Albert J. Myer

Chief Signal Officer, U.S. Army
Albert James Myer

Albert James Myer (1828-1880)
Born September 20, 1828
Newburgh, New York
Died August 24, 1880 (aged 51)
Buffalo, New York
Buried at Forest Lawn Cemetery
Allegiance  United States
Service/branch  United States Army
Years of service 1854–1880
Rank Colonel
Brevet Brigadier General
Commands held U.S. Army Signal Corps
Battles/wars American Civil War

Albert James Myer (September 20, 1828 – August 24, 1880) was a surgeon and United States Army officer. He is known as the father of the U.S. Army Signal Corps, as its first chief signal officer just prior to the American Civil War, the inventor of wig-wag signaling (or aerial telegraphy), and also as the father of the U.S. Weather Bureau.

Early life

Myer was born in Newburgh, New York, son of Henry Beekman Myer and Eleanor McClanahan Myer.[1] The family moved to Western New York and after the death of his mother in 1834, he was raised primarily by his aunt in Buffalo. He worked as a telegrapher before entering Geneva College (now Hobart College) in Geneva, New York, in 1842, at age 13,[2] and from where he was graduated in 1847 as a member of The Kappa Alpha Society.[3] He received his M.D. degree from Buffalo Medical College in 1851, while working part-time for the New York State Telegraph Company. His doctoral thesis, A New Sign Language for Deaf Mutes, showed concepts that he later used for his invention of aerial telegraphy. Although he inherited a large fortune from his family, he was ambitious and intellectually curious. It was said "that he was specially noted for the manner in which he would take hold of an idea or principle, and, following it to its length and breadth, develop all there was in it or of it."[4]

He engaged in private medical practice in Florida and then sought a commission as a U.S. Army assistant surgeon (lieutenant), entering service September 18, 1854, posted at Fort Duncan, Texas, and Fort Davis, Jeff Davis County, Texas.[1] His major interest of the time, besides medicine, was to devise a system of signaling across long distances, using simple codes and lightweight materials. This system of codes using a single signal flag (or a lantern or kerosene torch at night), known as wig-wag signaling or aerial telegraphy, would be adopted and used by both sides in the Civil War and afterward.[5][note 1]

In 1858, the Army expressed interest in Myer's invention and appointed a board to examine "the principles and plans of the signalling, mode of use in the field, and course to be pursued in introducing to the army." Myer appeared before the board, chaired by Lt. Col. Robert E. Lee, in 1859 and convinced them to authorize field testing of his invention. He conducted field tests starting in April of that year around New York Harbor. The tests were successful and Secretary of War John B. Floyd recommended to Congress that the Army adopt Myer's system and that Myer be appointed as chief signal officer. Congress approved Myer's appointment as major and chief signal officer and the Signal Corps was formed, despite opposition in the Senate by Jefferson Davis from Mississippi. Myer was sent to the Department of New Mexico for further field trials of his system in a campaign against the Navajos.[2]

On August 24, 1857, he married Catherine Walden, daughter of a prominent Buffalo attorney, with whom he would have six children.[1]

Signal Corps and the Civil War

Myer was awarded a brevet promotion for his duties at Malvern Hill and other battles.

The June 21, 1860, letter from the War Department that ordered Myer to organize and command the new U.S. Army Signal Corps provided little of substance. It authorized $2000 for equipment and a promotion for Myer to major, effective June 27. Myer was faced with the responsibility of recruiting subordinates who could be detailed from elsewhere in the Army. The Signal Corps would not commence as an official Army organization until March 3, 1863, at which time Myer was promoted to colonel. Between these two dates, Myer served first under Maj. Gen. Benjamin Butler at Fort Monroe, Virginia, where he established a camp of instruction, and then as the chief signal officer for Maj. Gen. George B. McClellan's Army of the Potomac in its campaigns from the Peninsula Campaign to the Battle of Antietam. During this period Myer was awarded a brevet promotion to lieutenant colonel in the regular army for his actions at Hanover Court House, and to brevet colonel for Malvern Hill.[6]

Ironically, the first use in combat of Myer's signaling system was by Confederate Captain Edward Porter Alexander at the First Battle of Bull Run. Alexander had been a subordinate of Myer's and assisted in the New York field trials.[7]

In addition to his aerial signaling, Myer recognized the need for electrical telegraphy in field communications. He introduced a field telegraph train of wagons to support a device called the Beardslee telegraph, which used a dial instead of a key tapping Morse code, developed to require less training for its operators.

Myer's Signal Corps was actually a separate entity from the Military Telegraph Service, a War Department bureau staffed primarily by civilian telegraph operators. He had numerous organizational disputes with the assistant secretary of war for this function, attempting on several occasions to take control of all telegraphic operations. When he proposed to remove the less than dependable Beardslee device and recruit training telegraphers into the Signal Corps, Secretary of War Edwin M. Stanton removed him from his post as chief signal officer[2] on November 15, 1863,[6] and reassigned him out of Washington, D.C., effectively exiling him.

While conducting routine reconnaissance of the Mississippi River from Cairo, Illinois, to Memphis, Tennessee, Myer wrote the Manual of Signals for the United States Army and Navy. In June 1864, he was appointed by Maj. Gen. E.R.S. Canby to be the signal officer of the Military Division of West Mississippi.[6] Under Canby, Myer added a new duty to the tasks of the Signal Corps by working out a system for interrogating deserters and refugees who came into the Union lines. He also developed a coding system for transmitting routine messages between land and sea forces. He organized communications plans for the operations in the Mobile area and participated, with U.S. Navy officers, in the surrender of Fort Gaines.[8] He served as signal officer for the Department of the Gulf from August 1864 to 1865.[6]

While he was preparing for the Mobile campaign, Myer received the disturbing news that his appointment as colonel and chief signal officer, which had been made before his dismissal in 1863, had not been confirmed by the Senate and was revoked, thus returning him to his permanent rank of major. Through early 1865, Myer employed lawyers and political connections to attempt to correct what he perceived as an injustice. On July 28, 1866, reacting to the influence of Lt. Gen. Ulysses S. Grant and President Andrew Johnson, Congress reorganized the Signal Corps and, with the permanent rank of colonel, Myer again became chief signal officer. He was particularly gratified when word of this victory came on October 30, 1866, as his old nemesis, Edwin Stanton, had to inform him of his reinstatement. He was not confirmed in the position until February 1867 and was not ordered to active duty until August 1867. His new duties included control of the telegraph service, resolving the dispute that had removed him from his position.[8]

Myer received the brevet rank of brigadier general in honor of his formation of the Signal Corps, effective March 13, 1865. His commission as brigadier general in the regular Army came on June 16, 1880, two months before his death.[6] As an Army officer, Myer was nicknamed "Old Probabilities" by his subordinates.

Postbellum career

The U.S. Congress, on February 9, 1870, authorized "... meteorological observations at the military stations in the interior of the continent and at other points in the states and territories of the United States, and for giving notice on the northern lakes and seaboard by telegraph and signals of the approach and force of storms". This duty, previously conducted by the Smithsonian Institution, was assigned to General Myer's Signal Corps, due in part to his previous interests in storm telegraphy. It was the birth of the U.S. Weather Bureau, now the National Oceanic and Atmospheric Administration.[9] In 1873 at the International Meteorological Congress of Vienna, he proposed a resolution for the establishment throughout the world of weather stations and daily exchange of simultaneous weather observations,[10] the effective beginning of the World Meteorological Organization.[11]

Myer was instrumental in the development of heliography in the U.S. Army. In 1877, he acquired heliograph instruments from the British Army for experimental purposes and sent them on to General Nelson A. Miles, at the Yellowstone Department in Montana. Miles developed expertise with the heliograph, which he used to great purpose in the Arizona Apache campaigns.[12]

Myer headed the Signal Corps from August 21, 1867, until his death of nephritis[1] at Buffalo, New York, in 1880. He is interred in the Walden-Myer Mausoleum at Forest Lawn Cemetery in Buffalo.[6]

Legacy

Myer is honored by several entities: Fort Whipple, Virginia, was renamed Fort Myer in 1881; U.S. Navy ship (formerly U.S. Army Ship) USNS Albert J. Myer (T-ARC-6), an undersea cable-laying vessel built in the 1950s; the Albert J. Myer Center, the Signal Headquarters building of the U.S. Army Communication Electronics Command (CECOM) at Fort Monmouth, New Jersey; and the General Albert J. Myer Forecast Facility at the Buffalo Niagara International Airport. Hobart College awarded Myer an honorary LL.D. degree in 1872 and Union College conferred an honorary Ph.D. on him in 1875.[1]

See also

Notes

  1. ↑ Myer's signaling system should not be confused with semaphore signaling. The wig-wag system used a single flag, waved back and forth in a quasi-binary code conceptually similar to Morse code; semaphores used two flags and each character to be transmitted had a unique pattern for holding the flags.

References

  1. ↑ 1.0 1.1 1.2 1.3 1.4 Texas Handbook
  2. ↑ 2.0 2.1 2.2 Cameron, pp. 1380-81.
  3. ↑ Tarleton, p. 106.
  4. ↑ Brown, p. 20.
  5. ↑ Brown, pp. 20-21.
  6. ↑ 6.0 6.1 6.2 6.3 6.4 6.5 Eicher, pp. 402-03.
  7. ↑ Brown, pp. 43-44.
  8. ↑ 8.0 8.1 Scheips, Civil War History article.
  9. ↑ NOAA website.
  10. ↑ Report of the proceedings of the Meteorological congress at Vienna, 1873, p. 32.
  11. ↑ Origins of the WMO.
  12. ↑ Coe, Lewis (1993) The Telegraph: A History of Morse's Invention and its Predecessors in the United States McFarland, Jefferson, N.C., p. 10, ISBN 0-89950-736-0

Bibliography

Further reading

External links