The Henry Stommel Research Medal is granted to researchers in recognition of outstanding contributions to the advancement of the understanding of the dynamics and physics of the ocean. It represents the highest award the Society can bestow upon an oceanographer. The award is in the form of a medallion.
Nominations are considered by the Oceanographic Research Awards Committee, which makes a recommendation for final approval by AMS Council.
Thank you for your interest in submitting a nomination! AMS membership is not required to submit an award nomination. Nominations are due by 1 May. The nominator is responsible for uploading the entire nomination package.
The nominees for awards remain on the committee's active list for three years. You will be allowed to update an unsuccessful nomination at the beginning of the next award cycle.
The 2019 Lecturers have been selected by AMS Council. Nominations for the 2020 Lecturers will open in January 2019.
(Photo by Vicky Cullen, WHOI)
Henry Melson Stommel was a major contributor to the field of physical oceanography. Beginning in the 1940s, he advanced theories about global ocean circulation patterns and the behavior of the Gulf Stream that form the basis of physical oceanography today.
Stommel received his BS from Yale University in 1942 and served there as an instructor in mathematics and astronomy from 1942-44. From 1944 to 1959, Stommel was a research associate at the Woods Hole Oceanographic Institution. He became professor of oceanography at Harvard University in 1959 and moved to the Massachusetts Institute of Technology in 1963, where he remained until 1978, returning to Woods Hole until his retirement. Stommel established the PANULIRUS station (begun in 1954) in Bermuda. He was elected to the National Academy of Sciences in 1962 and received the National Medal of Science in 1989.
Together with Arnold Arons, Stommel proposed a theory of a global ocean current circulation in which surface water sinks in the polar regions to feed the deep boundary currents on the western sides of basins, while the interior flow actually moves towards the pole. This work, based on laboratory studies, predated the discovery of such boundary currents, and remains one of the great achievements in theoretical physical oceanography. Stommel also developed early models of the thermohaline circulation which suggested that it might have more than one stable state.
In addition to his work on large-scale ocean currents, Stommel did research on a variety of problems in oceanography and meteorology. These include work on the classification of estuaries, estimates of turbulent diffusion, and studies of the impact of volcanoes on climate.