of these offsets was greatly facilitated by the fact that the double bottom was found to be flat in both the fore and aft thwartships direction. Buttocks were run through these offsets. While these buttocks faired up very well, it was realized that[110] the measurements would not be accurate enough for the actual preparation of the beds; therefore they were prepared to within 4 inches of these measurements.

To set up the main, inner, and outer beds, we needed to understand the shape of the ship. By opening the watertight doors in the fire room, we were able to establish a baseline that was 300 feet long. We pumped out every other double bottom tank and took measurements at the front and back ends of these tanks, in relation to the main, inner, and outer beds. Taking these measurements was made easier because the double bottom was flat in both the front and back directions. We ran buttock lines through these measurements. While these buttock lines came out nicely, we knew that the measurements wouldn't be precise enough for the actual preparation of the beds; therefore, they were prepared to within 4 inches of those measurements.

Several hundred wedges of varying thicknesses were made ready in advance, and after the ship was placed on the center line blocks, the space between the main and outer beds and the ship’s bottom was packed with the wedges by divers.

Several hundred wedges of different thicknesses were prepared in advance, and after the ship was positioned on the center line blocks, divers packed the space between the main and outer beds and the ship's bottom with the wedges.

The Gladstone Dock was prepared according to the above description, carefully checked and measured, and then flooded to about 10 feet, so that no one could tamper with it. After the dock was prepared, we had to wait several days for a spring tide, and also to dredge out a shifting shoal at the entrance of the channel leading to the dock.

The Gladstone Dock was set up as described above, carefully inspected and measured, and then flooded to about 10 feet to prevent any tampering. After the dock was ready, we had to wait several days for a spring tide and also to dredge a shifting shoal at the entrance of the channel leading to the dock.

The first tide that the ship could enter the dock was at 11:50 A. M., January 14, 1918. She was brought to as even a keel as possible, which was 35 feet 9 inches forward and 37 feet 6 inches aft. This was accomplished by filling the forward tanks and emptying the after tanks and placing about 1,400 tons of coal in her reserve and forward bunkers. This was the nearest to an even keel that we had ever had the ship up to this time in the light condition. I might mention here that in this condition the ship is extremely tender, and that Lieut. Watts of the Engineering Department, displayed great diligence and good judgment in keeping her perfectly upright, while setting her on the blocks.

The first tide that the ship could enter the dock was at 11:50 A.M. on January 14, 1918. She was brought to as even a keel as possible, measuring 35 feet 9 inches at the front and 37 feet 6 inches at the back. This was achieved by filling the front tanks, emptying the back tanks, and adding around 1,400 tons of coal in her reserve and forward bunkers. This was the closest to an even keel we had ever managed with the ship in this light condition. I should note that in this state, the ship is very unstable, and Lieutenant Watts from the Engineering Department showed great care and good judgment in keeping her perfectly upright while setting her on the blocks.

Arriving at the Dock

On January 14, 1918, the ship proceeded down the Mersey River to the entrance of the dock, but the wind was too high to attempt making the entrance, and we had to return to Princess Landing. On the 15th conditions were much better but none too favorable. However, as it was the last day of the spring tide we had to make the attempt. The spring tides are about 21 feet, and the current is very swift, so we had less than an hour in which to enter the dock and close the caisson.

On January 14, 1918, the ship moved down the Mersey River towards the dock entrance, but the wind was too strong to try entering, so we had to go back to Princess Landing. On the 15th, the conditions were better, but still not great. However, since it was the last day of the spring tide, we had to give it a shot. The spring tides are about 21 feet, and the current is very fast, so we had less than an hour to get into the dock and close the caisson.

The entrance was very narrow, so that tugs were of little assistance and she had to go in under her own power. It was[111] a fine piece of seamanship and was successfully accomplished without damage to either the ship or the dock. The handling of the ship in the long entrance channel to the dock was done by the Senior Captain of the Cunard Line on shore. We were all greatly shocked about two weeks later to learn of his death, due to a channel steamer being torpedoed on its return from France, where he had been called on an important conference. It was the loss of such fine men through the treacherous German submarines that brought home to us more than ever our solemn duty to beat the Germans at all costs.

The entrance was very narrow, so tugs didn't help much, and she had to go in on her own. It was[111] an impressive feat of seamanship and was done successfully without any damage to the ship or the dock. The Senior Captain of the Cunard Line on shore managed the ship's handling in the long entrance channel to the dock. We were all shocked about two weeks later to hear of his death, caused by a channel steamer being torpedoed on its way back from France, where he had been for an important conference. The loss of such great men to the treacherous German submarines made us even more aware of our serious duty to defeat the Germans at all costs.

On the 16th everything was ready for setting her on the center line blocks. The weather conditions were ideal; the wind was on the stern and the ship was on an even keel. The stern touched the blocks and she settled at 3:55 P. M.

On the 16th, everything was set to place her on the center line blocks. The weather was perfect; the wind was at her back and the ship was balanced. The stern hit the blocks and she settled at 3:55 P.M.

Previous to setting the ship on the blocks 12 sighting battons were erected along the level of “B” deck from stem to stem, so that if the ship was strained in any way it could be readily noted. A piano wire was also stretched from side to side at the top of the thwartships coal bunkers amidships and connected to a spring balance, so that any opening up effect, due to the divers not properly packing the main beds, would immediately show.

Before putting the ship on the blocks, 12 sighting battens were set up along the level of "B" deck from one end to the other, so that any strain on the ship could be easily detected. A piano wire was also stretched from side to side at the top of the transverse coal bunkers in the middle and connected to a spring balance, so that any opening effect caused by the divers not properly packing the main beds would show up right away.

As soon as the stern touched the blocks the top row of side shores were set up commencing from aft. These shores were spaced every 5 frames, or about 15 feet centers. Altogether there were three rows of these side shores. The water was then lowered to a depth of 32 feet and the water maintained at this depth while the divers packed the main, inner and outer beds. As soon as possible after the water reached 32 feet, the water in all the tanks was pumped out with the exception of the feed tanks and No. 23 and 24 fresh water service tanks. The stem and side anchors were lowered and the pig iron in No. 17 tank, amounting to about 473 tons, was removed.

As soon as the stern hit the blocks, the top row of side shores was set up starting from the back. These shores were spaced every 5 frames, or about 15 feet apart. In total, there were three rows of these side shores. The water was then lowered to a depth of 32 feet and kept at that level while the divers packed the main, inner, and outer beds. As soon as the water reached 32 feet, all the tanks were pumped out except for the feed tanks and the No. 23 and 24 fresh water service tanks. The stem and side anchors were lowered, and about 473 tons of pig iron was removed from the No. 17 tank.

The water was maintained in the dock at 32 feet, because at this depth the ship was just resting nicely on the center line blocks and would not compress the soft wood caps. We did not want any unnecessary weight on the center line blocks until the divers had finished their work on the main and outer beds,[112] so that when the dock was finally pumped out, the ship would imbed itself in the soft wood capping at a uniform depth. This worked out exceptionally well, and was remarkably uniform on all beds, amounting to about 2 inches at the end of the third day. On the third day the spring balance on the piano wire registered less than an ounce difference. The sighting battons showed that she had settled amidships about 1⅜ inches. After floating she returned to ⅛ inch of the original condition. This I believe to be the natural hog of the ship.

The water was kept in the dock at 32 feet because at this depth the ship was resting perfectly on the centerline blocks and wouldn’t compress the soft wood caps. We didn’t want any extra weight on the centerline blocks until the divers finished their work on the main and outer beds,[112] so that when the dock was finally drained, the ship would settle into the soft wood capping at a consistent depth. This turned out really well and was quite uniform across all the beds, with about 2 inches by the end of the third day. On the third day, the spring scale on the piano wire recorded less than an ounce difference. The sighting battens indicated that it had settled amidships about 1⅜ inches. After floating, it returned to within ⅛ inch of the original state. I believe this is the ship's natural hog.

The undocking of the ship was somewhat unusual in that 7,800 tons of coal were placed aboard while she was in dry dock, 1,400 tons while the dock was absolutely dry and the balance of the coal, with from 35 to 37 feet of water in the dock. This was not sufficient to float the ship, and she still rested upon the docking beds. Immediately before letting in the water, all the bilge and hanging shores, and shores under, the stem and stern that would in any way injure the ship should she take a sudden list, or any undue change of trim, were removed. These shores were removed at about 15 minute intervals, so that the ship could adjust itself and any undue settling could be noticed. During this operation men were stationed at the sighting battons and the piano wire. Water was then admitted as quickly as possible to 35 feet and maintained at this level while additional coal was put aboard from barges admitted to the dock at low tide. This was a rather trying ordeal, but was successfully accomplished in 5 days.

The undocking of the ship was a bit unusual because 7,800 tons of coal were loaded onto it while it was in dry dock, with 1,400 tons added when the dock was completely dry and the rest while there was 35 to 37 feet of water in the dock. This amount of water wasn’t enough to float the ship, so it remained on the docking beds. Just before letting the water in, all the bilge and support shores, as well as the supports under the bow and stern that could damage the ship if it tilted suddenly or changed its trim too much, were removed. These supports were taken out at about 15-minute intervals to allow the ship to adjust and to monitor any unusual settling. During this process, men were positioned at the sighting batons and the piano wire. Water was then let in as quickly as possible until it reached 35 feet, and that level was maintained while more coal was loaded from barges brought into the dock at low tide. This was quite a challenging task, but it was successfully completed in 5 days.

Arrangements had been made to leave the dock on February 11th. It was therefore decided to float her on the 10th, and an estimate was made of the coal on board and such tanks as were necessary to bring her to an even trim and even keel, were filled. She floated at 1:20 on the 10th with 38 feet 11 inches draft aft, 39 feet 6 inches draft forward, and less than ½° list to starboard.

Arrangements were made to depart from the dock on February 11th. So, it was decided to launch her on the 10th, and an estimate of the coal on board was made. Necessary tanks were filled to ensure she had an even trim and stable keel. She launched at 1:20 on the 10th with a draft of 38 feet 11 inches at the aft, 39 feet 6 inches at the forward, and less than ½° list to starboard.

I cannot speak too highly of the hearty co-operation received from the ship’s officers and crew, especially Naval Constructor J. H. Jack, U. S. N. This applies not only to the docking of the ship, but to her conversion from a passenger[113] ship to a transport. No duty was too strenuous or hours too long, and during the conversion the living quarters on the ship were not of the best. They were continually shifted from one part of the ship to the other, even the meals were of a makeshift character and at times irregular. Every man seemed to realize what we were up against and that we must make good. Everyone pulling together, accomplishment was made possible.

I can't praise the support we got from the ship's officers and crew enough, especially Naval Constructor J. H. Jack, U.S.N. This praise applies not just to docking the ship but also to her transformation from a passenger[113] ship into a transport. No task was too tough, and no hours were too long, even though the living conditions on the ship were far from ideal during the conversion. Quarters were constantly moved around, and meals were often improvised and sometimes irregular. Everyone understood the challenges we faced and that we needed to succeed. With everyone working together, we made it happen.

The conversion of the ship to a transport speaks volumes for the Navy Department organization and more particularly for the New York Navy Yard, under whose direct supervision the work was undertaken.

The transformation of the ship into a transport says a lot about the organization of the Navy Department, especially about the New York Navy Yard, which directly oversaw the work.

The ship was so big that she could not be taken to a shipyard, nor transferred to the Navy Yard. The task had to be undertaken where she lay at her piers in Hoboken and the New York Navy Yard organization was elastic enough and active enough to carry on the work outside the Navy Yard.

The ship was so large that it couldn't be brought to a shipyard or moved to the Navy Yard. The work had to be done where it was docked at its piers in Hoboken, and the New York Navy Yard team was flexible and proactive enough to manage the repairs outside the Navy Yard.

The Bridge

W. J.

W. J.

General conditions on the bridge were good. Instruments had deteriorated somewhat, owing to the long stay in port and not being used.

General conditions on the bridge were good. The instruments had deteriorated a bit due to the long time spent in port and not being used.

All signal flags and navigation instruments, including the three chronometers which comprised part of her equipment were removed. The ship was equipped with two master gyroscopic compasses installed on “G” deck and seven repeaters for use on the bridge in steering and taking bearings; these were all found to be more or less in need of repairs and after days of hard and tedious work on the part of Lieut. W. H. F. Schluter and his well organized staff they were put in fine condition and have been kept in this manner constantly even though he has had to add pieces of lead to each master gyro to maintain a level. Being of German manufacture, no spare parts could be obtained during the war, but whenever they were needed Lieutenant Schluter proved to be the “man of the hour.”[114] The gyros were only one of his many troubles for, being electrical officer, there were numerous other duties about the ship. There were a great many German charts left on board but the ship was equipped by the Bureau of Navigation with American charts before leaving port. The steering gears and all the telegraphs were changed to English speaking. The deep-sea sounding machines are still in commission after a great amount of usage, and the motors attached to them for heaving in the lead are still in good working order. The patent log for measuring distance is the “Forbes,” an English patent. Loudspeaking telephones reached to all the principal parts of the ship, and are very much used. A fire-alarm indicator is placed in the wheelhouse and is set at fifteen-minute intervals. This indicator has pipes leading to all holds through which the smoke from any fire in a hold would be drawn and can be seen in the wheelhouse when the alarm goes off. A steam hose can be connected to the pipe and the fire smothered. There is a control for operating water-tight doors and a diagram showing location of each door; upon this diagram an electric light burns when each door is closed, showing the officer of the deck whether the control works properly.

All signal flags and navigation equipment, including the three chronometers that were part of her gear, were taken away. The ship was outfitted with two main gyroscopic compasses installed on “G” deck and seven repeaters for use on the bridge for steering and determining bearings; all of these were found to need repairs. After several days of hard and tedious work from Lieut. W. H. F. Schluter and his well-organized team, they were restored to excellent condition and have been kept that way, even though he had to add lead weights to each master gyro to keep them level. Since they were made in Germany, no spare parts could be obtained during the war, but whenever they were needed, Lieutenant Schluter proved to be the “man of the hour.”[114] The gyros were just one of his many challenges, as he also had numerous other responsibilities as the electrical officer on the ship. There were many German charts left on board, but the Bureau of Navigation equipped the ship with American charts before it left port. The steering gears and all the telegraphs were switched to English. The deep-sea sounding machines are still in operation after extensive use, and the motors attached to them for pulling in the lead are still functioning well. The patent log for measuring distance is the “Forbes,” which is an English patent. Loudspeaking telephones extend to all the main areas of the ship and are used frequently. A fire alarm indicator is located in the wheelhouse and is set to go off every fifteen minutes. This indicator has pipes leading to all holds through which smoke from any fire in a hold would be drawn and can be seen in the wheelhouse when the alarm triggers. A steam hose can be connected to the pipe to extinguish the fire. There is a control for operating water-tight doors along with a diagram showing where each door is located; an electric light lights up on this diagram when each door is closed, indicating to the officer on the deck that the control is functioning properly.

The big 44-inch searchlight on the foremast is controlled very readily from the bridge by a small lever; the fog bell is rung and all whistles are blown by an electrical attachment. The master electric clock is on the bridge and gives the time to 550 repeaters situated throughout the ship. These clocks required a great amount of painstaking labor to be put into good condition and demand constant care and supervision. During the alterations in which first class staterooms were ripped out to make troop quarters, the wiring system to the clocks was torn out by the workmen as well as everything else which happened to be in their path.

The large 44-inch searchlight on the foremast is easily operated from the bridge with a small lever; the fog bell rings and all whistles sound through an electrical setup. The main electric clock is located on the bridge and provides the time to 550 repeaters placed all over the ship. These clocks needed a lot of careful work to get into good shape and require constant maintenance and oversight. During the renovations where first-class staterooms were removed to create troop accommodations, the wiring system for the clocks was damaged by the workers along with everything else in their way.

As mentioned previously the ship’s chronometers, three in number, were missing. These were afterwards found by the Secret Service in a nautical school in New York City. The commanding officer had to send them to the Naval Observatory at Washington, D. C. This was done with great reluctance as they were of the finest type and a good chronometer is a very[115] valuable and much used article aboard a ship. Others were sent to replace them. The bridge and signal bridge were altered for transport purposes. The fire control and range finder stations being built on the signal bridge, and the fine bright finish of the wood was changed to the more popular color at that time—the war gray. Otherwise the Leviathan remains the Vaterland, as when she was in the merchant service—a German transport in disguise.

As mentioned earlier, the ship's chronometers, three in total, were missing. They were later found by the Secret Service at a nautical school in New York City. The commanding officer had to send them to the Naval Observatory in Washington, D.C. He did this very reluctantly since they were of the highest quality, and a good chronometer is a very[115] valuable and frequently used item aboard a ship. Others were sent to replace them. The bridge and signal bridge were modified for transport purposes. The fire control and range finder stations being constructed on the signal bridge were altered, and the shiny finish of the wood was changed to the more popular color at that time—the war gray. Otherwise, the Leviathan remains the Vaterland, just as she was in merchant service—a German transport in disguise.

The Deck Force

F. C. W.

F.C.W.

When the Leviathan was taken over by the Navy, the chief difficulty that presented itself was the scarcity of men available for the deck force. Only a few of the crew that had been assigned to the ship had ever been to sea. A few—gun crews, for the most part—had had some experience, but not enough to qualify them as seamen. This was partly due to their short terms of service.

When the Leviathan was taken over by the Navy, the main issue that came up was the lack of men available for the deck crew. Only a handful of the crew assigned to the ship had ever been at sea. A few—mostly from the gun crews—had some experience, but not enough to really consider them seamen. This was partly because of their short terms of service.

As a result, the brunt of the work fell upon the shoulders of a few experienced petty officers, who fortunately had been assigned to the ship. These men worked day and night in a supreme effort to organize their crews and create a working machine. For the first few days they did everything from scrubbing the decks to exploring the double bottoms. There was no distinction between the rated men and the seamen in this line of work.

As a result, the majority of the workload landed on the few experienced petty officers who were luckily assigned to the ship. These men worked tirelessly, day and night, putting in a massive effort to organize their crews and create a functioning unit. For the first few days, they did everything from scrubbing the decks to checking the double bottoms. There was no difference between the rated men and the seamen in this work.

The size of the ship added to the confusion. It was impossible to keep a detail together for more than a minute and a half. It was easy for an entire working party to get lost between decks. It was easier for some to get lost than others. Finally, it was decided that the only way to keep a working party together was to hang a bell around the neck of the petty officer in charge. This scheme worked well until two working parties met, when it was necessary to call in a traffic cop to get them separated.

The size of the ship added to the confusion. It was impossible to keep a crew together for more than a minute and a half. It was easy for an entire working group to get lost between decks. Some people got lost more easily than others. Eventually, it was decided that the only way to keep a group together was to hang a bell around the neck of the petty officer in charge. This plan worked well until two groups met, at which point a traffic cop had to be called in to separate them.

Because of their unfamiliarity with the ship, details were apt to deliver sacks of “spuds” to the Commander’s cabin, and[116] stationery to the blacksmith shop. This situation was relieved by the appointment of guides to conduct the working parties around.

Because they weren't familiar with the ship, it was likely that they would deliver bags of “potatoes” to the Commander’s cabin and[116] stationery to the blacksmith shop. This issue was resolved by assigning guides to show the working parties around.

The parts of the ship allotted to the deck division (at that time we could only boast of one), were in rather good shape, considering the time the ship had been laid up. The weather decks were littered up like an old woman’s backyard after a hard day’s washing, but most of the truck was movable. Boats were piled across the hatches and all over the decks, making it impossible to get around. Boxes, stores and cordage were everywhere.

The areas of the ship assigned to the deck division (at that time we only had one) were in pretty good condition, given how long the ship had been out of service. The weather decks were messy like an old woman’s backyard after a tough day of laundry, but most of the stuff was movable. Boats were stacked across the hatches and all over the decks, making it hard to get around. Boxes, supplies, and ropes were everywhere.

The process of making the ship habitable was accomplished by a mere handful of men, most of the division being assigned to various details for work in other compartments.

The job of making the ship livable was done by just a few men, while most of the division was assigned to different tasks in other areas.

After the work of cleaning up had been completed, attention was turned to the rigging. The running rigging was in bad shape and it was found necessary to refit all of the davits that were rigged with manila rope. The booms were also refitted with new whips and guys. Requisitions for wire and manila lines were made right and left and all of the rigging was overhauled.

After the cleaning was finished, the focus shifted to the rigging. The running rigging was in poor condition, so it was necessary to update all of the davits that were equipped with manila rope. The booms were also upgraded with new whips and guys. Requisitions for wire and manila lines were requested everywhere, and all the rigging was completely overhauled.

Of the 72 boats on board, 26 were equipped with friction winches and needed no power for rigging out and loading. The power for hoisting was furnished by electric motors, each one operating two or more winches. These winches were given a thorough overhauling and found to be in excellent condition. The boat falls, which were of special laid wire, were then unrove and tested. Only two of the entire number needed attention. At that time we had no serviceable wire, and it was a case of a few well-made long splices.

Of the 72 boats on board, 26 were fitted with friction winches and didn’t require any power for rigging out and loading. The power for hoisting came from electric motors, each operating two or more winches. These winches were thoroughly overhauled and found to be in excellent condition. The boat falls, made of specially laid wire, were then unthreaded and tested. Only two out of the entire set needed attention. At that moment, we had no usable wire, so it came down to a few well-made long splices.

The ground tackle on the ship was all that could be desired. Of the three Hall type anchors, the largest, or stem anchor, weighed a little more than twelve tons. The other two, port and starboard, tipped the scales at eleven tons. These little trinkets were the only articles on board considered safe from souvenir hunters. For the information of landsmen, the “anchor watch” has no connection with the anchor itself, but is merely the men on watch as Officer of the Deck’s night messengers while the ship is at anchor.

The ship's ground tackle was top-notch. Out of the three Hall type anchors, the biggest one, known as the stem anchor, weighed just over twelve tons. The other two, on the port and starboard sides, weighed in at eleven tons each. These hefty anchors were the only items on board that were safe from souvenir hunters. For those not familiar, the “anchor watch” doesn’t actually involve the anchor itself; it refers to the crew members who serve as the Officer of the Deck's night messengers while the ship is anchored.

The stem anchor was fitted with a 4-inch stud link chain, 150 fathoms in length. The port and starboard anchors had chains of 164 and 150 fathoms, respectively. The chains for the latter were three and three-eighths inches in diameter, the size of a chain being measured by the diameter of the material of which the links are formed.

The stem anchor was equipped with a 4-inch stud link chain, 150 fathoms long. The port and starboard anchors had chains that were 164 and 150 fathoms long, respectively. The chains for the latter were three and three-eighths inches in diameter, with the size of a chain being measured by the diameter of the material used for the links.

The anchor engines were of corresponding size, and could be connected with the capstans on deck. In addition to them, there were seven more engines for capstans in all parts of the ship. In consequence, mooring the ship to a dock was not the hard task that it usually is.

The anchor engines were the right size and could be linked to the capstans on deck. Besides those, there were seven more engines for capstans located throughout the ship. As a result, docking the ship wasn't as difficult as it typically is.

The stern anchor and chain had apparently been left in Hamburg. The hawse pipe aft, and the stern chain locker were utilized for the handling and stowage of the heavy manila hawsers.

The stern anchor and chain had apparently been left in Hamburg. The hawse pipe at the back and the stern chain locker were used for handling and storing the heavy manila hawsers.

Most of the manila hawsers on board had to be replaced. Natural decay or possibly a small application of acid had so weakened the lines that they had a tendency to break at the most inopportune moments. The wire hawsers, however, were in A-1 condition, and up until the present time, have never been replaced.

Most of the manila ropes on board had to be replaced. Natural wear or maybe a little acid exposure had weakened the lines to the point where they tended to break at the worst times. The wire ropes, however, were in top condition, and up until now, have never been replaced.

But the work of fitting out was not all that had to be done. Men must be fed; and it seemed, from the accumulation of provisions on the dock, that we were being depended upon for the entire job of feeding the A. E. F. Truckload after truckload of stores was piled on the dock, and hoisted aboard, day after day. We soon learned that one trip with 10,000 red blooded men aboard involved the consumption of almost everything we had been piling into the ship’s storerooms and refrigerators. Besides food, there were general stores to be handled, including everything from safety pins to dishwashing machines. Every department was working overtime to get things ship-shape, and the deck force most of all.

But getting everything ready was just part of the job. We had to feed the men, and it looked like we were responsible for supplying the whole A. E. F. Every day, truckload after truckload of supplies was stacked on the dock and loaded onto the ship. We quickly discovered that taking just one trip with 10,000 spirited men on board meant using up nearly all the food we had crammed into the ship’s storage areas and fridges. Besides food, there were other supplies to manage, including everything from safety pins to dishwashing machines. Every department was working overtime to get everything organized, especially the deck crew.

At last it was rumored that we were about to make our maiden trip under the American flag. This was followed by a speeding up in all departments. It received final substantiation when military equipment and stores began to arrive. The time had come for a real test.

At last, there were rumors that we were about to make our first trip under the American flag. This led to a rush in all departments. It was confirmed when military equipment and supplies started arriving. The moment had come for a real test.

We had a chance to test our booms when a five-ton truck showed up as a part of the equipment to be loaded. The booms were of three-ton capacity and it was necessary to strengthen the lifts and rig a purchase in lieu of the single whip. It was taken aboard without mishap.

We had the opportunity to test our booms when a five-ton truck arrived as part of the equipment to be loaded. The booms could handle three tons, so we needed to reinforce the lifts and set up a pulley instead of using just a single line. It was loaded on without any issues.

Just before leaving all boat-falls were given a final test. Every boat was rigged out and lowered to within a few feet of the water. A party of sixty-five men then clambered in and the boat was hoisted and lowered ten feet or more. This party was used for all of the boats, which were found to be in satisfactory condition. A few boats not on davits were hoisted overboard and tested for watertightness.

Just before leaving, all the boats were given a final test. Each boat was set up and lowered to just a few feet above the water. A group of sixty-five men then climbed in, and the boat was raised and lowered by ten feet or more. This group was used for all the boats, which were found to be in good condition. A few boats that weren't on davits were lowered into the water and checked for leaks.

One morning in the fall of 1917 we slipped away. There were many conjectures as to our destination, one opinion being that we were bound for Panama for a last overhauling in dry dock. It developed that we were taking 1,500 marines to Guantanamo.

One morning in the fall of 1917, we quietly left. There were a lot of guesses about where we were headed, with some thinking we were going to Panama for final repairs in dry dock. It turned out that we were actually transporting 1,500 marines to Guantanamo.

Upon our arrival in Cuba, we discharged all equipment and turned our attention to the boats once more. The boat officers were given their first lesson in the handling of the boat winches, and some of the men were given their first experience in a boat under oars.

Upon arriving in Cuba, we unloaded all our equipment and focused on the boats again. The boat officers received their first lesson in operating the boat winches, and some of the crew had their first experience rowing a boat.

Back again to Hoboken—more handling of stores and provisions. The Marines, although few in number, had managed to put quite a hole in our store of provisions. But the worst was yet to come. Orders sending the ship to France came, and with them 7,500 soldiers.

Back in Hoboken—more dealing with supplies and provisions. The Marines, even though they were few, had really depleted our stock of supplies. But the worst was still to come. We received orders to send the ship to France, along with 7,500 soldiers.

We had one piece of luck in getting off. While the crews of other transports had been compelled to sit and watch civilian stevedores put their stores aboard, the crew of the Leviathan were allowed to handle everything going aboard the ship themselves. There were no restrictions whatever, permission even being given to work night and day at the job. All of the equipment handled by the civilian stevedores belonging to the army. The crew handled all of the naval equipment aboard, including Liberty motors, aeroplanes and S. P. boats.

We caught a lucky break while getting off. While the crews of other transports had to sit and watch civilian dockworkers load their supplies, the crew of the Leviathan was allowed to take care of everything being loaded onto the ship themselves. There were no restrictions at all, and we even had permission to work around the clock on the task. All of the equipment managed by the civilian dockworkers was for the army. The crew took care of all the naval equipment on board, including Liberty engines, airplanes, and S. P. boats.

Liverpool had the honor of receiving us on our first and second voyages. Here we went into dry dock for final repairs,[119] and here we had our first experience coaling ship in drydock. Coaling was carried on from cars running along the dock and also from small lighters or flats in the dock itself. The lighters were emptied and taken away only at certain stages of the tide. There was always a chance of the ship floating during one of these manœuvers, and the work of bringing loaded lighters into the dock and sending the emptied ones out required quick action and plenty of it. The notorious punctuality of time and tide is especially noticeable in the Liverpool drydock, and we worked at all hours of the day and night to keep in step.

Liverpool had the privilege of hosting us on our first and second trips. Here we went into dry dock for final repairs,[119] and this was our first experience with coaling the ship while in dry dock. Coaling was done using cars that ran along the dock, as well as from small barges or flats in the dock itself. The barges were unloaded and removed only at specific times during the tide. There was always a risk of the ship floating during these operations, and bringing in loaded barges and sending out the emptied ones required quick action and a lot of it. The famous punctuality of time and tide is particularly evident in the Liverpool dry dock, and we worked around the clock to keep up.

The bottom of the ship was given a new coat of paint, and we left for Hoboken and more troops. On our second voyage to Liverpool our paravanes were installed, adding a little to the work, but contributing a good deal to our sense of security. Once more, for the benefit of the landsman: The paravanes, or PVs, are contrivances fitted to the bow of the ship, as a protection against mines, so constructed that they will automatically pick up the moorings of a mine and cut it adrift.

The bottom of the ship got a fresh coat of paint, and we headed out to Hoboken for more troops. On our second trip to Liverpool, we installed our paravanes, which added some extra work but really boosted our sense of security. Just to explain for those unfamiliar: The paravanes, or PVs, are devices attached to the front of the ship to protect against mines, designed to automatically snag the moorings of a mine and cut it loose.

Beginning with our third trip, we worked on an express train schedule. Everything depended upon speed. Our cargoes increased at the same time. In addition to all kinds of army equipment, we frequently carried aeroplanes, boats for overseas duty, and on one trip a large mooring buoy. In order to load them on board, additional changes had to be made in the rigging, purchases and guys of the booms. Even the weather decks were utilized for the transportation of cargo for the naval forces overseas.

Beginning with our third trip, we focused on an express train schedule. Everything relied on speed. At the same time, our cargo increased. In addition to various army equipment, we often transported airplanes, boats for overseas assignments, and on one trip, a large mooring buoy. To load them aboard, we had to make extra adjustments to the rigging, purchases, and stabilizers of the booms. Even the weather decks were used to transport cargo for the naval forces overseas.

At the present writing the good old ship is still on the job—bringing them back. The machine is running as smoothly as the ship’s engines, and instead of having a few inexperienced men in the deck force, we have an organization, built from almost nothing, that can compete with anything in the navy.

At this moment, the good old ship is still on duty—bringing them back. The machine is running as smoothly as the ship’s engines, and instead of having a few inexperienced people on the deck crew, we have an organization built from nearly nothing that can compete with anything in the navy.

Embarkation and Debarkation of Troops

W. S. A.

W. S. A.

This is a brief description of how the Leviathan’s human cargo was loaded and unloaded. The plan had been followed[120] from the beginning with slight changes made by experience in carrying troops over before the armistice and carrying them back afterwards.

This is a brief description of how the Leviathan’s human cargo was loaded and unloaded. The plan had been followed[120] from the beginning with minor adjustments made based on experience in transporting troops before the armistice and bringing them back afterward.

The ship’s troop capacity began at 6,800 and on the 13th voyage it was approximately 12,000. Throughout the war it averaged about 10,000. In addition, officers’ space has varied between 400 and 600.

The ship's troop capacity started at 6,800 and reached around 12,000 on the 13th voyage. Throughout the war, it averaged about 10,000. Additionally, the space for officers varied between 400 and 600.

Throughout the war, carrying troops east, five gangways were employed on G-deck forward, to fill forward compartments; C-deck and F-decks amidships, to fill amidship compartments; E-deck and G-deck gangways aft to fill after compartments.

Throughout the war, transporting troops east, five gangways were used on G-deck forward to fill the forward compartments; C-deck and F-deck amidships to fill the amidship compartments; E-deck and G-deck gangways at the back to fill the after compartments.

On each gangway, the compartment farthest away and lowest was filled and so on to the gangway compartment. In no case did troops crowd through a filled compartment.

On each gangway, the compartment farthest away and lowest was packed, and so on to the gangway compartment. In no situation did troops push through a crowded compartment.

It was early realized that loading the ship with troops was a Navy function and was treated as such. The organization at each of the five gangways was: one naval officer in charge and assisted by one chief petty officer and fifteen men. Wherever Army officers were available one was detailed to assist the Naval officer.

It was quickly understood that loading the ship with troops was a Navy responsibility and was handled accordingly. The setup at each of the five gangways included one naval officer in charge, assisted by one chief petty officer and fifteen crew members. Whenever Army officers were available, one was assigned to help the naval officer.

Prior to embarkation on each voyage, the ship’s embarkation officer made an assignment of all troops the ship was to carry, so organizations would not be split up but located in the same part of the ship to facilitate work. Often this was a problem on account of the arrival of trains or ferries and the size of organizations carried. Also, troop compartments had an arbitrary number of bunks in them, based on the amount which could be put in and not upon the number in military organizations. By planning we were able to get a complete regiment amidships, one aft, and a battalion forward, then filling in smaller units up to capacity.

Before each voyage, the ship’s embarkation officer assigned all the troops the ship would carry, ensuring that organizations stayed together and were located in the same area of the ship to make work easier. This often became an issue due to the arrival of trains or ferries and the size of the organizations being transported. Additionally, troop compartments had a random number of bunks, based on how many could fit, rather than the number in the military units. Through careful planning, we managed to position a complete regiment in the middle of the ship, one in the back, and a battalion in the front, then filled in with smaller units until we reached full capacity.

Generally a battalion, or approximately 1,000 men, came to the ship a day in advance of embarkation for the guard and mess details. The next day the balance of the troops arrived. When the guard was not posted before embarkation, the troops were all over decks, superstructure, and masts, resulting in much unnecessary confusion.

Generally, a battalion, or about 1,000 soldiers, arrived at the ship a day before boarding to handle guard and meal duties. The next day, the rest of the troops showed up. When the guard wasn't set up before boarding, the troops were all over the decks, superstructure, and masts, causing a lot of unnecessary chaos.

Embarkation usually began about 8 o’clock or 9 o’clock in the morning, although on one occasion it began as early as 5:30 A. M. Organizations marched on the dock, both upper and lower levels, the Army checkers checked the individual soldier’s names upon the passenger lists and the soldier would receive a billet ticket which showed his compartment, bunk number, deck space, abandon ship station, safety rules, etc. Then the column would move over the gangway and the prescribed routes to the compartment. Each of the five columns were led by a Naval guide, and other Naval guides were posted along the route and seven or eight Navy men in the compartment, to direct the columns to the proper bunks and put the soldiers in the bunks called for by the billet tickets. The numbering in compartments generally began in the forward starboard corner and ended in the after port corner. Later on, the bunks in the amidship compartments were renumbered so that a column of troops could be directed up a passageway and men could get into the bunks on both sides of it.

Embarkation usually started around 8 or 9 in the morning, though on one occasion it kicked off as early as 5:30 A.M. Groups marched onto the dock, on both the upper and lower levels. The Army personnel checked each soldier’s name against the passenger lists, and the soldier received a billet ticket showing his compartment, bunk number, deck space, abandon ship station, safety rules, etc. Then, the group would move across the gangway and follow the designated routes to their compartment. Each of the five groups was led by a Navy guide, with additional guides stationed along the way and seven or eight Navy men in the compartment to direct the groups to the correct bunks, matching the billet tickets. The numbering in compartments typically started in the forward starboard corner and ended in the aft port corner. Later, the bunks in the midship compartments were renumbered to allow a column of troops to move up a passageway, letting men access the bunks on both sides.

Rules Followed

A company officer would go into the compartment being filled and assist the Navy detail; troops got into their bunks as soon as found, and stayed there until embarkation over that gangway was completed. No smoking was allowed in compartments. Without strict adherence to these rules, embarkation was hindered. Generally it was possible to take troops aboard nearly as fast as they arrived on the dock and many times the dock would be emptied before the next organizations would arrive. The troop mess hall on F-deck was used as a reservoir to hold over 1,000 troops marching in a serpentine line which proceeded into the compartments being filled. The Naval officer in charge of the gangway circulated from the gangway over the route into the compartment and saw that all went smoothly. The embarkation officer moved around all gangways into compartments being filled and upon the deck, generally overseeing and directing embarkation.

A company officer would enter the compartment being filled and help the Navy crew; as soon as soldiers found their bunks, they settled in and remained there until the embarkation over that gangway was finished. Smoking was not allowed in compartments. Without strict compliance with these rules, embarkation would be delayed. Generally, troops could be taken aboard nearly as quickly as they arrived at the dock, and often the dock would be cleared before the next groups showed up. The troop mess hall on F-deck was used as a holding area for over 1,000 troops marching in a winding line that went into the compartments being filled. The Naval officer overseeing the gangway moved from there to the route into the compartment to ensure everything went smoothly. The embarkation officer patrolled all gangways leading into the filled compartments and on the deck, typically supervising and directing the embarkation process.

The Navy men for the forward gangway were from the first division, midship gangways from the third division and the other gangways from the fourth division. With the inborn aptitude of the American youth, they soon became experts in embarking and made short work of filling compartments. There was little change in the details during the entire war period. The men took real pride in their work. Embarkation of 10,000 troops, each soldier into his own numbered bunk, could not have been effected in a period of six to eight hours, if it had not been for the zeal and ardor and intelligence which the men put into their work.

The Navy personnel for the forward gangway came from the first division, the midship gangways were from the third division, and the other gangways were from the fourth division. With the natural skills of American youth, they quickly became experts at getting on board and efficiently filled the compartments. There was little change in the details throughout the entire war. The men took genuine pride in their work. Getting 10,000 troops, with each soldier assigned to their own numbered bunk, done in just six to eight hours wouldn’t have been possible without the enthusiasm, dedication, and intelligence the men brought to the task.

Whenever a bunk was found which could not be used and compartments were checked over before embarkation, the ticket was taken up from the soldier and another secured at the gangway so the man could occupy a bunk in the vicinity of his company.

Whenever a bunk was found that couldn't be used and compartments were checked before boarding, the ticket was taken from the soldier and another was issued at the gangway so the soldier could occupy a bunk near his company.

Relations between the ship’s officers concerned with embarking and the army officers of the port of embarkation staff were harmonious and co-operation grew as trips increased. On some occasions the ship’s officers went to the army camps, gave talks and distributed ship’s pamphlets in advance of embarkation which were of assistance in embarking and getting the army settled on board.

Relations between the ship’s officers responsible for boarding and the army officers at the port were friendly, and collaboration improved as more trips occurred. Sometimes, the ship’s officers visited the army camps, gave presentations, and handed out ship brochures ahead of embarkation, which helped with boarding and getting the soldiers settled on the ship.

On these war time embarkations, one noted the eagerness with which the troops came aboard to get to the scene of war. On one occasion a number of colored troops went up E-deck gangway, which had an angle of nearly forty-five degrees, upon their hands and knees for safety’s sake. This caused great laughter.

On these wartime departures, it was clear how eager the troops were to board and head to the battlefield. Once, a group of Black soldiers crawled up the E-deck gangway, which had an angle of almost forty-five degrees, on their hands and knees for safety. This brought about a lot of laughter.

Only on one or two embarkations were there any substantial delays, as trains and ferries generally arrived on schedule. Once an entire regiment was fitted up with two pairs of trench shoes upon the upper level of the dock. During the influenza epidemic in the fall of 1918 taking the temperatures of all troops slowed up embarkation.

Only on one or two departures were there any significant delays, as trains and ferries typically arrived on time. At one point, an entire regiment was issued two pairs of trench shoes on the upper level of the dock. During the flu epidemic in the fall of 1918, taking the temperatures of all troops caused delays in embarkation.

Disembarkations

During the war, debarkation on the first two trips to Liverpool was simply to march the troops over the G-deck forward, F-deck amidships, and G-deck after gangways on the landing stage in reverse order of embarkation, where they mustered by organizations and entrained. On the third trip to Liverpool, in November, 1918, the Leviathan ran her nose into the Mersey mud off the Gladstone dock in a heavy fog. The tide ebbed and the ship began to list. All the Mersey ferry boats were commandeered and the 8,000 troops were debarked on them from F-deck gangway amidships and G-deck gangway aft, in three hours. Gangways to the ferries in several cases were at an angle of sixty degrees. Debarkation was rushed to lighten the ship, and she was backed off on the rising tide that evening under her own power.

During the war, getting off the ship during the first two trips to Liverpool meant just marching the troops over the G-deck at the front, F-deck in the middle, and G-deck at the back gangways on the landing stage in the reverse order they boarded, where they gathered by units and boarded trains. On the third trip to Liverpool, in November 1918, the Leviathan ran into the Mersey mud by the Gladstone dock in heavy fog. The tide went out and the ship started to tilt. All the Mersey ferry boats were taken over, and the 8,000 troops were unloaded onto them from the F-deck gangway in the middle and the G-deck gangway at the back, in three hours. In some cases, the gangways to the ferries were at a sixty-degree angle. They hurried the unloading to lighten the ship, and that evening, she was able to back off into the rising tide under her own power.

At Brest, during the war, a different plan was followed. Coaling began soon after the ship was moored. G-deck gangways aft, port and starboard sides, were the only gangways available to debark troops onto lighters. B-deck and the troop mess hall were used as debarking mustering stations. Organizations moved to them from their compartments, according to prearranged plan, as it was essential to send the troops ashore by organizations. B-deck held about 1,800 men with their packs and the mess hall about 1,200. When assembled, they moved to lighters lying at the after gangway. These held at first according to size, from 600 to 2,200 men and they were packed tight. Their capacity was reduced on later voyages.

At Brest, during the war, a different strategy was used. Coaling started soon after the ship was docked. The gangways on G-deck at the back, both port and starboard sides, were the only ones available for troops to disembark onto lighters. B-deck and the troop mess hall served as disembarking assembly points. Units moved to these areas from their quarters, following a prearranged plan, as it was crucial to send the troops ashore in organized groups. B-deck accommodated around 1,800 men with their packs, while the mess hall held about 1,200. Once gathered, they proceeded to lighters docked at the rear gangway. Initially, these lighters were organized by size, carrying between 600 and 2,200 men, and they were tightly packed. Their capacity was reduced on later trips.

The troops cheered the old Leviathan as their lighters drew away, and our men responded. The Leviathan carried many organizations which later paid heavy toll of casualties in battles.

The troops cheered the old Leviathan as their boats pulled away, and our guys responded. The Leviathan carried many groups that later suffered significant casualties in battles.

When the armistice was signed and the westbound tide set in, it required considerable work to reverse the procedure of embarking at Brest and debarking at Hoboken. The entire embarkation was over G-deck gangway for all compartments up to the thirteenth voyage, as it proceeded during coaling.

When the ceasefire was signed and the westward flow began, it took a lot of effort to change the process from boarding at Brest to disembarking at Hoboken. The entire boarding process took place on G-deck’s gangway for all sections up to the thirteenth trip, as it continued during the refueling.

The procedure of filling compartments was the same, but it was necessary to unload lighters quickly and get them away so the line of troops to compartments was extended to fill A-deck, B-deck, D-deck forward and aft, from whence the line of troops fed down into the compartments.

The process of filling the compartments was similar, but it was important to unload the lighters quickly and move them out, so the line of troops was extended to fill A-deck, B-deck, D-deck both forward and aft, from where the line of troops flowed down into the compartments.

From 1,100 to 2,200 sick and wounded were embarked at the same time as the other troops, this was done under supervision of the medical officer, assisted by the hospital corps. The casuals were taken to sick bay or E-deck compartments especially set aside for them.

From 1,100 to 2,200 sick and injured people were brought on board at the same time as the other troops, under the supervision of the medical officer, with help from the hospital corps. The casuals were taken to the sick bay or E-deck compartments specifically reserved for them.

Debarkation at Hoboken was the quick and happy event following the reception the ship received coming up the harbor. G-deck forward, C and F-decks amidships, and G-deck after gangways are used. The troops march out on them in reverse order of embarking. Units muster on the dock according to their organizations. Briefly, the procedure resembles pouring liquid out of three different pitchers, just the reverse of filling the compartments upon embarkation. The debarkation of troops was completed in about three hours.

Debarking at Hoboken was a fast and joyful event following the warm welcome the ship received while coming into the harbor. G-deck forward, C and F-decks in the middle, and G-deck at the back are used. The troops march out on them in the reverse order of how they boarded. Units gather on the dock according to their organizations. In short, the process is like pouring liquid out of three different pitchers, just the opposite of filling the compartments when boarding. The debarkation of troops was finished in about three hours.

The dock was always a lively place with throngs of reporters and welfare workers present with refreshments and smokes for the boys. The canine mascots generally got aboard unobserved, but in debarkation they proceed with their proud masters down the gangways and are admired as returning heroes by those upon the dock. Many of the dogs were “prisoners of war,” having come over to the American trenches from the enemy.

The dock was always a bustling place filled with crowds of reporters and social workers, offering drinks and cigarettes for the guys. The dogs usually snuck on board unnoticed, but when they disembarked, they strutted down the gangways with their proud owners and were celebrated like returning heroes by the onlookers at the dock. Many of the dogs were “prisoners of war,” having made their way to the American trenches from the enemy lines.

Such, briefly, is the story of the loading and unloading of the Leviathan’s human cargo. The doughboys have bravely done their part in winning the war. We of the Leviathan have had the happy and important duty of getting them over safely and bringing them back home.

Such, briefly, is the story of loading and unloading the Leviathan’s human cargo. The soldiers have bravely done their part in winning the war. We on the Leviathan have had the fortunate and important responsibility of getting them over safely and bringing them back home.

Abandon Ship Drill

E. E.

E. E.

Abandon ship drill is the most important drill on board ship as the saving of the lives of all would depend upon the[125] degree of perfection, organization, and speed of execution. It is easily seen that a ship the size of the Leviathan by reason of her water-tight doors would not sink for several hours after a torpedo attack or after striking a mine; thus the great danger to be avoided is the panic attendant upon such a contingency. The end to be attained is the conducting of all the troops in an orderly and expeditious manner to the weather decks where, equipped with life jackets and canteens, they can climb over the side on sea ladders rigged for the purpose and reach the rafts and boats already lowered into the water.

Abandon ship drills are the most crucial exercises on board a vessel since the survival of everyone relies on the[125] level of coordination, organization, and quick execution. It's clear that a ship as large as the Leviathan, with its watertight doors, wouldn’t sink for several hours after a torpedo strike or hitting a mine; therefore, the main risk to avoid is the panic that can arise in such situations. The goal is to guide all personnel in an orderly and efficient way to the upper decks where, equipped with life jackets and canteens, they can climb over the side using sea ladders set up for that purpose and reach the rafts and boats that have already been lowered into the water.

The abandon ship organization requires the second in army command to be in charge of the troop movement. He has as his assistants thirty-five captains as troop compartment officers—they are the senior officers in each troop compartment—and seventy lieutenants, the junior compartment officers. As a special abandon ship detail there are twelve majors acting as abandon ship mustering station officers and twenty-four captains and lieutenants acting as assistants to these officers.

The abandon ship organization requires the second-in-command of the army to oversee troop movement. He is assisted by thirty-five captains serving as troop compartment officers—these are the senior officers in each troop compartment—and seventy lieutenants, who are the junior compartment officers. Additionally, as part of a special abandon ship detail, there are twelve majors acting as mustering station officers and twenty-four captains and lieutenants assisting these officers.

The abandon ship mustering stations are distributed over the ship and include all available space on the weather decks except such space as is necessary to the lowering of boats or to the actual navigation of the ship. The routing of the troops to these stations is worked out on the principle that all watertight doors will be closed as soon as abandon ship signal sounds. The capacity of these stations is limited to a minimum of three cubic feet of deck space per man, giving also due consideration to the disposition of the ship’s boats.

The abandon ship assembly areas are spread throughout the ship and make use of all available space on the open decks, except for the areas needed for lowering boats or for the ship's navigation. The process for directing personnel to these areas is designed around the principle that all watertight doors will close immediately when the abandon ship signal is given. Each of these stations can accommodate a minimum of three cubic feet of deck space per person, while also taking into account the arrangement of the ship's boats.

During the war the first abandon ship drill was held prior to the sailing of the ship. All men aboard were obliged to keep their life jackets within reach at all times. For the first three drills the troops were sent below to their compartments at the call “assembly” on the bugles so they would become familiar with their abandon ship route. After the first three drills, troops already up on deck proceeded directly to their mustering stations.

During the war, the first abandon ship drill took place before the ship set sail. Everyone on board had to keep their life jackets nearby at all times. For the first three drills, the troops were sent below to their compartments at the call of “assembly” on the bugles so they could get familiar with their abandon ship route. After the first three drills, troops already on deck went straight to their mustering stations.

Going to Bring the Doughboys Home

Bringing the Troops Home

Troops were not required to wear their life jackets when hostilities ceased, but when abandon ship drill was held they were sent below to assemble in their compartments, put on their life jackets, and then at the abandon ship call proceed over the abandon ship route to their mustering stations to stand by for further orders or until “secure” is sounded.

Troops didn't have to wear their life jackets when fighting stopped, but during the abandon ship drill, they were told to go below deck, gather in their compartments, put on their life jackets, and then, when the abandon ship call came, follow the abandon ship route to their mustering stations to wait for further instructions or until "secure" was announced.

The plan followed throughout the ship called for the emptying of the lowest compartment first. Other compartments using the same abandon ship route stand fast until the troops in the lowest compartment have filed past.

The plan for the ship was to evacuate the lowest compartment first. The other compartments using the same escape route would remain secure until the troops in the lowest compartment had passed through.

It was found that by this drill all compartments could be emptied and all troops assembled at their abandon ship mustering stations within fifteen minutes of the sounding of the abandon ship signal, or within one half hour of the blowing of the “assembly” which sends the troops to their compartments.

It was found that with this drill, all compartments could be emptied and all troops gathered at their abandon ship muster stations within fifteen minutes of the abandon ship signal being sounded, or within half an hour of the blowing of the “assembly” whistle which directs the troops to their compartments.

The Gunnery Department

Artillery Officers

  • Creed H. Boucher, Lieut., U.S.N.; assigned, August 3, 1917; detached, April 20, 1918.
  • Arnold H. Bateman, Lieut., U.S.N.; assigned, April 20, 1918; detached, October 27, 1918.
  • Charles K. Osborne, Lieut. Comdr., U.S.N.; assigned, October 27, 1918; detached, April 3, 1919.

Gunnery Assistant Officers

  • William E. Malloy, Lieut., U.S.N.; assigned, October 8, 1917.

(Lieut. Malloy was detached as assistant Gunnery Officer in order to take over the duties of First Lieutenant of the ship.)

(Lieut. Malloy was assigned as the assistant Gunnery Officer to take over the responsibilities of First Lieutenant of the ship.)

Ship's Gun Crew

  • Arthur B. Dorsey, Lieut., U.S.N.; assigned, July 30, 1917; detached, January 22, 1919.
  • John T. Swift, Lieut., U.S.N.; assigned, January 22, 1919; detached, March 6, 1919.
  • James F. Williams, Gunner, U.S.N.; assigned, January 20, 1919.

(Gunner Williams served on board as a Chief Gunner’s Mate from August, 1917, until he was made Gunner in January, 1919.)

(Gunner Williams served on board as a Chief Gunner’s Mate from August 1917 until he became a Gunner in January 1919.)

Lieut. Boucher, Lieut. Malloy and Lieut. Dorsey, were the officers in charge of the installation of the battery, fire control system, etc., the training of gun crews and lookouts, and in fact all the numerous details required to have the ship in readiness for sea and action when she cleared the net in New York Harbor. Great credit is due these officers and the men of their department for the excellent manner in which this work was carried out. Much credit is also due the officers and men who succeeded them for the excellent manner in which they maintained the high standard of efficiency that had been set for them.

Lieut. Boucher, Lieut. Malloy, and Lieut. Dorsey were the officers responsible for setting up the battery, fire control system, and more, as well as training the gun crews and lookouts. They handled all the various details needed to get the ship ready for sea and action when it left the net in New York Harbor. These officers and their team deserve great recognition for the outstanding job they did. The officers and men who followed them also deserve a lot of credit for maintaining the high standard of efficiency that had been established.

There were also six Chief Gunner’s Mates and seven gunner’s mates of lower ratings attached to the ship during her voyages across the Atlantic.

There were also six Chief Gunner’s Mates and seven lower-rated gunner’s mates assigned to the ship during her trips across the Atlantic.

No technical discussion of ordnance and gunnery will be attempted in these pages, just a general description of guns, fire control systems, etc., and their method of operation.

No technical discussion of weapons and gunnery will be attempted in these pages, just a general description of guns, fire control systems, etc., and how they work.

Weapons and Gear

The armament and equipment of the Leviathan consisted of the following:

The weapons and gear of the Leviathan included the following:

  • 8—6-inch 50-Cal. guns Mk. VIII.
  • 2—1-Pdr. guns, Mk. VIII.
  • 2—“Y”-Guns for throwing depth charges.
  • 2—Colt Machine Guns.
  • 1—Lewis Machine Gun.
  • 150—.30-Cal. Springfield Rifles.
  • 75—.45-Cal. Colt Automatic Pistols.
  • 1—Large Bausch and Lomb 12-Ft. Range Finder.
  • 2—Small Barr and Stroud 1-meter Range Finders.
  • 1—Ford Range Keeper.

The six-inch guns were installed on October 5, 1917—four aft and four forward. The distance between the forward and after guns was about seven hundred feet, which is a greater distance than the entire length of any battleship we have in commission.

The six-inch guns were installed on October 5, 1917—four at the back and four at the front. The distance between the front and back guns was about seven hundred feet, which is farther than the total length of any battleship we currently have in service.

The work of installation was carried on by ordnance men from the New York Navy Yard, assisted by the ship’s gunnery department.

The installation work was carried out by ordnance personnel from the New York Navy Yard, with help from the ship’s gunnery department.

Splendid co-ordination existed at all times between the Navy Yard people and the ship’s force which helped materially to expedite the work. Considerable effort and labor were required to get the ship in readiness to receive the guns, mounts, etc. Gun foundations and gun platforms had to be built; blast bulkheads erected in proper places so as to protect one gun from the fire of the other; certain portions of the deck were extended in order to give the after guns a greater arc of train. Lines of communication, voice tubes and telephones, had to be run from all guns to fire control and spotting stations; and salvo bells and buzzers installed. All of this work was completed in record time and gave excellent results throughout the war.

There was excellent coordination at all times between the Navy Yard team and the ship’s crew, which really helped speed up the work. A lot of effort and labor were needed to prepare the ship to receive the guns, mounts, and so on. Gun foundations and platforms had to be built; blast bulkheads were erected in the right places to protect one gun from the fire of another; some sections of the deck were extended to give the rear guns a wider firing angle. Communication lines, voice tubes, and telephones needed to be run from all guns to the fire control and spotting stations, and salvo bells and buzzers were installed. All of this work was completed in record time and delivered great results throughout the war.

Foundation and mount tests were held on November 20, 1917, on our trial trip to Guantanamo, when three shots were fired from each six-inch gun. These tests proved satisfactory in every respect.

Foundation and mount tests were conducted on November 20, 1917, during our trial trip to Guantanamo, when three shots were fired from each six-inch gun. These tests were satisfactory in every way.

The 1-pdr. guns were not installed until September 28, 1918. These guns were mounted on the port and starboard sides of C-deck amidships. They also proved satisfactory when fired for tests on September 30, 1918. Lieutenant Boucher originally made a request for four 1-pdr. guns and also two anti-aircraft guns, but only the two 1-pdr. guns were allowed this ship.

The 1-pounder guns were not installed until September 28, 1918. These guns were placed on the port and starboard sides of C-deck, in the middle of the ship. They also performed well during test firings on September 30, 1918. Lieutenant Boucher initially requested four 1-pounder guns and two anti-aircraft guns, but only two 1-pounder guns were approved for this ship.

Depth Charges

The original depth charge outfit of this vessel consisted of the earlier type of depth charges, containing only fifty-two pounds of TNT as an explosive. We were allowed ten of the charges and a chute was rigged over the stern for launching them.

The original depth charge setup of this vessel used the earlier type of depth charges, which contained only fifty-two pounds of TNT as the explosive. We were allotted ten of the charges, and a chute was set up over the stern for launching them.

On July 27, 1918, two “Y” guns were installed which throw a charge of TNT weighing 300 pounds. These were tested out by filling four large paint drums with wet sand,[130] to bring them up to the required weight, and firing them from the “Y” guns. The cans landed approximately 200 feet from the ship, our extra high freeboard causing them to travel farther than if fired from the deck of a torpedo boat.

On July 27, 1918, two “Y” guns were installed that launched a 300-pound TNT charge. They were tested by filling four large paint drums with wet sand,[130] to reach the necessary weight and firing them from the “Y” guns. The cans landed about 200 feet from the ship, with our higher freeboard making them travel farther than if they were fired from the deck of a torpedo boat.

We never had the opportunity of trying our depth charges on a real submarine. A ship of this size would have to be extremely lucky to manœuvre so as to be in a position to drop a depth charge on a submarine.

We never had the chance to test our depth charges on a real submarine. A ship this size would need to be incredibly lucky to maneuver into a position to drop a depth charge on a submarine.

The “Y”-guns were removed December 30, 1918, after the armistice had been signed.

The “Y”-guns were taken out on December 30, 1918, after the armistice was signed.

Machine Guns

The two Colt machine guns were mounted forward on C-deck gallery, abaft No. 3 and No. 4 guns, and the Lewis machine gun aft by the depth charge station. The primary object of the machine guns was for sinking floating mines. The crews were kept in practice by firing at driftwood, floating boxes, fish, etc. The 1-pdr. crews also engaged in this kind of practice.

The two Colt machine guns were installed at the front of C-deck gallery, behind guns No. 3 and No. 4, and the Lewis machine gun was located at the back near the depth charge station. The main purpose of the machine guns was to sink floating mines. The crews stayed sharp by practicing on driftwood, floating boxes, fish, and other targets. The 1-pdr. crews also participated in this type of practice.

Range Finders

The range finders were mounted on the forward superstructure just abaft and above the signal bridge. The large range finder being mounted on a specially constructed stand amidships between the port and starboard fire control stations, and at a height of 124 feet above the water-line. Both control stations were always within easy means of communication with this range finder by means of voice tubes. The two small range-finders were mounted on platforms—one on the outside of each fire control station.

The range finders were installed on the front superstructure just behind and above the signal bridge. The large range finder was placed on a specially built stand in the middle between the left and right fire control stations, positioned at a height of 124 feet above the waterline. Both control stations were always easily accessible for communication with this range finder through voice tubes. The two smaller range finders were set up on platforms—one outside each fire control station.

It is difficult to use the range finder against a periscope for the simple reason that the periscope is visible for only a short length of time, and is hard to get a quick reading on. The range will have been obtained by spotting the shots before the range finder can be brought into play. However, the range finder would have been invaluable had we been attacked by a raider, or a submarine on the surface.

It’s tough to use the range finder against a periscope because the periscope is only visible for a brief moment, making it hard to get a quick reading. You’ll typically figure out the range by seeing where the shots land before you can use the range finder. However, the range finder would have been really useful if we were attacked by a raider or a submarine on the surface.

Ammo

The ammunition allowance for the ship was:

The ammunition allowance for the ship was:

  • 1,200—6-inch shells, long point.
  • 1,200—6-inch 50-cal. powder charges.
  • 80—6-inch flat nose shells. (Non-ricocheting, for submarines when submerged.)
  • 480—1-pdr. cartridges.
  • 89,000—Cartridges, for .30-cal. rifle.
  • 10,000—Cartridges, for .45-cal. automatic pistol.

In addition to the above, blank ammunition for rifles was carried for training with ex-caliber.

In addition to the above, blank ammunition for rifles was carried for training with the same caliber.

Forty shells were carried in shell racks at the guns at all times, and twenty rounds of powder at each gun while at sea. The rest of the ammunition was carried in the magazines forward and aft (seven decks below) and supplied to the guns by means of elevators and ammunition parties.

Forty shells were kept in shell racks at the guns at all times, with twenty rounds of powder at each gun while at sea. The remaining ammunition was stored in the magazines at the front and back of the ship (seven decks below) and delivered to the guns using elevators and ammunition teams.

Shooting Practice

Gun and fire control drills were held daily to keep all hands in practice. These drills were discontinued while in the war zone. Actual conditions were simulated as much as possible at all drills.

Gun and fire control drills were held every day to keep everyone practiced. These drills were stopped while in the war zone. Actual conditions were simulated as closely as possible at all drills.

Gun Watches

When not in the war zone two guns forward (one on each side) and two guns aft, were manned by a crew of six men at all times, with a man at the telephones of each of the guns off watch. The men off watch had to remain in the vicinity of their quarters ready for instant call.

When not in the war zone, two forward guns (one on each side) and two aft guns were manned by a crew of six guys at all times, with one person at the telephones for each of the guns not currently in use. The off-duty crew had to stay close to their quarters, ready for an immediate call.

While in the zone all guns were manned by a crew of six men with six men standing by in reserve. The guns were kept loaded, both in and out of the zone, with powder and shell—ready for instant firing by inserting a primer.

While in the zone, all the guns were operated by a crew of six men, with an additional six men on standby. The guns were kept loaded, both inside and outside the zone, with powder and shells—ready for immediate firing by inserting a primer.

Vigilantes

Good lookouts are absolutely essential to a ship’s safety. They have one of the most important positions on the ship. On their alertness depends the discovery of any submarine or suspicious object in his arc of lookout and the immediate and accurate reporting of it to the fire control officer, so that the guns may be brought into action in the quickest possible time against the enemy.

Good lookouts are absolutely essential for a ship's safety. They hold one of the most crucial positions on the ship. Their awareness determines the detection of any submarine or suspicious object within their line of sight, along with the prompt and precise reporting of it to the fire control officer, so the guns can be positioned to respond as quickly as possible against the enemy.

There were twelve lookout stations on this vessel—six on each side—so arranged that each lookout had an arc of thirty degrees to keep under close observation. Of course there were additional lookouts on watch at all times, such as the gun crews, control officers, signalmen and officers-of-the-deck. Each tried to be the first to spot a hostile periscope.

There were twelve lookout stations on this ship—six on each side—arranged so that each lookout had a thirty-degree angle to keep a close watch. There were also extra lookouts on duty at all times, including the gun crews, control officers, signalmen, and officers of the deck. Each one was eager to be the first to spot a hostile periscope.

Team

The personnel of the gun crews, lookouts, etc., showed excellent qualities and sense of duty during the period of the war. In all attacks by submarines, and false alarms, every man performed his duties as he had been taught at drill, showing no undue excitement, always on the job and ready for more.

The members of the gun crews, lookouts, and others displayed outstanding qualities and a strong sense of duty throughout the war. In every submarine attack and false alarm, each person carried out their responsibilities as they had been trained, showing no unnecessary panic, always alert, and ready for whatever came next.

The letter from 6-inch gun crew No. 2 quoted below is an example that well shows the spirit of the men.

The letter from 6-inch gun crew No. 2 quoted below is an example that clearly demonstrates the spirit of the men.

U. S. S. Leviathan,
April 26, 1918.

U.S.S. Leviathan,
April 26, 1918.

From Number Two Gun Crew
To Commanding Officer,
Via Executive Officer.

From Number Two Gun Crew
To Commanding Officer,
Via Executive Officer.

Subject: Request to be transferred with 6″ Naval Gun to Western Front.

Subject: Request to be transferred with 6″ Naval Gun to the Western Front.

1. It is respectfully requested that the Number Two Gun Crew be transferred with a 6″ Naval Gun to the Western Front to aid American Artillery.

1. We respectfully ask that the Number Two Gun Crew be sent with a 6″ Naval Gun to the Western Front to support American Artillery.

2. The entire crew of Number Two gun are very desirous[133] of a six months’ tryout to prove their ability, and if the service rendered is satisfactory, it is recommended that more gun crews from U. S. Naval ships be transferred to the Western Front; the transfer to be voluntary.

2. The whole crew of Number Two gun really wants a six-month trial to prove their skills, and if the performance is good, it's suggested that more gun crews from U.S. Navy ships be sent to the Western Front; the transfer should be voluntary.[133]

3. This is being done in the French and British Navies, and is proving very successful.

3. This is happening in the French and British Navies, and it's proving to be very successful.

(Signed) P. R. Bradley,
Gun Captain No. 2 Gun.

(Signed) P.R. Bradley,
Gun Captain No. 2 Gun.

First Endorsement

First Endorsement

U. S. S. Leviathan,
April 29, 1919.

U.S.S. Leviathan,
April 29, 1919.

From Gunnery Officer
To Commanding Officer,
Via Executive Officer.

From Gunnery Officer
To Commanding Officer,
Through Executive Officer.

1. Forwarded. Recommended that if the ship is required to furnish a gun crew for the proposed Naval Artillery Brigade, this request be favorably considered. The spirit of the gun crew is especially to be commended.

1. Forwarded. It’s recommended that if the ship needs to provide a gun crew for the proposed Naval Artillery Brigade, this request should be positively considered. The attitude of the gun crew deserves special commendation.

(Signed) A. H. Bateman,
Lieutenant, U. S. N.

(Signed) A. H. Bateman,
Lieutenant, U. S. N.

The American Artillery referred to was the U. S. Naval Brigade. They served on the Western Front under the command of Admiral Plunkett, United States Navy, and did great credit to themselves and the naval service.

The American Artillery mentioned was the U.S. Naval Brigade. They operated on the Western Front under the leadership of Admiral Plunkett, United States Navy, and earned great respect for themselves and the naval service.

Target Practice

Our first target practice was held November 27, 1917, while returning from our trial trip to Guantanamo, Cuba.

Our first target practice took place on November 27, 1917, while we were coming back from our trial trip to Guantanamo, Cuba.

During the time the ship was being prepared for sea at Hoboken, little time was had for drills and preparing the gun crews. However, they were all drilled in their various duties and every effort was put forth to get them in shape.

During the time the ship was being prepared for sea at Hoboken, there wasn’t much time for drills or training the gun crews. However, they all practiced their individual responsibilities, and every effort was made to get them ready.

The practice was held in a choppy sea with a stiff wind blowing and an overcast sky, making it difficult to pick up the targets—two spars, so weighted as to make them float upright. Despite this handicap and the newness of the crews, an excellent score was made.

The practice took place in a rough sea with a strong wind blowing and a cloudy sky, making it hard to spot the targets—two spars, weighted to float upright. Despite this challenge and the inexperience of the crews, they achieved an impressive score.

Score

Shots fired, 78; hits made, 63; percentage of hits, 75.42 per cent.

Shots fired: 78; hits made: 63; hit percentage: 75.42%.

This good shooting called forth the following note of commendation from the Gunnery Officer to all gun crews.

This excellent shooting prompted the Gunnery Officer to send the following praise to all gun crews.

U. S. S. Leviathan,
December 7th, 1917.

U. S. S. Leviathan,
December 7, 1917.

Memo from Gunnery Officer
To All Gun Crews:

Memo from Gunnery Officer
To All Gun Crews:

The Gunnery Officer is highly pleased with the results of the late target practice. Such accurate firing in action would almost surely put a submarine out of action in short order, and if we are ever called upon to fight for our lives, the Gunnery Officer is confident that the Gun Crews will bear themselves as calmly as they did a few days ago and shoot as accurately.

The Gunnery Officer is very pleased with the results of the recent target practice. Such precise shooting in combat would almost certainly incapacitate a submarine quickly, and if we ever have to fight for our lives, the Gunnery Officer is confident that the Gun Crews will handle themselves as calmly as they did a few days ago and shoot just as accurately.

(Signed) G. H. Boucher,
Lieutenant, U. S. N.

(Signed) G. H. Boucher,
Lieutenant, U.S. Navy

Our second target practice was held June 5, 1918, while on our way from Brest, France, to New York. Spotters who had had no previous experience at actual spotting were picked to control the gun fire and made an excellent showing.

Our second target practice took place on June 5, 1918, while we were traveling from Brest, France, to New York. Spotters who had no prior experience in actual spotting were selected to manage the gunfire and performed remarkably well.

Score

Shots fired, 38; hits made, 28; percentage of hits, 70.62. Gunnery Officer, Lieut. A. H. Bateman, U. S. N.; Chief Umpire, Lieut. R. H. Jones, U. S. N.

Shots fired: 38; hits made: 28; hit percentage: 70.62. Gunnery Officer: Lieut. A. H. Bateman, U.S.N.; Chief Umpire: Lieut. R. H. Jones, U.S.N.

The third and last practice was held on our way from New York to Brest, France, on October 4, 1918. We had unfavorable conditions as to weather and visibility. A high wind and a large swell on the starboard quarter rendered the ship a most unsuitable gun platform. The speed was twenty knots. However, it proved valuable because of the difficulties to contend with. In this practice, as in the second practice, new spotters were put in control of guns in order to gain experience.

The third and final practice took place on our journey from New York to Brest, France, on October 4, 1918. We faced poor weather and visibility conditions. A strong wind and significant swell on the starboard side made the ship a very unsuitable gun platform. The speed was twenty knots. However, it was valuable because of the challenges we had to deal with. In this practice, as in the second one, new spotters were put in charge of the guns to gain experience.

Score

Shots fired, 32; hits made, 18; percentage of hits, 51.66. Gunnery Officer, Lieut. A. H. Bateman, U. S. N.; Chief Umpire, Lieut. R. H. Jones, U. S. N.

Shots fired: 32; hits made: 18; hit percentage: 51.66. Gunnery Officer: Lieut. A. H. Bateman, U.S. Navy; Chief Umpire: Lieut. R. H. Jones, U.S. Navy.

Submarine Strikes

The submarine attacks and alarms are described in detail in Part II of this book. See the following dates: May 6, 1918; May 30, 1918; June 1, 1918; June 25, 1918; September 2, 1918; October 31, 1918.

The submarine attacks and alarms are detailed in Part II of this book. Check out the following dates: May 6, 1918; May 30, 1918; June 1, 1918; June 25, 1918; September 2, 1918; October 31, 1918.

F. I. Collup, Chief Gunner’s Mate, U. S. N.

F. I. Collup, Chief Gunner's Mate, U.S. Navy

The Electric Plant

W. S.

W. S.

Lieutenant W. H. F. Schluter reported for duty July 29, 1917. The electrical plant at that date was in charge of Mr. Joe. O’Donnell, head electrician, Navy Yard, New York. The civilian force were scattered over the ship, tracing out and locating circuits. This was a most difficult procedure because there were absolutely no plans of circuits nor any descriptive matter of electrical apparatus.

Lieutenant W. H. F. Schluter reported for duty on July 29, 1917. At that time, the electrical plant was managed by Mr. Joe O’Donnell, the head electrician at the Navy Yard in New York. The civilian team was spread out across the ship, identifying and locating circuits. This was a very challenging task because there were no circuit plans or any descriptions of the electrical equipment.

On August 13, 1917, the first Navy electrician reported for duty and a few days later more reported. As soon as enough electricians reported, the civilian electricians were relieved from dynamo watch. Next the entire communication, lighting and power details were taken over by the Navy electricians, both regular and reserve.

On August 13, 1917, the first Navy electrician showed up for duty, and a few days later, more followed. Once enough electricians were on board, the civilian electricians were relieved from dynamo watch. After that, the Navy electricians, both regular and reserve, took over all communication, lighting, and power responsibilities.

When these details were arranged the Navy Yard electricians were relieved from the maintenance of the plant and attended to new installation and repair work only. It was at this point where actual headway was made in preparing the plant for sea, for under the former arrangement the Navy Yard electricians could not devote their entire time to repair work[136] and new installation without being called off their job every little while.

When these details were sorted out, the Navy Yard electricians were freed from maintaining the plant and focused solely on new installations and repairs. This is when real progress was made in getting the plant ready for sea, because under the previous arrangement, the Navy Yard electricians couldn't dedicate all their time to repairs and new installations without being pulled away from their work every so often.[136]

The co-operation between the civilian and enlisted electricians was splendid and too much credit cannot be given to these two classes of men. It was fine to see the spirit that prevailed, for both were anxious to get the ship ready for sea. To say that this called for good hard work, hour after hour and day after day, is putting it mildly.

The collaboration between the civilian and enlisted electricians was outstanding, and we can't give enough credit to both groups. It was impressive to witness the enthusiasm they showed, as both were eager to prepare the ship for deployment. It's an understatement to say that this required a lot of hard work, hour after hour and day after day.

To describe in detail just how all this was accomplished would fill a book in itself, but it may be grouped under the following heading and then each group described in general terms.

To explain in detail how all of this was achieved would require a book on its own, but it can be organized under the following heading, with each group then described in broad terms.

Lighting, HVAC, and Interior Communication

The first problem was light. To solve this so as to be able to have battleship control, it was necessary to locate every light on its proper circuit. There are about fifteen thousand lights, controlled from eighty-one lighting or power stations and each station containing from eighty, the highest, to ten the lowest, local branch circuits, which in turn are supplied from seventy-six main circuit switches and these again from eight main switchboard feeder switches. When this lighting is distributed over fourteen decks, of which the main deck, at sea level, has an area of seventy-six thousand square feet, one may grasp the magnitude of the problem attempted by these men. This had to be completed without any wiring plans and without interfering with the ship’s repair work of other departments.

The first issue was lighting. To tackle this and achieve battleship control, it was essential to identify every light on its appropriate circuit. There are about fifteen thousand lights, managed from eighty-one lighting or power stations, with each station having between ten and eighty local branch circuits. These circuits are fed from seventy-six main circuit switches, which are supplied by eight main switchboard feeder switches. Distributing this lighting across fourteen decks, with the main deck at sea level covering seventy-six thousand square feet, highlights the scale of the challenge faced by these individuals. This work needed to be completed without any wiring plans and without disrupting the ship's repair operations in other departments.

To crown it all, along came the wreckers. That is, the construction gang who stripped four decks of all room paneling. If it had not been for the alertness and co-operation of the electrical force, both civilian and enlisted, serious fires would have surely resulted. As it was, not a fire alarm was turned in during the entire reconstruction period, due to nothing else except the alertness of these loyal men.

To top it all off, the wreckers showed up. That is, the construction crew who stripped four decks of all the wall panels. If it hadn't been for the vigilance and teamwork of the electrical team, both civilian and military, there would have definitely been serious fires. As it turned out, not a single fire alarm was triggered throughout the entire reconstruction period, thanks entirely to the watchfulness of these dedicated men.

Mapping the Lighting Circuit

During the day the electricians would search out lighting stations, turn off lighting switches, test out circuits and do all minor repair work. At night after the main working force had knocked off, the electricians would muster in primary station number two, main lighting distribution station. Then a main distribution switch of either general lighting, police gangway, or police cabin lighting would be cut off. Emergency lighting was never cut out. The men would then leave in squads and make note of what lighting was cut out and what remained in; and in that manner the lighting control was traced down to such a degree of safety that at dusk all lights that might be visible to the enemy and at the same time provide sufficient lighting for reasonable comfort for the crew and troops could be controlled from one central lighting station and cut out in less than a minute’s time.

During the day, the electricians would look for lighting stations, switch off lights, test circuits, and do all minor repairs. At night, after the main workforce had finished, the electricians would gather at primary station number two, the main lighting distribution station. Then a main distribution switch for either general lighting, police gangway, or police cabin lighting would be turned off. Emergency lighting was never turned off. The teams would then leave in groups and note what lighting was switched off and what stayed on; this way, the lighting control was traced to such a level of safety that at dusk, all lights potentially visible to the enemy, while still providing enough light for the comfort of the crew and troops, could be managed from one central lighting station and turned off in less than a minute.

The proof of how successfully this was accomplished, is in the fact that during the entire period of the war, only one light was reported visible by the escort and that was due to the carelessness of a young officer who left a port open against orders.

The proof of how successfully this was accomplished is in the fact that during the entire period of the war, only one light was reported visible by the escort, and that was due to the carelessness of a young officer who left a port open against orders.

Emergency lighting circuits were picked up by cutting out all general lighting circuits and then marking all remaining lights with a blue stripe. These circuits were then cut down to bring them to a safe carrying capacity of a 110 volt, 140 ampere storage battery, which was installed for additional safety in case of accident. These latter circuits were so arranged that if for any reason the main supply should fail a solenoid would automatically cut them in on the storage battery.

Emergency lighting circuits were activated by shutting off all general lighting circuits and then marking all the remaining lights with a blue stripe. These circuits were then reduced to ensure they could safely handle a 110-volt, 140-amp storage battery, which was added for extra safety in case of an emergency. These circuits were set up so that if the main power supply failed for any reason, a solenoid would automatically switch them to the storage battery.

Airflow

The next problem was the ventilation of the ship. There are 113 ventilating blowers (51 exhaust and 62 supply) and after all blowers were located the problem that remained was to locate the compartment they ventilated. No plans were available. This system was traced out by starting a blower and then tracing up the ducts and recording the particular section that it ventilated.

The next issue was the ship's ventilation. There are 113 ventilating blowers (51 for exhaust and 62 for supply), and after identifying all the blowers, the challenge was to determine which compartments they ventilated. There were no plans available. This system was figured out by starting a blower and then following the ducts to record the specific section it ventilated.

Internal Communication

All interior communication was traced out in the same manner, i. e., start from the transmitting apparatus and from there on trace the piping and wiring until finally we arrived at the receiving end. Then there were two Anshutz Gyro compasses, which no one knew anything about, but here, again, through the close co-operation of the Navy Yard force and the ship’s electrical force, the secret of operating these compasses was successfully solved.

All internal communication was mapped out the same way, i. e., starting from the transmitting device and tracing the piping and wiring until we reached the receiving end. Then there were two Anshutz Gyro compasses that no one understood, but once again, thanks to the close cooperation between the Navy Yard team and the ship’s electrical team, the secret to operating these compasses was successfully figured out.

To sum up the whole, one may say, it was the dogged determination of the electrical forces, both civilian and enlisted, who never gave in to any proposition that came before them, that carried everything through to a successful issue.

To sum it all up, you could say that it was the relentless determination of the electrical forces, both civilian and enlisted, who never backed down from any proposal that was presented to them, that led everything to a successful outcome.

Steering Engine Data

E. P. H.

E.P.H.

The control and manœuvering of a large ship such as the Leviathan is a responsible job. This vessel’s steering arrangement, or steering gear, is of steam engine type, connected to a hydraulic telemotor. The gear is so easily manipulated that a small boy standing on the bridge of this great ship can control any course or given route that is desired to be taken.

The control and maneuvering of a large ship like the Leviathan is a serious responsibility. This vessel's steering system, or steering gear, is steam-powered and linked to a hydraulic telemotor. The gear is so easy to operate that a small boy standing on the bridge of this massive ship can steer it in any direction or follow any route that's intended.

The engines, of which there are two, one port and one starboard, are connected to the rudder head, which is approximately thirty inches in diameter, by meshing into a huge quadrant gear twenty-four feet in diameter. This gear secured to the rudder head or stern is moved right or left, i. e., starboard or port, by a simple turn of a small steering wheel on the bridge. This wheel is connected to the telemotor, which is simply a hydraulic ram of two system pipe lines with plungers set amidships when the rudder, engines, steering wheel and rudder quadrant are in a neutral or center line position. The telemotor is in the wheel house on the bridge approximately 800 feet from the steering engine, which is aft or at the stern of[139] the ship. Two small three-quarter inch copper pipe lines, one port and one starboard, extend from bridge to steering engine room and these little pipe lines are filled with a fluid mixture of fifty per cent glycerine and fifty per cent water. When the hand wheel on the bridge is moved, this forces the hydraulic ram down or up, causing the fluid in pipes to open a control valve on the steam steering engine operating this engine and moving quadrant to right or left as desired.

The ship has two engines, one on the port side and one on the starboard side, which are connected to the rudder head that’s about thirty inches in diameter. They mesh with a large quadrant gear that’s twenty-four feet in diameter. This gear, attached to the rudder head or stern, is turned right or left, meaning starboard or port, by simply turning a small steering wheel on the bridge. This wheel connects to the telemotor, which is just a hydraulic ram with two pipe lines and plungers positioned amidships when the rudder, engines, steering wheel, and rudder quadrant are centered. The telemotor is located in the wheelhouse on the bridge, roughly 800 feet from the steering engine, which is at the stern of[139] the ship. Two small three-quarter inch copper pipe lines, one for the port side and one for the starboard side, run from the bridge to the steering engine room, and these pipes are filled with a fluid that’s fifty percent glycerine and fifty percent water. When the hand wheel on the bridge is turned, it pushes the hydraulic ram up or down, causing the fluid in the pipes to open a control valve on the steam steering engine, which then moves the quadrant to the right or left as needed.

This rudder and stem and steering engine quadrant are the largest and most powerful installed on any vessel afloat.

This rudder, stem, and steering engine quadrant are the biggest and most powerful ones installed on any ship currently in the water.

The Black Gang

BY ONE OF THEM—H. E.

BY ONE OF THEM—H. E.

The fire room boys of the Leviathan came from almost every State in the Union. They worked hand in hand from about August 1, 1917, until the end of the war. The success of the big ship is due to their hearty co-operation. The part taken in the war by the Leviathan is known the world over, and the spirit of the “black gang” merits commendation and a chapter in this book.

The fire room crew of the Leviathan came from nearly every state in the country. They worked closely together from around August 1, 1917, until the war ended. The success of the big ship is thanks to their strong teamwork. The role the Leviathan played in the war is recognized globally, and the dedication of the “black gang” deserves acknowledgment and a chapter in this book.

While in the dreaded war zone, trip after trip, these boys plugged the fires, day and night, determined to beat Kaiser Bill and fool the submarines. The submarine scare from time to time aroused the firemen and the ship made far greater speed than even the original contractors thought possible. The pressure on the gauges at all times was on the blood mark.

While in the dangerous war zone, trip after trip, these guys fought the fires, day and night, determined to outsmart Kaiser Bill and evade the submarines. The submarine threats occasionally got the firemen's adrenaline pumping, and the ship moved much faster than even the original builders imagined possible. The pressure on the gauges was always at the breaking point.

The pass word throughout the fire rooms was: “Give her hell, boys.”

The password in the fire rooms was: "Give her hell, guys."

At no time was there a boy or man who showed signs of fear during any run, they had no time to think of “subs.” Speed, chow and liberty in Hoboken was all we thought of. Our work was hard and laborious, but no one grumbled.

At no time was there a boy or man who showed signs of fear during any run; they had no time to think about “subs.” All we cared about was speed, food, and freedom in Hoboken. Our work was tough and demanding, but no one complained.

Believe me, we had at first some ash-hopper installation. The Germans who installed the outfit in these fire rooms should have been made prisoners before the war started. Water in[140] fire rooms was ankle deep. We were also obliged to use coal from the barrows in charging the furnaces owing to the Leviathan’s goat getter “flarebacks.”

Believe me, we initially had some really bad ash-hopper installations. The Germans who set up the equipment in these fire rooms should have been captured before the war began. The water in the fire rooms was up to our ankles. We also had to use coal from the wheelbarrows to fuel the furnaces because of the Leviathan’s nuisance “flarebacks.”

“Split Hoof” Barnes, “Handsome” Hook, “Horse” Ross and Gus Rush, the grouchy old chief water jerkers, made four round trips, before either of them showed signs of a smile. But they were far better off on this ship, wading in water up to their knees, than they would be on many German ships where the crew had to carry the ashes through the main dining saloon to dump over the side. After a few trips with this installation the whole system was thrown on to the Gladstone Dock Piers in Liverpool, and a new style, such as human beings would put in any sea-going ship, was installed. The Germans sure are a funny people!

“Split Hoof” Barnes, “Handsome” Hook, “Horse” Ross, and Gus Rush, the grumpy old chief water guys, made four round trips before any of them even cracked a smile. But they were way better off on this ship, standing in water up to their knees, than they would be on a lot of German ships where the crew had to haul the ashes through the main dining area to dump them over the side. After a few trips with this setup, the whole system was tossed onto the Gladstone Dock Piers in Liverpool, and a new design, like what any normal people would use on a sea-going ship, was put in. Those Germans are such a funny bunch!

The fire rooms were touted later and all that was necessary to make the fire rooms complete was a little plush furniture. The boilers shaped up spick and span and the bilges were free from water. With this accomplished real efficiency began. The team work of firing the furnaces on bell signal caused many witnesses to wonder in amazement. Boys who were away from home for the first time stood manfully before the raging fires and defied the intense heat in performance of their duty.

The fire rooms were praised later, and all that was needed to make them fully equipped was some comfortable furniture. The boilers were spotless, and the bilges were dry. Once this was achieved, true efficiency started. The teamwork involved in firing the furnaces on signal left many observers astonished. Boys who were away from home for the first time stood bravely in front of the blazing fires, facing the intense heat as they carried out their duties.

The average weight of these boys when reporting for duty averaged about 130 pounds. Being bright and young, with lots of pep, they grew strong and became efficient firemen. The work seemed to agree with them, even if it was particularly strenuous. In conclusion let us tell about “Wop” Cariddo.

The average weight of these boys when showing up for duty was around 130 pounds. They were bright and young, full of energy, and they grew strong, becoming skilled firefighters. The work seemed to suit them, even though it was really demanding. In conclusion, let’s talk about “Wop” Cariddo.

Cariddo was passing coal for seven and ten boilers in number four fire room, as the ship was speeding through the war zone on the 4 to 8 watch, when resting just inside the bunker, one of the destroyers in our convoy, dropped a depth charge just off our port beam. The report and jar of the explosion caused the coal in this bunker to shift. “Wop” was somewhat upset and surprised, but not frightened. He came dashing out of the bunker. Old “Biff,” the “War Horse,” who chanced to be passing through this fire room at the time grabbed him.

Cariddo was passing coal for seven and ten boilers in the number four fire room while the ship sped through the war zone during the 4 to 8 watch. As he was resting just inside the bunker, one of the destroyers in our convoy dropped a depth charge just off our port side. The sound and shock of the explosion caused the coal in the bunker to shift. “Wop” was a bit shaken and surprised but not scared. He rushed out of the bunker. Old “Biff,” the “War Horse,” happened to be passing through the fire room at that moment and grabbed him.

“What do you mean by jumping around in this way? Don’t you know that is a water-tight door on G-deck?

“What do you mean by jumping around like that? Don’t you realize that’s a watertight door on G-deck?

“It’s water-tight hell,” shouted the “Wop.” “I think that’s what they call a ‘can,’ but I ain’t bluffed, I’m game. I just want to stay with the boys a minute. Just give me a sandwich and I will heave more coal out of that bunker than any five boilers on this ship can burn”—and he did.

“It’s a water-tight hell,” shouted the “Wop.” “I think that’s what they call a ‘can,’ but I’m not backing down, I’m ready. I just want to hang out with the guys for a minute. Just give me a sandwich and I’ll shovel more coal out of that bunker than any five boilers on this ship can burn”—and he did.

Radio Data

G. A.

G. A.

No original records or blueprints were found on the ship for the radio equipment when she was taken over by the Navy. This necessitated tracing out each and every individual circuit and making blueprints of the same for future use. All apparatus installed was of German make—Telefunken Wireless Telegraph Company of Berlin. There were three complete telegraph transmitters on board and three receivers. The large transmitter was rated at ten kilowatts and was what is known as an “undamped transmitter.” Under favorable atmospheric conditions it was capable of working across the Atlantic and has been known to do so.

No original records or blueprints for the radio equipment were found on the ship when the Navy took it over. This meant that they had to trace each individual circuit and create blueprints for future use. All the equipment installed was made in Germany by the Telefunken Wireless Telegraph Company in Berlin. There were three complete telegraph transmitters and three receivers on board. The large transmitter was rated at ten kilowatts and is known as an “undamped transmitter.” Under good atmospheric conditions, it could operate across the Atlantic and has done so in the past.

During the three-year period of internment it had been allowed to deteriorate to such an extent that it would have been necessary to practically rebuild it in order to use it again. The main trouble was caused by the salt water cooling system eating its way through a galvanized iron case and getting into the frequency transformer coils making them unfit for use. It has not been used since. The second transmitter, known as a five kilowatt quench gap set, did excellent work ever since the ship was taken over. It is good for 1,200 miles under fair conditions and has worked 2,200 miles. The third transmitter is a one-half kilowatt spark coil set and can be used from the ship’s power mains for short distances, or in case of emergency (if the dynamos were not working for any reason), it can be used from power supplied by storage batteries. Its radius is about two hundred miles.

During the three years of being out of action, it had deteriorated so much that it would basically need to be rebuilt to be usable again. The main issue was the saltwater cooling system corroding a galvanized iron case, which led to issues with the frequency transformer coils, making them unusable. It hasn’t been used since. The second transmitter, known as a five-kilowatt quench gap set, performed excellently ever since the ship was taken over. It works well for 1,200 miles under good conditions and has even reached 2,200 miles. The third transmitter is a half-kilowatt spark coil set that can draw from the ship’s power mains for short distances. In case of an emergency (if the dynamos aren’t working for any reason), it can use power from storage batteries. Its range is about 200 miles.

Two of the original German receivers were kept, but one was replaced by a later type U. S. Navy receiver. The ship was never out of transmitting communication as the European coast is picked up before the American coast is lost and vice versa. The large transmitting stations of the United States and Europe are copied from any part of the ocean. Honolulu, a high powered station, has been copied while the ship lay in Liverpool, England, a distance of approximately 8,000 miles.

Two of the original German receivers were kept, but one was replaced by a newer type U.S. Navy receiver. The ship always maintained communication because it picked up signals from the European coast before losing contact with the American coast and vice versa. The major transmitting stations in the United States and Europe can be received from anywhere over the ocean. Honolulu, a high-powered station, was received while the ship was docked in Liverpool, England, about 8,000 miles away.

When at sea we had special stations to copy on specified schedules, so that messages to the ship from the United States are copied when the ship is only a few hours from the European ports. These messages are acknowledged after transmitting communication has been established with the United States.

When we were at sea, we had specific times to copy messages according to a set schedule, so that communications to the ship from the United States were recorded when the ship was just a few hours away from European ports. These messages are confirmed once we've established communication with the United States.

There are three antennæ, or aerials, two used for telegraphic transmission and one for telephonic transmission. All three are used for receiving. The radio telephone set has been installed since the ship was taken over and is an American invention. It is very effective up to twenty miles and has been used to transmit a distance of thirty-six miles from this vessel. It was used during the war for inter-communication among the ships of a convoy or to and from the convoy and their escort, and after the war was used for inter-communication between ships lying in a harbor and the harbor station itself. This eliminates interference with the main harbor station working ships at sea. At the same time it allows the ships in the harbor to work among themselves or communicate with the shore. Prior to the telephone invention this work was done by visual signal when the ships were within visual signal distance with each other or the shore. When not so situated it had to be done by boat, as so many ships using their telegraph would have made it practically impossible for the shore station to work ships at sea on account of the interference. The voice over a radio phone has been proven to be clearer and more distinct than over land line telephones.

There are three antennas, or aerials: two for telegraphic transmission and one for telephonic transmission. All three are used for receiving. The radio telephone set has been in place since the ship was taken over and is an American invention. It works well up to twenty miles and has been used to transmit up to thirty-six miles from this vessel. It was utilized during the war for communication among the ships in a convoy and between the convoy and its escort. After the war, it was used for communication between ships in a harbor and the harbor station itself. This setup prevents interference with the main harbor station managing ships at sea, while also allowing ships in the harbor to communicate with each other or the shore. Before the telephone was invented, this communication was done using visual signals when the ships were within sight of each other or the shore. If not, it was done by boat, as too many ships using their telegraphs would have made it nearly impossible for the shore station to manage ships at sea due to interference. The voice quality over a radio phone has been shown to be clearer and more distinct than landline telephones.

On the Leviathan there are three operators and a messenger on duty at all hours of the day and night when at sea. One operator supervises the watch, two are constantly “listening in” with telephones, and one man does the messenger work. Both[143] “listening in” operators copy signals practically all the time when on watch. Each has an antenna and a receiving set of his own and listens on different wave lengths. Two messages may be sent simultaneously, or two received simultaneously, but it is not possible to send and receive at the same time. The two receiving operators sit within a foot of each other, yet it has happened more than once, that while one operator was copying a message from Rome, Italy, at the same instant the other man was copying a message from Balboa, Canal Zone. It is a common occurrence for one operator to be copying a European station while the other copies a United States station. The radio force at present consists of one radio gunner, one radio officer, one chief radio electrician and nine operators.

On the Leviathan, there are three operators and a messenger on duty around the clock when at sea. One operator supervises the watch, two are constantly "listening in" with their headsets, and one person handles the messenger tasks. Both[143] "listening in" operators are busy copying signals almost all the time when on watch. Each has their own antenna and receiving set, listening on different wavelengths. Two messages can be sent or received at the same time, but it's not possible to do both simultaneously. The two receiving operators work within a foot of each other, yet there have been times when one was copying a message from Rome, Italy, while the other was capturing a message from Balboa, Canal Zone. It's common for one operator to be copying from a European station while the other picks up a message from a U.S. station. The current radio team includes one radio gunner, one radio officer, one chief radio electrician, and nine operators.

Upper Row, Left to Right—

Top Row, Left to Right—

Lieut. Comdr. J. W. Ford Lieut. R. S. Skead Ensign H. B. Rowedder

Lt. Cmdr. J. W. Ford Lieutenant R.S. Skead Ensign H.B. Rowedder

Bottom Row, Left to Right—

Bottom Row, Left to Right—

Lieut. Comdr. J. Foster Lieut. Comdr. J. J. Jones

LCDR J. Foster Lt. Cmdr. J. J. Jones


The Engineering Department

By Commander Vaughn V. Woodward, U. S. N.

By Commander Vaughn V. Woodward, U.S. Navy

On July 26, 1917, the Commandant ordered me to report to the Vaterland for duty, which I did, and on the above date the vessel was commissioned. When I arrived on board, the engineering department was in charge of the Shipping Board Engineers and personnel. There had also recently arrived about 200 Navy firemen and a few petty officers; this was the total of Navy engineering personnel on board. In company with one of the junior engineers I went below for an inspection of the department. During the next three days all my time was taken up getting my bearings below and the layout fixed in my mind in order to make out a station bill so that I could determine as quickly as possible the personnel required.

On July 26, 1917, the Commandant ordered me to report to the Vaterland for duty, which I did, and on that date the ship was commissioned. When I got on board, the engineering department was managed by the Shipping Board Engineers and their staff. About 200 Navy firemen and a few petty officers had also recently arrived; this was the total amount of Navy engineering staff on board. Together with one of the junior engineers, I went below to inspect the department. Over the next three days, I spent all my time familiarizing myself with the layout so I could create a station bill to determine the necessary personnel as quickly as possible.

The Engineer Officers

The Engineering Officers

Lt. Watson Lt. Miller Ens. Leventhal Lt. Keeser Lt. Kirk Ens. Wilson Lt. Bright

Lieutenant Watson Lt. Miller Ens. Leventhal Lt. Keeser Captain Kirk Officer Wilson Lt. Bright

Lt. Lau Lt. Edwards Lt. R. H. Jones Com’dr. Woodward Lt. Andrews Lt. Schluter Lt. Parker

Lt. Lau Lieutenant Edwards Lt. R. H. Jones Commander Woodward Lt. Andrews Lt. Schluter Lieutenant Parker

At the end of the third day I conveyed this information to the Captain with the request that he bring pressure to bear on the Bureau of Navigation to send our personnel, both officers and enlisted men, as quickly as possible. The men and officers began to arrive and by August 15th the last officer of the complement had arrived. As each arrived he was put in charge of a station and told to trace out his station, make a thorough examination of the interior of all piping and machinery and submit a report on repairs necessary and estimated time. Most of my time during the day was spent below and the nights were occupied drawing up station bills and handling the office paper work, my only assistant being a reserve yeoman in the service of the Shipping Board. I realized that, even at the expense of time that should be spent inspecting repair work, I must get my organization planned and laid out as quickly as possible, and in operation. By August 5th all station bills and organization had been completed and blueprinted and all officers on board instructed. At this time, on account of report of damage to machinery under repair on German ships by aliens, I organized a secret service force below in an effort to detect any attempts made to inflict damage. I purposely let the report spread around among the civilian workmen that there was a large force of government agents employed among them and also in the crew. This seemed to have the desired moral effect, because during the entire period there was but one case of attempted malicious damage, which was discovered immediately. An attempt had been made to thrust welding wire into both of the L. P. astern turbines through the gauge line holes in the flanges and thus damage the blading.

At the end of the third day, I shared this information with the Captain, asking him to push the Bureau of Navigation to send our personnel, both officers and enlisted men, as quickly as possible. The officers and men started to arrive, and by August 15th, the last officer of the crew had made it. As each one arrived, he was assigned to a station, tasked with inspecting his area, conducting a thorough examination of all piping and machinery, and providing a report on necessary repairs and estimated time. Most of my day was spent below deck, while my nights were filled with drafting station bills and handling paperwork, with only a reserve yeoman from the Shipping Board assisting me. I knew that, even if it meant sacrificing time I should have spent inspecting repair work, I needed to plan and organize quickly to get everything operational. By August 5th, all station bills and organization were completed and blueprinted, and all officers on board had been briefed. At that time, due to reports of damage to equipment under repair on German ships by outsiders, I set up a secret service team below to detect any sabotage attempts. I intentionally let the word spread among the civilian workers that a large number of government agents were among them and also in the crew. This seemed to have the desired effect, as during the entire period, there was only one incident of attempted sabotage, which was caught right away. Someone had tried to insert welding wire into both L.P. astern turbines through the gauge line holes in the flanges to damage the blades.

I will not go into details as to the condition of the machinery, but will indicate some of the work done and the changes made in order to get her ready for sea in the quickest possible time. Most of the changes in design and arrangement were made before her dock trial.

I won't go into details about the condition of the machinery, but I'll highlight some of the work completed and the changes made to prepare her for sea as quickly as possible. Most of the design and layout changes were made before her dock trial.

Each piece of machinery and boiler was opened up in all its parts and thoroughly examined for foreign material or damage. While open necessary repairs were made.

Each piece of machinery and boiler was taken apart and thoroughly examined for any foreign materials or damage. While it was open, necessary repairs were made.

The joint on every auxiliary steam and exhaust line at the piece of machinery was broken and steam blown through before attempting to operate the machine: this to free the line of foreign material.

The joint on every auxiliary steam and exhaust line on the machine was broken, and steam was released before trying to operate the machine to clear the line of any foreign material.

All main, spring and thrust bearings were opened up, examined, cleaned and realigned.

All main, spring, and thrust bearings were opened, inspected, cleaned, and realigned.

The float of the main thrusts were changed from .006 to .015 inches to conform to U. S. Naval practice.

The float of the main thrusts was changed from .006 to .015 inches to align with U.S. Navy standards.

The rotors and casings of the four astern turbines were all partially rebladed in place in the ship.

The rotors and casings of the four rear turbines were all partially rebladed on the ship.

The dummy ring and piston were found broken in the port H. P. astern; but these were renewed and machined in place, the jacking engine turning the rotor while a cutting tool was attached to the flange of the casting, thus making a lathe out of the turbine and solving the practically impossible problem of removing the rotor from the ship to be placed in a lathe ashore.

The dummy ring and piston were discovered broken in the port H. P. astern; however, these were replaced and machined in position, with the jacking engine rotating the rotor while a cutting tool was secured to the flange of the casting, effectively turning the turbine into a lathe and tackling the nearly impossible task of removing the rotor from the ship to be placed in a lathe on land.

It was found that the impulse stages in this turbine had been the cause of the damage to this dummy, so it was decided[148] to remove the impulse stages entirely, which was done. This decreases the economy of the turbine, but the safety guarantee to the successful operation of this unit so far overbalanced this factor that economy was sacrificed.

It was discovered that the impulse stages in this turbine had caused damage to this dummy, so it was decided[148] to remove the impulse stages completely, which was done. This reduces the turbine's efficiency, but the safety assurance for the successful operation of this unit outweighed this factor, leading to a sacrifice in efficiency.

The starboard H. P. astern casing had several bad cracks in both top and bottom, and from records on board had not been in use on the last voyage of the vessel. This was in process of being electrically welded when I reported on board. The method in use, however, proved later on test, to give a faulty weld, so that it was decided to cut a deep “V” groove in the cracks and lace with steel studs, the lacing being filled in with the weld, thus giving the weld holding power due to the welding material fusing with the studs. This machine operated successfully during the entire commission of the vessel with no signs of ruptures or faulty welds.

The starboard high-pressure casing at the back had several major cracks on both the top and bottom, and according to the records on board, it hadn’t been used on the last voyage of the ship. It was in the process of being electrically welded when I reported on board. However, the method being used later proved to create a faulty weld during testing, so it was decided to cut a deep “V” groove in the cracks and lace it with steel studs, filling the lacing with weld material, which gave the weld extra strength by fusing it with the studs. This machine operated successfully throughout the entire commission of the vessel with no signs of ruptures or faulty welds.

On examination of the main throttles the starboard H. P. astern throttle spool was found to be broken and off the stem. This throttle was renewed and operated satisfactorily.

On checking the main throttles, the starboard high-pressure astern throttle spool was found to be broken and detached from the stem. This throttle was replaced and worked fine.

The system of automatic control of feed pumps in the engine room by float and pressure control was decided on as being highly dangerous, this system was at once removed and hand control of pumps substituted.

The automatic control system for feed pumps in the engine room, which used float and pressure control, was deemed extremely risky. It was immediately removed and replaced with manual control of the pumps.

After operating for some time it was found impossible to obtain a vacuum that would afford economical operation for a turbine plant. The capacities of the pumps and condensers were computed and checked up and found adequate for the horsepower to be handled. The low pressure system was then tested out by water pressure and every noticeable leak stopped. This however gave us no better results, the best vacuum we could obtain averaging around 27 inches under normal operating conditions. The question of the wet and dry suctions of the pumps was next taken into consideration and it was decided to blank the dry suction off from the condenser and lead it into the wet suction of its own pump. This was done and with the results desired. The vacuum desired can be obtained at all times. With circulating water at forty degrees a vacuum of as high as twenty-nine inches has been obtained.[149] The average vacuum under all conditions obtained since this change is about twenty-eight inches.

After running for a while, it became clear that getting a vacuum suitable for economical operation of a turbine plant was impossible. We calculated and verified the capacities of the pumps and condensers, and they were sufficient for the horsepower we needed to manage. We then tested the low-pressure system using water pressure and sealed every noticeable leak. However, this didn't improve the situation; the best vacuum we could achieve was an average of around 27 inches under normal operating conditions. Next, we considered the wet and dry suctions of the pumps and decided to block off the dry suction from the condenser and redirect it to the wet suction of its own pump. This was implemented, and we achieved the desired results. The required vacuum can now be maintained at all times. With circulating water at forty degrees, we have reached a vacuum of up to twenty-nine inches.[149] The average vacuum achieved since this change is about twenty-eight inches.

Gland Steam Turbine Delivery

In order to further increase economy a radical change was made in the method of supplying the turbines with gland steam. As installed, all turbine glands required the use of live steam, which with turbines of such large dimensions, was quite an item. By a simple change in pipe leads and valves, the leak off from the H. P. ahead glands, which formerly led to the condenser, was piped to supply the glands of all astern turbines and the I. P. and L. P. ahead turbines, thus utilizing a three-inch line of steam which was formerly wasted in the condenser. It is believed that this vessel is the only vessel afloat that uses this system of gland steam.

To boost efficiency, a major change was made to how the turbines receive gland steam. Originally, all turbine glands needed live steam, which was a significant expense given the size of the turbines. By simply adjusting the pipe layouts and valves, the steam that leaked from the high-pressure front glands, which used to go to the condenser, was redirected to supply the glands of all the rear turbines and the intermediate and low-pressure front turbines. This way, a three-inch steam line that was previously wasted in the condenser was effectively utilized. It is believed that this ship is the only one in operation that uses this gland steam system.

The above concludes briefly a history of the major items of alterations and repairs in the engine rooms.

The above provides a brief overview of the key changes and repairs in the engine rooms.

In the fire rooms, all boilers were opened up and thoroughly cleaned and all zincs removed. My attention was first attracted by several burned boilers and next by the elaborate system of automatic feeding of each individual boiler by means of floats, levers, valves, etc. This system was at once dismantled, removed from all boilers and scrapped. I then heard reports that the Germans had experienced great trouble with leaky tubes at the back ends of the boilers. Trams were at once made and accurate measurements taken on the expansion of the boiler between upper and lower drums on raising steam. This was found to be quite excessive and greatest between the back ends of the drums. After several experiments and deductions from results obtained, it was decided to remove the short circular internal feed in the front end of the steam drum and fit a standard Navy internal feed pipe running the entire length of the drum. This was done in all boilers and the expansion was reduced about eighty per cent. Since her commission we have never had to reroll a leaky boiler tube. From commissioning to Nov. 11, 1918, there has been a total of 7,198 boiler steaming days, or an average per boiler of 156.5 days of 3,756 hours. Great care was exercised in the cleanliness[150] of the boilers and boiler water. No pits or corrosion have been found in any part of the boilers.

In the fire rooms, all boilers were opened up and thoroughly cleaned, and all zincs were removed. I was first drawn to several burned boilers and then to the complex system of automatic feeding for each boiler using floats, levers, valves, and so on. This system was immediately taken apart, removed from all boilers, and scrapped. I then heard reports that the Germans had faced significant issues with leaky tubes at the back ends of the boilers. Trams were quickly set up, and accurate measurements were taken on the expansion of the boiler between the upper and lower drums when raising steam. This was found to be quite excessive, especially at the back ends of the drums. After various experiments and analyzing the results, it was decided to remove the short circular internal feed in the front end of the steam drum and install a standard Navy internal feed pipe running the entire length of the drum. This change was made to all boilers, reducing the expansion by about eighty percent. Since commissioning, we have never had to replace a leaky boiler tube. From commissioning until November 11, 1918, there were a total of 7,198 boiler steaming days, averaging 156.5 days or 3,756 hours per boiler. Great care was taken to maintain the cleanliness of the boilers and boiler water. No pits or corrosion have been found in any part of the boilers.

On the first trip overseas great difficulty was experienced in steaming, all boilers were in use and 144 revolutions per minute was about the maximum speed we could maintain for any length of time. There was an excessive amount of clinker formation covering the grate bars. On diagnosing this trouble and consulting standard works on combustion, air required per pound of fuel, etc., it was decided that the grate bars did not have sufficient air space. From computations made, a new grate bar was designed with an increase in air space over the old of thirty-five per cent. Our troubles in this line at once ceased, and our trip home was made at 151 revolutions per minute with forty-six boilers in use. Later we used thirty-eight to forty boilers for as high as 154 revolutions per minute.

On the first trip overseas, we faced major challenges with our steam engines; all the boilers were in use, and we could only maintain a maximum speed of about 144 revolutions per minute for a limited time. There was a lot of clinker buildup covering the grate bars. After investigating this issue and reviewing standard texts on combustion and the air needed per pound of fuel, we concluded that the grate bars didn't have enough air space. Based on our calculations, we designed a new grate bar that increased the air space by thirty-five percent compared to the old one. As a result, our issues in this area were resolved, and we returned home at 151 revolutions per minute with forty-six boilers running. Later, we operated with thirty-eight to forty boilers, reaching speeds as high as 154 revolutions per minute.

We experienced a great deal of trouble with the side brick walls of the furnaces the first two trips, which required the renewal of about 4,000 bricks each voyage. On being notified that we would be required to start making quick turn-arounds on the next voyage, I realized that this could not be done with such an amount of brick work to be repaired. After many conferences while at sea, we finally decided to tear all the brick work out of one boiler and substitute cast iron liners, shaped to fit the drums and punched with holes for ventilation. This idea proved highly successful. All boilers were immediately fitted likewise and all operated successfully. Besides the elimination of the expense for the purchase of bricks and cement, the labor and time of cleaning furnaces was reduced ninety per cent. All that is necessary for cleaning and repairing furnace walls at the present time is one man and a corn broom.

We had a lot of issues with the side brick walls of the furnaces during the first two trips, which required replacing about 4,000 bricks each journey. When we were informed that we needed to start making quick turnarounds on the next voyage, I realized that we couldn't do that with so much brickwork that needed repairs. After many discussions while at sea, we finally decided to remove all the brickwork from one boiler and replace it with cast iron liners, shaped to fit the drums and drilled with holes for ventilation. This idea turned out to be very successful. All the boilers were immediately outfitted the same way, and they all worked well. In addition to eliminating the cost of purchasing bricks and cement, the labor and time needed for cleaning the furnaces was reduced by ninety percent. Now, all that's needed for cleaning and repairing furnace walls is one person and a corn broom.

The steaming efficiency has been greatly hampered at all times by the flow of water over the fire room floor plates, due to the faulty design of the German ash ejector. After many attempts to remedy this by altering the design, we were finally compelled to replace the hoppers with new hoppers of the See type.

The steaming efficiency has always been severely affected by water flowing over the fire room floor plates because of the poor design of the German ash ejector. After numerous attempts to fix this by changing the design, we ultimately had to replace the hoppers with new ones of the See type.

There was at all times a great deal of trouble experienced in carrying over water from the boilers to the turbines. The water in the boilers was carried at the lowest level consistent with safety, but in spite of this the trouble still continued. On inspection of the main steam lines and boiler steam drums it was found that they were practically bare of lagging. All these lines and drums were immediately covered with two-inch of magnesia eighty-five per cent pure, and all water trouble was then eliminated. The water level in the boilers was also raised from two to four inches, thus giving a greater factor of safety here.

There was always a lot of trouble with transporting water from the boilers to the turbines. The water in the boilers was kept at the lowest safe level, but the issues persisted. Upon inspecting the main steam lines and boiler steam drums, it turned out they were nearly devoid of insulation. All these lines and drums were immediately wrapped with two inches of eighty-five percent pure magnesia, which completely resolved the water issues. The water level in the boilers was also increased from two to four inches, providing a greater safety margin.

After several trips we noticed that the uptakes were excessively hot and also that at times torching occurred at the stack tops. This being a menace to the safety of the ship in the war zone, it had to be remedied. After examining the uptake, furnaces and path of gases we decided to alter the baffling. This was done by installing flame baffles at the base of the uptake in each boiler. It not only eliminated the torching, but also decreased the amount of soot formation about fifty per cent.

After several trips, we noticed that the uptakes were too hot and that sometimes there was flaming at the top of the stacks. This was a threat to the safety of the ship in the war zone, so it needed to be fixed. After examining the uptake, furnaces, and gas flow, we decided to change the baffling. We did this by installing flame baffles at the base of the uptake in each boiler. This not only eliminated the flaming, but also reduced soot buildup by about fifty percent.

This includes all the major items of the fire rooms. A few general items follow:

This includes all the main items from the fire rooms. Here are a few general items:

An interesting phase of our overhaul was the method of conducting our dock trial, after all repairs and tests to individual main and auxiliary machinery had been completed. It was realized that it was out of the question to attempt to turn the engines over at a speed which could be called a fair trial, for the reason that there was no mooring that could possibly hold the ship at the dock. After lengthy conference with officers, it was decided to break the tail shaft couplings and jack the tail shaft aft about two inches to clear the line shafting. This was done on each shaft and we ran each engine individually for 4 hours up its designed speed 180 revolutions per minute, then in manœuvering combination to full speed, 119 revolutions per minute, then all four shafts in cruising combination up to 180 revolutions per minute. The dock trial proved a success from start to finish, no casualty of any kind occurring. In this connection, in order to get[152] a test on the boilers, No. 1 fire room was used the first day of the trial, No. 2 the second day, No. 3 the third day, and No. 4 the fourth day.

An interesting part of our overhaul was how we conducted our dock trial after finishing all repairs and testing the main and auxiliary machinery. We realized that trying to operate the engines at a speed that could be considered a proper test was impossible because there was no mooring strong enough to hold the ship at the dock. After a long discussion with the officers, we decided to disconnect the tail shaft couplings and move the tail shaft back about two inches to clear the line shafting. This was done for each shaft, and we ran each engine separately for 4 hours at its designed speed of 180 revolutions per minute, then in maneuvering combination to full speed at 119 revolutions per minute, and then all four shafts together in cruising combination up to 180 revolutions per minute. The dock trial was a success from start to finish, with no incidents occurring. To test the boilers, No. 1 fire room was used on the first day of the trial, No. 2 on the second day, No. 3 on the third day, and No. 4 on the fourth day.

During the period between August 15th and October 16th, I can safely say that the officers and men of the department averaged every day, Saturdays and Sundays, included, eighteen working hours below without complaint or murmur. It seemed to be a matter of great pride and determination with them. We had heard many reports that the Vaterland would never leave the dock, and many letters came threatening some officer or man in the department. Of the men and petty officers we were compelled to work with, I should say that twenty per cent of them had never been on board a ship previous to their reporting here. They were all recruits direct from recruiting rendezvous, with the exception of a few C. P. O.’s who came from the fleet. During all our overhaul and repair we had no plans to guide us, all lines and arrangements had to be traced out by the officer concerned, who submitted sketches to me. These sketches have been forwarded to the Bureau of Steam Engineering.

During the time between August 15th and October 16th, I can confidently say that the officers and crew of the department worked an average of eighteen hours a day, including Saturdays and Sundays, without any complaints or murmurs. It seemed to be a source of great pride and determination for them. We received many reports claiming that the Vaterland would never leave the dock, and numerous letters threatened some officer or crew member in the department. Of the men and petty officers we had to work with, I would estimate that twenty percent of them had never been on a ship before reporting here. They were all new recruits straight from the recruiting station, except for a few Chief Petty Officers who came from the fleet. Throughout all our repairs and overhauls, we had no plans to follow; all lines and arrangements had to be worked out by the officer responsible, who then submitted sketches to me. These sketches have been sent to the Bureau of Steam Engineering.

We found three logs made by the Germans on the Vaterland. These logs, I believe were forwarded to Washington, but to the best of my memory the speeds on these three trips averaged for the entire voyage 22.4, 21 and something over 20 knots, with an average coal consumption per day of about 1,100 tons, running up to about 1,157 for one voyage. The present consumption of this vessel at 20 knots is 816 tons per day east bound, and 720 west bound. West bound we use Welsh coal. We have never steamed at 22 knots for any period long enough to obtain a point.

We found three logs created by the Germans on the Vaterland. I think these logs were sent to Washington, but as far as I remember, the speeds on these three trips averaged around 22.4, 21, and just over 20 knots for the whole voyage, with an average coal consumption of about 1,100 tons per day, peaking at about 1,157 for one trip. Right now, this vessel consumes 816 tons per day when heading east at 20 knots and 720 tons per day when heading west. For the westbound trips, we use Welsh coal. We’ve never operated at 22 knots for long enough to get a solid reading.

Going to Liverpool on a trip during an emergency she maintained a speed of 181 revolutions per minute for a short period of time until a slow bell was received.

Going to Liverpool on a trip during an emergency, she kept a speed of 181 revolutions per minute for a short time until a slow bell was heard.

Since the war service of the vessel started until November 11, 1918, the Leviathan has never had an engineering casualty of any description, nor has the ship been delayed due to any cause in the engineering department.

Since the ship's war service began until November 11, 1918, the Leviathan has never experienced any engineering issues of any kind, nor has the ship been delayed for any reason related to the engineering department.

The Medical Department

By Dr. Dunlap

By Dr. Dunlap

The Medical Department is represented by the Senior Medical Officer, Commander F. A. Asserson, M. C. U. S. N., four Junior Medical Officers with the rank of Lieutenant each, one Chief Pharmacist, one Pharmacist, two Chief Pharmacist’s Mates, and about one hundred and thirty Hospital Corpsmen. There are also eight nurses, in charge of Miss Mary M. Robinson, Chief Nurse, U. S. N. The units composing the Department are as follows: Office of the Senior Medical Officer; office of the Medical Officer of the Day; Major and Minor Operating Rooms; Laboratory; Sick Officers’ Quarters of ten beds; Medical and Surgical Wards with one hundred and thirty-two beds; Isolation Ward with forty beds; total, one hundred and eighty-two beds; Diet Kitchen; two Sick Call Stations; Dispensary; Mental Ward; Guinea pig houses.

The Medical Department is led by the Senior Medical Officer, Commander F. A. Asserson, M.C. U.S.N., along with four Junior Medical Officers at the rank of Lieutenant each, one Chief Pharmacist, one Pharmacist, two Chief Pharmacist’s Mates, and about one hundred and thirty Hospital Corpsmen. There are also eight nurses, headed by Miss Mary M. Robinson, Chief Nurse, U.S.N. The units within the Department include: Office of the Senior Medical Officer; Office of the Medical Officer of the Day; Major and Minor Operating Rooms; Laboratory; Sick Officers’ Quarters with ten beds; Medical and Surgical Wards with one hundred and thirty-two beds; Isolation Ward with forty beds; totaling one hundred and eighty-two beds; Diet Kitchen; two Sick Call Stations; Dispensary; Mental Ward; Guinea pig houses.

The history of this department dates from July, 1917, when the first medical officers, Drs. F. J. Carroll, and E. M. Hudson came aboard. These officers, both Lieutenants in the U. S. Naval Medical Corps, were on duty at the U. S. Naval Hospital in Brooklyn when our government assumed control of the Leviathan, and they were ordered to report aboard for duty. The vessel at that time being just as the Germans had left her. Drs. Carroll and Hudson at once began tentative plans for a medical department capable of handling the sick among the thousands of troops the Leviathan was being rapidly fitted to carry. Plans were drawn by them converting the social hall on A-deck into wards and operating rooms. The orchestra stage at the forward end of the hall was to be cut away, lowered to the level of the deck and that space utilized as two operating rooms with a sterilizing room. Wash rooms, toilets, linen lockers, and an Isolation Ward were also provided for. Places fore and aft were chosen as sick call stations and Dispensary.

The history of this department goes back to July 1917, when the first medical officers, Drs. F. J. Carroll and E. M. Hudson, came on board. These officers, both Lieutenants in the U.S. Naval Medical Corps, were stationed at the U.S. Naval Hospital in Brooklyn when our government took control of the Leviathan, and they were ordered to report for duty. The ship was in the same condition as when the Germans abandoned it. Drs. Carroll and Hudson immediately started making plans for a medical department that could care for the sick among the thousands of troops the Leviathan was getting ready to transport. They drafted plans to convert the social hall on A-deck into wards and operating rooms. The orchestra stage at the front of the hall was to be removed, lowered to the level of the deck, and that area used as two operating rooms with a sterilizing room. Washrooms, toilets, linen lockers, and an isolation ward were also included. Locations at the front and back of the ship were designated as sick call stations and dispensaries.

Center Picture: Left to Right—“Our Navigators

Center Image: Left to Right—“Our Guides

Lieut. J. L. Beebe, Lieut. Com. H. C. Cunningham.

Lt. J. L. Beebe, Lt. Cmdr. H. C. Cunningham.

Bottom Picture, Left to RightDr. J. E. Porter, Dr. T. C. Hemingsen, Dr. F. A. Asserson, Dr. W. F. Rathbun, Dr. H. F. Howell, Dr. E. F. Crofutt, Pharmacist F. B. Redman.

Bottom Image, Left to RightDr. J.E. Porter, Dr. T. C. Hemingsen, Dr. F.A. Asserson, Dr. W.F. Rathbun, Dr. H.F. Howell, Dr. E.F. Crofutt, Pharmacist F.B. Redman.

The Leviathan Nurses

The Leviathan Nurses

On August 9, 1917, Commander John J. Snyder, M. C. U. S. N., reported aboard as the first Senior Medical Officer. The plans for the medical department were submitted to Dr. Snyder and to the Naval Constructor, and were later adopted by the Bureau of Medicine and Surgery. Before the first trip three more medical officers reported, viz: Lieut. Commander G. T. Vaughan, U. S. N. R. F., Lieut. Max M. Braff, M. C. U. S. N., and Lieut. S. Strauss, M. C. N. N. V., so that on the first trip there were five medical officers, besides the Senior Medical Officer. After the trial trip to Cuba the Leviathan went to Liverpool. The amount of work was found to be too much for the number of doctors, and upon returning to the States another Medical Officer was requested. Lieut. A. K. Dunlap, M. C. U. S. N., was sent aboard in February, 1918, so that on the second trip seven doctors were aboard. On subsequent trips[156] into New York, Lieut. Robt. Lorentz, M. C. U. S. N., Chief Pharmacist C. I. Campbell, U. S. N. R. F., and Lieut. Edward Crofutt, M. C. U. S. N., were sent aboard for duty. During the month of May, 1918, Commander Snyder left to assume his new duties as Fleet Surgeon, and his position on board as Senior Medical Officer was assumed by Commander H. A. May, M. C. U. S. N. Lieut. Harold Hulbert, M. C. U. S. N., and Pharmacist F. B. Redman also joined the ship about the same time. Later in the summer the medical corps was further strengthened by the addition of Lieuts. Harry L. Howell and John E. Porter, U. S. Navy Medical Corps. In December, 1918, Dr. May was detailed to duty ashore and the duties of Senior Medical Officer assigned to Commander F. A. Asserson, M. C. U. S. N. Lieuts. Walter L. Rathbun, Thos. Sheppard, and A. T. Weston, M. C. U. S. R. F., reported at the same time. As new officers reported on board from time to time, others were relieved and detailed elsewhere. For the greater part of the time since the ship has been in commission the medical department has had nine doctors on board.

On August 9, 1917, Commander John J. Snyder, M.C., U.S.N., reported aboard as the first Senior Medical Officer. The plans for the medical department were submitted to Dr. Snyder and the Naval Constructor, and were later approved by the Bureau of Medicine and Surgery. Before the first trip, three more medical officers joined: Lieut. Commander G.T. Vaughan, U.S.N.R.F., Lieut. Max M. Braff, M.C., U.S.N., and Lieut. S. Strauss, M.C., N.N.V., so that on the first trip there were five medical officers in addition to the Senior Medical Officer. After the trial trip to Cuba, the Leviathan went to Liverpool. The workload was too much for the number of doctors, and upon returning to the States, another Medical Officer was requested. Lieut. A.K. Dunlap, M.C., U.S.N., was assigned in February 1918, bringing the total to seven doctors on the second trip. On subsequent trips into New York, Lieut. Robt. Lorentz, M.C., U.S.N., Chief Pharmacist C.I. Campbell, U.S.N.R.F., and Lieut. Edward Crofutt, M.C., U.S.N., were sent aboard for duty. In May 1918, Commander Snyder left to take up his new role as Fleet Surgeon, and Commander H.A. May, M.C., U.S.N., took over as Senior Medical Officer. Lieut. Harold Hulbert, M.C., U.S.N., and Pharmacist F.B. Redman also joined the ship around the same time. Later in the summer, the medical corps was further strengthened with the addition of Lieuts. Harry L. Howell and John E. Porter, U.S. Navy Medical Corps. In December 1918, Dr. May was reassigned ashore, and Commander F.A. Asserson, M.C., U.S.N., became the Senior Medical Officer. Lieuts. Walter L. Rathbun, Thos. Sheppard, and A.T. Weston, M.C., U.S.R.F., reported at the same time. As new officers joined the ship, others were relieved and assigned elsewhere. For most of the time since the ship has been in operation, the medical department has had nine doctors on board.

As the Leviathan transported nearly one hundred and twenty thousand men to Europe during the war, and has brought back nearly as many since, it requires no active imagination to realize that the medical department has had its hands full. The percentage of sickness bound to occur among thirteen thousand men was enough to keep nine doctors busy, and this was only a small part of their work. Sanitation on such a huge ship was in itself a problem. Samples of food and water had to be examined and accepted or rejected; troop compartments and every nook and corner of the ship were inspected daily and a high sanitary standard maintained; quotative examinations of the air in the troop spaces were made at different hours both day and night to determine the temperature, humidity, and amount of carbon dioxide in these places; these observations were made the subjects of various reports and resulted in the installation of new ventilating systems and correction of those already in operation; during threatened epidemics of infectious diseases it was often necessary to take[157] cultures and do other laboratory work among hundreds of men. In July, 1918, the Leviathan began transporting wounded men and has carried a large number of them to date. The wounded required much attention and the manner in which they have been cared for on board this vessel reflects great credit upon the medical department.

As the Leviathan transported almost 120,000 troops to Europe during the war and has brought back nearly as many since, it's easy to see that the medical department has been extremely busy. The expected rate of illness among 13,000 men was enough to keep nine doctors occupied, and this was just a small portion of their responsibilities. Maintaining sanitation on such a large ship was a challenge in itself. Food and water samples had to be tested and either accepted or discarded; troop compartments and every corner of the ship were checked every day to uphold high sanitary standards; air quality tests in the troop areas were conducted at various times both day and night to measure temperature, humidity, and carbon dioxide levels; these evaluations were compiled into reports that led to new ventilation systems being installed and adjustments made to existing ones; during potential outbreaks of infectious diseases, it was often necessary to take[157] cultures and perform other lab work among hundreds of men. In July 1918, the Leviathan began transporting wounded soldiers and has carried many of them since. The injured needed extensive care, and the way they have been treated aboard this ship reflects great credit on the medical department.

A new departure for ships of war was the Nurse Corps. The corps consists of Mary M. Robinson, Head Nurse, U. S. N., Irene Reed, U. S. N., Charlotte F. Hyde, U. S. N., Ruby F. Nutling, U. S. N. R. F., Ruby Russell, U. S. N. R. F., Madelon Stowell, U. S. N. R. F., Alice B. Newcomb, U. S. N. R. F., Vera O. Harmon, U. S. N., Mary A. O’Neill, U. S. N. R. F. These were the first nurses who ever had duty on a man-o’-war. Their duties have been supervisory over the hospital corps, and their training and experience as nurses have made them of invaluable assistance.

A new chapter for warships was the Nurse Corps. The corps includes Mary M. Robinson, Head Nurse, U. S. N., Irene Reed, U. S. N., Charlotte F. Hyde, U. S. N., Ruby F. Nutling, U. S. N. R. F., Ruby Russell, U. S. N. R. F., Madelon Stowell, U. S. N. R. F., Alice B. Newcomb, U. S. N. R. F., Vera O. Harmon, U. S. N., and Mary A. O’Neill, U. S. N. R. F. These were the first nurses ever assigned to a warship. Their responsibilities included overseeing the hospital corps, and their training and experience as nurses have made them incredibly valuable.

The Flu Epidemic

The following are extracts from reports of the influenza epidemic submitted to commanding officer by Lieut. Com. H. A. May, M. C., October 11th, 1918:

The following are excerpts from reports about the influenza epidemic submitted to the commanding officer by Lieut. Com. H. A. May, M. C., on October 11th, 1918:

There were 260 officers and 8,873 enlisted men of all grades reported as present when the ship left the dock in Hoboken. These made up the personnel of several organizations—the 323d Field Signal Corps, the 401st, 467th and 468th Engineers, the 302d Water Tank Train, a September Automatic Replacement Draft, the 57th Pioneer Infantry, and the 73d Medical Replacement Section. In addition, there were 191 members of the 60th and 62d units, Army Nurse Corps.

There were 260 officers and 8,873 enlisted personnel of all ranks reported as present when the ship departed from the dock in Hoboken. They comprised the staff of several organizations—the 323rd Field Signal Corps, the 401st, 467th, and 468th Engineers, the 302nd Water Tank Train, a September Automatic Replacement Draft, the 57th Pioneer Infantry, and the 73rd Medical Replacement Section. Additionally, there were 191 members of the 60th and 62nd units from the Army Nurse Corps.

The ship sailed on September 29th. Because troop space H-8 was deemed unfit for occupancy by reason of inadequate ventilation, troops quartered there were moved on the 30th to other compartments, causing congestion in many spaces. All available bunks in the sick bay were filled by army sick before the morning of September 30th. Arrangements were then made to empty F room section 3, port side, containing 200 standees. These bunks were filled within a few minutes with sick men[158] picked up from the decks. When this space was found to be insufficient E room section 2, starboard side, 415 bunks, was vacated (October 1st), and the occupants sent down to H-8 regardless of improper ventilation. On October 3d, the port side of E room section 2, 463 bunks, was vacated by the Army guard, those sick in F. H. S. 3 were moved up to E. R. S. 2, and the guard sent below to be scattered wherever they could find space. Thus, on the night of October 3d, there was, beside the sick bay, a ward on E-deck capable of bunking 878 men. As the bunks are arranged four in a tier, one above the other, the top bunk could not be used for the sick, except in emergencies, because nurses could not climb up to them nor could sick men climb down to go to toilets.

The ship set sail on September 29th. Since troop space H-8 was considered unfit for use due to poor ventilation, the troops stationed there were moved on the 30th to other compartments, leading to overcrowding in many areas. By the morning of September 30th, all available bunks in the sick bay were occupied by Army personnel who were ill. Arrangements were then made to clear out F room section 3 on the port side, which had 200 standees. These bunks were filled within a few minutes with sick men picked up from the decks. When this space turned out to be insufficient, E room section 2 on the starboard side, which had 415 bunks, was cleared (October 1st), and the occupants were sent down to H-8 despite the poor ventilation. On October 3rd, the port side of E room section 2, containing 463 bunks, had its Army guard vacated. The sick from F. H. S. 3 were moved up to E. R. S. 2, and the guard was sent below to be scattered wherever they could find space. Thus, on the night of October 3rd, alongside the sick bay, there was a ward on E-deck that could accommodate 878 men. Since the bunks are arranged in four tiers, one above the other, the top bunk could not be used for the sick, except in emergencies, because nurses couldn’t reach them, and sick men couldn’t climb down to go to the restroom.

The Navy medical officers confined their efforts mostly to those in the sick bay spaces, while all the sick quarters below were turned over to the army medical officers. The army chief surgeon, Colonel Decker, and two of his juniors became ill on October 1st, leaving but eleven army doctors to hold sick call, treat patients below, and care for about thirty nurses and twenty officers who were ill in rooms. The navy medical officers stood watches in E. R. S. 3 at such times as they could be spared from the sick bay work, and relays of army nurses were assigned to duty below, with the pneumonia cases in the isolation ward, with sick officers in the officer’s ward, and with sick nurses and officers in staterooms. In fact every available medical officer, nurse and hospital corpsman was utilized to the extreme of endurance. Below, in the E-deck ward, every possible appliance for the care of the sick was furnished to the army surgeons on duty. The commissary officer placed at our disposal stewards, cooks and mess men, and furnished just the kind of food required, in the best possible fashion. The Medical Department of the ship owes, and I wish here to acknowledge, a great debt of gratitude to the Commissary Department, and to Paymaster Farwell and Chief Commissary Steward Flowers, especially, for their co-operation in this matter, the success with which they gave comfort and aid to the sick, and removed from our shoulders the always worrisome burden of feeding men unable to eat regular diet.

The Navy medical officers focused most of their efforts on the patients in the sick bay, while the army medical officers took over all the sick quarters below. The army chief surgeon, Colonel Decker, and two of his junior colleagues got sick on October 1st, leaving just eleven army doctors to handle sick calls, treat patients below, and care for around thirty nurses and twenty officers who were ill in their rooms. The navy medical officers filled in at E. R. S. 3 whenever they could step away from sick bay duties, and groups of army nurses were assigned to care for pneumonia cases in the isolation ward, sick officers in the officer’s ward, and sick nurses and officers in staterooms. In fact, every available medical officer, nurse, and hospital corpsman was pushed to their limits. Down in the E-deck ward, every possible resource for caring for the sick was provided to the army surgeons on duty. The commissary officer supplied stewards, cooks, and mess men, and provided just the right kind of food in the best way possible. The ship's Medical Department owes, and I want to acknowledge, a huge debt of gratitude to the Commissary Department, and to Paymaster Farwell and Chief Commissary Steward Flowers, especially, for their cooperation in this matter, the comfort and support they provided to the sick, and for relieving us of the ongoing worry of feeding men unable to eat a regular diet.

Epidemic Timeline

This was influenced materially by these main factors:

This was significantly influenced by these key factors:

First, the widespread infection of several organizations before they embarked, and their assignment to many different parts of the ship.

First, the widespread infection affected several organizations before they started, and they were assigned to many different areas of the ship.

Second, the type of men comprising the most heavily infected group. These men were particularly liable to infection.

Second, the type of men in the most heavily infected group. These men were especially prone to infection.

Third, the absolute lassitude of those becoming ill caused them to lie in their bunks without complaint until their infection had become profound and pneumonia had begun. The severe epistaxis which ushered in the disease in a very large proportion of the cases, caused a lowering of resisting powers which was added to by fright, by the confined space, and the motion of the ship. Where pneumonia set in, not one man was in condition to make a fight for life.

Third, the extreme fatigue of those getting sick made them stay in their bunks silently until their infection got serious and pneumonia started. The heavy nosebleeds that marked the onset of the disease in a significant number of cases weakened their ability to fight it off, which was worsened by fear, the cramped space, and the ship's movement. Once pneumonia developed, not a single person was in a condition to fight for their life.

As noted above, the sick bay was filled a few hours after leaving Hoboken. All pneumonia cases were placed in one isolation ward at the beginning, and another isolation unit was set aside for measles and mumps, both of which diseases were present among the troops. The other isolation units were first filled with influenza cases and later with pneumonias. Until the fifth day of the voyage, few patients could be sent to duty because of great weakness following the drop in temperature as they grew better. Only the worst cases in E-deck ward were sent to sick bay at any time, and all were potentially pneumonias. The E-deck ward was more than full all the time and there were many ill men in various troop spaces in other parts of the ship.

As mentioned earlier, the sick bay was crowded just a few hours after leaving Hoboken. All pneumonia cases were initially placed in one isolation ward, while another isolation unit was set aside for measles and mumps, which were both affecting the troops. The remaining isolation units were initially filled with influenza cases and later with pneumonia cases. Until the fifth day of the voyage, few patients could return to duty due to significant weakness following the temperature drop as they started to recover. Only the most severe cases in the E-deck ward were sent to the sick bay at any time, and all were likely pneumonia cases. The E-deck ward was always overcapacity, and there were many sick men in various troop areas throughout the ship.

There are no means of knowing the actual number of sick at any one time, but it is estimated that fully 700 cases had developed by the night of September 30th. They were brought to the sick bay from all parts of the ship, in a continuous stream, only to be turned away because all beds were occupied. Most of them then lay down on the decks, inside and out, and made no effort to reach the compartment where they belonged. In fact practically no one had the slightest idea where he did[160] belong, and he left his blankets, clothing, kit, and all his possessions to be salvaged at the end of the voyage.

There’s no way to know the exact number of sick people at any given time, but it’s estimated that about 700 cases had developed by the night of September 30th. They were brought to the sick bay from all over the ship in a nonstop flow, only to be turned away because all the beds were taken. Most of them then lay down on the decks, both inside and outside, and made no effort to get to the compartment where they belonged. In fact, almost no one had the slightest clue where they were supposed to be, leaving their blankets, clothes, gear, and all their belongings to be picked up at the end of the journey.

During October 1st, every effort was made to increase hospital space below, as noted above. The heretofore satisfactory arrangements for army sick call were not adhered to by the army medical officers, and hundreds of men applied for treatment at the E-deck ward instead of going to the twelve outlying sick call stations. On this day, Colonel Decker, the Chief Army Surgeon, became ill. As he was the only army medical officer who had had army experience in administrative matters there was now no competent head to the army organization. Two other medical officers also became ill and remained in their rooms to the end of the voyage.

During October 1st, every effort was made to expand the hospital space below, as mentioned earlier. The previously satisfactory arrangements for army sick calls were not followed by the army medical officers, and hundreds of men sought treatment in the E-deck ward instead of going to the twelve outlying sick call stations. On this day, Colonel Decker, the Chief Army Surgeon, fell ill. Since he was the only army medical officer with administrative experience in the army, there was now no competent leader for the army organization. Two other medical officers also got sick and stayed in their rooms for the rest of the voyage.

Late in the evening of this day the E-deck ward was opened on the starboard side and was filled before morning. Twenty army nurses were detailed for duty during the night. When patients were brought up, their mates carefully left their blankets and clothing below and scouting parties had to be sent through the compartments to gather up all loose blankets for use of the sick. Fortunately we had about 100 army blankets in the medical storeroom which had been salvaged on other voyages. These were used while they lasted.

Late in the evening of this day, the E-deck ward was opened on the starboard side and filled up before morning. Twenty army nurses were assigned to work during the night. When patients were brought in, their buddies carefully left their blankets and clothes behind, and scouting teams had to be sent through the compartments to collect all loose blankets for the sick. Fortunately, we had about 100 army blankets in the medical storeroom that had been salvaged from previous voyages. These were used while they lasted.

War's Horrors

The conditions during this night cannot be visualized by any one who has not actually seen them.

The conditions during this night can't be imagined by anyone who hasn't actually experienced them.

The morning of October 2nd brought no relief. Things seemed to grow worse instead of better. Cleaning details were demanded of the army, but few men responded. Those who came would stay awhile and wander away, never to be seen again. No N. C. O.’s were sent, and there was no organization for control. The nurses made a valiant effort to clean up and the navy hospital corpsmen did marvels of work, but always against tremendous odds. Only by constant patrolling between the bunks could any impression be made upon the litter and finally our own sailors were put on the job. They took hold[161] like veterans and the place was kept respectably clean thereafter.

The morning of October 2nd brought no relief. Things seemed to get worse instead of better. The army was asked to help with cleaning, but only a few men showed up. Those who did would stay for a bit and then wander off, never to be seen again. No N.C.O.s were sent, and there was no organized control. The nurses made a brave effort to clean up, and the navy hospital corpsmen did amazing work, but they were always facing huge challenges. Only by constantly patrolling between the bunks could any progress be made on the mess, and eventually our own sailors were put on the task. They jumped in like pros, and the place was kept fairly clean from then on.

The first death from pneumonia occurred on this day, and the body was promptly embalmed and encased in a navy standard casket.

The first death from pneumonia happened today, and the body was quickly embalmed and placed in a navy standard casket.

When evening came no impression had been made upon the great number of sick men about the decks and in their own bunks. So arrangements were made to enlarge the hospital space by including the port side of E. R. S. 2. On October 3rd this was accomplished and from that time to the end of the voyage we had enough bunks to accommodate practically all the worst cases. Three deaths occurred this day and all were embalmed and encased. After going through the hospital and troop spaces that night it was estimated that there were about 900 cases of influenza in the ship. In the wards we sent back to bunks below all men whose temperature reached 99 and kept all bunks filled with cases of higher fever.

When evening arrived, no progress had been made with the many sick men on the decks and in their bunks. So, plans were made to expand the hospital area by including the port side of E. R. S. 2. On October 3rd, this was done, and from that point until the end of the voyage, we had enough bunks to accommodate nearly all the worst cases. Three deaths occurred that day, and all were embalmed and encased. After checking the hospital and troop areas that night, it was estimated that there were about 900 cases of influenza on the ship. In the wards, we sent back to the lower bunks all men whose temperature hit 99 degrees and kept all the bunks filled with cases of higher fever.

October 4th, seven deaths during the day. The sea was rough and the ship rolled heavily. Hundreds of men were thoroughly miserable from seasickness and other hundreds who had been off the farm but a few weeks, were miserable from terror of the strange surroundings and the ravages of the epidemic. Dozens of these men applied at the wards for treatment and the inexperience of army doctors in the recognition of seasickness caused a great many needless admissions to the hospital.

October 4th, seven people died during the day. The sea was choppy, and the ship rocked violently. Hundreds of men felt completely awful from seasickness, while many others, who had been away from the farm for just a few weeks, were terrified by the unfamiliar environment and the outbreak of the epidemic. Dozens of these men went to the wards for treatment, and the lack of experience among army doctors in identifying seasickness led to a lot of unnecessary hospital admissions.

Many officers and nurses were ill in their rooms, and required the constant attention of a corps of well nurses, and an army medical officer to attend them.

Many officers and nurses were sick in their rooms and needed constant care from a team of skilled nurses and a military doctor to look after them.

Each succeeding day of the voyage was like those preceding, a nightmare of weariness and anxiety on the part of nurses, doctors, and hospital corpsmen. No one thought of bed for himself and all hands worked day and night. On the 5th there were 10 deaths, on the 6th there were 24, and on the 7th, the day of arrival at our destination, the toll was 31. The army ambulance boat was promptly alongside, and debarkation of the sick began about noon. The sick bay was[162] cleared first and we at once began to clean up in preparation for the wounded to be carried westbound. E-deck was then evacuated, but all the sick could not be handled before night, about 200 remaining on board.

Each day of the journey felt just like the ones before it—a grueling mix of exhaustion and worry for the nurses, doctors, and hospital corpsmen. No one considered taking a break; everyone hustled day and night. On the 5th, there were 10 deaths, on the 6th, 24, and on the 7th, the day we arrived at our destination, the count was 31. The army ambulance boat quickly pulled up, and we started unloading the sick around noon. The sick bay was[162] cleared out first, and we immediately began cleaning up to get ready for the wounded heading west. E-deck was then emptied, but we couldn't bring all the sick off the boat before nightfall, leaving about 200 people still on board.

On the 8th these were taken off by the army, but not before fourteen more deaths had occurred. Although on this day almost the entire personnel (army) had gone, the nurses remained until the last sick man was taken off.

On the 8th, the army took these away, but not before another fourteen people died. Even though almost all the soldiers had left that day, the nurses stayed until the last sick man was evacuated.

Pneumonia

It is the opinion of myself and the other medical officers attached to the ship that there were fully 2,000 cases of influenza on board. How many developed pneumonia there are no means of knowing. Over 75 cases of the latter disease were admitted to the sick bay, most of them moribund. Of these, 3 improved so much that they went back to their compartments, 29 were transferred to hospital ashore, and about 40 died. As the records required to transfer patients from the army to the navy medical officers were furnished in but few cases, and as my records embrace all the dead, I had no means of knowing how many died in the sick bay and how many in the E-deck ward. Cases of pneumonia were found dying in various parts of the ship and many died in the E-deck ward a few minutes after admission. Owing to the public character of that ward, men passing would see a vacant bunk and lie down in it without applying to a medical officer at all. Records were impossible, and even identification of patients was extremely difficult because hundreds of men had blank tags tied about their necks. Many were either delirious or too ill to know their own names. Nine hundred and sixty-six patients were removed by the army hospital authorities in France.

It is the opinion of myself and the other medical officers on the ship that there were at least 2,000 cases of influenza on board. There's no way to know how many developed pneumonia. Over 75 cases of that illness were admitted to the sick bay, most of them critically ill. Among these, 3 improved enough to return to their quarters, 29 were transferred to the hospital on shore, and about 40 died. Since the records needed to transfer patients from the army to the navy medical officers were provided in only a few cases, and as my records include all the deceased, I couldn't determine how many died in the sick bay and how many in the E-deck ward. Cases of pneumonia were found dying in various parts of the ship, and many passed away in the E-deck ward just minutes after being admitted. Due to the public nature of that ward, men would see an empty bunk and lie down in it without consulting a medical officer. Keeping track of records was impossible, and even identifying patients was extremely difficult because hundreds of men had blank tags tied around their necks. Many were either delirious or too ill to know their own names. Nine hundred and sixty-six patients were taken by the army hospital authorities in France.

Fatalities

Ninety-one deaths occurred among the army personnel, of whom one was an officer, as follows:

Ninety-one deaths happened among the army personnel, including one officer, as follows:

October 2 1 death
3 3 deaths
4 7 deaths
5 10 deaths
6 24 deaths
7 31 deaths
8 14 deaths
10 1 death

The sick officer was treated in the open air on B deck, had a special army nurse during the day, and a navy hospital corpsman at night.

The ill officer was treated outside on B deck, had a dedicated army nurse during the day, and a navy hospital corpsman at night.

Medical Corps

I cannot speak in terms of sufficient commendation of the work of the hospital corps of this ship. Every man was called upon to exert himself to the limit of endurance during the entire round trip. No one complained, every man was on the job. Many of them worked twenty-four hours at a stretch amid conditions that can never be understood by one ashore or on a man-of-war. Some of the embalming detail, worked at their gruesome task forty-eight hours at a stretch without complaint, and at the end I had to drive them away to a bath and bed.

I can't express enough praise for the work done by the hospital corps on this ship. Every person was pushed to their limits throughout the entire journey. Nobody complained; everyone was committed to their duties. Many of them worked twenty-four hours straight under conditions that can never be fully appreciated by those on land or aboard a warship. Some of the embalming team worked at their grim task for forty-eight hours in a row without a word of complaint, and in the end, I had to insist they take a break for a bath and some rest.

I have learned that the following named men of the Commissary Department voluntarily remained on duty with the sick on E-deck during the entire voyage.

I have learned that the following named men from the Commissary Department willingly stayed on duty with the sick on E-deck throughout the entire voyage.

George Willis CCS
H. L. Ringrose SC-2
A. Barbel SC-4
R. Steinman SC-4

Had we been in the midst of smallpox or plague they would doubtless have done the same. The actual danger to all hands was extremely great and all these men deserve the highest commendation for their actions.

Had we been experiencing smallpox or the plague, they surely would have done the same. The real danger to everyone was very serious, and all these men deserve high praise for their actions.

Commissary Department

Feeding the Soldiers

F. L. F.

F.L.F.

As soon as the decision was made that the Navy would have charge of the commissary departments on the transports, plans were promptly made to effect the most complete and satisfactory arrangements for the subsistence of the troops en route. A board of three expert commissary officers was appointed with instructions to prepare a well-balanced standard bill-of-fare for use on board all of the transports. The bill-of-fare for a fourteen-day period submitted by the board, was approved and copies forwarded to the commanding officers of all transports for their guidance with the request that it be followed as nearly as possible. Experienced officers of the Supply Corps were then recommended for assignment to the transports and nothing was left undone which would contribute in any way to perfect arrangements for the satisfactory feeding of the troops. This work was new to the navy, as transports were heretofore operated exclusively by the army.

As soon as it was decided that the Navy would take charge of the commissary departments on the transports, plans were quickly made to ensure the best possible arrangements for feeding the troops on their journey. A team of three skilled commissary officers was appointed with the task of creating a balanced standard menu for all the transports. The menu for a fourteen-day period submitted by the team was approved, and copies were sent to the commanding officers of all transports to guide them, with a request that it be followed as closely as possible. Experienced officers from the Supply Corps were then recommended for assignment to the transports, and every effort was made to ensure excellent arrangements for properly feeding the troops. This was a new responsibility for the Navy, as transports had traditionally been managed solely by the Army.

On this account and because, as stated by the Secretary of the Navy, “The success of the transfer of the army troops will depend to a large extent on the conduct of the commissary service on each vessel.

On this note, and because, as the Secretary of the Navy has stated, “The success of transferring the army troops will largely depend on how well the commissary service operates on each ship."

“It is especially gratifying to be able to report that the subsistence of the troops en route overseas has been satisfactory in every respect. This fact is confirmed by reports received from time to time.”

“It is particularly satisfying to report that the basic needs of the troops heading overseas have been met in every way. This information is backed up by reports we've received periodically.”

This extract from the Paymaster General’s report marks the success of the enormous task given the Bureau of Supplies and Accounts of feeding the A. E. F. while being carried overseas on American transports.

This excerpt from the Paymaster General’s report highlights the success of the huge task assigned to the Bureau of Supplies and Accounts of supplying food to the A.E.F. while being transported overseas on American ships.

The menus mentioned in the report actually originated from the Leviathan, and the general instructions at that time[165] were to “live up to the standard required by the sample menu, and to do better, if possible.” This was the slogan of all the general messes in the transport service, and it is a well-known fact that the army as a whole has had nothing but praise for the Navy Commissariat.

The menus referenced in the report actually came from the Leviathan, and the general instructions at that time[165] were to “meet the standard set by the sample menu, and do better if possible.” This was the motto for all the general messes in the transport service, and it's well-known that the army has consistently praised the Navy Commissariat.

The Leviathan, being the largest carrier of all the transport fleet, naturally placed the supply officer, Paymaster Geo. C. Schafer and his assistants, headed by H. B. Judkins, Ensign, U. S. N. R. F., Pay Corps, on their mettle to make a success of this enormous undertaking, although at that time and even up to the time the first meal was served to the troops, the huge task was hardly realized.

The Leviathan, the biggest ship in the entire fleet, naturally put supply officer Paymaster Geo. C. Schafer and his team, led by H. B. Judkins, Ensign, U. S. N. R. F., Pay Corps, to the test to make this massive project successful, even though at that point and up until the first meal was served to the troops, the scale of the task was barely understood.

During the period of fitting out and on the first trip, there were only five men in the Commissary Department who were known to be familiar with the navy general mess requirements and navy discipline, the rest of the Commissary Department was made up from men taken from all walks of life—lawyers, college men, horseshoers, business men, actors, etc.; only about thirty men having any experience as cooks and bakers, and among these only a comparative few who had any seagoing experience. Even these men were of an unknown quantity until tried out, in the actual experience of cooking and serving food to 10,000 troops and crew, the proportionate number carried the first trip through the war-zone. This was the biggest feeding task ever undertaken in the history of the maritime world.

During the setup period and on the initial voyage, only five people in the Commissary Department were familiar with the navy's general mess requirements and discipline. The rest of the department consisted of individuals from various backgrounds—lawyers, college students, blacksmiths, businesspeople, actors, etc.; only about thirty had any experience as cooks and bakers, and among them, only a few had seagoing experience. Even these individuals were unproven until tested in the real situation of cooking and serving food to 10,000 troops and crew during the first trip through the war zone. This was the largest feeding operation ever attempted in maritime history.

These men came from various sources of recruiting, mostly from the headquarters and commissary schools connected with the Third Naval District, arriving in batches of one to ten almost every day until ready to sail. None of them came fully equipped or uniformed and the first real muster of the Commissary Department was unique in the history of the ship, about three hundred men falling in on B-deck. An attempt was made to drill them into something near the navy standard. At that time it seemed a hopeless task—none seemed to know what was required of them, even to the simple movement of opening ranks for inspection. The inspection was a joke, no one in uniform,[166] and the expression “Coxey’s Army” would describe the general appearance of the men.

These men came from different recruiting sources, mostly from the headquarters and supply schools linked with the Third Naval District, arriving in groups of one to ten nearly every day until they were ready to set sail. None of them arrived fully equipped or uniformed, and the first real assembly of the Commissary Department was unlike anything in the ship's history, with about three hundred men forming up on B-deck. An attempt was made to train them to meet navy standards. At that time, it felt like a hopeless task—none seemed to understand what was expected of them, even the simple action of opening ranks for inspection. The inspection was a joke, with no one in uniform,[166] and the phrase “Coxey’s Army” would perfectly describe the general appearance of the men.

However, the spirit was there, and in an incredibly short time the men were properly uniformed and at the first crew inspection made a very creditable showing, even in the opinion of the old-timers.

However, the spirit was present, and in no time at all, the men were properly dressed in uniform and at the first crew inspection made a very impressive showing, even in the eyes of the veterans.

Most of these men had the American knack of adaptiveness and soon fitted into the duties required of them; showed such a splendid desire to make good that after the first trip we were able to compare the Commissary Department, and by no means discreditably, with that on the huge British transports, Olympic and Mauretania.

Most of these men had the American talent for adapting and quickly took on the responsibilities expected of them; they showed such a strong desire to succeed that after the first trip we could compare the Commissary Department, and not unfavorably, with that on the large British ships, Olympic and Mauretania.

The system steadily improved, and it is safe to assume that we are unexcelled by any other similar sea-going organization.

The system kept getting better, and it's fair to say that we're unmatched by any other similar sea-going organization.

Because of the “training afloat” system laid out by the Navy Department it is estimated that about 100 trained men have left the Leviathan, trained by actual experience in cooking and baking, thus giving the growing navy a trained personnel, not only cooks and bakers, but American man-o’-war’s men, developed as such by the stern requirements of war conditions.

Because of the "training afloat" system established by the Navy Department, it’s estimated that around 100 trained individuals have departed from the Leviathan, having gained hands-on experience in cooking and baking. This has provided the expanding navy with skilled personnel, not just cooks and bakers, but also American sailors, shaped by the tough demands of wartime conditions.

Horseshoer Thinks Cooking Is Easy

Each man reporting aboard was required to fill out a questionaire blank stating experience, etc. This was done so that men could be placed to the best advantage in the galley, bakery, storerooms and offices. Some of the answers were laughable. For instance, one stated that his sole experience was cooking for his sisters when mother was obliged to go out. Another had been a horseshoer for about eighteen years, another had no experience, but he knew that cooking was very easy to learn and that he was there for that purpose. One man made a strong bid for the billet of head waiter and informed the Commissary Steward that if he gave him the job he would send at once to Chicago for his Tuxedo.

Each man reporting for duty was required to fill out a questionnaire stating their experience, etc. This was done so that men could be placed to the best advantage in the galley, bakery, storerooms, and offices. Some of the answers were amusing. For example, one said that his only experience was cooking for his sisters when their mom had to go out. Another had been a horseshoer for about eighteen years; one had no experience at all but believed that cooking was very easy to learn and that he was there for that purpose. One man made a strong case for the head waiter position and told the Commissary Steward that if he got the job, he would promptly send to Chicago for his tuxedo.

German Secret Service Interested

During this time it was well known that the German Secret Service was much interested in the Leviathan and for that reason all new arrivals were carefully watched. One suspicious commissary recruit was picked out and turned over to the authorities. He was so clearly German, both in speech and appearance, that it would have been impossible for him to get by, and although nothing was heard of his fate, it is safe to assume that he was interned in a safe place until the end of the war.

During this time, it was widely known that the German Secret Service was very interested in the Leviathan, which is why all new arrivals were closely monitored. One suspicious commissary recruit was singled out and handed over to the authorities. He was so obviously German, both in his speech and looks, that it would have been impossible for him to blend in. Although nothing was reported about what happened to him, it’s safe to assume that he was detained in a secure location until the end of the war.

The actual fitting out was a tremendous problem, most of the German kitchen machinery and utensils were found either in bad condition or useless for the coming needs and almost a new installation was built, using, however, the German kettles and ranges when possible, discarding anything not absolutely essential. It was often a matter of considerable thought and discussion to decide what should be kept and what discarded.

The actual setup was a huge challenge; most of the German kitchen equipment and utensils were either in bad shape or not suitable for the upcoming needs, so nearly an entire new installation was created. However, they reused the German kettles and ranges whenever possible, getting rid of anything that wasn't absolutely necessary. It often took a lot of thought and discussion to figure out what should be kept and what should be tossed.

There were found on the ship seven complete kitchens, counting the two Jewish kitchens which were designed for Kosher cooking. These were intended to provide for the large number of Jewish immigrants carried over in the third class or steerage compartments and all these galleys had been splendidly fitted out to care for about 5,000 passengers and 1,000 crew. As the problem was to prepare for about 15,000 it can be readily seen that some drastic changes were required.

There were seven fully equipped kitchens found on the ship, including two Jewish kitchens designed for Kosher cooking. These were meant to cater to the many Jewish immigrants traveling in the third-class or steerage compartments, and all these galleys were well-equipped to serve around 5,000 passengers and 1,000 crew members. Given that the goal was to prepare for about 15,000 people, it's clear that some significant changes were necessary.

In connection with this it might be well to state that the first letter written about commissary affairs asked that 27 steam kettles of 100 gallons capacity, 3 dough mixers of two barrel capacity, and 7 navy standard bake ovens be obtained. These were installed in addition to the German equipment left, after the rip-out period was finished.

In this regard, it’s important to mention that the first letter regarding commissary matters requested the acquisition of 27 steam kettles with a 100-gallon capacity, 3 dough mixers with a two-barrel capacity, and 7 navy standard bake ovens. These were installed alongside the German equipment that remained after the rip-out period was completed.

All except the first and second class galley were dismantled. All the kettles and one large electric bake oven were installed in the first class galley compartment, thus consolidating the cooking machinery in the present spaces which were renamed the Troop Galley.

All except the first and second class galley were taken apart. All the kettles and one large electric oven were set up in the first class galley area, bringing together the cooking equipment in what is now called the Troop Galley.

On E-deck aft, the third class galley was ripped out and a blacksmith and coppersmith shop installed. The third class dining room, later the engineer’s force mess room, became temporarily the crew mess room until the number became too large and the first class saloon was used until the deck force quarters were fitted up. It was during this time that a large number of the crew were ptomaine poisoned by eating hash that was prepared from infected corned beef, probably made so by defective tinning. The entire Medical Department was busy all that day, but luckily no lives were lost. The rumor leaked out that in some way “Fritz” had got in some fine work, but this was denied upon investigation.

On E-deck in the back, the third-class kitchen was removed and replaced with a blacksmith and coppersmith shop. The third-class dining room, which later became the engineer’s mess room, was used temporarily as the crew’s mess room until the numbers grew too large, at which point the first-class dining area was used until the crew quarters were set up. During this time, many crew members got food poisoning from hash made with spoiled corned beef, likely due to defective canning. The entire Medical Department was busy all day, but thankfully no lives were lost. There were rumors that somehow "Fritz" was behind it, but investigations found that wasn’t true.

Storage

Another phase of the preparation presented itself, the storage of provisions. The combined experience of the leading men in the department was brought into play to solve the many problems involved, to provide for storing and keeping of over two millions of pounds of provisions in the space allotted. The principal items and their quantities required for this loading were as follows: 200,000 lbs. of flour, 60,000 lbs. tinned meats, 25,000 lbs. salt meats, 120,000 lbs. smoked meats, 260,000 lbs. fresh meats, 25,000 lbs. turkey and fowl, 30,000 doz. eggs, 140,000 lbs. beans, 75,000 tinned vegetables, 420,000 fresh vegetables, 22,000 cereals, 145,000 dried, tinned and preserved fruits, 175,000 fresh fruits, 40,000 lbs. coffee, 3,000 lbs. cocoa, 2,500 lbs. tea, 60,000 evaporated milk, 5,000 qts. fresh milk, 5,000 qts. of cream, 40,000 lbs. fresh butter, 15,000 lbs. of lard, 15,000 lbs. salt, 175,000 lbs. of sugar.

Another phase of preparation came up: storing provisions. The combined experience of the leading figures in the department was utilized to solve the various problems involved in storing and maintaining over two million pounds of provisions in the designated space. The main items and their required quantities for this load were as follows: 200,000 lbs. of flour, 60,000 lbs. of canned meats, 25,000 lbs. of salted meats, 120,000 lbs. of smoked meats, 260,000 lbs. of fresh meats, 25,000 lbs. of turkey and fowl, 30,000 dozen eggs, 140,000 lbs. of beans, 75,000 canned vegetables, 420,000 fresh vegetables, 22,000 lbs. of cereals, 145,000 lbs. of dried, canned, and preserved fruits, 175,000 lbs. of fresh fruits, 40,000 lbs. of coffee, 3,000 lbs. of cocoa, 2,500 lbs. of tea, 60,000 lbs. of evaporated milk, 5,000 quarts of fresh milk, 5,000 quarts of cream, 40,000 lbs. of fresh butter, 15,000 lbs. of lard, 15,000 lbs. of salt, and 175,000 lbs. of sugar.

These quantities were estimated to subsist 10,000 troops twenty-five days and 1,400 crew one hundred and twenty days.

These supplies were estimated to last 10,000 soldiers for twenty-five days and 1,400 crew members for one hundred and twenty days.

Careful consideration had to be given to the location, size, drainage and estimated temperatures of the various storerooms and cold storage. Also the items of provisions and quantities of each item required and the storeroom best adapted by size and accessibility. This was worked out so successfully that when the actual provisioning was finished only about five hundred[169] packages were left out of the allotted spaces due to the fact that at the last moment, passages had to be left in several rooms to give access to manhole plates leading into the double bottoms.

Careful thought had to be given to the location, size, drainage, and expected temperatures of the different storerooms and cold storage. Additionally, the items needed, along with the quantities of each item, had to be considered, as well as which storeroom was best suited in terms of size and ease of access. This planning was so effective that by the time the actual provisioning was completed, only about five hundred[169] packages were left out of the designated spaces because, at the last minute, pathways had to be created in several rooms for access to manhole plates that led into the double bottoms.

The cold storage spaces were an unknown quantity, only uncertain data (not from German sources) being available concerning the temperatures of the various compartments. However, this part of the provisioning was also successfully finished and it might be well to state that since the first loading, to the end of hostilities, only about 3,000 pounds of meats, and 6,000 pounds of fruits and vegetables were lost through deterioration.

The cold storage areas were unfamiliar, and there was only unreliable information (not from German sources) regarding the temperatures in the different compartments. However, this part of the supply process was also completed successfully, and it’s worth mentioning that from the first shipment until the end of the conflict, only about 3,000 pounds of meat and 6,000 pounds of fruits and vegetables were lost due to spoilage.

Enough provisions were carried in the ship to approximate the supply of ten battleships and one supply ship. This comparison was often used when explaining to distinguished guests the enormous size of the Leviathan’s larder.

Enough provisions were brought on board the ship to roughly match the supply for ten battleships and one supply ship. This comparison was frequently used when explaining to important guests the massive size of the Leviathan’s storage.

During this phase of the work great consideration was given to the method of issuing the food to the individual soldier. No data was obtainable except the general requirements of the army regulation. How to make these requirements fit into the planned system of feeding was a problem, which however was so successfully solved that the Leviathan system of issue was, either in whole or in part, practically adopted for all transports.

During this phase of the work, a lot of thought was put into how to distribute food to individual soldiers. The only information available was the general requirements from army regulations. The challenge was figuring out how to align these requirements with the planned feeding system, but this problem was solved so effectively that the Leviathan system of distribution was, in whole or in part, basically adopted for all transports.

The general scheme is an elaboration on a rough, but efficient system of feeding landing forces of sailors at Guantanamo, where it was the custom to land the various ship battalions and go into camp at Deer Point for small arms practice.

The general plan expands on a basic but effective system for providing meals to the landing forces of sailors at Guantanamo, where it was common to disembark the different ship battalions and set up camp at Deer Point for small arms training.

The equipment then was a limited one, namely, a mess table at the foot of each company street and four syrup barrels filled with soap and water for washing the mess gear. From this crude idea was built up a system that operates as follows:

The equipment at that time was pretty basic, just a mess table at the end of each company street and four syrup barrels filled with soap and water for cleaning the mess gear. This simple setup developed into a system that works like this:

In the after end of the troop mess hall are placed twelve tanks fitted with direct steam jets. These tanks have specially fitted tops and are capable of holding eight insets or food containers, each container holding about seventy pounds of food or coffee. The steam jet is turned on when the tank is filled with the food containers, thus enabling the food to be placed ready for serving, some time before the messing, keeping the food warm and palatable.

At the back of the troop mess hall, there are twelve tanks equipped with direct steam jets. These tanks have specially designed tops and can hold eight food containers, with each container holding about seventy pounds of food or coffee. The steam jet is turned on when the tank is filled with the food containers, allowing the food to be prepped for serving ahead of mealtime, keeping it warm and tasty.

This tank, or serving station, contains such items of the meal as meats, gravy, vegetables and beverages. In addition to each serving station is an auxiliary serving table from which is served, bread, butter and desserts. Each serving station and table has a detail of four men and a messing sergeant who draws the food from the galley and serves to the men as they file past their particular station.

This tank, or serving station, holds meal items like meats, gravy, vegetables, and drinks. Next to each serving station is an extra serving table for bread, butter, and desserts. Each serving station and table has a crew of four men and a mess sergeant who gets the food from the kitchen and serves it to the men as they pass their specific station.

The men march from their compartments under control of their compartment officer in four lines, two from forward and two from aft, meeting on E-deck at the grand staircase leading into the troop mess hall coming down the staircase four abreast. When in the mess hall the column is split into twelve lines and pass the serving stations at a slow walk through to the mess tables. When finished, they go on to the forward end of the mess hall, where there are the washing tanks somewhat similar to the tanks at the serving stations. These tanks have hot soapy and clear water in which the men wash and rinse their mess gear, returning to their compartments by other established routes. All the mess lines, both to and from the mess, are kept under control so that in case of an emergency during the messing the men may be brought to their proper stations quickly and without confusion. This arrangement of the messing lines and mess hall has kept intact and separate the feeding space of the troops from their sleeping quarters, an arrangement of much sanitary value and in evidence only upon United States Navy transports.

The men march from their compartments under the supervision of their compartment officer in four lines—two from the front and two from the back—meeting on E-deck at the grand staircase that leads into the troop mess hall, coming down the staircase four abreast. Once in the mess hall, the column splits into twelve lines and walks slowly past the serving stations to the mess tables. After finishing their meals, they head to the forward end of the mess hall, where there are washing stations similar to the ones at the serving areas. These stations have hot soapy water and clean water for the men to wash and rinse their mess gear before returning to their compartments via different established routes. All the lines going to and from the mess are carefully managed so that in case of an emergency during mealtime, the men can quickly and efficiently reach their designated stations without any confusion. This organization of the dining lines and the mess hall keeps the eating area separate from the sleeping quarters, which is very hygienic and is a feature unique to United States Navy transports.

World's Food Production Record

The system holds the world’s record for feeding the largest number of men in the shortest period of time, ashore or afloat. Nine thousand men in an average time of ninety minutes were fed. The best time, however, for the same number of men was sixty-seven minutes; this means that during the messing one soldier was served a ration every thirty-six seconds.

The system holds the world record for feeding the most people in the shortest time, whether on land or at sea. Nine thousand people were fed in an average of ninety minutes. The fastest time for the same number of people was sixty-seven minutes, which means that during the meal service, one soldier received a ration every thirty-six seconds.

It must be remembered that these huge commissary problems has been solved with deep thought and precision, overcoming the enormous difficulties presented on shipboard by the[171] confined space and the mass of floating population equal that of a large town or small city.

It’s important to remember that these large supply issues have been tackled with careful consideration and accuracy, overcoming the significant challenges posed on board by the[171]limited space and the number of people on board, which is equivalent to a large town or small city.

On the afternoon of December 14th, the day previous to the starting on that historical first trip, the first meal was served. Previous to serving this meal, the carefully planned organization had to be put into operation. This required numerous army details for messing, kitchen work and working parties. These reported to the commissary office and after being properly stationed were given instructions to carry on the messing.

On the afternoon of December 14th, the day before the historic first trip began, the first meal was served. Before this meal could be served, the carefully organized plan had to be put into action. This needed several army units for food preparation, kitchen duties, and other tasks. They reported to the commissary office, and after being assigned their roles, received instructions to handle the food service.

This was done about two hours after the troops were embarked and the mess movement was started in the troop mess hall. There were many hitches in the mess movement to the serving stations, but all the troops were fed in about two and one half hours and after the second day the messing organization “shook down” so well, that the Commissary Department was able to report that the messing system was a success. In fact, the first meal had not been going ten minutes when it was realized, much to the relief and joy of those who had worked so hard on the fitting out the messing organization, that the system planned was very effective. One strict rule had to be made in connection with the embarkation, which was that no meals would be served until all messing details were stationed, and although it seemed harsh, an amusing incident proved its value. Soldiers are akin to sailors, inasmuch as they are blessed with healthy appetites, so that invariably when troops arrive aboard they are hungry, and if not restrained naturally gravitate to the kitchen. The first troops aboard followed their natural instincts and wormed their way into the galley. Their tales of hunger told to the sailor-cooks in the galley so worked on their sympathies that a relief party began issuing sandwiches. In a few minutes by some mysterious way the good news was passed that the good-natured sailors were handing out “chow” and in about ten minutes a thousand hungry troopers were crowded into the galley clamoring for “eats.” The resulting confusion almost upset the embarkation and a hurried S. O. S. to the army headquarters was made to get the soldiers to clear the galley. It is needless to say that the galley cooks never allowed[172] their good nature to get the best of them again during other embarkations.

This happened about two hours after the troops boarded and the mess setup began in the troop mess hall. There were a lot of hiccups with getting food to the serving stations, but all the troops were fed in about two and a half hours. By the second day, the mess operation had improved so much that the Commissary Department reported it as a success. In fact, they realized—much to the relief and joy of everyone who worked hard to set up the mess—that the planned system was very effective after just ten minutes of the first meal. One strict rule had to be enforced regarding the embarkation: no meals would be served until all mess details were in place. Although this seemed harsh, a funny incident proved its worth. Soldiers, like sailors, have hearty appetites and always seem hungry when they first arrive aboard. Without any restraint, they naturally gravitate towards the kitchen. The first troops on board instinctively made their way into the galley. Their stories of hunger tugged at the sailor-cooks' hearts, prompting a relief group to start handing out sandwiches. Within minutes, word spread mysteriously that the good-natured sailors were giving out food, and in about ten minutes, a thousand hungry soldiers packed into the galley, clamoring for “eats.” The resulting chaos nearly derailed the embarkation, leading to an urgent S.O.S. to army headquarters to clear the galley. It's safe to say that the galley cooks never let their good nature overpower them again during other embarkations.

Although the start was splendid it must not be thought that it was plain sailing on following days for the Commissary Department. In fact, it was much to the contrary and the men who had the responsibility of the undertaking speak of that trip as a nightmare.

Although the beginning was great, it shouldn't be assumed that the following days were easy for the Commissary Department. In reality, it was quite the opposite, and the men responsible for the task describe that trip as a nightmare.

The winter days were short and war conditions required that nearly all lights, inside the ship and out, must be extinguished one hour before sunset. This condition meant that most of the work had to be done in almost total darkness. No refuse could be disposed of until one hour after sunset and all wood had to be burned. The men detailed for this purpose were compelled to grope their way about a strange ship in the dark.

The winter days were short, and wartime conditions meant that nearly all lights, inside the ship and out, had to be turned off one hour before sunset. This meant that most of the work had to be done in almost complete darkness. No waste could be disposed of until one hour after sunset, and all wood had to be burned. The men assigned to this task had to feel their way around an unfamiliar ship in the dark.

The galley and bake shop were conducted under much the same conditions, but the troops were fed. The Leviathan’s standard bill-of-fare was carried out in every detail.

The kitchen and bakery operated under pretty much the same conditions, but the soldiers were fed. The Leviathan’s standard menu was followed to the letter.

Who said pie?

Because the Leviathan was expected to arrive in port on Christmas eve, a regular navy holiday dinner with all the fixings was given to all hands on the day before. This dinner was given complete and went off smoothly with but one hitch. As said before, soldiers have healthy appetites and a strong affection for pie, and, in order to get more pie than their share, a great many doubled back in the mess lines and perhaps more than once, for there were over 15,000 rations of pie served out on that strenuous day. For a while it looked as if we were going to be overwhelmed and that the last thousand troops to go through the mess lines would not get any holiday dinner, but a good substitute dinner was provided and it is recorded that everybody was made happy.

Because the Leviathan was set to arrive in port on Christmas Eve, a regular navy holiday dinner with all the fixings was held for everyone the day before. This dinner went off without a hitch, except for one issue. As mentioned before, soldiers have big appetites and a strong love for pie, so many of them rejoined the mess lines to grab more pie than their fair share, and perhaps more than once, since over 15,000 servings of pie were handed out on that busy day. For a while, it seemed like the last thousand troops to go through the mess lines wouldn’t get any holiday dinner, but a decent substitute dinner was provided, and it’s noted that everyone ended up happy.

All this work was accomplished under such adverse conditions and with the added strain incidental to our first trip through the war zone, that it was with relief we arrived in port[173] and fed the soldiers their last navy meal alongside the landing stage in Liverpool. Each man leaving the ship was given a lunch to stay him on the next stage of his journey and with it went the good wishes of the Leviathan’s crew. The practice of providing a lunch to debarking troops has been carried out in all succeeding disembarkations.

All this work was done under really tough conditions and with the extra stress of our first trip through the war zone, so we were relieved to finally arrive at port[173] and serve the soldiers their last navy meal by the landing stage in Liverpool. Each man leaving the ship got a lunch to help him on the next part of his journey, along with the best wishes from the Leviathan’s crew. The practice of giving a lunch to troops disembarking has continued in all subsequent disembarkations.

Upgrades

The big feat was accomplished and the rest given by the necessarily long stay in Liverpool was well earned and enjoyed. As a result of the experience of the trip, many improvements were made in the messing organization and galley installation, the most noteworthy of which was the abandoning of the galley forward, moving the kettles, etc., to the troop galley and giving up the two other mess hall spaces for berthing—messing all the troops in the present large mess hall. This brought about a consolidation of the general mess and made the task easier.

The big achievement was completed, and the extended stay in Liverpool was well-deserved and appreciated. Because of what was learned during the trip, numerous improvements were made in the food service organization and kitchen setup. The most significant change was moving the kitchen from the front, relocating the kettles to the troop kitchen, and repurposing the two other dining areas for sleeping arrangements—feeding all the troops in the current large mess hall. This led to a consolidation of the general mess and simplified the operation.

Subsequent trips saw consistent improvement until a new record was established during the thirteenth trip when about eleven thousand home-coming troops were fed in seventy-six minutes best time and an average time of about ninety minutes. Over 150,000 overseas troops have been fed on the Leviathan’s trips and the good ship’s commissariat has become famous wherever the A. E. F. have gone. The Leviathan’s apple pie has been, to quote a returning wounded soldier, placed second in popularity with the justly famous Salvation Army doughnut.

Subsequent trips showed consistent improvement until a new record was set during the thirteenth trip, when around eleven thousand returning troops were fed in the best time of seventy-six minutes, with an average time of about ninety minutes. Over 150,000 overseas troops have been fed on the Leviathan’s journeys, and the ship’s commissary has become well-known wherever the A. E. F. has gone. The Leviathan’s apple pie has, as quoted by a returning wounded soldier, ranked second in popularity only to the famous Salvation Army doughnut.

The success of the first trip was undoubtedly due to the earnest work of all hands under the able direction of Paymaster Simon Pietri, Supply Officer and Assistant Paymaster H. B. Judkins. The work in the galley was ably directed by ship’s cook 1st class, later Chief Commissary Steward, Martin J. Flynn, and it can be said without fear of contradiction, that the entire success of the enormous undertaking depended largely on his splendid judgment and ability. This must in justice also be said of Chief Commissary Steward W. J. Linn, who took entire charge of the stores and whose long and varied commissary[174] experience helped us over difficulties which at times seemed unsurmountable.

The success of the first trip was clearly thanks to the hard work of everyone involved, under the skilled leadership of Paymaster Simon Pietri and Supply Officer and Assistant Paymaster H. B. Judkins. The kitchen operations were expertly managed by ship’s cook 1st class, later Chief Commissary Steward, Martin J. Flynn. It's safe to say that the overall success of this massive undertaking greatly depended on his excellent judgment and skills. The same credit must also go to Chief Commissary Steward W. J. Linn, who managed all the supplies. His extensive and diverse experience in the commissary helped us navigate challenges that sometimes felt insurmountable.

Subsequent trips under the direction of Paymaster Farwell and Paymaster Edwards, his successor and present Supply Officer, have brought in their wake many improvements so that now the Leviathan’s Commissariat is considered the standard of its kind.

Subsequent trips led by Paymaster Farwell and Paymaster Edwards, his successor and the current Supply Officer, have resulted in numerous improvements, making the Leviathan’s Commissariat the benchmark in its field.

The following is a sample of a day’s menu on board the Leviathan:

The following is a sample of a day’s menu on board the Leviathan:

MENU

Menu

SUNDAY, APRIL 20, 1919

SUNDAY, APRIL 20, 1919

Breakfast

Breakfast

  • Oat Meal
  • Milk
  • Boiled Eggs
  • Fresh Fruit
  • Bread and Butter
  • Coffee

Dinner

Dinner

  • Turkey
  • Tinned Asparagus
  • Mashed Potatoes
  • Pie and Cake
  • Bread and Butter
  • Coffee

Supper

Dinner

  • Head Cheese
  • Creamed Potatoes
  • Bread and Butter
  • Coffee

Quantities Used to Provide the Above

Amounts Used to Provide the Above

Lbs.
Oat Meal 1150
Milk 1056
Sugar 1500
Eggs (doz.) 3180
Butter 660
Apples 6470
Coffee 400
Milk 480
Salt 10
Turkey 15581
Chicken 2021
Asparagus 2856
Mashed Potatoes 5850
Butter 675
Coffee 400
Milk 480
Sugar 400
Salt 40
Cake 5740
Head Cheese 425
Potatoes 800
Coffee 200
Sugar 200
Salt 20
Bake Shop:
Flour 7800
Yeast 135
Lard 130
Salt 100
Sugar 200
Cinnamon 4

Rations issued to 13,699.

Rations given to 13,699.

The Supply Department

G. F. P.

G. F. P.

“When do we eat? When’s pay day? When can I draw a pair of shoes? Got any ‘Bull’-an’ soap-an’ peanut brittle? Can you get us a piano, an anchor, a car of lumber and a dozen 13 inch gadjets before we shove off?”—questions that are part of the sailors’ existence and the cause of the Supply Officer’s dilemma.

“When do we eat? When’s payday? When can I get a pair of shoes? Got any ‘Bull’-an’ soap and peanut brittle? Can you get us a piano, an anchor, a car of lumber, and a dozen 13-inch gadgets before we set off?”—questions that are part of the sailors’ lives and the reason for the Supply Officer’s dilemma.

How well they are answered speaks volumes for the organization, zeal and efficiency of the Supply Department. To feed fourteen thousand men (and a thousand or so women, generals, admirals, diplomats, lieutenants and bo’sns); to operate canteens throughout the ship that rival in their activities Woolworth’s chain of stores; to keep the storerooms stocked with every conceivable kind of supplies which are or may in any emergency be required in the many departments of the ship; to clothe properly the crew of more than two thousand men; to keep the accounts of these men and to pay them twice a month; to—but limited space does not permit. Enough to state that the patience of Job, the wisdom of Solomon, the agility of Mercury and the persistency of Bryan are among the requirements necessary to manage successfully the diversified activities of the Supply Department. Verily, the life of the Supply Officer is far from being a bed of roses.

How well they are responded to reflects the organization, enthusiasm, and efficiency of the Supply Department. To feed fourteen thousand men (and about a thousand women, including generals, admirals, diplomats, lieutenants, and bosuns); to run canteens all over the ship that rival the operations of Woolworth’s; to keep the storerooms stocked with every possible kind of supply that may be needed in emergencies across the ship’s many departments; to properly clothe a crew of more than two thousand men; to manage their accounts and pay them twice a month; to—but space is limited, so I can’t go on. It’s enough to say that the patience of Job, the wisdom of Solomon, the agility of Mercury, and the persistence of Bryan are all required to successfully handle the diverse activities of the Supply Department. Truly, the life of a Supply Officer is far from being easy.

Five distinct divisions of the Supply Department were organized during the early days of going into commission—Commissary, Disbursing, Sales, Storekeeping, and Officers’ Mess—each in charge of an Assistant Supply Officer. The original plans of organization and operation, evolved by Captain G. C. Schafer, were developed and carried out by Lieut.-Comdr. F. Simonpietri, upon whom rested the responsibility of filling the office of Senior Supply Officer on the Leviathan’s maiden trip with more than ten thousand men on board. Under his[176] able guidance the routine of the various divisions were systematized, improved and proven. Each subsequent trip brought forth new problems which were masterfully dealt with and solved by Lieut.-Comdr. Simonpietri and his able successors, Lieut.-Comdr. N. B. Farwell and Lieut.-Comdr. E. C. Edwards. A silent tribute to the results achieved by these Supply Officers is the fact that to the large transports commissioned later the Leviathan was called upon to furnish many trained men as a nucleus for the Supply Departments of these new ships, where Leviathan methods were introduced and are being successfully carried out.

Five distinct divisions of the Supply Department were set up during the early days of going into service—Commissary, Disbursing, Sales, Storekeeping, and Officers’ Mess—each led by an Assistant Supply Officer. The initial plans for organization and operations, developed by Captain G. C. Schafer, were implemented by Lieut.-Comdr. F. Simonpietri, who was responsible for serving as Senior Supply Officer on the Leviathan’s maiden voyage with over ten thousand men on board. Under his[176] skilled leadership, the routines of the various divisions were organized, improved, and validated. Each subsequent journey brought new challenges that were expertly handled and resolved by Lieut.-Comdr. Simonpietri and his capable successors, Lieut.-Comdr. N. B. Farwell and Lieut.-Comdr. E. C. Edwards. A quiet acknowledgment of the successes achieved by these Supply Officers is that later large transports relied on the Leviathan to provide many trained personnel to serve as a core for the Supply Departments of these new ships, where Leviathan methods were adopted and are being effectively implemented.

During the early voyages Assistant Supply Officers Colburn, Barker, Poggi, Waters and Judkins wrestled with their respective divisional duties by day, and by way of diversion alternated as Senior Lookout Officers by night, making hourly rounds of the lookout stations, from the forepeak to the after crow’s-nest, fair weather and foul. Inclined a bit toward rotundness, it was a ne’er to be forgotten privilege to see the form of “Jeff” Colburn silhouetted against the starry heavens, en route to the crow’s-nest. “Behold!” quoted “Doc” Carroll one cold evening, when he espied “Jeff’s” figure looming in the shrouds like a square-rigger, “behold yon sylph-like Romeo seeking his fair Juliet!”

During the early voyages, Assistant Supply Officers Colburn, Barker, Poggi, Waters, and Judkins managed their individual responsibilities during the day and took turns as Senior Lookout Officers at night, making hourly rounds of the lookout stations from the forepeak to the after crow's-nest, regardless of the weather. Slightly on the hefty side, it was an unforgettable sight to see “Jeff” Colburn outlined against the starry sky as he made his way to the crow's-nest. “Look!” said “Doc” Carroll one chilly evening when he saw “Jeff’s” figure rising in the rigging like an old sailing ship, “look at that graceful Romeo searching for his lovely Juliet!”

Other assistant supply officers who have been assigned to the Leviathan for duty or instruction are Messrs. Carter, Wrigley, Bishop, Harris, Schuler, Hoffman, O’Shaughnessy, Stevens, Ingram, Finstemacher and Miller. Of the “old timers” but Waters and Poggi remained to continue “carrying on” in charge of the Storekeeping and Sales Divisions respectively.

Other assistant supply officers assigned to the Leviathan for duty or training are Messrs. Carter, Wrigley, Bishop, Harris, Schuler, Hoffman, O’Shaughnessy, Stevens, Ingram, Finstemacher, and Miller. Of the “old timers,” only Waters and Poggi stayed on to keep things running, each in charge of the Storekeeping and Sales Divisions respectively.

Sales Team

The Sales Division comprises live ship’s stores (canteens) and the clothing and small stores issue room. With troops on board, the canteens, which are located in accessible parts of the ship, make approximately ten thousand separate sales each day, with a total daily cash receipt of about $5,000. The largest day’s business amounted to $6,498, another record to[177] be added to the many laurels already won by the Rainbow Division, units of which were being transported at the time. As one of the canteen storekeepers put it, “If those Rainbows can fight like they can spend, I’d like to see them in action!”

The Sales Division includes live ship’s stores (canteens) and the clothing and small stores issue room. With troops on board, the canteens, located in convenient areas of the ship, make around ten thousand sales each day, generating about $5,000 in daily cash. The highest single-day sales reached $6,498, adding another record to[177] the many achievements already earned by the Rainbow Division, whose units were being transported at that time. As one of the canteen storekeepers said, “If those Rainbows can fight as well as they spend, I’d love to see them in action!”

On the shelves of these canteens may be found the usual line of necessities—and luxuries—carried in all Navy canteens, but in unusual quantities; from the most commonplace pair of shoe laces to the most dainty package of bon-bons. Naturally, a vast amount of small items must be handled to make up $5,000 worth of daily sales. And these sales are made, not in leisurely lady-like fashion, over counter and show-case, but through the canteen window to a never-ending line of clamoring sailors and doughboys by but five storekeepers—one to each canteen. These five “salesmen,” especially selected and trained for this type of duty, wait on more “customers” in a day, it is believed, than any other sales people in existence, including the busiest dispenser of wet-goods on Broadway during that torrid spell just prior to July 1st, 1919.

On the shelves of these canteens, you'll find all the usual necessities—and even some luxuries—that any Navy canteen offers, but in larger quantities; from a simple pair of shoelaces to a fancy box of bonbons. Naturally, a huge number of small items need to be managed to reach $5,000 in daily sales. And these sales don't happen in a slow, polite manner over the counter and display case, but through the canteen window to a constant line of eager sailors and soldiers, handled by just five storekeepers—one for each canteen. These five “salespeople,” specially chosen and trained for this role, serve more “customers” in a day, it’s said, than any other salespeople out there, including the busiest bar on Broadway right before July 1st, 1919.

In view of the reported atrocious activities of the Hun in our country during the war, every precaution was taken to procure uncontaminated supplies for use of the crew and troops. As a safeguard, samples of edible stores taken on board were submitted to Surgeon Dunlap for examination in the ship’s laboratory.

In light of the reported terrible actions of the Hun in our country during the war, every precaution was taken to obtain uncontaminated supplies for the crew and troops. As a safety measure, samples of food supplies brought on board were sent to Surgeon Dunlap for examination in the ship’s lab.

While the duties of the sales force are necessarily active and exacting, discretion and tact are exercised in handling such a large body of waiting “customers,” which accounts for the fact that errors and “kicks” are few and far between.

While the sales team's responsibilities are demanding and require a lot of active effort, they handle a large number of waiting "customers" with discretion and sensitivity, which explains why mistakes and complaints are rare.

In studying the likes and dislikes of the troops being transported, in order to ascertain the varieties and quantities of canteen stores to carry for sale, it was readily discovered that tastes of the various units differ as widely as do their geographic origins. Hence, when a division that originated in Dixie embarks, peanut candy to the tune of from six to eight tons will be consumed during the voyage, together with prodigious packs of cigarettes; when a mid-western outfit takes passage, peanut candy and cigarette sales fall off, but large inroads are made[178] in the stock of chocolates, chewing tobacco and Navy postcards; when far westerners like the Sunset Division come aboard mountains of “Bull Durham,” brown cigarette papers, caramels and playing cards are broken out of the store rooms, for the boys of the West are not strong for chocolate and peanut candy, though they do “roll their own” and wear out the ship’s police force by endeavoring to keep pinochle games going in every conceivable part of the ship. But regardless of geographic origin, stormy weather creates desires much akin to all doughboys—a desire to lay off such joys as chocolates, bon-bons and poker; a desire to be left alone, not too far from the out board rail, with a package of that wonderful panacea, lemon drops, of which as many as three tons will be consumed during a particularly stormy crossing. During a bit of heavy weather, one of the ship’s wits, feigning much excitement, rushed into a group of forlorn sea-sick warriors, to inform them that “Here comes a torpedo—straight for us!” “Thank God,” came the answering chorus.

In studying what the troops being transported liked and disliked, to figure out what kinds and amounts of canteen supplies to bring for sale, it quickly became clear that the preferences of the different units varied as much as their geographic roots. So, when a division from the South boards, they will consume around six to eight tons of peanut candy during the journey, along with huge packs of cigarettes; when a midwestern group travels, sales of peanut candy and cigarettes drop, but there's a big increase in the demand for chocolates, chewing tobacco, and Navy postcards; when troops from the West, like the Sunset Division, come on board, tons of “Bull Durham,” brown cigarette papers, caramels, and playing cards are taken out of storage, since those guys aren't really into chocolate and peanut candy, even though they love to “roll their own” and keep the ship’s security busy trying to maintain pinochle games in every corner of the ship. However, regardless of where they're from, rough weather brings out similar cravings in all the doughboys—a craving to skip the treats like chocolates, bon-bons, and poker; a craving to be left alone, not too far from the rail, with a stash of that amazing cure-all, lemon drops, of which sometimes up to three tons will be eaten during a particularly stormy crossing. During one rough patch, one of the crew members, pretending to be very excited, ran over to a group of miserable, seasick soldiers to tell them, “Here comes a torpedo—straight for us!” “Thank God,” came the chorus of replies.

Aside from the fifteen tons of various candies loaded in Hoboken, each trip witnesses the consumption of approximately two hundred thousand cigarettes, twenty thousand cigars, three thousand packages of Bull Durham and eleven thousand pieces of soap.

Aside from the fifteen tons of various candies loaded in Hoboken, each trip sees the consumption of about two hundred thousand cigarettes, twenty thousand cigars, three thousand packs of Bull Durham, and eleven thousand pieces of soap.

The Clothing and Small Stores issue to the crew about nine thousand dollars’ worth of wearing apparel monthly. This active branch of the Sales Division carries a stock of supplies valued at fifty thousand dollars—from three cent spools of thread to twenty dollar overcoats. For the hard to fit and the Beau Brummel C. P. O.’s, the made-to-measure business is no small item.

The Clothing and Small Stores give the crew about nine thousand dollars’ worth of clothing each month. This busy part of the Sales Division has a supply inventory worth fifty thousand dollars—ranging from three-cent spools of thread to twenty-dollar overcoats. For those who are hard to fit and the stylish C. P. O.’s, the custom clothing service is a significant aspect of the business.

The total annual business done by the Sales Division—sales to the crew and troops, including transfers of stores to other ships and stations in Europe, amounts to nearly half a million dollars. All items handled by the ship’s stores are sold at cost, with but a very small margin of profit. In some instances the selling price is lower than the cost. It is endeavored to make not over ten per cent profit, the money thus[179] accumulated going to the entertainment fund, which provides the means of entertaining the crew and troops with movie shows each night, and various other activities and equipments which are necessary to keep the boys amused and happy. The Disbursing Division of the Supply organization is just what the name implies, and expends more real cash than a flock of youthful Pittsburgh millionaires. Besides paying the volumes of never-ending bills for never-ending supplies used on board, the pay roll of the ship’s officers and men are kept by the yeomen, who comprise the personnel of this division. The Disbursing Officer peels off seventy thousand cold iron men each pay day, which happens twice a month. Pay day, the day the Eagle does his big stunt, to the sailors is “Der Tag.” The annual wages paid to the ship’s company approximates one million eight hundred thousand dollars.

The total annual business conducted by the Sales Division—sales to the crew and troops, including transfers of supplies to other ships and stations in Europe—amounts to nearly half a million dollars. All items sold by the ship’s stores are priced at cost, with just a tiny profit margin. In some cases, the selling price is even lower than the cost. The goal is to make no more than a ten percent profit, with the money accumulated going into the entertainment fund, which helps provide movie screenings each night and various other activities and equipment needed to keep the crew entertained and happy. The Disbursing Division of the Supply organization is exactly what the name suggests, spending more actual cash than a group of wealthy young millionaires from Pittsburgh. Besides managing the continuous flow of bills for ongoing supplies used on board, the payroll for the ship’s officers and crew is handled by the yeomen, who staff this division. The Disbursing Officer hands out seventy thousand dollars in cash each payday, which occurs twice a month. Payday, the day the Eagle does his big act, is known to sailors as “Der Tag.” The annual wages paid to the ship’s company totals around one million eight hundred thousand dollars.

The Storekeeping Section procure and carry in stock all the varied supplies used on board for the operation and maintenance of the ship. The store-rooms are veritable storehouses, stocked with every conceivable kind of supplies from deck swabs to grate bars.

The Storekeeping Section procures and keeps in stock all the different supplies used on board for the ship's operation and maintenance. The storerooms are true storehouses, filled with every imaginable kind of supplies, from deck swabs to grate bars.

One of the chief difficulties encountered during the early days was to find spare parts for the German electrical equipment. Our American standard equipment does not fit the German installations, and unless spares could be obtained the whole electrical system would have to be replaced with standard American fittings. Fortunately, there was quite a stock of German equipment remaining in England since the pre-war days. This had been carried in stock for the use of German ships calling at English ports. Practically all of this stock was purchased by the Leviathan, and was sufficient to run the ship until our own factories could be equipped to turn out this type of supplies and equipment. When the Army, Navy Yards and Shipping Board were clamoring for supplies, the task of procuring stock in quantities demanded by such a huge ship was indeed a difficult one. Thanks to the loyal co-operation of New York and New Jersey business men, and the Naval Commandeering Board, sufficient quantities of supplies were[180] secured to keep going. A typical example of the difficulties encountered can be illustrated by the activity necessary to equip the ship’s hospital. The market was bare of such supplies, due to the incessant demands from our own and our Allies Army and Navy Medical Departments. Manufacturers of surgical supplies from all over the country were appealed to. Some had one kind of instrument, some another; from all of them finally evolved a complete and excellently equipped hospital, equalled by none afloat and surpassed by few ashore. This one purchase required nearly six weeks of effort and search to complete.

One of the main challenges faced in the early days was finding spare parts for the German electrical equipment. Our American standard equipment doesn’t fit the German installations, and if we couldn't get the spare parts, the entire electrical system would have to be replaced with standard American fittings. Fortunately, there was a decent stock of German equipment left in England from before the war. This had been kept in stock for German ships that were visiting English ports. Almost all of this stock was bought by the Leviathan and was enough to keep the ship running until our own factories could start producing this type of supplies and equipment. When the Army, Navy Yards, and Shipping Board were demanding supplies, getting the quantities needed for such a large ship was indeed a tough job. Thanks to the dedicated cooperation of businesspeople from New York and New Jersey, along with the Naval Commandeering Board, we managed to secure enough supplies to keep going. A typical example of the challenges faced can be seen in the efforts made to equip the ship’s hospital. The market was empty of such supplies because of the constant demands from our own and our Allies’ Army and Navy Medical Departments. Manufacturers of surgical supplies from all over the country were approached. Some had one type of instrument, others had different ones; from all of them, a complete and excellently equipped hospital emerged, unmatched by any at sea and surpassed by very few on land. This single procurement took nearly six weeks of effort and search to complete.

Some idea of the volume of supplies necessary to keep the good ship running may be gathered from the following:

Some idea of the amount of supplies needed to keep the good ship running can be understood from the following:

For washing the interior decks, etc., about six tons of soap, six tons of soap-powder, and two tons of lye are used each trip.

For cleaning the interior decks and such, about six tons of soap, six tons of soap powder, and two tons of lye are used each trip.

The canvas bunk-bottoms represent an $85,000 purchase, while $6,000 would be necessary to replace the bed sheets. Blankets for the staterooms and hospital represent an expenditure of $30,000, while one of the many manila mooring lines, each 720 feet long, thirteen inches in circumference, and weighing 7,631 pounds, cost $2,403.77. The four-inch anchor chain cost $2,869.42 for each ninety foot length.

The canvas bunk bottoms cost $85,000, and it would take $6,000 to replace the bed sheets. The blankets for the staterooms and the hospital total $30,000, while one of the many manila mooring lines, each 720 feet long, thirteen inches in circumference, and weighing 7,631 pounds, costs $2,403.77. The four-inch anchor chain costs $2,869.42 for each ninety-foot length.

Returning Doughboys

Back Home Heroes


Part IV

Some Passengers Carried

  • Brig. Gen. Samuel T. Ansell.
  • Prince Axel of Denmark.
  • William A. Ashbrook, M.C.
  • Chandler P. Anderson, War Industries Board.
  • M. J. Abbott, Liquidation Commission.
  • Daniel R. Anthony, M.C., Committee on Military Affairs.
  • Major General George Barnett, U.S.M.C., Commanding Officer U.S.M.C.
  • Mrs. George Barnett.
  • Samuel Blythe, American Red Cross.
  • Dr. Herman H. Biggs, American Red Cross.
  • Dr. Edward R. Baldwin, American Red Cross.
  • H. S. Brown, Liquidation Commission.
  • Col. Robert Bacon, Ex-ambassador to France.
  • Newton D. Baker, Secretary of War.
  • Mr. John L. Bouchal, Vice Consul to Prague, Bohemia.
  • Mrs. Marie Bouchal.
  • Mr. W. Bolling, brother-in-law of President Wilson.
  • John E. Baker, Congressman.
  • Maj. Gen. A. Cronkheit.
  • Irvin S. Cobb, Journalist.
  • T. A. Chandler, M.C.
  • Frank I. Cobb, Journalist.
  • Walter M. Chandler, M.C.
  • Tom Connally, M.C.
  • Frank K. Cameron, Representative of the Department of the Interior.
  • Sam J. Cook, Liquidation Committee.
  • Chas. P. Caldwell, M.C., Committee on Military Affairs.
  • Maj. Gen. Joseph P. Dickman.
  • Henry P. Davison, Head of American Red Cross.
  • C. H. Dillon, M.C.
  • Livingston Davis, Asst. to Mr. Roosevelt.
  • Col. The Hon. Lord Decies, British Army.
  • Josephus Daniels, Secretary of the Navy.
  • Mrs. Josephus Daniels.
  • Paul K. Dayton, Liquidation Commission.
  • S. H. Dent, M.C., Committee on Military Affairs.
  • G. A. Ellston, M.C.
  • Martin Egan, Journalist.
  • Rear Admiral Earle, Chief of the Bureau of Ordnance.
  • Major General Chas. S. Farnsworth.
  • William Fleischman, United States Shipping Board.
  • Commander Foote, Aide to Secretary Daniels.
  • Mrs. Sample B. Forbus and child, wife American Consul, Brest, France.
  • Wm. J. Fields, M.C., Committee on Military Affairs.
  • Alvan T. Fuller, M.C., Committee on Military Affairs.
  • Benj. L. Fairchild, M.C.
  • Hon. Albert M. Franklin, Italian Minister to Mexico.
  • Lady Mabel Emily Grant, wife of Vice-Admiral Grant, R.N.
  • Brig. Gen. Walter H. Gordon.
  • Admiral Griffin, U.S.N., Chief of the Bureau of Steam Engineering.
  • William R. Green, M.C.
  • Jas. P. Glynn, M.C.
  • Hoyt S. Gale, Representative of the Department of the Interior.
  • Martin Green, Journalist.
  • Capt. Walter H. Gerhardi, U.S.N.
  • Frank L. Green, M.C., Committee on Military Affairs.
  • Thos. S. Grago, M.C., Committee on Military Affairs.
  • Brig. Gen. John N. Hodges.
  • Fred. C. Hicks, M.C.
  • Brig. Gen. Frank B. Hines.
  • Preston Herbert, Chief of Tobacco Section, Subsistence Division, also Vice-President American Tobacco Co.
  • E. N. Hurley, Chairman United States Shipping Board.
  • Mrs. E. N. Hurley.
  • W. W. Hastings, M.C.
  • Dr. Samuel M. Hamill.
  • [183]Dr. L. Emmet Holt.
  • Senator Henry F. Hollis.
  • Harry E. Hull, M.C., Committee on Military Affairs.
  • Thos. W. Harrison, M.C., Committee on Military Affairs.
  • William Jenkins, American Ambassador to Odessa, Russia.
  • Rabbi Samuel J. Jack, Jewish Welfare Board.
  • Senator Homer H. Johnson.
  • Fred. P. Kepple, Third Asst. Sec. of War.
  • Charles C. Kearns, M.C., Committee on Military Affairs.
  • Mr. Marshall Langhorne, First Secretary of the Legation at The Hague.
  • Mrs. Marshall Langhorne.
  • Major Harry Leonard, U.S.M.C., of Boxer Campaign fame.
  • Senator James Hamilton Lewis.
  • Jean L. Lafoert, U.S., Vice Consul at Algiers.
  • Maj. Gen. LeRoy S. Lyon, U.S.A.
  • C. T. Lewis, Secretary to American Ministry to Belgium.
  • Miss Julia Lathrop, Children’s Bureau, Department of Labor.
  • Ladislas Lazaro, M.C.
  • Fiorello H. LaGuardia, M.C., Committee on Military Affairs.
  • Brig. Gen. L. L. McCauley, U.S.M.C.
  • Brig. Gen. Samuel McRoberts, U.S.A.
  • Brig. Gen. G. H. McManus.
  • Joseph F. Marius, United States Shipping Board.
  • Guy H. Moon, United States Shipping Board.
  • Brig. Gen. John F. Madden.
  • Mr. S. S. McClure, of McClure’s Magazine.
  • Mr. May, Personal Secretary to Mr. Daniels.
  • John W. Morin, M.C., Committee on Military Affairs.
  • John F. Miller, M.C., Committee on Military Affairs.
  • Earl C. Michener, M.C.
  • Hon. Henry Morgenthau, ex-Ambassador to Turkey.
  • Our French pilot, Jean Metayer, Major de la Flotte.
  • Major Gen. O’Ryan.
  • Mr. and Mrs. George Patullo, Journalists.
  • Mr. Chas. P. Pressley, Vice Consul General at Paris.
  • Mrs. Chas. P. Pressley.
  • Miss Marguerite Pressley.
  • William J. Pike, American Consul to St. Gall, Switzerland.
  • Edward E. Phalen, United States Shipping Board.
  • Brig. Gen. Thomas H. Rees.
  • Franklin D. Roosevelt, Asst. Sec. of the Navy.
  • John Randolph, Vice Consul to Odessa, Russia.
  • Major General Harry W. Rogers, Quartermaster General.
  • C. W. Ramseyer, M.C.
  • David Runyon, Journalist.
  • Brig. Gen. W. C. Rivers.
  • Mrs. Joan F. L. Morgan Singer, wife of Rear Admiral Singer, R.N.
  • Miss Joan F. L. Singer, daughter of Rear Admiral Singer, R.N.
  • Master Michael Morgan Singer, son of Rear Admiral Singer, R.N.
  • Thos. D. Schall, M.C.
  • Mrs. Thos. D. Schall.
  • William G. Sharpe, Ambassador to France.
  • William G. Sharpe, Jr.
  • Felix W. Smith, American Consul to Tiflis, Russia.
  • Addison Southard, American Consul to Aden, Arabia.
  • Mrs. Addison Southard.
  • Inman Sealby, United States Shipping Board.
  • Hatton W. Summers, M.C.
  • Addison Smith, M.C.
  • John N. Tillman, M.C.
  • G. B. Thomason, M.C.
  • Brig. Gen. Harry Taylor.
  • Lieutenant General Emile Adolphe Taufflieb, French Army.
  • Madame Taufflieb.
  • Maj. Gen. Peter E. Traub.
  • Rear Admiral Taylor, U.S.N., Chief of the Bureau of Construction and Repair.
  • Dr. Fritz B. Talbot.
  • Maj. Teiusanu, Roumanian Attaché at Washington, D. C.
  • Mrs. Teiusanu.
  • John Z. Tilson.
  • [184]Brig. Gen. Edward Vollrath.
  • Carl Vrooman, Asst. Sec. of Agriculture.
  • Lieutenant Commander N. Wilkinson, R.N.R., Camouflage expert.
  • Mrs. N. Wilkinson.
  • Brig. Gen. C. B. Wheeler.
  • J. Harry Welling, United States Shipping Board.
  • Jas. C. Wilson, M.C.
  • Dr. William H. Welch.
  • Hon. Hugh C. Wallace, American Ambassador to France.
  • Mrs. Wallace.
  • George Wadsworth, Vice Consul, Nantes, France.
  • George M. Young, M.C.
  • Brig. Gen. Chas. X. Zimmerman.
  • F. D. Scott, Member of Congress.
  • C. C. Michener, Member of Congress.
  • C. P. Caldwell, Member of Congress.
  • J. W. Morin, Member of Congress.
  • B. L. Fairchild.
  • S. King, Member of Congress.
  • H. E. Hull, Member of Congress.
  • F. L. Greene, Member of Congress.
  • W. J. Snow, Maj. Gen., Chief of Field Artillery.
  • J. L. Bouchal, Vice-Consul to Prague.
  • J. L. Bouchal, Mrs., wife of Vice-Consul.
  • N. D. Baker, Secretary of War.
  • C. P. Pressley, Vice-Consul to Paris.
  • C. P. Pressley, Mrs., wife of Vice-Consul.
  • Warren Pershing, son of General Pershing.
  • W. G. Sharp and family, returning Ambassador to France.
  • Brig. Gen. MacArthur, Commanding 84th Div.
  • Major General McAndrews, Chief of Staff, A.E.F.
  • Major General Shanks, Port of Embarkation, Hoboken, U.S.A.
  • Sir and Lady A. Newsholme, K. C. B.
  • W. H. George, Vice-Consul.
  • F. Hitchcock, ex-Postmaster General.
  • George V. L. Meyer, Mrs., wife of ex-Secretary of the Navy.
  • O. C. Crosby, Mrs., wife of ex-Secretary of the Treasury.
  • B. L. French, Member of Congress.
  • W. R. Greene, Member of Congress.
  • C. D. Radford, Brig. Gen., U.S.M.C.
  • R. Crane, U. S. Minister to Czecho-Slovak.
  • A. Gleaves, Vice-Admiral, Commander Cruiser and Transport Force.
  • J. Haygood, Brig. Gen.
  • F. H. Schofield, U.S.N.
  • H. P. Davidson, head of A. R. C.
  • R. Olney, Member of Congress.
  • J. M. Morin, Member of Congress.
  • C. P. Caldwell, Member of Congress.

Roster of Officers (Alphabetically)

  • Alexander, Edward J., Lieut. (P. C.), U.S.N.
  • Alexander, Albert E., Lieut. (j. g.), U.S.N.R.F.
  • Allen, William S., Ensign, U.S.N.R.F.
  • Althiser, Edwin, Lieut. (j. g.), U.S.N.R.F.
  • Amberg, Edward J., Ensign (P. C.), U.S.N.R.F.
  • Andrews, Ellwood W., Lieut., U.S.N.
  • Armiger, William J., Ensign, U.S.N.R.F.
  • Arnold, Leslie J., Ensign, U.S.N.
  • Asserson, Frederick A., Commander, U.S.N.
  • Ast, Raymond J., Ensign, U.S.N.R.F.
  • Baker, James M., Jr., Lieut. (j. g.) (P. C.), U.S.N.R.F.
  • Banks, Earl F., Carpenter, U.S.N.R.F.
  • Barber, William A., Jr., Ensign (P. C.), U.S.N.R.F.
  • Barcus, James S., Ensign, U.S.N.R.F.
  • Barker, Edwin F., Lieut., U.S.N.
  • Bateman, Arnold H., Lieut. (j. g.), U.S.N.
  • Beardsley, Ralph A., Ensign, U.S.N.
  • Beebe, John L., Lieut., U.S.N.R.F.
  • Bense, Frederick, Lieut. (j. g.), U.S.N.
  • Benton, William M., Lieut. (M. C.), U.S.N.
  • Bergman, Milton, Gunner, U.S.N.
  • Billingsley, Joe K., Ensign (P. C.), U.S.N.R.F.
  • Bishop, Stuart A., Lieut. (j. g.), U.S.N.R.F.
  • Blackburn, John H., Commander, U.S.N.
  • Boucher, Creed H., Lieut., U.S.N.
  • Braff, Max M., Lieut. (M. C.), U.S.N.
  • Braunwarth, Albert, Boatswain, U.S.N.R.F.
  • Bright, Roscoe C., Lieut. (j. g.), U.S.N.
  • Britt, Benjamin B., Carpenter, U.S.N.
  • Brockie, William J., Machinist, U.S.N.
  • Bruns, Harry, Gunner, U.S.N.
  • Bryan, Henry F., Captain, U.S.N.
  • Burtis, William H., Lieut., U.S.N.
  • Cadmus, Charles E., Ensign, U.S.N.R.F.
  • Campbell, Carl I., Chief Pharmacist, U.S.N.R.F.
  • Carlon, Charles B., Ensign, U.S.N.
  • Carroll, Frank J., Lieut. (M. C), U.S.N.
  • Carter, William J., Lieut. (j. g.), U.S.N.
  • Coghlan, Daniel, Boatswain, U.S.N.R.F.
  • Cole, Raymond, Gunner, U.S.N.
  • [186]Coulbourn, Theodore S., Lieut. (j. g.) (P. C.), U.S.N.
  • Cox, Christopher C., Ensign, U.S.N.
  • Croasdale, Ernest S., Ensign, U.S.N.
  • Crofutt, Edward F., Lieut. (M. C.), U.S.N.R.F.
  • Cummins, David E., Lieut. (j. g.), U.S.N.
  • Cunningham, Harold A., Lieut. Comdr., U.S.N.R.F.
  • Davidson, Harold, Lieut., U.S.N.R.F.
  • Deacon, Joseph Gurney, Ensign, U.S.N.R.F.
  • Denison, Ross E., Ensign, U.S.N.
  • Ditmars, John R., Jr., Ensign, U.S.N.R.F.
  • Dorsey, Arthur B., Lieut., U.S.N.
  • Dundon, William A., Mach., U.S.N.R.F.
  • Dunlap, Albert K., Lieut. (M. C.), U.S.N.
  • Durell, Edward H., Captain, U.S.N.
  • Edwards, Eaton C., Lieut. Comdr. (P. C.), U.S.N.
  • Edwards, Henry I., Lieut., U.S.N.
  • Erickson, Edward B., Lieut. (P. C.), U.S.N.
  • Estey, Edward, Lieut. (j. g.), U.S.N.
  • Evans, John C., Ensign, U.S.N.R.F.
  • Ewbank, Henry L., Ensign, U.S.N.
  • Fagan, George, Ensign, U.S.N.R.F.
  • Fagan, John J., Mach., U.S.N.
  • Fales, De Coursey, Ensign, U.S.N.R.F.
  • Farwell, Neal B., Lieut. Comdr. (P. C.), U.S.N.
  • Fenstemaker, Marvin C., Ensign (P. C.), U.S.N.R.F.
  • Ferguson, John, Ensign, U.S.N.R.F.
  • Ferry, John M., Jr., Ensign, U.S.N.
  • Fisk, Harvey E., Ensign (P. C.), U.S.N.R.F.
  • Fitzsimmons, George R., Ensign, U.S.N.
  • Ford, James W., Lieut. Comdr., U.S.N.R.F.
  • Foss, Albion F., Lieut, (j. g.), U.S.N.R.F.
  • Foster, John, Lieut. Comdr., U.S.N.R.F.
  • Foster, Leroy B., Lieut. (j. g.), U.S.N.R.F.
  • Froehlich, Sylvan L., Ensign, U.S.N.R.F.
  • Fry, Alfred B., Captain, U.S.N.
  • Gahagan, Allen J., Ensign, Lieut. (j. g.), U.S.N.R.F.
  • Gay, Nelson, Ensign, U.S.N.R.F.
  • Gaynor, Thomas A., Ensign, U.S.N.R.F.
  • [187]Glaser, Alfred W., Mach., U.S.N.R.F.
  • Graeff, Warren L., Ensign, U.S.N.
  • Grant, Deloss A., Lieut. (j. g.), U.S.N.R.F.
  • Gunnell, Vaughn J., Lieut. (P. C.), U.S.N.
  • Hackett, Paul B., Ensign, U.S.N.
  • Hagerman, Oliver S., Mach., U.S.N.R.F.
  • Haines, Rowland B., Ensign, U.S.N.
  • Halsey, William H., Lieut. Comdr. (M. C.), U.S.N.
  • Haltnorth, Oliver J., Lieut., U.S.N.
  • Hammond, Carlton M., Ensign, U.S.N.
  • Hankinson, Otto L., Lieut., U.S.N.R.F.
  • Hannon, Frank, Mach., U.S.N.
  • Harding, Arthur E., Lieut. (j. g.), U.S.N.
  • Harper, Fred K., Lieut. (j. g.), U.S.N.R.F.
  • Harris, Lester L., Ensign (P. C.), U.S.N.R.F.
  • Heinz, Earnest D., Elec. Gunner, U.S.N.
  • Hamby, Cleveland, Lieut., U.S.N.
  • Hilliard, Charles C., Lieut. (j. g.), U.S.N.R.F.
  • Hoffman, Leonard G., Lieut. (P. C.), U.S.N.
  • Howe, Paul B., Ensign, U.S.N.R.F.
  • Howell, Harry M., Lieut. (M. C.), U.S.N.
  • Hudgins, Earle P., Carpenter, U.S.N.
  • Hudson, Erastus M., Lieut. (M. C.), U.S.N.
  • Hulbert, Harold S., Lieut. (M. C.), U.S.N.R.F.
  • Ingram, Herbert R., Ensign (P. C.), U.S.N.R.F.
  • Jack, John H., Lieut., U.S.N.
  • Jeffers, William N., Comdr., U.S.N.
  • Jensen, Joseph, Mach., U.S.N.R.F.
  • Johnston, George O., Ensign, U.S.N.R.F.
  • Johnston, William, Boatswain, U.S.N.
  • Jones, Edward E., Lieut., U.S.N.R.F.
  • Jones, John, Lieut. Comdr., U.S.N.R.F.
  • Jones, Richard H., Lieut., U.S.N.
  • Judkins, Holland B., Lieut. (j. g.) (P. C), U.S.N.R.F.
  • Katzmarek, John E., Ensign, U.S.N.R.F.
  • Keating, Thomas E., Lieut., U.S.N.R.F.
  • Keeser, George, Lieut., U.S.N.
  • Kennedy, Patrick F., Lieut. (D. C.), U.S.N.
  • [188]Kirk, Colin, Lieut., U.S.N.R.F.
  • Knight, Rufis H., Ensign, U.S.N.R.F.
  • Krez, Conrad A., Lieut., U.S.N.
  • Lau, Walter, Lieut., U.S.N.
  • Le Clerq, Frederick D. K., Ensign, U.S.N.R.F.
  • Leiper, John A., Ensign, U.S.N.R.F.
  • Leonard, Arthur T., Lieut., U.S.N.
  • Lequin, Maurice L., Ensign, U.S.N.R.F.
  • Leventhal, Lewis F., Ensign, U.S.N.
  • Looney, William C., Lieut. (j. g.), U.S.N.R.F.
  • Lorentz, Robert, Jr., Lieut. (M. C.), U.S.N.
  • Lovell, Douglas G., Lieut., U.S.N.
  • Luskin, Abraham, Pay Clerk, U.S.N.R.F.
  • Malloy, William E., Lieut., U.S.N.
  • Mann, Harry A., Ensign, U.S.N.R.F.
  • Manock, Frank D., Lieut. Comdr., U.S.N.
  • Martin, Robert, Pharmacist, U.S.N.
  • Maune, James J., Carpenter, U.S.N.
  • May, Henry A., Comdr., U.S.N.
  • Meagher, James F., Ensign, U.S.N.R.F.
  • McDonald, Eugene E., Captain (C. C.), U.S.N.
  • McLeod, Daniel, Carpenter, U.S.N.
  • Metayer, Jean, French Pilot.
  • Milan, Daniel F., Ensign, U.S.N.R.F.
  • Millard-Turner, R., Lieut. (j. g.), U.S.N.R.F.
  • Miller, Charles H., Ensign, U.S.N.R.F.
  • Miller, L. Dee, Lieut., U.S.N.R.F.
  • Minuse, Alfred W., Lieut. (j. g.), U.S.N.R.F.
  • Morrill, Stanley, Lieut. (j. g.), U.S.N.R.F.
  • Nichols, Spencer V., Ensign, U.S.N.R.F.
  • Nordstrom, Isador, Lieut. (j. g.), U.S.N.
  • Nuber, Horace D., Lieut. (P. C.), U.S.N.
  • O’Donnell, Joseph A., Elec. Gunner, U.S.N.R.F.
  • Ohmer, August, Carpenter, U.S.N.
  • Oman, Joseph W., Captain, U.S.N.
  • Osborn, Charles K., Lieut. Comdr., U.S.N.
  • O’Shaughnessy, Louis B., Ensign (P. C.), U.S.N.R.F.
  • Palen, Milburn R., Ensign, U.S.N.R.F.
  • [189]Parker, John C., Lieut., U.S.N.
  • Phelps, William W., Captain, U.S.N.
  • Poggi, Godfrey F., Pay Clerk, U.S.N.R.F.
  • Porter, John E., Lieut. (M. C.), U.S.N.
  • Rapkin, Alfred C., Ensign, U.S.N.R.F.
  • Rathbun, Walter L., Lieut. (M. C.), U.S.N.R.F.
  • Rector, Frank L., Boatswain, U.S.N.
  • Redman, Foster B., Pharmacist, U.S.N.
  • Reimann, Carl, Gunner, U.S.N.
  • Roberts, Jack B., Jr., Ensign, U.S.N.R.F.
  • Rowedder, Herbert B., Ensign, U.S.N.
  • Schad, Theodore S., Ensign (P. C.), U.S.N.R.F.
  • Schafer, George C., Lieut. Comdr., U.S.N.
  • Schildhauer, Clarence H., Ensign, U.S.N.
  • Schluter, Wilhelm H. F., Lieut., U.S.N.
  • Schoeffel, M. F., Ensign, U.S.N.
  • Seaman, Elbert C., Ensign, U.S.N.R.F.
  • Shannon, Charles R., Elec. Gunner, U.S.N.R.F.
  • Sheppard, Thomas T., Lieut. (j. g.), U.S.N.R.F.
  • Sherlock, Archibald J., Ensign, U.S.N.R.F.
  • Shuler, John W., Ensign (P. C.), U.S.N.R.F.
  • Simonpietri, William L. F., Lieut. Comdr. (P. C.), U.S.N.
  • Singleton, Louis P., Ensign, U.S.N.R.F.
  • Skead, Robert G., Lieut., U.S.N.R.F.
  • Smith, Charles W., Boatswain, U.S.N.R.F.
  • Smith, Walter E., Pay Clerk, U.S.N.R.F.
  • Snyder, John J., Comdr. (M. C.), U.S.N.
  • Soars, Charles A., Lieut. (P. C.), U.S.N.
  • Stafford, Archibald S., Ensign (P. C.), U.S.N.R.F.
  • Staton, Adolphus, Comdr., U.S.N.
  • Stephans, Frederick J., Ensign (P. C.), U.S.N.R.F.
  • Strauss, Spencer G., Lieut. (M. C.), U.S.N.R.F.
  • Swift, John T., Lieut., U.S.N.
  • Tawes, George V., Lieut. (j. g.), U.S.N.R.F.
  • Thomas, Wilmer J., Ensign (P. C.), U.S.N.R.F.
  • Thompson, Edward H., Ensign, U.S.N.R.F.
  • Vars, Addison F., Ensign, U.S.N.R.F.
  • [190]Vaughn, George T., Lieut. Comdr. (M. C.), U.S.N.
  • Wainwright, Stuyvesant, Lieut. (j. g.), U.S.N.R.F.
  • Waters, Clifford W., Ensign (P. C.), U.S.N.
  • Waterston, Fred C., Boatswain, U.S.N.
  • Watson, James P., Lieut., U.S.N.R.F.
  • Watt, Frank S., Lieut., U.S.N.R.F.
  • Weston, Albert T., Lieut. (M. C.), U.S.N.R.F.
  • Whitney, Rintoul T., Lieut. (j. g.), U.S.N.R.F.
  • Willey, James H., Lieut., U.S.N.R.F.
  • Williams, James F., Gunner, U.S.N.
  • Wilson, Arthur L., Mach., U.S.N.R.F.
  • Wilson, Tom C., Mach., U.S.N.
  • Woodward, Vaughn V., Comdr., U.S.N.
  • Wrigley, Edmund J., Ensign (P. C.), U.S.N.R.F.
  • Wright, F. G., Lieut., U.S.N.R.F.
  • Wyatt, Thomas H., Lieut. (j. g.), U.S.N.R.F.
  • Ziesel, Carl Stanley, Lieut. (j. g.), U.S.N.

Nurses

  • Ch. Nurse, Mary M. Robinson, U.S.N.
  • Res. Nurse, Irene Reid, U.S.N.
  • Nurse, Mary A. O’Neill, U.S.N.
  • Nurse, Ruby E. Nutting, U.S.N.R.F.
  • Nurse, Madelon Stowell, U.S.N.R.F.
  • Nurse, Alice B. Newcomb, U.S.N.R.F.
  • Nurse, Ruby Russell, U.S.N.R.F.
  • Nurse, Vera Harmon, U.S.N.
  • Nurse, Charlotte Hyde, U.S.N.
  • Nurse, Frances Dobson, U.S.N.R.F.
  • Nurse, Kathryn Leary, U.S.N.R.F.
  • A. L. A., Edward H. Virgin
  • Y. M. C. A., Maurice S. Safford
  • K. of C., Francis C. O’Neill; Thomas Walsh; Howard Reilly
  • A. R. C., Sherburn M. Becker
  • J. W. B., Leo C. Baum; Walter Hymes

Roster of Crew

  • Aas, E. W.
  • Abraham, Leslit
  • Abrahams, James J.
  • Abrams, Leonard M.
  • Abeln, Herman T.
  • Abriel, George D.
  • Adams, James A.
  • Adams, Samuel N.
  • Adamson, Joseph
  • Adang, Frank J.
  • Adcock, John R.
  • Agustin, Alfredo
  • Aitken, Robert
  • Albert, Edward Gus
  • Alcol, Animo
  • Aldridge, William F.
  • Alexander, Claude M.
  • Alexander, Joseph H.
  • Alexander, Henry S.
  • Alexy, Louis Albert
  • Allen, Alfred C.
  • Allen, Charles C.
  • Allen, Cragon Batson
  • Allen, Oliver Geo.
  • Allen, Warren Reynolds
  • Almond, Lloyd J.
  • Alt, Theodore
  • Amato, Sam
  • Ambos, Ferdinand William
  • Ambraz, Joseph
  • Ammerman, D. F.
  • Andersen, Harold M.
  • Anderson, Arthur Lyman
  • Anderson, Charles G.
  • Anderson, D. W.
  • Anderson, Harry E.
  • Anderson, Herman R.
  • Anderson, Horace Woods
  • Anderson, Joel A.
  • Anderson, Marius H.
  • Anderson, Sigurd Melvin
  • Andres, Walter S.
  • Andrews, Robert W.
  • Applin, Raymond Nelson
  • Archer, John J.
  • Ardelt, Herman A.
  • Armbruster, J. A.
  • Armstrong, Geo. Custer
  • Armstrong, John
  • Armstrong, Thomas J.
  • Arneson, Fred A., Jr.
  • Arnold, Louis
  • Artz, Earl I.
  • Ashley, Robert H.
  • Astromolsky, Abraham
  • Atherton, William McN.
  • Atkins, Thomas P.
  • Atsma, Lambert W.
  • Auger, Leroy B.
  • Augustine, Lionel J.
  • Auth, Fred
  • Avery, Ira
  • Axford, Joseph D.
  • Axman, William
  • Ayers, Aaron, D.
  • Ballew, Roy A.
  • Bass, Melville R.
  • Bachmeier, Charles
  • Bagley, Gawn A.
  • Bagley, Geo. M.
  • Bahnsen, Henry A.
  • Bailess, Benson Lyle
  • Bailey, John J. R.
  • Baker, James
  • Bakken, Elby Severnine
  • Baldwin, Sidney
  • Bales, William Emit
  • Balkhaus, Reinhart F.
  • Ballein, Orville E.
  • Baltimore, Roland C.
  • Bannerman, Frank M.
  • Bannon, James Stephen
  • Bannon, Robert
  • Barber, Carl B.
  • Barhite, Raymond R.
  • Barker, Albert T.
  • Barkowik, Harry
  • Barlow, Raymond H.
  • Barnard, Warren H.
  • Barnes, John
  • Barnes, Samuel Clark
  • Barney, John L.
  • Barr, Joseph F.
  • Barrett, Thomas E.
  • Barroza, Domingos G.
  • Barry, Hugh Patrick
  • Barry, Joseph O.
  • Bartholomew, Nicholas
  • Bartlett, Dudley C.
  • Baskin, Ernest Gamble
  • Bates, Harry W.
  • Bauer, Joseph
  • Baur, Otto Benjamin
  • Bays, Earl R.
  • Beaird, Paul D.
  • Bean, Otis Eugene
  • Beatty, Geo. Edw.
  • Beavers, Geo. William
  • Becker, Geo. J.
  • Becker, Jacob
  • Becker, Leslie L. C.
  • Bednar, Stephen G.
  • Beebe, Herbert R.
  • Beetham, Harry R.
  • Beighley, Earl Glen
  • Bellerson, Geo. Frederick
  • Benfer, Albert G.
  • Benford, William F.
  • Benjamin, C. V.
  • Bennett, Arthur August
  • Bennett, Peter
  • Benson, H. J.
  • Bentley, Albert
  • Benton, Eugene D.
  • Berard, Raymond J.
  • Bercume, Andrew L.
  • Bergner, Chas. A. William
  • Berger, Geo. I.
  • Berger, William J.
  • Berner, John
  • Bernstein, Harry M.
  • Berrie, Geo. E.
  • Berry, Fred E.
  • Berry, Stewart S.
  • Bert, Edward J.
  • Bertenshaw, Earl
  • Best, Harry E.
  • Betlej, Michael A.
  • Betterton, William T.
  • Betzold, Victor L.
  • Bianchi, Victor J.
  • Bianculli, Pasquale
  • Biehn, Byron B.
  • Bigelow, James A.
  • Bilby, Austin Charles
  • Biles, Otis O.
  • Bishop, Irwin Leslie
  • Bishop, Luther E.
  • Bissell, Warren S.
  • Bittlingmaier, Henry
  • Black, R.
  • Blackburn, Roy James
  • Blackstock, Samuel H.
  • Blake, Claude N.
  • Blanchard, Joseph L.
  • Blerk, W. A.
  • Blevins, Don Clifford
  • Blumfield, Morris
  • Boak, Deo
  • Boehmer, William F.
  • [192]Boettcher, Paul W.
  • Boguilon, Pedro T.
  • Bohan, Thomas
  • Boles, Charles E.
  • Bonner, Charles A.
  • Bonner, Milford C.
  • Bonnin, Celestin
  • Bolton, Robert John
  • Bomstad, Mahlon Mayo
  • Booker, Herbert M.
  • Borden, Albert R.
  • Borders, Lyndon C.
  • Borrello, Louis R.
  • Bort, Harold D.
  • Boss, Geo. D.
  • Boswell, Martin Hugh
  • Boswell, Russell P.
  • Botke, John James
  • Bowens, Fred
  • Bowers, Horace A.
  • Bowles, Clarence H.
  • Bowles, Thomas V.
  • Bowling, Leo Leslie
  • Boyce, Lafayette
  • Boylan, Sidney E.
  • Boyle, Harry J.
  • Bradford, Frederick G.
  • Bradley, James J.
  • Bradley, Philip R.
  • Brakstone, Israel
  • Branch, Jackson A.
  • Braswell, William C.
  • Bray, Walter J.
  • Breitman, Mitchell C.
  • Brellis, Stanley J.
  • Brennan, Frank J.
  • Brennan, Martin.
  • Bresnahan, Cornelius R.
  • Brett, James V.
  • Brewer, Elmer A.
  • Bridgman, Geo. W.
  • Brierley, Clifton
  • Brierley, Vernon H.
  • Brindle, James J.
  • Brinton, Harold
  • Briscoe, Chas. B.
  • Broadbent, Floyd W.
  • Brock, John J.
  • Broderick, James W.
  • Brooker, John H.
  • Brooks, Jimmie Lee
  • Brooks, Lawrence D.
  • Brophy, Robert J.
  • Broring, Benjamin Joseph
  • Broughton, William I.
  • Brouillette, Alaide T.
  • Brouillette, Jules G.
  • Brown, Charles
  • Brown, Edely H.
  • Brown, Egbert Lee
  • Brown, Geo. Eben, Jr.
  • Brown, Geo. Taylor
  • Brown, Henry James
  • Brown, Harold S.
  • Brown, Hugh W.
  • Brown, Ira Oscar
  • Brown, Isidore
  • Brown, Jefferson C.
  • Brown, Jesse A.
  • Brown, Lee E.
  • Brown, Pat
  • Brown, Reuben William
  • Brown, Thomas Lanier
  • Brown, Vernie Aldwin
  • Brown, Wille
  • Brownell, Herbert Leslie
  • Broyderick, Francis H.
  • Bruch, Edward P.
  • Brunce, Peter J.
  • Brusa, John W.
  • Bucher, Luther Allan
  • Buck, David Vincent
  • Buckley, John P.
  • Buckley, Thomas E.
  • Buckner, Clifton
  • Buckowski, Felix
  • Budge, Russell E.
  • Bulat, Marco, Jr.
  • Bull, Curtis 0.
  • Bull, Frank Wadsworth
  • Bullington, Preston G.
  • Burgermaster, William L.
  • Burgum, Arthur C.
  • Burke, Elmer
  • Burke, Fredrick H.
  • Burke, James E.
  • Burkey, Elmer A.
  • Burnes, James Edwin
  • Burnett, John A.
  • Burns, James Eddie
  • Burns, Robert J.
  • Burnside, Archibald J.
  • Buron, Romeo H.
  • Burris, Lester Leo
  • Burriss, John H.
  • Burroughs, Edgar S.
  • Burton, Lavar Miller
  • Burrell, Virgil E.
  • Buse, Geo. S.
  • Butler, Thomas Jr.
  • Butterfield, John R.
  • Buttles, Marion Arthur
  • Butts, Geo. W.
  • Byrne, John J.
  • Byrne, Robert T.
  • Byrne, F. H.
  • Byrnes, Walter J.
  • Byron, Cyril A.
  • Baumgarden, Willis A.
  • Behman, August Scott
  • Brown, Walter
  • Cabrera, Rafael H.
  • Cagnon, Joseph A.
  • Cain, John A.
  • Caliao, Alfredo
  • Callahan, Joseph H.
  • Callahan, William H.
  • Calloway, James C.
  • Calloway, James C.
  • Camacho, Lope
  • Cameron, Walter G.
  • Cameron, J. J.
  • Campbell, Franklin G.
  • Canfield, William J.
  • Cannistraci, Salvestore
  • Cantwell, Charles E.
  • Caprile, Louis
  • Caradonna, Gaspare
  • Carey, Alexander J.
  • Carey, Everett
  • Cargile, Louis L.
  • Carley, Mathew J.
  • Carley, William E.
  • Carls, Walter
  • Carlson, Carl Stanley
  • Carlson, Herbert S. E.
  • Carmichael, Joe H.
  • Carmichael, Wilbert D.
  • Carolan, Peter X.
  • Carolan, John F.
  • Caron, Theodore Fred
  • Carpenter, Herbert P.
  • Carpenter, Leonard F.
  • Carpenter, William G.
  • Carnes, John Thomas
  • Carr, Henry W. R.
  • Carroll, Joseph Francis
  • Carroll, Joseph Walter
  • Carrow, Lyle
  • Carter, Geo. W.
  • Carter, James Carleton
  • [193]Carter, William
  • Carter, J. N.
  • Cartier, Arthur L.
  • Carver, Warren W.
  • Caryl, Charles F.
  • Casey, Charles Victor
  • Casey, Michael
  • Casey, Peter Henry
  • Cashman, Robert J.
  • Casper, David Joseph
  • Casserly, W. M.
  • Catanzano, Guiseppe
  • Cathcart, Joseph
  • Cator, Robert W.
  • Cecil, Lawrence Walter
  • Chalstrom, Oliver Floyd
  • Chapman, Abram
  • Chapman, Geo. McKinley
  • Chapman, Ernest Donald
  • Charles, Joseph
  • Chase, Charles C.
  • Chew, Sidney W.
  • Chichester, William P.
  • Chilinski, E. M.
  • Chisholm, John A.
  • Chlebek, William J.
  • Chrastil, J.
  • Christ, Archie J.
  • Christiansen, Elmer
  • Christmas, Robert
  • Christiansen, Wollert M.
  • Church, Charles R.
  • Chute, Gordon
  • Ciocchetti, Guiseppe
  • Citron, I. S.
  • Clancy, Thomas J., Jr.
  • Clark, John F.
  • Clark, John H.
  • Clark, Miner C.
  • Clark, Thomas H. W.
  • Clarke, Edward W.
  • Clause, John N.
  • Clelland, Paul S.
  • Clements, Henry Geo.
  • Clifford, Roy F.
  • Clift, Corbett E.
  • Cline, Joseph B.
  • Clottstein, Louis
  • Clough, Edwin O.
  • Clough, Stevan W.
  • Clougherty, John
  • Clow, William Q.
  • Coates, Charles McK.
  • Cobb, E. C.
  • Coblentz, Harry M.
  • Cochrane, David A.
  • Cochran, Ralph P.
  • Cockrum, William Orlando
  • Codyer, Fred J.
  • Coen, Vincent Boardman
  • Coffey, Jesse E.
  • Cogan, Daniel J.
  • Cogswell, George A.
  • Cole, Albert C.
  • Cole, William J.
  • Cole, Austin Tilgham
  • Cole, Charles Burril
  • Cole, Francis E.
  • Cole, H. H.
  • Coles, Robert L.
  • Collins, Allan B.
  • Collins, John Henry
  • Collins, John J.
  • Collup, Floyd Ingham
  • Colvin, Howard H.
  • Colvin, Elmer Irvin
  • Combs, Cullen I.
  • Conerty, Raymond P.
  • Conger, Elmo Raymond
  • Conjurski, Paul
  • Conlon, Michael J.
  • Connolly, Patrick J.
  • Connolly, Terence
  • Connolly, S. G.
  • Connor, Benjamin
  • Connor, E. J.
  • Conrad, Edward
  • Conrad, Robert H.
  • Conway, Eugene V.
  • Cook, Robert W.
  • Coonce, Claud Ray
  • Cooper, Ottis C.
  • Cooper, Richard F.
  • Cope, Titus W.
  • Copeland, Clarence F.
  • Coroy, John Peter
  • Corkbill, George B.
  • Costello, Joseph
  • Cowan, Lucio
  • Corman, Kenneth J.
  • Cornell, August E.
  • Cory, Halsey D.
  • Cosper, Raymond W.
  • Costello, Herbert
  • Cotman, John Daniel
  • Covert, Randolph W.
  • Cowdrey, Fred Leslie
  • Cowper, Charles L.
  • Craddock, Ralph
  • Craig, Ambrose J.
  • Craig, Thomas Joseph
  • Craine, Hubert Walter
  • Crane, Lyman Elwood
  • Crapps, Cecil
  • Crawford, Charles I.
  • Crawford, Robert A. L.
  • Craycraft, George H.
  • Creelman, John Newton
  • Crockett, John Edward
  • Crose, Claude W.
  • Cross, Raymond J.
  • Crossland, Ellis
  • Crotty, Thomas Edward
  • Croushorn, George
  • Crow, Walter V., Jr.
  • Crowley, Timothy J.
  • Crozer, Peter W.
  • Crum, Solomon
  • Crumley, Raymond A.
  • Crumm, Verne Ernest
  • Crummy, Andrew Bernard
  • Cubile, Saturnino
  • Culligan, Walter James
  • Cummings, Forrest L.
  • Cummings, Haydn
  • Cuneo, Antonio Newton
  • Cunningham, John Porter
  • Curry, Paul Jones
  • Curry, Thomas Joseph
  • Curtis, Edwin
  • Curtis, Harvard Geo.
  • Cussuca, James
  • Custard, Herman L.
  • Dahlin, Ernest M.
  • Dailey, Bernard J.
  • Dalstra, Andrew
  • Daltuvas, John J.
  • Daly, Thomas L.
  • Dalzell, Lloyd Hunter
  • Damaskev, Walter
  • Dancer, F. O.
  • Dandrade, Conrad
  • Danielsen, C. W.
  • D’Arcangelo, Michael
  • Darch, William J.
  • Davenport, L. S.
  • Davey, Raymond
  • David, Bryan I.
  • Davis, Clyde
  • Davis, Dewey Lee
  • Davis, Edward Lorenzo
  • [194]Davis, Francis Joseph
  • Davis, John Joseph
  • Davis, James D.
  • Davison, Lee Roy
  • Dawson, Benjamin A.
  • Dawson, Ernest Leroy
  • Dean, Chester B.
  • Dearbanne, Willis
  • Dearborn, Geo. E.
  • Dearth, Thomas H.
  • Debrine, James J.
  • Deford, Seth A.
  • Delgado, Frank A.
  • Delgreco, John
  • Dellaporta, Luderico
  • DeLeon, Gregoria
  • DeLong, Harry Peter
  • DeLong, Ronald Morgan
  • Demarah, Richard A.
  • Demery, N. P.
  • Demetrion, Peter
  • Dempster, James
  • Dennis, Dewey J.
  • Derouet, Camille
  • Derring, Henry Franklin
  • Derstine, John B.
  • Deschamps, Eugene
  • Desesky, Joseph
  • Desjardin, Geo. A. N.
  • Desjardins, Philip
  • Deslandes, Henri
  • Desmond, James F.
  • Desplechin, Charles M.
  • Devanney, Albert R.
  • Devers, Daniel F.
  • DeVette, Anton C.
  • Devine, William F.
  • DeWall Malefyto, Anthony
  • Dewdney, Harry
  • Dibrill, Joe Glass
  • Di Camillo, Baldwin D.
  • Dietrich, William Harvey
  • Digons, Walter James
  • Di Lella, Antonio
  • Dileo, Vito
  • Dillard, Clyde Rugus
  • Dillman, John Joseph
  • Dillon, Thomas P.
  • Dimling, Henry
  • Di Pietro, Bartolo
  • Disalvio, Thomas R.
  • Divan, Mathew E.
  • Dixon, Charles L.
  • Dixon, George
  • Dixon, Henry Arthur
  • Dodge, Ellsworth R.
  • Dodson, William E.
  • Doherty, Earl
  • Doherty, Patrick J.
  • Dolan, Joseph L.
  • Dolan, George Lester
  • Dolan, T. J.
  • Domach, Stephen Edward
  • Dominiak, Chester Jos.
  • Donaghue, Clement R.
  • Donahue, Edward P.
  • Donnelly, James P.
  • Donnelly, James William
  • Donnelly, Joseph
  • Donnelly, Thomas F.
  • Donnelly, Bernard C.
  • Donner, Dee Arthur
  • Donnie, Louis D.
  • Donohue, Joseph
  • Donovan, Florence A.
  • Doody, George A.
  • Dorio, Dominick A.
  • Dosch, J. G.
  • Doudna, Francis M.
  • Dougherty, Francis D.
  • Dow, William P., Jr.
  • Dowd, Francis Herbert
  • Dowler, Thomas
  • Downing, James B.
  • Doyle, Andrew James
  • Doyle, Foster G.
  • Doyle, William F.
  • Drainville, Emile
  • Drew, Arthur Weston
  • Dube, Charles Henry
  • Duckworth, John Y.
  • Dudley, John A.
  • Duffey, John J.
  • Duffy, James J.
  • Dufresne, Henry J,
  • Dugale, Daniel
  • Duggan, Alston Hardy
  • Duggan, Norman H.
  • Dummett, Francis F.
  • Dumm, W. E.
  • Dumpprope, William B.
  • Dunaway, Arley Otto
  • Dundon, John
  • Dunham, George L
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  • Dunn, Harrison
  • Dunn, David O. S.
  • Dunn, Edwin C.
  • Dunn, William D.
  • Dupre, John R.
  • Durbin, Lawrence Patrick
  • Durernay, E. F.
  • Durkin, John Harold
  • Durkin, Joseph H.
  • Durkin, Robert J.
  • Durnick, Arthur M.
  • Dushuttle, Louis E.
  • Dwyer, John Joseph
  • Dyer, Barksell
  • Dzilsky, Geo. William
  • Eaione, Carmine Joseph
  • Eason, Andrew L.
  • Eason, Clarence J.
  • Eberhardt, Louis Charles
  • Eckler, Hayland R.
  • Eddinger, Vernon C.
  • Edmondson, John O.
  • Edwards, Hubert Foster
  • Eilers, Charles F.
  • Eleria, Pedro
  • Elkind, Paul David
  • Elliott, Hubert J.
  • Ellis, Carlton
  • Elward, Leroy John
  • Engel, Albert
  • Engel, William Frederick
  • Engles, Orie Lurvine
  • Eppert, Louis
  • Epstein, Jules
  • Erb, Albert J.
  • Erickson, Victor Emanuel
  • Ericson, Ernest C.
  • Ertel, Mike A.
  • Erlenbach, Martin A.
  • Euler, Frederick William
  • Euler, Henry
  • Everhart, Frank L.
  • Exerjian, Gabriel M.
  • Exner, Edward Frederic
  • Fabrizio, Ralph
  • Fagan, F. K.
  • Faherly, J. L.
  • Farber, Joseph Geo.
  • Farquar, Alan Benton
  • Farley, Louie L.
  • Farrar, Geo. Washington
  • Farrell, Peter
  • Fastenberg, Irving
  • Fastoff, Alexander
  • Faughnan, Charles J.
  • [195]Faulkner, Harry
  • Fawcett, Lyman W.
  • Feeny, James F.
  • Feinster, James Dugan
  • Feinstein, Charles
  • Felder, Clarence
  • Felder, John, Jr.
  • Fellona, Joseph A.
  • Fenton, John
  • Ferguson, Jack Gordon
  • Ferm, Evan Malcolm
  • Ferrier, Eugene S.
  • Fettinger, George, Jr.
  • Fick, Edward F.
  • Fickett, George E.
  • Fiel, Louis A.
  • Field, Donald E.
  • Field, Ralph
  • Fields, Cecil
  • Files, Charles J. F.
  • Filipski, Stanley F.
  • Finan, Russell John
  • Finch, Jos. L.
  • Fine, Joseph
  • Finley, John A.
  • Finley, Royden Manfold
  • Finn, John Henry
  • Finnegan, Arthur R.
  • Finnerty, William G.
  • Firman, Joseph J.
  • Firth, Geo. W.
  • Fischer, George Adam
  • Fisher, Frank B.
  • Fisher, William Wallace
  • Fitting, Chas. G.
  • Fitzgerald, Arthur R.
  • Fitzgerald, John J.
  • Fitzmartin, Raymond
  • Flaherty, Thomas H.
  • Flanagan, Robert
  • Fleenor, William H.
  • Fleming, Alphus J.
  • Fleming, Roy Arthur
  • Fleming, Thomas
  • Fliegel, Christian F.
  • Flowers, Frank
  • Flynn, Daniel C.
  • Flynn, Martin J.
  • Fochs, Herbert N.
  • Foden, Joseph James
  • Fogle, Eddie
  • Foisett, Charles W.
  • Foley, Daniel E.
  • Foley, Thomas J.
  • Foley, T. J.
  • Forbes, Daniel G.
  • Forsythe, Ray M.
  • Fortney, Myrle H.
  • Foster, William
  • Fox, David E.
  • Fox, Albert Nathal
  • Fox, William John
  • Foy, Robert Oliver
  • Francia, Primo
  • Francisco, Elery D.
  • Franklin, Robert E. L.
  • Franz, Gus.
  • Franzen, Antone F.
  • Frarer, John H.
  • Fream, Chester Baldwin
  • Freeman, Geo. Arthur
  • French, Henry Feather
  • French, James F.
  • Fresen, Joel B.
  • Freund, Philip P.
  • Freyburger, Roy L.
  • Frick, Fred.
  • Friday, Attly Travis
  • Friedhand, Jacob
  • Frison, Joseph
  • Fritz, Geo. Wash.
  • Froelich, Irving F.
  • Frock, Charles R.
  • Frost, Emery Larenzo
  • Frost, Percy A.
  • Froula, Otto Frank
  • Fuller, Frank N.
  • Fuller, William Bernard
  • Furlong, Raymond C.
  • Furst, Fred
  • Fuskerud, Albert
  • Gabrenas, Anthony Paul
  • Gabrysewski, John (Gabel)
  • Gagne, Irving M.
  • Gagon, Chauncey A.
  • Gago, Tudor
  • Gallagher, Neil
  • Gallant, Charles J.
  • Gallaspie, Hubert E.
  • Gallent, Clifton N.
  • Gallo, Jack
  • Gammill, Wendell Brooks
  • Gapinski, Frank V.
  • Garball, Arthur
  • Garner, Hubert M.
  • Garner, Arthur L.
  • Garner, Clarence Eugene
  • Garrison, Melvin
  • Garver, Floyd
  • Gash, Lawrence W.
  • Gatcho, Dalmacio
  • Gatling, Harry N.
  • Gaucher, Eugene Alfred
  • Gaunt, Henry E.
  • Gavin, Thomas James
  • Gay, William M.
  • Gaylo, Benedict J.
  • Gemmel, Adam
  • Gentile, Philip
  • Gentry, Jack Adams
  • Gentzsh, Charles T.
  • George, Albert
  • George, Joseph Salvatore
  • George, Leonard G.
  • George, Leroy Delphin
  • Gerard, Paul George
  • Giangrandi, Giralamo
  • Giardina, Giuseppe
  • Gibbons, Myles
  • Gibney, Patrick Christ.
  • Gibney, Henry G.
  • Gilbert, Davis L.
  • Gilkye, J. W.
  • Gill, John Phillip
  • Gillenwater, Joel R.
  • Gilliece, Leo J.
  • Giminez, Fernando
  • Girardi, Angelo
  • Gish, George B.
  • Glaser, Edward J.
  • Gleason, Michael D.
  • Glenny, Henry T.
  • Glick, J. W.
  • Godfrey, Horace Chilton
  • Godin, Frank
  • Goelzer, Samuel
  • Goff, David Oliver
  • Goggin, William J.
  • Goldman, Adolph Arthur
  • Goldman, Anton C.
  • Goldman, Edward
  • Goldberg, Max
  • Goldsmith, Joseph
  • Gonzalez, Feliciano
  • Good, Fred. I.
  • Goodnetter, Geo. J.
  • Goodrich, Dalton E.
  • Goodstein, Maurice
  • Goodwin, Starlin F.
  • Goolazian, Masrob
  • Gordinier, William W.
  • [196]Gordon, David
  • Gordon, Nelson
  • Gosline, Fred S.
  • Goss, Ora Martin
  • Gottlies, Harry
  • Goudreault, William L.
  • Gozzetta, John
  • Grabowski, John T.
  • Grady, George J.
  • Grady, William F.
  • Graham, Thomas James
  • Graham, William E.
  • Granes, Elmer G.
  • Grayless, C. E.
  • Grant, James Albert
  • Gray, Richard
  • Greene, Victor F.
  • Greenstein, Sally
  • Gregory, Edward
  • Grey, Willmot H.
  • Gries, Carl
  • Griffin, James
  • Griffith, Freddie T.
  • Griffith, Geo. Morgan
  • Griffiths, Geo. E.
  • Grimes, Lawrence D.
  • Grondine, Raoul J.
  • Grossett, David, Jr.
  • Group, Frank J.
  • Groves, William M.
  • Gruber, Eugene Charles
  • Gruen, Frank Henry
  • Gruenwald, Alfred
  • Guffin, W. E.
  • Guidotti, Numa
  • Gullickson, Reuben M.
  • Gunn, John G.
  • Gurholt, Carval G.
  • Gusky, Jerome
  • Guy, Thomas
  • Gwyn, Oliver Berley
  • Gwynn, Henry A.
  • Gwynn, Richard H. D.
  • Hackett, W. H.
  • Hackley, Herbert M.
  • Haire, Homer H.
  • Hakeem, John M.
  • Halbison, Greer B.
  • Haley, Vincent Francis
  • Hall, Burl
  • Hall, Cecil
  • Hall, Virgil Maxwell
  • Hall, Walter Lloyd
  • Halle, James G.
  • Halter, Conrad Geo.
  • Hamilton, Thomas D.
  • Hamlin, Gilbert
  • Hammen, Roy Merrill
  • Hamor, James E.
  • Hand, Wendell G.
  • Hane, J. E.
  • Hankinson, Louis A.
  • Hanlon, Edward P.
  • Hanlon, John Andrew
  • Hanna, Louis A.
  • Hanne, Charles W.
  • Hans, Francis A.
  • Hansen, Charles T.
  • Hanson, Henry
  • Hanson, J. A.
  • Hanvey, Louis O.
  • Hardiman, John J.
  • Hargreave, Roy Wm.
  • Harnisch, Le Roy L.
  • Harper, William L.
  • Harris, Archibald J.
  • Harris, Elbert Clifton
  • Harris, Floyd R.
  • Harris, Glenn F.
  • Harris, John J.
  • Harris, Philip
  • Harrison, Arthur J.
  • Harrison, Charles H.
  • Harrison, John C.
  • Harrison, Lloyd Elkins
  • Hart, Rexford E.
  • Hartigan, William R.
  • Hartsock, Ernest H.
  • Harvey, Arthur
  • Harwood, Alvin
  • Hasbrouck, Melvin B.
  • Haske, Frederick B.
  • Haskins, Francis J.
  • Hass, Joseph Jacob
  • Hasse, Julius
  • Hassmann, Joseph C.
  • Hastings, Jerome L.
  • Hatch, Walter Coit
  • Hauenstein, Lawrence C.
  • Haughey, William
  • Havers, Geo. Mathew
  • Hawkacki, John A.
  • Hay, Lorin D.
  • Haynes, Joseph
  • Head, Hovie
  • Hebensberger, Frank A.
  • Hedenburg, Harry C.
  • Heggen, Karl A.
  • Heim, Peter
  • Hein, Alfred W.
  • Heindl, Lee J.
  • Heironimus, Charles K.
  • Helcamp, Will.
  • Heligensten, Henry G.
  • Hendernon, Raymond
  • Henderson, Aquilla R.
  • Henderson, Charles Porter
  • Henderson, John D.
  • Henderson, John M.
  • Henderson, Frank Smith
  • Henderson, Robert E.
  • Henderson, William
  • Hendren, Millard F.
  • Hendrickson, Alfred Wm.
  • Hendrickson, Gilbert C.
  • Hendrix, Thomas W.
  • Henkel, Joseph G.
  • Hennessy, Gerald
  • Hennessy, Joseph F.
  • Hennessy, Lawrence E.
  • Henry, Alfred D.
  • Henry, Francis S.
  • Henry, Frank S., Jr.
  • Henry, James Richard
  • Henze, Herbert Hugo
  • Herbert, Jasper
  • Herman, Leon
  • Hermann, John
  • Herne, Howard
  • Herrman, Sidney
  • Heroy, James H.
  • Herring, Frank J.
  • Hersham, Frank
  • Heuskin, Emil F.
  • Herzog, William E.
  • Hess, Edward Walter
  • Hesse, Frederick W.
  • Hession, Edward M.
  • Heuisler, Joseph S.
  • Heyl, Howard V.
  • Heys, Thomas A.
  • Higginbotham, Geo.
  • Higgins, Arthur J.
  • Higgins, Edwin E.
  • Higgins, Fred Monroe
  • Higgins, Edwin F.
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  • Hill, Homer L.
  • Hilton, Cecil
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  • Hinds, Henry Carl
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  • Hinsdale, S. O.
  • Hinterleiter, Rae E.
  • Hirsch, Joseph
  • Hirshfield, Simon
  • Hirsch, A.
  • Hirst, Peter
  • Hiscox, Everett H., Jr.
  • Hobbs, Crosby Edwin
  • Hobson, Brook Henry
  • Hochstein, Samuel
  • Hodges, James Clark
  • Hodges, Otis Elbert
  • Hodrus, Walter J.
  • Hoffman, Archie
  • Hoffman, James L.
  • Hogan, Cornelius J.
  • Hogan, Edward J.
  • Hogard, Joseph
  • Hogendobler, Geo. H.
  • Holcombe, Howard A.
  • Hollings, Grover C.
  • Hollins, Roderick Esmond
  • Holman, Albert Newton
  • Holmes, Stephen, Jr.
  • Holtzman, Max
  • Homrich, Leslie A.
  • Honer, Frank Joseph
  • Honeycutt, William T.
  • Hood, Aubrey Ray
  • Hock, Rufus Hermon
  • Hooper, Moreau
  • Hoose, Fred W.
  • Hopkins, Karl H.
  • Hopkins, Wilbur F.
  • Horan, Frank J.
  • Horn, Charles A.
  • Horner, Wright Blaine
  • Horowitz, Sam Jacob
  • Horrigan, William A.
  • Horter, William F.
  • Horton, Riley
  • Horwitz, Abraham
  • Hoseth, Einar A.
  • Houlihan, Eugene F.
  • House, Clinton
  • Hovde, Theodore P.
  • Howard, Leander Ray
  • Howard, Jas.
  • Howe, Geo. E.
  • Howe, Joshua B.
  • Howell, Perry S.
  • Howery, Charlie Lee
  • Hubert, Frank P.
  • Hubert, Ralph S.
  • Huckaly, Grady K.
  • Huckey, D. J.
  • Hudack, Joseph M.
  • Hudgins, Jefferson A.
  • Hudson, Charles J.
  • Hudson, James A.
  • Hudson, Willie A.
  • Hudspeth, Robert E.
  • Huecker, Lawrence A.
  • Huffaker, R. M.
  • Huffstetler, Joseph H.
  • Hughes, Arthur G.
  • Hughes, Maurice L.
  • Huisheere, Oliver J.
  • Hulmes, John E.
  • Huneke, Herbert C.
  • Hunt, Jacob O.
  • Hunter, Isaac Roy
  • Hunter, Leon Brann
  • Huntley, W. H.
  • Huntsinger, Archie S.
  • Hurley, David W.
  • Hurt, Albert C.
  • Hussey, Gilbert F.
  • Hutts, John Edward
  • Hylas, Michael J.
  • Iacono, Joseph A.
  • Ignatz, William
  • Igo, James T.
  • Iles, Edward Albert
  • Imbriano, Edward
  • Irwin, Shuter
  • Ison, Charlie F.
  • Iverson, Marcus P.
  • Iverson, Walter I.
  • Ix, John Peter
  • Ivy, John Wallace
  • Jablowski, Felix
  • Jackson, Asher Hardy
  • Jackson, Broaddrus A.
  • Jacob, Wilbert Ovila
  • Jacolbe, Bernard Joseph
  • Jacobs, Alphonse J.
  • Jacobs, Horace
  • Jacobs, Sam
  • Jacobson, Merrill
  • Jacoby, Frank
  • Jacoby, Robert E. H.
  • Jager, Julius, Jr.
  • Jahnsen, James
  • James, Edward E.
  • James, John Watter
  • Jameson, James Patrick
  • Jannetta, Anton Victor
  • Javier, Conrado
  • Jeffs, Adelbert
  • Jeger, J. E.
  • Jenkins, Elwin W.
  • Jennings, Daniel O.
  • Jennings, Harry C.
  • Jensen, Edward P.
  • Jensen, Elmer
  • Jensen, Leo Daniel
  • Jeremias, Julius E.
  • Jizejian, Joseph
  • Johnson, Alex
  • Johnson, Alfred M.
  • Johnson, Aubrey Allison
  • Johnson, Charlie
  • Johnson, Clarence J.
  • Johnson, Gus
  • Johnson, Hallie McK.
  • Johnson, Howard Hall
  • Johnson, Hillary N.
  • Johnson, John Richard
  • Johnson, Norman E.
  • Johnson, Oscar N.
  • Johnson, William M.
  • Johnson, Roy
  • Johnson, Troy W.
  • Johnson, Verne L.
  • Johnson, William A.
  • Johnson, William H.
  • Johnston, Arthur H.
  • Jolly, Raymond I.
  • Jones, Bailey F.
  • Jones, Charlie
  • Jones, Fred Ernest, Jr.
  • Jones, Henry William
  • Jones, James
  • Jones, James W.
  • Jones, John
  • Jones, Paul
  • Jones, William D.
  • Jordan, Matthias A.
  • Jordon, George
  • Jordon, Richard D.
  • Joseph, William F. L.
  • Josephs, David
  • Juby, William S.
  • Juhnke, Walter A.
  • Junior, Marshall A.
  • Jwanicki, Felix
  • Kaiser, Irwin Charles
  • [198]Kalsch, Frank
  • Kane, Charles J.
  • Kane, Edward James
  • Kane, Philip J.
  • Kantufsky, Chester
  • Kaplan, Charles I.
  • Kaplan, Jacob A.
  • Karp, Nathan
  • Kastenhuber, William G.
  • Katz, Benjamin
  • Katz, Harry
  • Kaufman, Isidor
  • Kaufman, Joseph
  • Kay, John
  • Keane, Joseph D.
  • Kearney, Edward C.
  • Keenan, Grover Evert
  • Kehoe, Bernard J.
  • Keleher, Joseph J.
  • Kelleher, Richard D.
  • Keller, Frank Joseph
  • Keller, William G.
  • Kelly, Chester A.
  • Kelly, David A.
  • Kelly, Philip Joseph
  • Kelly, William
  • Kelly, William R.
  • Kendrick, William H.
  • Kenemer, Henry Clay
  • Kenemer, Thomas W.
  • Kenley, William M.
  • Kennedy, Samuel Jos.
  • Kennedy, Walter H.
  • Kennedy, Walter Joseph
  • Kenney, Samuel F.
  • Kennick, Martin John
  • Kenny, John Eugene
  • Kenyon, Elmert Plant
  • Kerns, Howell F.
  • Kershaw, Rolston J.
  • Kessler, Samuel
  • Kessler, Julius
  • Ketchum, Walter S.
  • Ketron, Hubert William
  • Kettlehut, Dellmer E.
  • Kibble, Sidney E.
  • Kientzle, Emmett Jos.
  • Kiernan, Patrick
  • Kight, Fred
  • Kilburn, Leonard
  • Kilroy, Bernard
  • King, Chas. H.
  • King, Ivan
  • King, John A.
  • King, Michael J.
  • King, Samuel
  • Kingsley, Paul Grant
  • Kinnison, Floyd Webb
  • Kirk, Thomas F.
  • Kirnan, Frank A.
  • Kitchin, Harvey Lee
  • Kleinbub, Frank G.
  • Kleinkurt, Albert
  • Klerinsky, Maurice
  • Klinger, Elmer
  • Klinner, William H.
  • Kluge, James Edward
  • Knott, William Michael
  • Knowlen, Oscar T.
  • Knowles, Wilbur C.
  • Knutson, A. P.
  • Kohke, Henry Francis
  • Kohl, Fred Jacob
  • Koiner, Edward L.
  • Kopielski, Ben
  • Kosluski, Louis A.
  • Kovach, Albert
  • Kozenesky, Joseph
  • Kral, Frank
  • Kramer, Peter E.
  • Krasnipol, Louis
  • Kratky, Joseph
  • Krawczewski, Nicholas
  • Kreyer, Louis F.
  • Kroshbein, C. H.
  • Krumbach, Carl William
  • Kruse, Arthur W.
  • Krusinski, Roman
  • Kucera, Wesley
  • Kuebler, Harold
  • Kurtz, George Stanley
  • Kurzawa, Anthony M.
  • Kutz, Samuel E.
  • Kyle, Clarence B.
  • Kytola, Waino K.
  • Labati, John
  • La Boissiere, Frank J.
  • Ladd, Thomas N.
  • Lafferty, Cecil Andrew
  • Lagow, Robert E.
  • Lagut, Francis J.
  • Lampley, Walter Jentry
  • Landers, Everett Jay
  • Landry, Luzan J.
  • Lanewe, Vincent
  • Lang, Frank Otto
  • Langdon, Robert McDermot
  • Lagenbacker, George F.
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  • Miller, Fred Hugh
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  • Reynolds, Gustauis Napolian
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  • Robinson, George J.
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  • Smith, Robert Jackson
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  • Somers, Arthur Lunn
  • Somma, Frank B.
  • Sommerfeldt, Alfred Walter
  • Sorenson, Carl C.
  • Sosnosky, John L.
  • Southard, Harold E.
  • Sparks, P. W.
  • Spear, Philip Bennet
  • Spencer, George
  • Spencer, Howard G.
  • Spencer, Louis C.
  • Spencer, Roy Franklin
  • Spiese, Paul Llewellyn
  • Spinney, Roy
  • Sprowls, Harlon A.
  • Spyker, David Foache
  • Staff, Louis Joseph
  • Staffel, Gerald
  • [205]Stafford, Floyd E.
  • Stalberger, Edward J.
  • Stalder, Edwin Franklin
  • Stalder, Edgar Francis
  • Stamper, Harvey Hugh
  • Stamper, Kepper
  • Stanhope, Howard Nelson
  • Stanley, Jess
  • Stanley, Jesse S.
  • Stanton, Virgil X.
  • Stanton, Charles J.
  • Stanwood, Chester W.
  • Stark, Raymond H.
  • Steacy, Rosswell H.
  • Stedman, Charles Milton
  • Stedron, Frank Henry
  • Steed, Netum H.
  • Steele, Arthur W.
  • Steele, Ellsworth C.
  • Steel, Charles William
  • Stein, Alex
  • Steinman, Reuben
  • Stephens, Arthur E.
  • Stephens, Drew E.
  • Stephens, Ivery Nathaniel
  • Steratt, Charlie G.
  • Stern, Samuel
  • Stewart, Charles N.
  • Stewart, Paul
  • Stewart, Walter H.
  • Stewart, William Curtis
  • Stiles, Jesse
  • Stingley, John August
  • Stock, Harry E.
  • Stocker, Christopher H.
  • Stoerback, Carl C.
  • Stokes, Homer Arden
  • Stone, Thomas C., Jr.
  • Stranigan, Edgar
  • Strecker, Charles Joseph
  • Street, Glenn I.
  • Striver, Lloyd A.
  • Stromosky, Frank
  • Stroube, Harry A.
  • Strumpf, Harry
  • Stryker, Harry
  • Stuart, Clarence O.
  • Stubblefield, James F.
  • Stuhre, John W.
  • Stull, Errett D.
  • Stults, Claude Marshall
  • Sullivan, Daniel Aloysius
  • Sutton, Joseph James
  • Sullins, Elsa V.
  • Sullivan, Daniel B.
  • Sullivan, Frederick J.
  • Sullivan, George Victor
  • Sullivan, Richard N.
  • Sullivan, Thomas Patrick
  • Sullivan, Walter Thomas
  • Sullivan, William D.
  • Summers, James F.
  • Sundstrom, John Edward
  • Sutherland, Lloyd Elbert
  • Sutton, William J.
  • Swallow, Axel Eddie
  • Swanson, Gideon N.
  • Swaybill, Irving
  • Sweeney, Joseph Aloysius
  • Swenson, Floyd E.
  • Swetman, Frederick
  • Swim, William David
  • Swisher, Clarence M.
  • Tack, William
  • Tambella, Italo
  • Tansey, John Charles
  • Tardelli, Rinaldi A.
  • Tate, Harry
  • Taylor, Bayard Phelps
  • Taylor, Daniel Joseph
  • Taylor, Everett
  • Taylor, Garrett Lawson
  • Taylor, J. H.
  • Taylor, Kenneth W.
  • Taylor, Thomas W.
  • Taylor, William, Jr.
  • Teague, William H.
  • Teeter, Eidden John
  • Tefft, George H.
  • Tejral, Fred
  • Teeotsky, Alexander B.
  • Terwilliger, Raymond G.
  • Tesariero, Guisappa
  • Tessens, Joseph A.
  • Tews, Walter Albert
  • Thagard, Henry F.
  • Theiss, Harry L.
  • Thismann, Arthur Joseph
  • Thisser, Henry
  • Thistelthwaite, Charles J.
  • Thomas, John William
  • Thomas, Philip
  • Thomas, De Witt Ousler
  • Thomas, Gerald M.
  • Thomas, John Mayford
  • Thomas, Samuel R.
  • Thompson, Thacker O.
  • Thompson, Warren O.
  • Thompson, Edward Francis
  • Thompson, Ralph O.
  • Thoms, Frederick
  • Tighe, Morgan Jeremiah
  • Tighe, Thomas, Jr.
  • Titus, Geo. Francis
  • Tlover, Samuel
  • Toms, Raymond W.
  • Tollett, Carl H.
  • Tomaselly, Antonio
  • Tompkins, Alvah
  • Tonkin, Frank
  • Toole, Chas.
  • Tordeur, Raymond Leon
  • Torkelson, Arthur G.
  • Towell, James M.
  • Towhill, John Patrick
  • Trachtenberg, Benjamin
  • Tracy, James B.
  • Tracy, James Frank
  • Trankle, William
  • Trask, Leslie Maurice
  • Trice, Clyde
  • Triffitt, Stephen H.
  • Tripp, Stanley Everett
  • Tripple, Geo. Edmund
  • Tromblay, Arthur A.
  • Troope, Sterling
  • Trope, Frank
  • Trout, Chauncey Marion
  • Tronkatos, Wm. B.
  • Tucker, Alphonse
  • Turner, Bernard E.
  • Turner, Lauran R.
  • Turnpauck, Charles L.
  • Turriff, John Angus
  • Turzay, Michael
  • Twist, Edward Hiram
  • Tyndall, Warren H.
  • Tyrell, Floyd
  • Ullman, Nathan
  • Ulmer, Joseph C.
  • Underwood, Harry Walsh
  • Unger, Carl Henry
  • Urban, Alfred
  • Vaccaro, Thomas
  • Vaccaro, John B.
  • Vanacore, Aniello
  • Van Auken, Ross Depue
  • Vanderbush, William Henry
  • Van Hoosier, William S.
  • [206]Van Romondt, Harold S.
  • Van Valenburgh, Vernon
  • Van Wagoner, Charlie
  • Vardy, Francis Z.
  • Varmedor, Carroll
  • Varmuh, James Lucius
  • Varner, Thomas L., Jr.
  • Vaughan, Morgan Wm.
  • Vegelann, Harry A.
  • Veno, George W.
  • Verioni, William
  • Vestal, Harry Arthur
  • Veissem, Elias
  • Vidal, Magin Manuel
  • Vienot, Walter
  • Viets, Charles McL.
  • Villaflor, Lorenzo
  • Viliar, Russell J.
  • Vinick, Maurics
  • Vogler, Herman Elmer
  • Volk, Charles Aloysius
  • Volk, Kyle R.
  • Von Hagan, Elmer H.
  • Wagner, Arlington R.
  • Wagner, Andrew
  • Wagner, Leo Ernst
  • Waldron, Lloyd D.
  • Walker, Alvin J.
  • Walker, Charlie
  • Walker, Floyd
  • Walker, Fred. Wm.
  • Walker, Jesse Allen
  • Walker, Morris J.
  • Walker, Roy L.
  • Wallace, David A.
  • Walley, Lowman Leroy
  • Wallin, Ranson H.
  • Walesley, Albert H.
  • Walpole, James J.
  • Walsh, Harold
  • Walsh, James F.
  • Walsh, Joseph James
  • Walsh, T. J.
  • Walukas, Albert
  • Walver, Alphonse J.
  • Warburton, Lawrence H.
  • Ward, Andrew Harrison
  • Ward, Chester A.
  • Warner, Leslie L.
  • Warner, Harold S.
  • Warren, Charles Edward
  • Washington, George
  • Washburn, Clinton I.
  • Waters, William F.
  • Watins, L. H.
  • Watson, Claude
  • Watson, Francis W,
  • Watson, George James
  • Watson, Leroy W.
  • Watson, Myron John
  • Watters, William Larkin
  • Weaver, Richard Parks
  • Webber, Charles F., Jr.
  • Weber, John A.
  • Webster, Robert K.
  • Weddle, Alexander
  • Wehman, Frederick, Jr.
  • Weimaier, Geo. Edward
  • Weisberg, William L.
  • Wells, Charles Elbert
  • Wells, Bruce E.
  • Wells, Harry F.
  • Weimer, Lawrence B.
  • Weinstein, Reubon
  • Weiss, Frank
  • Welsh, Clarence Patrick
  • Welsh, Earl Sylvester
  • Wenman, Harry
  • Wens, John J.
  • Werbesky, John Joseph
  • Werda, Joseph
  • Werle, John William
  • West, Clyde Otha
  • West, Homer L.
  • Westwood, Charles E.
  • Wetzel, Charles T.
  • Whaley, Vilas Henry
  • Whatley, Daniel B.
  • White, Evert Calvery
  • White, Floyd H.
  • White, Frank J.
  • White, Jeffrey
  • White, John C.
  • White, Junius L.
  • White, Theodore
  • Whitney, Francis H.
  • Whitney, John Francis
  • Whittaker, Edwin Ralph
  • Whittaker, William
  • Whitten, Julius Perry N.
  • Whittington, Luther E.
  • Whittle, Henry E.
  • Whittup, Herbert Leo
  • Wieber, Joseph William
  • Wilborn, William B.
  • Wilburn, Guy
  • Wilburn, James Clarence
  • Wiles, Charles Cedric
  • Wiles, John James
  • Wilhelms, Archie Cortice
  • Wilkins, Tom Walker
  • Wilkinson, Elder Zenobia
  • Wilkinson, Gladstone C.
  • Willey, Harold Albert
  • Williams, Bennie H.
  • Williams, Duval George
  • Williams, George M.
  • Williams, Harold S.
  • Williams, John Bryant
  • Williams, J. D.
  • Williams, James Francis
  • Williams, Lewis Edward
  • Williams, Walter Edward
  • Williams, William L.
  • Williamson, Edward
  • Williamson, Randolph Earl
  • Williamson, Reginald J.
  • Williamson, F. E.
  • Williquette, Clarence P.
  • Wilson, David R.
  • Wilson, David Samuel
  • Wilson, Edward C.
  • Wilson, Harold J.
  • Wilson, Herbert
  • Wilson, John Jacob
  • Wilson, Marshall E.
  • Wilson, Stanley Earl
  • Wilson, Willie
  • Wilton, Orville Richard
  • Winans, Harold Paul
  • Winans, Raymond Harvey
  • Winnick, Paul
  • Winter, Herman
  • Wippert, George
  • Wirth, Albert
  • Wiseman, Frank Allen
  • Wiseman, William J., Jr.
  • Wittman, George J.
  • Witzell, Chas. E.
  • Woos, Herman G.
  • Wood, Eugene E.
  • Wood, Steven
  • Wood, C. L.
  • Wood, J. H.
  • Woodward, Charles W.
  • Woodward, Earl Kenneth
  • Woodbury, Earl Walter
  • Woodcock, William H.
  • Woods, Raymond Stanley
  • Woods, Robert Dale
  • [207]Woodson, James
  • Woodward, Raymond W.
  • Woody, James L.
  • Woolward, William K.
  • Wordley, Peter J.
  • Worthington, Richard J.
  • Wright, David N.
  • Wright, Jesse Morgan
  • Wright, Joe T.
  • Wright, Richard A.
  • Wright, Von Poe
  • Wright, C. L.
  • Wrightington, William
  • Wynn, Leon Columbus
  • Yeakel, Warren S.
  • Yearwood, Percy A.
  • Yeomans, T. M.
  • Yessman, John
  • Yokley, Willard Henderson
  • Yost, S. M.
  • Young, George E.
  • Young, Hiter S.
  • Young, Percy James
  • Young, Robert Kenneth
  • Young, David W.
  • Youngblood, Harry
  • Youssi, John.
  • Zeller, Ernest E.
  • Zemantick, Andrew A.
  • Zero, Thomas F.
  • Ziegler, Jennings Bryan
  • Ziefeldt, Albert Victor Alfred
  • Zimbroff, Jacob
  • Zimmerman, Howard
  • Zimmerman, John
  • Zimmerman, Lewis M.
  • Zitomersky, N. J.
  • Zoebelein, William

Upper—The Helmsman.

Upper—The Captain.

Center—The Band.

Center—The Band.

Lower—The Home Coming of the 27th Division.

Lower—The Return of the 27th Division.

Additional Roster of Crew

  • Abell, Henry Frank, Jr.
  • Abraham, Leslie
  • Albert, Alexander
  • Ackerman, Ralph
  • Adams, James A.
  • Adams, William A.
  • Adley, Michael Joseph
  • Allen, Warren R.
  • Anderson, Frederick Edw.
  • Anderson, Harry E.
  • Andras, Joseph, Jr.
  • Anthony, Robert W.
  • Archer, John Joseph
  • Arent, Stephen T.
  • Armstrong, Frank
  • Armstrong, William V.
  • Arvidson, Milton E.
  • Bahnsen, Henry A.
  • Balaz, Joseph Patrick
  • Barclay, Reginald
  • Barr, Charles Morris
  • Barr, Eugene Wendil
  • Bartlett, Donald A.
  • Basler, Loren H.
  • Bean, Otis E.
  • Beck, Alvin
  • Beck, Barney
  • Bedale, Joseph Hillman
  • Beeler, James Madison
  • Behman, August Scott
  • Behrend, Harry G.
  • Bell, Thomas
  • Benson, Freeman Leroy
  • Bent, James Edward
  • Bertenshaw, Earl
  • Berry, Peter Joseph
  • Best, Charles F.
  • Biagiotti, Victor
  • Bielfield, Richard James
  • Bigelow, Ralph Brown
  • Bingley, Ellis S.
  • Biondi, Nicholas
  • Blackburn, Roy James
  • Blaney, Harold J.
  • Bledsoe, Roy T.
  • Bligh, Alfred Aloysius
  • Boarman, Francis Herbert
  • Bogart, Humphrey DeForest
  • Bohrer, Glenn H.
  • Boone, Charlie Earl
  • Bopp, Harold
  • Bourgeois, Edgar
  • Bowens, Fred
  • Bowles, Thomas V.
  • Block, Edgar Deane
  • Blumfield, Morris
  • Bowdoin, Clayton
  • Boyce, Richard, Jr.
  • Boyd, Thomas, Jr.
  • Boyle, William G.
  • Brachat, August
  • Branden, Sigurd
  • Bradshaw, Claude Henry
  • Breen, Lawrence B.
  • Breiman, John
  • Breitschuh, Edward
  • Brewer, Frank F.
  • Brinkman, Frederick
  • Brinton, Harold
  • Brooks, Alfred E.
  • Brooks, Valentine C.
  • Brown, George R.
  • Brown, Lawrence S.
  • Brown, Walter
  • Brown, William Leroy
  • Browning, Joe D.
  • Broome, Ronald
  • Brown, Ebna
  • Brucker, Reuben
  • Bruns, Harry
  • Buckley, Charles Henry
  • Buford, William H.
  • [208]Bullington, Preston G.
  • Bulmer, Albert T.
  • Burke, Thomas F.
  • Bushenville, Moses J.
  • Byrns, Edward Thorn
  • Cahn, Harvey Newman
  • Calamia, Bertram Plaint
  • Caldwell, Patrick F.
  • Calhoun, John W.
  • Campbell, Theodore J.
  • Canady, Jesse James
  • Canavan, John Mooney
  • Canzler, Eugene
  • Carreiro, Manuel P., Jr.
  • Carroll, Martin H.
  • Carson, Beauregard E.
  • Cassavant, Henry B.
  • Carter, Harry B.
  • Carter, William F.
  • Cass, Stewart E.
  • Catsiff, Harry I.
  • Cenedella, Charles M.
  • Chamberlain, Fred A.
  • Chambers, Lannie
  • Chase, Randolph M.
  • Chenkin, Saul
  • Chick, Charles E.
  • Christmas, Harold
  • Christmas, Robert
  • Chrysler, Howard M.
  • Clancy, Kenneth Henry
  • Clark, Glenn Arnold
  • Clark, Raymond Vincent
  • Clark, Sumner
  • Clevenger, Thomas
  • Clifton, Bennie A.
  • Cline, Joseph B.
  • Coffman, Carleton C.
  • Cohan, Henry
  • Cohen, Archie
  • Cole, Francis E.
  • Coleman, Grant
  • Collier, Albert L.
  • Combes, Tandy Y.
  • Conley, Lyndon E.
  • Conlon, Hugh M.
  • Conover, Harry Lester
  • Conway, Joseph Edward
  • Cooney, Elwood Patrick
  • Cooper, Richard F.
  • Cooper, Wendell Earl
  • Corey, Brayton Curtis
  • Cowley, Joseph P.
  • Cox, Raymond C.
  • Coyle, James Joseph
  • Craycraft, George H.
  • Cross, Emil John
  • Culler, Paul Arthur
  • Cunha, Toney
  • Curfman, Albert J.
  • Currie, Merton Charles
  • Curry, Thomas James
  • Curtis, Charles Menzo
  • Cushman, Clarence Chas.
  • Dailey, Walter A.
  • Dalbey, Henry C.
  • Dale, George G.
  • Dalton, Harry M.
  • Dalzell, Lloyd Hunter
  • Daniell, Wm. Lawrence
  • Danielson, Christian M.
  • Darling, James Jouett
  • Dauch, Frederick Wm.
  • Daugherty, Harold J.
  • Davis, Arthur D.
  • Davis, Carter H.
  • Davis, Charles O.
  • Davis, Edward C.
  • Davis, John Philip
  • Dean, James Edward
  • Debusk, Harvey Clay
  • DeCremy, Loretto
  • Deering, Charles J.
  • Delaney, Henry J.
  • Demarah, Richard A.
  • Denison, George
  • Depelio, Joseph
  • Derrick, Clarence L.
  • DeSousa, Albert M. R.
  • DeSenso, Arthur Joseph
  • Dery, Cyrus Camille
  • Dewdney, Harry
  • Dilena, Ernest T.
  • Divine, Dewey James
  • Donaghue, Valentine M.
  • Donnelly, William P.
  • Dodge, Victor Raymond
  • Doody, William
  • Doran, Joseph F.
  • Doughty, Royal Freemont
  • Douglas, Otha Wilbur
  • Dowling, John Francis
  • Drennan, Everett
  • Dribben, Charles K.
  • Duckett, William Henry
  • Duerr, Bernard A.
  • Duffy, Charles Rall
  • Duggan, Raymond Wm.
  • Dumpprope, William B.
  • Dunn, Harrison
  • Dunphy, Augustine M.
  • Easter, Roswell R.
  • Eckert, John Burns
  • Eckhardt, George C.
  • Eddy, John Lawson
  • Eddy, George Roberts
  • Elefant, Harvey
  • Ellis, Steve
  • Ells, Marshall Redonte
  • Evans, Clarence S.
  • Eveland, Orville LeRoy
  • Fagan, John James
  • Farrar, Raymon S.
  • Farrell, Albert Grover
  • Faulkner, Henry O.
  • Favicchio, Michelle
  • Fawcett, Thomas, Jr.
  • Felsch, John A.
  • Fenicehia, Mariano
  • Fenimore, Michael J.
  • Fidel, Paul Bernard
  • Fiddelke, Herbert John
  • Field, Donald E.
  • Field, Keith Joy
  • Fields, Carl T.
  • Finely, Louis Wilford
  • Firchau, William H.
  • Fitzgerald, Alphonsus
  • Fitzpatrick, Edward A.
  • Fitzimmons, John F.
  • Fiytok, Frank
  • Flanagan, Joseph Patrick
  • Fleming, John Joseph
  • Fleming, Everett F.
  • Fletcher, David W.
  • Flitton, Alton Lee
  • Flynn, Daniel C.
  • Flynn, James Francis
  • Fontaine, Emile Roul
  • Foster, Clarence L.
  • Foster, Perry Lee
  • Foutch, Jay B.
  • Freda, Dominick
  • Freeman, Willard Albert
  • Frederick, Arthur
  • French, Harry Arthur
  • French, William T.
  • [209]Freund, Albert J.
  • Freyburger, Roy L.
  • Fricker, Albert B.
  • Friesch, Steve J.
  • Fromme, Arthur Carl
  • Frook, Floyd
  • Frost, Frank
  • Frost, Percy A.
  • Frost, Raymond J.
  • Fuller, Frank N.
  • Galbreath, Lawrence B.
  • Gallaspie, Hubert E.
  • Gajzik, Joseph Francis
  • Gallagher, John Wallen
  • Gallagher, Raymond
  • Gallagher, William Geo.
  • Gall, Frederick Henry
  • Gamble, George F.
  • Gardinier, Ted
  • Garland, Joseph H.
  • Gary, Frederick Samuel
  • Geldersma, Dewey
  • Giardina, Giuseppe
  • Giglio, Vincent
  • Gilbert, Davis L.
  • Gillane, Thomas John, Jr.
  • Gitlitz, Louis
  • Gochnaur, Walter Alfred
  • Goings, Howard
  • Goldman, Adolph Arthur
  • Good, Earle V.
  • Good, Fred I.
  • Gordon, Nelson
  • Gould, Harold T.
  • Gordon, Herbert James
  • Gorman, Kenneth J.
  • Grady, Patrick L.
  • Gramling, George F.
  • Gray, David
  • Gregory, Edward
  • Gregory, Lawrence Alex.
  • Gregg, Charles P.
  • Griffin, William L.
  • Grimshaw, William H.
  • Guadagno, Thomas
  • Guernsey, Frederick S.
  • Guerrero, Eusebio
  • Guisness, Carl Earl
  • Hagelstein, Kingston B.
  • Haire, Homer H.
  • Halek, Frank Joseph
  • Hall, Ozin
  • Halliday, Charles W.
  • Hamlin, Paul A.
  • Handlowitch, Michael
  • Hanke, Edward H.
  • Hannon, Daniel Edward
  • Hansen, Charles Theodore
  • Hanson, Henry August
  • Hardt, Frank J.
  • Harris, David Earl
  • Hartigan, William Raymond
  • Hayes, Julian
  • Hebb, Allen
  • Hecker, Stanley E.
  • Hedge, Clayton D.
  • Hedlander, Robert L.
  • Heine, Harry
  • Helcamp, Will
  • Henopp, Adam
  • Henry, John Leonard
  • Hensley, George C.
  • Henzel, William
  • Hermann, William E.
  • Herring, Frank J.
  • Herron, Elmer Ernest
  • Herzog, William
  • Heyman, John So.
  • Hicks, Ralph Waldo
  • Hill, Frederick C.
  • Hill, Joseph T.
  • Hill, Harold Joseph
  • Hillman, Calman
  • Hills, Clifford A.
  • Hochstein, Samuel
  • Hock, Frank H.
  • Hoenig, Louis H., Jr.
  • Holland, Monroe M.
  • Holley, Robert
  • Holmes, Harry Jay
  • Horwitz, Abraham
  • Holt, Archibald G.
  • Hopper, William Edwin
  • Horn, Thomas A.
  • Hough, Irving Clermont
  • Houser, William Geo.
  • Houting, Charles
  • Howard, Charles Joseph
  • Howard, James Francis
  • Howe, Joshua Brewster
  • Hubert, Ralph S.
  • Hudson, Thomas F.
  • Hughes, John Vincent
  • Hunter, James H.
  • Huston, Louis D.
  • Huston, Sherman C.
  • Hutchins, Earl Stanley
  • Hutchinson, John Niel R.
  • Hutson, Arthur
  • Hyde, Louis H.
  • Iacono, Joseph A.
  • Immediato, Ralph Joseph
  • Imperial, Joseph T.
  • Israel, Samuel E.
  • Isreall, Roy John
  • Jacobsen, William J.
  • James, Walter A.
  • Johansen, John J.
  • Johnson, Alfred M.
  • Johnson, Henry B.
  • Johnson, Oliver W.
  • Johnson, Raymond Carl
  • Jones, Frederick John
  • Jordon, Richard D.
  • Josephs, David
  • Joyce, Martin Francis
  • Kadish, Joseph
  • Kaiser, Victor L.
  • Kalinoski, Edward
  • Kandel, Moses
  • Karlewitz, Anthony
  • Keahon, Patrick Henry
  • Kearney, Kenneth John
  • Kearns, Thomas J.
  • Keck, Ralph Frederick
  • Kee, Oliver A.
  • Kelle, Arthur E.
  • Kellar, Milton Russell
  • Kelly, Michael W.
  • Kelsey, Joseph K.
  • Kennedy, Malcolm E.
  • Kerwin, William D.
  • Kest, Saul
  • Keville, John
  • Kientzle, Emmett Jos.
  • King, Charles Elmer
  • King, Gerald A.
  • King, Hillyer Clark
  • King, John Rinehart
  • King, Melvin E.
  • Kinney, Harry J.
  • Kirby, Forest Whitfield
  • Kirkland, Roy Henderson
  • Kissinger, William Henry
  • Klan, Charles Jacob
  • Kligeld, Jacob
  • Klipp, Carl
  • [210]Knight, Winfield Westcott
  • Knoth, George, Jr.
  • Kobusch, Walter Henry
  • Koch, Charles
  • Kono, Lewis C.
  • Konwiczka, Louis S.
  • Koster, Richard D.
  • Krahenbuhl, William J.
  • Kral, Charles F.
  • Kratochvil, Fred H.
  • Kress, Louis Charles
  • Kretz, John Henry
  • Kulis, Joseph
  • Kwasny, Edward
  • Laird, James
  • Laird, William John
  • Lambert, Joseph E.
  • Landis, Oliver Dockery
  • Langdon, William
  • Langhouser, Joseph A.
  • Langley, Frank, Jr.
  • Larson, Albert Andrew
  • Larson, Frederick Harry
  • Lawrynowicz, John F.
  • Lazarus, Thomas
  • Ledamun, Arthur
  • Lee, Christopher Joseph
  • Lemasters, Everett M.
  • Levey, Norman B.
  • Lewin, Edward
  • Lewis, Comer John
  • Lightell, Frank
  • Lind, Curtis P.
  • Lindahl, Harry Anderson
  • Linn, Otto M.
  • Lippincott, Ralph
  • Lisdero, Valentine
  • Littleton, William
  • Lockwood, Willis A.
  • Loftin, Orden G.
  • Loftus, John Joseph
  • Loguidice, Thomas
  • Longobardi, John
  • Loper, Ira B.
  • Lotzgeselle, Justis
  • Loughrey, Thomas E.
  • Lundberg, Gustaf F.
  • Lynch, James J.
  • Lynch, Jeremiah M.
  • Lyons, John W.
  • Lyons, William D.
  • McBride, Peter
  • McCabe, Francis Sheldon
  • McClary, George R.
  • McCormac, Joseph P.
  • McCorkle, Pope
  • McCreight, Roy
  • McCurdy, Thomas
  • McElligott, John Joseph
  • McEvoy, John J.
  • McGee, James V.
  • McGinnes, Eugene W.
  • McGuire, Thomas F.
  • McKinely, Hugh E.
  • McKinney, Charles H.
  • McManus, Charles B.
  • McManus, Francis
  • McMillan, David S.
  • McMurdy, Harmon
  • McNenny, Francis S.
  • McNesby, Albert J.
  • McReynolds, Wm. J.
  • McWhorter, William D.
  • Mack, Percy F.
  • Mackenstadt, Herbert A.
  • MacLaren, Norman A.
  • Madore, Arthur
  • Mahery, Harold A.
  • Mahon, Daniel Francis
  • Mahoney, James J.
  • Maley, William, Jr.
  • Maloney, Thomas
  • Manchester, Gail H.
  • Maracek, Stephen J.
  • Marc Aurele, Donald
  • Marien, Leo
  • Marinello, Accurso
  • Martin, Frederick C.
  • Martin, Maxwell M.
  • Martin, Thomas
  • Martin, Fred E.
  • Martino, Marco
  • Martinson, Melvin N.
  • Mason, Max Arnold
  • Melfi, Philip
  • Menck, Ray R.
  • Melville, Clarence B.
  • Mertz, Charles C.
  • Meyers, George A.
  • Miller, Earl M.
  • Miller, Forest E.
  • Miller, Hugh Leonard
  • Miller, Ralph Edgar
  • Miller, William W.
  • Millet, Hylton Berchman
  • Millet, Patrick
  • Mitchell, George Clayton
  • Monahan, Thomas
  • Montgomery, William E.
  • Moore, Edward
  • Moore, Richard Morris
  • Moore, Walter Thomas
  • Moran, Eugene, Jr.
  • Morgan, Charles William
  • Morris, Walter J.
  • Moross, Arthur William
  • Mullins, Cecil Emerson
  • Mulloy, John W.
  • Murphy, Albion P.
  • Murphy, Daniel Paul
  • Murphy, William U.
  • Murrain, Alec. Turner
  • Murray, James P.
  • Murray, William J.
  • Napierala, Ignatius J.
  • Nebel, Peter V.
  • Nee, James A., Jr.
  • Neely, John T.
  • Neff, John White
  • Nelson, Edward L.
  • Nelson, John
  • Nelson, Daniel H.
  • Nett, Alfred
  • Newsom, Frank Martin
  • Nix, Joseph Patrick
  • Nolan, Edward L.
  • North, Reginald W.
  • Nutting, William A.
  • Oakley, Edwin L.
  • O’Brien, Alfred E.
  • O’Brien, John J.
  • O’Connor, John Vincent
  • Oldfather, Walter Emmett
  • Ojeska, Albert
  • Olsen, Elmer O.
  • O’Malley, Peter John
  • O’Marah, George R.
  • Osborne, Silas Peter
  • O’Shea, Martin
  • Palmer, John J.
  • Parnin, Eugene E.
  • Parsons, Edgar Jesse
  • Partridge, Harry
  • Paston, John Rae
  • Patton, Thomas Thompson
  • Persse, George G.
  • Peckham, Albert F.
  • [211]Peden, Herman Alexander
  • Penzick, Moses
  • Perkins, Percy B.
  • Perron, Adolphe
  • Perry, Arthur
  • Peterson, Sam Sanborn
  • Peterson, Alexander B.
  • Phillips, John Lilburn
  • Philippson, Abraham P.
  • Piacine, Joseph Francis
  • Pickard, Gilbert A.
  • Pickell, Ernest James
  • Pilcher, Lloyd W.
  • Pitscner, Gustave
  • Plank, Lewis
  • Polland, Walter
  • Pollock, William
  • Pope, Harvey Peter
  • Porter, Frank L.
  • Post, Leroy R.
  • Pristash, John
  • Provan, Francis H.
  • Provencher, Frank
  • Pucklitsch, Arnold
  • Puderbaugh, Walter A.
  • Quinn, Louis Estel
  • Rabinowitz, Mike
  • Randall, Arthur L.
  • Rayford, James Miller
  • Raynor, Clarence K.
  • Rebman, Bert
  • Reckinger, Raymond M.
  • Reynolds, Rufis Arvin
  • Rhynders, Floyd
  • Richards, Frederick A.
  • Richmond, Ralph W.
  • Riker, Leonard W.
  • Riley, Leo Orvid
  • Riordan, Thomas Francis
  • Ritchotte, Edgar A.
  • Rizzolo, Leonard Aloysius
  • Robinson, Robert H.
  • Roosa, John Moses
  • Rosenberg, David
  • Rude, Charles
  • Ruger, Benjamin Franklin
  • Russell, Christopher A.
  • Ryan, Frank
  • Ryan, John J.
  • Ryan, William Joseph
  • Sacks, Nathan
  • Salerno, Anthony
  • Salk, Emil John
  • Sandell, William H.
  • Sanders, Jewell Gaskill
  • Sandford, Joseph, Jr.
  • Satcher, Thomas E.
  • Satterfield, Lucian Earl
  • Scarborough, Lennie M.
  • Schoenbeck, William Carl
  • Schrafel, Joseph A.
  • Scott, Walter John
  • Secore, Bartow
  • Schimpf, Joseph G.
  • Schlessinger, Edward L.
  • Schorck, Frederick, Jr.
  • Schmitt, Walter Dewald
  • Schneider, Fred W.
  • Schultz, Anthony
  • Schulz, Herman Charles
  • Seeber, Fred J.
  • Segerstrom, Raugnar Seifert
  • Shaw, Vivian Alonzo
  • Shea, Bernard J.
  • Sheehan, James
  • Shepherd, Thomas F.
  • Seidel, Charles
  • Sheridan, Thomas Bradford
  • Shymansky, Joseph Peter
  • Silberstang, Isidore
  • Sillcox, Wilden B.
  • Siminski, Stanley
  • Simmons, Henry G.
  • Simon, Elias
  • Sims, Robert Lloyd
  • Sims, Roy Devine
  • Sister, Tony
  • Smith, Alfred Ferris
  • Smith, Horace Frederick
  • Smith, Doane White
  • Smith, Ephraim H.
  • Smith, James F.
  • Snyder, Melville A.
  • Snyder, Robert W.
  • Solan, Bernard Joseph
  • Solleridge, Samuel
  • Sorge, Gustave, Jr.
  • Sourbrine, Amos James
  • Sousire, Peter
  • Southgate, Harold
  • Spencer, Roy Franklin
  • Spinnelli, Morto
  • Staker, Christopher Wm.
  • Stallberger, Edward John
  • Stanford, Walter W.
  • Stanley, Omer Adria
  • Steidl, Hugh Joseph
  • Stiles, David McCormack
  • Stockinger, Christian W.
  • Stokes, Edward J. V., Jr.
  • Stolfors, Martin
  • Stone, Edward Hannon
  • Stover, Robert A.
  • Strecker, Charles Joseph
  • Stromwall, Ernest Harold
  • Stubblefield, Clyde
  • Sturtz, Lloyd A.
  • Sullins, Elza V.
  • Sullivan, John Lauren
  • Sullivan, Robert E.
  • Suter, Arnold L.
  • Swanson, Leonard Nels
  • Tarches, Benjamin E.
  • Tardieu, Ernest James
  • Tassi, William J.
  • Taylor, Charles H.
  • Teeling, John Francis
  • Terwilliger, Raymond G.
  • Tessens, Joseph A.
  • Thelen, Cecil Ray
  • Thomas, Kenneth Champion
  • Thomas, Gerald H.
  • Thomas, Stanley T.
  • Thomas, William T.
  • Tighe, Thomas, Jr.
  • Tobin, Harold
  • Tollison, James Frank
  • Toole, Alfred Wallace J.
  • Turkus, Andrew George
  • Turner, Rommie E.
  • Twist, Edward Hiram
  • Underwood, Goebel
  • Valla, James
  • Vanderbrandt, John
  • Vandervelde, Marcel H.
  • Van Vliet, Roy
  • Varner, Fred
  • Viggiano, Dominick
  • Waggoner, Robert B.
  • Wagner, Charles A.
  • Walker, Ernest Sylvester
  • Walker, Floyd
  • Walker, Fred Wm.
  • Walker, Henry C.
  • Waldrop, Cloney Oren
  • [212]Walsh, Albert A.
  • Walsh, Patrick
  • Walsh, Stephen
  • Walters, Abram B.
  • Warner, John F.
  • Weaver, Walter William
  • Weber, Adam
  • Weed, David S.
  • Weigel, Harry Henry
  • Weisberger, Maurice
  • Weiss, Charles Leonard
  • Werle, John William
  • Wexler, William
  • Whaley, Vilas Henry
  • Wharton, Jack
  • White, Albert G.
  • Whitehurst, Bertram G.
  • Wiggins, William H., Jr.
  • Wilkins, Tom Walker
  • Wilkinson, William S.
  • Willers, George A.
  • Williams, Axel L.
  • Williams, David M.
  • Williams, James F.
  • Williams, Onel Oren
  • Williamson, Francis E.
  • Williamson, Robert A.
  • Wilson, Lawrence Edward
  • Winans, Harold Paul
  • Winslow, Eugene W.
  • Wise, George William
  • Wishinsky, Louis
  • Wisker, John G.
  • Witherspoon, Albert Amber
  • Witte, William Bernard
  • Wolfe, Arthur G.
  • Wood, Jesse Eugene
  • Woods, Walter Harry, Jr.
  • Wright, Lyle H.
  • Zammataro, Frank
  • Zanitsky, Solomon
  • Zazzarino, Leo
  • Zezulak, John
  • Zuccaro, Joseph

Gun Crew of the U. S. S. Leviathan

Gun #1

  • Gun Captain—Canzler, E., BM1c; Fanning, J. P., Cox.
  • Pointer—Lynch, J. J., Sea.; Halek, F. J., Sea.
  • Trainer—Moorehouse, H. F., Sea.; Motley, B. D., S2c.
  • Sightsetter—Blackburn, R. J., Sea.; Gray, R., Sea.
  • Rammerman—McLeod, C. P., Sea.
  • 1st Shellman—Avery, I., Sea.; Lynch, J. J., S2c.
  • 2nd Shellman—Atsma, L. W., Sea.
  • 3rd Shellman—Boss, G. D., Sea.
  • 1st Powderman—Brown, W. L., Sea.
  • 2nd Powderman—Anderson, H. R., Sea.
  • Voice Tubeman—Grey, R., Sea.
  • Trayman—Halle, J. G., Sea.

Gun #2

  • Gun Captain—Bradley, P. R., Cox.
  • Pointer—Wilburn, P. R., Sea.
  • Trainer—Chisholm, J. A., Sea.
  • Sightsetter—Loftus E. J., Sea.
  • Trayman—Guernsey, F. S., Sea.
  • Rammerman—Stanley, O. A., Sea.
  • 1st Shellman—DeBusk, H. C., Sea.
  • 2nd Shellman—Bazin, A., Sea.
  • 3rd Shellman—Croushorn, G. D., Sea.
  • 1st Powderman—Hutchins, C. E., Sea.
  • 2nd Powderman—Boyce, R., Sea.
  • Voice Tubeman—Seaquist, C. F., Sea.

Gun #3

  • Gun Captain—Biagotti, V. E., BM2c.
  • Pointer—Brandon, L. A., Sea.; Rizzolo, L. A., Sea.
  • Trainer—Meyers, W. A., Sea.
  • Sightsetter—Strecker, C. J., Sea.
  • Trayman—Cooper, W. C, Sea.
  • Rammerman—Engle, W. F., Sea.
  • 1st Shellman—Carter, H. B., Sea.
  • 2nd Shellman—Dietrick, W. H., Sea.
  • 3rd Shellman—Higgenbotham, G., Sea.
  • 1st Powderman—Dilena, E. F., Sea.
  • 2nd Powderman—Littleton, W., Sea.
  • 3rd Powderman—Goings, H., Sea.
  • Voice Tubeman—Bledsoe, R. T., Sea.; Carter, J. B., Sea.

Gun #4

  • Gun Captain—Clark, J. F., Cox.
  • Pointer—Meyers, G. A., Sea.; Dwyer, J. J., Sea.
  • Trainer—King, C. E., Sea.
  • Sightsetter—Boyd, T., Sea.
  • Trayman—Davis, J. J., Sea.
  • Rammerman—Kretz, J., Sea.
  • 1st Shellman—Fitzgerald, A. R., Sea.
  • 2nd Shellman—Benford, W. F., Sea.
  • 3rd Shellman—Flemming, A. J., Sea.
  • 1st Powderman—Barefield, T. K., Sea.
  • 2nd Powderman—Feeney, J. F., Sea.
  • Voice Tubeman—Snyder, R. W., Sea.

Gun #5

  • Gun Captain—Canfield, W. J., BM1c.
  • Pointer—Gagnon, C. A., Sea.; Blackwood, L. E., Sea.
  • Trainer—Hennesey, J. F., Sea.
  • Sightsetter—Sturtevant, J. F., Sea.
  • Trayman—Nutting, W. A., Sea.
  • Rammerman—Marcoux, D., Sea.
  • 1st Shellman—Keahon, P. H., Sea.
  • 2nd Shellman—Cox, R. G., Sea.; Dobson, W. E., S2c.
  • 1st Powderman—Brown, H. S., Sea.
  • 2nd Powderman—Dailey, B. J., Sea.; Murray, G., Sea.
  • 3rd Powderman—Hendrix, T., Sea.
  • Voice Tubeman—Witherspoon, A. A., Sea.

Gun #6

  • Gun Captain—Abell, H. F., Cox.
  • Pointer—Kirkland, R. H., Sea.
  • Trainer—McClary, G. R., Sea.
  • Sightsetter—Magann, F. X., Sea.
  • Trayman—Garner, C. E., Sea.
  • Rammerman—Wehman, F., Sea.
  • 1st Shellman—Gordon, H. J., Sea,
  • 2nd Shellman—Klipp, C, Sea.
  • 1st Powderman—Duckett, H. W., Sea.
  • 2nd Powderman—Cope, T. W., Sea.
  • 3rd Powderman—Bingley, E. S., Sea.
  • Voice Tubeman—Traccey, P. L., Sea.

6-Inch Gun No. 7

  • Gun Captain—Esser, C. A., Cox.
  • Pointer—Thomas, W. T., Sea.
  • Trainer—Cameron, W. G., Sea.
  • Sightsetter—McNenny, F. S., Sea.
  • Trayman—Dyer, B., Sea.
  • Rammerman—Stockinger, C. W., Sea.
  • 1st Shellman—Howe, J. B., Sea.
  • 2nd Shellman—Duschuttle, L. E., Sea.
  • 3rd Shellman—Polland, W. Sea.
  • 1st Powderman—Crapps, C., Sea.
  • 2nd Powderman—Landis, O. D., Sea.; Cavey, H., Sea.
  • 3rd Powderman—Howery, C. L., Sea.; Stevens, W. B., Sea.
  • Voice Tubeman—Ashley, J., Sea.; Abells, W. R., Sea.

6-Inch Gun #8

  • Gun Captain—Chapman, A., BM1c.; Wherry, J. B., Cox.
  • Pointer—Olsen, E. A., Cox.
  • Trainer—Whitehurst, B. G., BM2c.
  • Sightsetter—LaValle, F. R., Cox.
  • Trayman—Urban, A., Cox.
  • Rammerman—Durkin, R. J., Sea.
  • 1st Shellman—Stokes, E. J. J. V., S2c.; Stanford, W. W., Sea.
  • 2nd Shellman—Simmons, H. G., Sea.
  • 1st Powderman—Martin, W., Sea.
  • 2nd Powderman—Kelley, W., Sea.
  • 3rd Shellman—Borrello, L. R., Sea.
  • Voice Tubeman—Winslow, E. W., Sea.

1-Pound Gun No. 1

Bahnsen, H. A. Sea.
Primrose, A. H. Sea.
Fellona, J. A. S2c.
Hamke, E. H. Sea.

1-Pounder Gun #2

Ganley, J. B. Sea.
Houting, C. Sea.
Bachmier, C. G. Sea.
Crowley, J. T. Sea.

“Y” Gun #1

Sampson, W. D. Sea.
Gillane, T. J. Sea.
Bonner, C. A. Sea.

“Y” Gun #2

Herr, J. H. Sea.
Fillipski, S. F. Sea.
Brownell, H. L. Sea.

MG No. 1

Finley, R. M. Sea.
Prochaska, J. Sea.
Bull, F. W. Sea.
Gwynn, O. Sea.

MG2

Manning, E. J. Sea.
Boiden, C. Sea.
Alton, L. S. Sea.
Taylor, C. H. Sea.

Range Finders

Duff, G. L. Cox.
Roylance, W. Sea.
Southgate, H. Sea.
Curry, T. J. Sea.

Comparison of the Fifteen Leading Transports

(From The Transport Ace, Newspaper printed on board the “Leviathan”)

(From The Transport Ace, Newspaper printed on board the “Leviathan”)

The following comparison shows the number of round trips made, and the number of troops carried to Europe, by the fifteen leading transports up to the time the Armistice was signed, November 11, 1918.

The following comparison shows the number of round trips made and the number of troops transported to Europe by the fifteen leading transports up until the Armistice was signed on November 11, 1918.

Ship No. of
round
trips
Largest
No. in
one trip
Total
troops
carried
Leviathan 10 10,860 119,215*
George Washington 9 5,529 46,159
President Grant 8 5,811 44,182
America 9 5,327 39,674
Agamemnon 10 4,917 35,026
Mount Vernon 9 4,763 33,549
Great Northern 10 3,058 27,590
Aeolus 8 3,551 24,327
President Lincoln 5 4,888 23,438
Northern Pacific 10 2,755 21,903
Martha Washington 8 3,055 21,900
Covington 6 4,133 21,754
Princess Matoika 6 3,865 21,163
Huron 8 2,917 20,771
Pocahontas 9 2,920 20,474

* The total of 119,215 for the Leviathan includes Naval Supernumeraries and crew carried on the first ten Eastbound trips. The present voyage makes the 14th round trip for this vessel.

* The total of 119,215 for the Leviathan includes Naval Supernumeraries and crew carried on the first ten trips to the East. The current voyage marks the 14th round trip for this vessel.

The greatest number of persons carried by the Leviathan was on our sixteenth westbound trip when we had on board (including Naval Crew), a total of 14,300 persons.

The largest number of people carried by the Leviathan was on our sixteenth westbound trip when we had on board (including the Naval Crew), a total of 14,300 people.

Daily Routine in Port

A.M.
4:00 Call ship’s cooks of the watch.
4:30 Fires started in running steamer.
4:45 Call masters-at-arms, boatswain’s mates, buglers and hammock stowers.
5:00 Reveille. Call all hands, pipe “up hammocks,” serve out coffee; light the smoking lamp.
5:15 Haul over hammock cloths and stop them down. Master-at-arms report decks clear of hammocks.
5:20 Pipe sweepers. Sweep down thoroughly before decks are wet.
5:30 Turn to. Out smoking lamp. Execute morning orders. Stow away ditty boxes; clear lower decks. Five minutes before sunrise, station men for turning off anchor, boom and gangway lights. Scrub clothes.
6:00 Knock off scrubbing clothes; trice up lines; hoise ashes.
6:45 Take off gun covers and hatch hoods, unless the weather is foul. Hammock stowers haul back hammock clothes.
7:00 Up all hammocks.
7:15 Mess gear. Light smoking lamp. Publish uniform of the day.
8:00 Colors.
8:15 Turn to; out smoking lamp.
8:30 Sick call.
8:45 Retreat from bright work. Sweep down. Stow away all wash deck gear and all ditty boxes. Clear up the deck for quarters.
9:10 Officers’ Call. Divisions fall in for muster.
9:15 Quarters for muster and inspection. Physical drill followed by the drill prescribed.
11:30 Retreat from drill. Pipe down scrubbed clothes, if dry. Sweep down. Light smoking lamp. Mast for reports and requests.
M.
12:00 Dinner.
P.M.
12:30 Band call; band concert till 1:00.
1:00 Turn to. Out smoking lamp. Pipe sweepers. Pipe down aired bedding, if up. Pipe down wash clothes, if dry.
1:30 Drill call.
2:30 Retreat from drill. Turn to.
4:00 Knock off work. Pipe down clothes, if up. Sweep down. Light smoking lamp.
5:30 Clear up decks. Stow away ditty boxes.
5:45 Mess gear.
6:00 Supper. Five minutes before sunset call guard of the day and band. Station detail for all lights. Turn on lights at sunset.
6:30 Turn to. Pipe sweepers. Wet down after main-decks for scrubbing clothes.
7:30 Hammocks. No smoking below the main decks.
8:00 Muster the anchor watch. Searchlights and signal drills, if ordered.
8:30 Trice up the clothes lines.
8:55 First call; out smoking lamp.
9:00 Tattoo. Pipe down. Silence. Muster and set first anchor watch.
9:05 Taps.

Daily Routine at Sea

A.M.
2:00 Relieve wheel and lookouts.
3:50 Call the watch section.
4:00 Relieve the watch. Muster the watch section and life boat’s crew. Light smoking lamp. Call ship’s cooks of the watch. Five minutes before sunrise station details at running lights. Turn off at sunrise. Relieve lookouts and station masthead lookouts.
5:00 Call idlers and section of the watch sleeping in. Coffee.
5:20 Pipe sweepers.
5:30 Turn to. Out smoking lamp. Execute morning orders.
6:00 Relieve the wheel and lookouts. Trice up clothes lines.
6:45 Hammock stowers haul back hammock cloths.
7:00 Up all hammocks.
7:15 Hammock stowers stop down hammock clothes. Mess Gear. Light smoking lamp.
7:30 Breakfast. Shift into the uniform of the day during the meal hour.
8:00 Relieve the watch; both sections on deck. Muster watch and life boat’s crew.
8:15 Turn to. Out smoking lamp. Deck and gun bright work.
8:30 Sick call.
8:45 Knock off bright work. Sweep down. Stow away ditty boxes and wash deck gear. Take down towel lines. Clear up decks for quarters.
9:10 Officers’ Call. Divisions fall in for quarters.
9:15 Quarters for muster and inspection. Physical drill and drills as prescribed.
10:00 Relieve the wheel and masthead.
11:30 Retreat from drill. Pipe down washed clothes, if dry. Sweep down.
11:45 Mess gear.
M.
12:00 Dinner.
P.M.
12:30 Relieve the watch.
1:00 Turn to. Pipe sweepers. Out smoking lamp.
1:45 Abandon ship drill call.
2:00 Relieve the wheel and masthead.
2:15 Retreat from drill. Pipe sweepers. Turn to.
3:30 Pipe down wash clothes, if up.
4:00 Relieve the watch. Muster watch and life boat’s crew.
4:30 Sweep down. Knock off ship’s work. Light smoking lamp. Five minutes before sunset station details at running lights. Turn on running lights with senior ship present. Station deck lookouts. Muster life boat’s crew. Inspect life boats.
5:30 Clear up decks. Stow away ditty boxes.
5:45 Mess gear.
6:00 Supper. Relieve the wheel and lookouts.
6:30 Turn to. Sweep down. Wet down after raindeck.
7:00 Band concert for crew until 8:00.
7:30 Hammocks. No smoking below decks.
8:00 Call the watch. Relieve the wheel and lookouts. Relieve the watch. Muster watch and life boat’s crew. Turn out all but standing lights and lights in officers’ quarters and chief petty officers’ mess room.
9:00 Out smoking lamp. Turn out lights in chief petty officers’ mess room.
10:00 Relieve the wheel and lookout. Turn out lights in officers’ quarters unless an extension has been granted.
11:50 Call the watch.
Midnight. Relieve the watch. Muster the watch and life boat crew.

The U. S. S. Leviathan

The Leviathan is 954 feet long, 100 feet beam, and, when leaving New York, draws 41 feet 10 inches of water. Place her on Fifth Avenue and she would spread from 42d Street across 45th Street. Stand her on end alongside the Woolworth Building, and she would overtop the Woolworth Building more than 50 feet. She weighs 69,000 tons; more than twice the displacement of the world’s largest dreadnought.

The Leviathan is 954 feet long and 100 feet wide, and when it departs from New York, it has a draft of 41 feet 10 inches. If you placed it on Fifth Avenue, it would stretch from 42nd Street to 45th Street. If you stood it up next to the Woolworth Building, it would tower over the Woolworth Building by more than 50 feet. It weighs 69,000 tons, which is more than double the displacement of the world’s largest battleship.

She stows 8,700 tons of coal and carries 5,000 tons of fresh water. If we would be permitted to run her at the speed she is capable of, she would burn between 900 and 1,000 tons of coal a day. When we dock at Hoboken she must have eighteen tug boats to assist her. She can enter New York only on the high water, for the Ambrose Channel is not dredged deeper than 40 feet. She can move at Hoboken only on the slack water, for no amount of tugs could dock her at Hoboken while the tide is running. Before the armistice she carried ten loads of troops to Europe; about 4,500 officers and 100,000 men. Thus she has alone handled one-twentieth of the A. E. F. Twenty Leviathans alone could handle all the A. E. F. Alone, the Leviathan has placed in Europe more U. S. Troops than Meade commanded at the decisive battle—Gettysburg.

She holds 8,700 tons of coal and carries 5,000 tons of fresh water. If we were allowed to run her at her top speed, she would consume between 900 and 1,000 tons of coal each day. When we dock at Hoboken, she needs eighteen tugboats to help her. She can only enter New York during high tide, as the Ambrose Channel isn’t dredged deeper than 40 feet. She can only move in Hoboken when the water is still because no number of tugs could dock her there while the tide is running. Before the armistice, she transported ten loads of troops to Europe, about 4,500 officers and 100,000 men. Therefore, she has alone managed one-twentieth of the A.E.F. Twenty Leviathans could manage the entire A.E.F. By herself, the Leviathan has delivered more U.S. troops to Europe than Meade commanded at the decisive battle—Gettysburg.

Her Engineering Department requires 12 officers and 950 men. Her Commissary Department requires 7 officers and 350 men. When you have roast beef they have to cut up 40 steers.

Her Engineering Department needs 12 officers and 950 men. Her Commissary Department needs 7 officers and 350 men. When you’re serving roast beef, they have to butcher 40 steers.

During the war, on the eastward voyage, the Commissary Department has fed 10,000 troops in 70 minutes, and at that permitting men to come back for the second.

During the war, on the eastward journey, the Commissary Department fed 10,000 troops in 70 minutes, allowing some men to return for seconds.

Even if the East River were deep enough her funnels are six feet too high to go under the East River bridges.

Even if the East River were deep enough, her smokestacks are six feet too tall to fit under the East River bridges.

Those on the bridge stand with their eyes 87 feet above water. Against submarines we had eight six-inch guns and a supply of depth charges always manned; but only twice have periscopes appeared, both times in her rear. Both times the destroyers bombed at them well.

Those on the bridge stand with their eyes 87 feet above the water. We had eight six-inch guns and a constant supply of depth charges ready for submarines; but periscopes have only shown up twice, both times behind us. Each time, the destroyers did a great job attacking them.

U. S. S. LEVIATHAN
STATISTICS OF NUMBERS CARRIED
Up to and including the 14th trip

VOYAGE LEFT ARRIVED Days at Sea Days in Port PASSENGERS SHIP’S COMPANY Total on Board COMMANDING OFFICER
Troops N. C. O.’s Army Officers Nurses Civilians Misc’l Naval Super-
numeraries
Total Passengers Naval Officers Navy Enlisted Misc’l Total Navy
EAST
1
WEST
New York
Dec. 15, 1917
Liverpool
Dec. 24, 1917
9 50 6839 Included with Troops 277 138 ... ... ... 7254 62 1625 ... 1687 8941 CAPT. J. W. OMAN
Liverpool
Feb. 12, 1918
New York
Feb. 20, 1918
8 12 5 Included with Troops ... ... ... 19 77 101 62 1625 ... 1687 1789
EAST
2
WEST
New York
Mar. 4, 1918
Liverpool
Mar. 12, 1918
8 29 7695 56 439 ... 5 47 100 8342 59 1798 ... 1857 10199 CAPT. H. F. BRYAN
Liverpool
Apr. 10, 1918
New York
Apr. 17, 1918
7 7 5 ... ... ... ... 37 204 246 58 1789 2 1849 2095
EAST
3
WEST
New York
Apr. 24, 1918
Brest
May 2, 1918
8 3 8208 97 361 229 13 1 443 9352 65 1986 1 2052 11404 CAPT. H. F. BRYAN
Brest
May 5, 1918
New York
May 12, 1918
7 10 14 ... ... ... 3 8 44 69 65 1984 2 2051 2120
EAST
4
WEST
New York
May 22, 1918
Brest
May 30, 1918
8 2 9944 111 399 99 17 7 736 1313 65 1960 3 2028 13341 CAPT. H. F. BRYAN
Brest
June 1, 1918
New York
June 8, 1918
7 7 25 ... ... ... 1 7 1 34 64 1972 1 2037 2071
EAST
5
WEST
New York
June 15, 1918
Brest
June 22, 1918
7 2 9833 149 395 ... 2 21 743 11143 62 1949 2 2013 13156 CAPT. H. F. BRYAN
Brest
June 24, 1918
New York
July 1, 1918
7 7 14 ... ... ... 31 3 ... 48 62 1949 1 2012 2060
EAST
6
WEST
New York
July 8, 1918
Brest
July 15, 1918
7 3 9944 138 437 ... 8 18 448 10993 63 1932 1 1996 12989 CAPT. H. F. BRYAN
Brest
July 18, 1918
New York
July 25, 1918
7 9 183 ... 79 ... 72 ... 383 717 62 1932 1 1995 2712
EAST
7
WEST
New York
Aug. 3, 1918
Brest
Aug. 11, 1918
8 2 10305 94 482 ... 3 12 518 11414 63 2080 1 2144 13558 CAPT. H. F. BRYAN
Brest
Aug. 13, 1918
New York
Aug. 20, 1918
7 11 204 16 321 ... 25 8 141 715 64 2079 1 2144 2859
EAST
8
WEST
New York
Aug. 31, 1918
Brest
Sept. 7, 1918
7 5 9953 78 407 99 ... 5 597 11139 68 2154 1 2223 13362 CAPT. H. F. BRYAN
Brest
Sept. 12, 1918
New York
Sept. 19, 1918
7 10 300 25 125 2 99 33 38 622 68 2150 1 2219 2841
EAST
9
WEST
New York
Sept. 29, 1918
Brest
Oct. 7, 1918
8 2 8839 34 260 191 2 1 254 9587 64 2157 1 2222 11809 CAPT. W. W. PHELPS
Brest
Oct. 9, 1918
New York
Oct. 17, 1918
8 10 260 19 96 2 11 66 49 503 64 2158 1 2223 2726
EAST
10
WEST
New York
Oct. 27, 1918
Liverpool
Nov. 3, 1918
7 31 7140 52 367 ... 4 1 565 8129 68 2258 1 2327 10456 CAPT. W. W. PHELPS
Liverpool Dec. 4 Brest Dec. 5 1 3 3634 Included with Troops 78 15 252 23 4846 8870 70 2278 ... 2348 11218
Brest Dec. 8, 1918 N.Y. Dec. 15, 1918 7 40
EAST
11
WEST
New York
Jan. 24, 1919
Brest
Jan. 31, 1919
7 3 10 ... 6 ... 19 1037 1 1073 76 2157 8 Nurses 2241 3314 CAPT. W. W. PHELPS
Brest
Feb. 3, 1919
New York
Feb. 11, 1919
8 5 9040 130 359 30 20 26 53 9658 76 2157 8 Nurses 2241 11899
EAST
12
WEST
New York
Feb. 16, 1919
Brest
Feb. 23, 1919
7 3 7 2 6 ... 8 358 158 539 83 1918 8 Nurses 2009 2548 CAPT. W. W. PHELPS
Brest
Feb. 26, 1919
New York
Mar. 6, 1919
8 9 9714 133 319 66 23 78 50 10383 84 1960 8 Nurses 2052 12435
EAST
13
WEST
New York
Mar. 15, 1919
Brest
Mar. 23, 1919
8 3 2 ... 5 ... 29 57 4 Officers 97 73 2083 15 2171 2268 CAPT. W. W. PHELPS
Brest
Mar. 26, 1919
New York
Apr. 2, 1919
7 5 11441 143 460 28 11 11 9 Officers
3 Enlisted
12106 73 2083 15 2171 14277
EAST
14
WEST
New York
Apr. 7, 1919
Brest
Apr. 14, 1919
7 4 3 ... 8 ... 39 4 ... 54 69 2063 16 2148 2202 CAPT. E. H. DURELL
Brest
Apr. 18, 1919
New York
Apr. 25, 1919
7 ... 11442 172 409 ... 43 6 8 Officers 12080 68 2091 18 2177 14257

List of Sick and Wounded Carried by Leviathan

The following list shows the number of sick and wounded transported by the Leviathan on our return trips from Liverpool and Brest:

The following list shows the number of sick and injured transported by the Leviathan on our return trips from Liverpool and Brest:

Trip Trip
1 0 9 271
2 4 10 1,429
3 0 11 2,132
4 0 12 1,251
5 0 13 1,152
6 116 14 1,263
7 105 15 1,091
8 265 16 1,090
Total number carried up to date 10,169

NOTES

Not only did the Leviathan carry a total of 14,300 persons on board her 16th trip, 23 more than she has ever carried before, but her trip from Sandy Hook to Brest and return is the fastest she has ever made.

Not only did the Leviathan carry a total of 14,300 people on her 16th trip, which is 23 more than she has ever carried before, but her journey from Sandy Hook to Brest and back is the fastest she has ever completed.

The Leviathan cleared Ambrose Channel on May 27th at 6:56 P. M. and arrived June 11, at 3.00 A. M., or in a total elapsed time of only 15 days 8 hours and 4 minutes. Her best previous trip was when she did the same circuit in 15 days 15 hours and 3 minutes, sailing on May 6th and next arriving at Ambrose Lightship on May 22nd.

The Leviathan left Ambrose Channel on May 27th at 6:56 P.M. and arrived on June 11th at 3:00 A.M., totaling just 15 days, 8 hours, and 4 minutes. Her fastest previous trip was the same route in 15 days, 15 hours, and 3 minutes, when she departed on May 6th and next reached Ambrose Lightship on May 22nd.

Previous to this, her two best round trips were those of June and July, 1918, when the pressure of troop movement to France was at its height. These two trips were negotiated in 16 days 0 hours and 23 minutes, and 16 days 12 hours and 12 minutes respectively.

Before this, her two best round trips were in June and July 1918, when troop movements to France were at their peak. These trips took 16 days, 0 hours, and 23 minutes, and 16 days, 12 hours, and 12 minutes, respectively.

Not only has the Leviathan carried in the 15th and 16th trips a total of 28,412 persons against 26,145 for her two best previous trips, but her intervening stays in Hoboken between her last two trips was only 4 days, while the Hoboken layover between her two best former trips was seven days.

Not only has the Leviathan transported a total of 28,412 people on its 15th and 16th trips compared to 26,145 from its two best previous trips, but the time it spent in Hoboken between its last two trips was only 4 days, while the layover in Hoboken between its two best former trips was seven days.

Besides this record breaking showing, the boys of the Leviathan found enough cash to subscribe $193,000 to Uncle Sam’s Victory Loan while the Navy’s next best ship could only put up $129,000.

Besides this record-breaking performance, the boys of the Leviathan gathered enough funds to contribute $193,000 to Uncle Sam’s Victory Loan, while the Navy’s second-best ship could only manage $129,000.

The 17th round trip established a new record of 14 days and 21 hours, when she carried 4,000 Army Officers and 3,000 troops, after a stay of 40 hours in Brest, coaling (4,500 tons) and watering (3,000 tons).

The 17th round trip set a new record of 14 days and 21 hours, during which she transported 4,000 Army officers and 3,000 troops, after spending 40 hours in Brest for refueling (4,500 tons) and taking on water (3,000 tons).

On her 19th trip westbound, she carried General John J. Pershing and his famous composite regiment selected from the entire A. E. F.

On her 19th trip west, she carried General John J. Pershing and his famous composite regiment chosen from the entire A.E.F.

While under the German flag, the Vaterland (Leviathan) made only one round trip and a half. She was ready for her return trip August 1, 1914, but was held at Hoboken when the world war broke out, July 30 of that year.

While under the German flag, the Vaterland (Leviathan) only completed one and a half round trips. She was set for her return trip on August 1, 1914, but was stuck at Hoboken when World War I started on July 30 of that year.




        
        
    
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