The Henry G. Houghton Award
The procedure for Awards nominations is restricted to electronic submissions, unless stated otherwise. The nominator is responsible for uploading the entire nomination package. Most awards require the following: nomination letter, nominee Curriculum Vitae, bibliography, and three (3) letters of support. Please allow sufficient time prior to the deadline to gather all required files.
The Atmospheric Research Awards Committee has the responsibility to select and submit to the Council the names of individuals nominated for this award. All nominations should be submitted by 1 May 2015. The nominees for most awards remain on the committee's active list for three years. Read More
The Henry G. Houghton Award is given to an individual in recognition of research achievement in the field of physical meteorology, including atmospheric chemistry. The award is given to promising young or early-career scientists who have demonstrated outstanding ability. "Early career" is nominally taken to include scientists who are within ten years of having earned their highest degree or are under 40 years of age when nominated. It is intended that the Meisinger Award and the Henry G. Houghton Award between them shall embrace all facets of atmospheric research so that workers in all branches of the atmospheric sciences shall be eligible for one or the other. Nominations for the Meisinger and Houghton Awards may be pooled at the discretion of the ARA Committee (i.e. a Meisinger Award nominee may be considered for the Houghton Award and vice versa). Nominations are considered by the Atmospheric Research Awards Committee, which makes recommendations for final approval by AMS Council.
Henry G. Houghton (1905 – 1987)
Henry Garrett Houghton received his BS in 1926 from the Drexel Institute of Technology; his SM in electrical engineering in 1927 from the Massachusetts Institute of Technology and was a member of the research staff at MIT's Round Hill Research Station from 1928 to 1938. He became assistant professor of meteorology at MIT in 1939, associate professor and executive officer of the Department of Meteorology in 1942, and professor and head of the department in 1945, serving until his retirement in 1970.
At Round Hill, his meteorological work dealt with the fundamental physical properties of fog, equipment and methods for measuring fog particles, and the transmission of light and infrared radiation through fog and clouds. These studies led to the development in 1934 of one of the first practically tested ways of artificially dissipating fog over local areas by the use of calcium chloride spray.
During World War II he trained weather personnel for the Army and Navy and was a member of several committees working on infrared and heat radiation as well as meteorological and de-icing problems. His research focused on the nature of atmospheric condensation processes and the transmission of light and infrared radiation through fog and clouds, resulting in a new research field now known as cloud physics.
In addition, he was a member of the University Meteorological Committee, which coordinated military training programs in meteorology and advised the armed services on technical problems in meteorology. He also served as chairman of the panel on meteorology of the Joint Research and Development Board and chairman of the panel for weather and upper air research of the Scientific Advisory Board to the Commanding General of the Air Forces.
Houghton was instrumental in the formation of the University Corporation for Atmospheric Research in 1959 and served as first chairman of its board. In 1958, Houghton received the Charles F. Brooks Award from the AMS and was an honorary member of the Society, serving as its president (1946-1948) and as secretary (1956-57).
These early career awards are intended to recognize scientists who are within ten years of having earned their highest degree or are under 40 year of age when nominated. Consideration will also be given, however, to those who are still in the early stage of their careers but have seen these interrupted for up to 5-10 years by family leaves, military service, and the like.