Header Arthur L. Day Prize and Lectureship

Header Arthur L. Day Prize and Lectureship

About the Arthur L. Day Prize and Lectureship

Awarded to a scientist making lasting contributions to the study of the physics of the Earth and whose lectures will provide solid, timely, and useful additions to the knowledge and literature in the field. The nominee should also be a good speaker with the ability to summarize and synthesize current knowledge in the field. The recipient is awarded a $50,000 prize and funds to present a series of Day Lectures. Provided for by funds from the Arthur L. Day Bequest.

Most Recent Recipient

Linda T. Elkins-Tanton, Arizona State University, will receive the 2020 Arthur L. Day Prize and Lectureship. Elkins-Tanton is the world’s leading figure in the early evolution of rocky planets and planetesimals. She has produced high-impact publications on magma oceans, studied the formation of the Siberian flood basalts and how they triggered catastrophic climate change and the extinction event at the end of the Permian, and explored models of thermal processing on the early moon that may help us understand the complex history recorded in ancient lunar crustal rocks.

Elkins-Tanton currently serves as the principal investigator for the NASA spacecraft mission to Psyche, an M-class asteroid thought to be largely made of metal. The Psyche spacecraft is scheduled for launch in 2022 and arrival in 2026. Read more about Elkins-Tanton's work» 

Arthur L. Day Lectureship

Richard B. Alley, the 2014 recipient of the Arthur L. Day Prize and Lectureship, presented a series of five lectures on a variety of topics including climate change, energy, and the environment at locations throughout the United States. Learn more about Alley's Day Lectures» 

Recipients:

Linda T. Elkins-Tanton (2020) 
For her work that combines geodynamic modeling, petrology, geochemistry and field investigations to provide first-order constraints and fundamental insights into planetary chemical differentiation processes.
Read more about Elkins-Tanton's work»

Susan Solomon (2017)
For her work in understanding atmospheric chemistry related to stratospheric ozone depletion and for her leadership in communicating climate change science.
Read more about Solomon's work»
Learn more about Solomon's Day Lectures» 
Watch A.R. Ravishankara's acceptance speech on behalf of Susan Solomon»

Richard B. Alley (2014)
For his contributions to understanding the Earth’s past climate through high precision dating of ice cores and for his elucidation of the physical and chemical processes that govern the accumulation of ice and its movement in glaciers and ice streams.
Learn more about Alley's Day Lectures» 
Watch Alley's acceptance speech» 

R. Lawrence Edwards (2011)
For innovative use of U-Th and stable isotope systems to discover and quantify abrupt 30-500 ka temperature excursions and their timings attending Milankovitch cycle-induced global climate changes.
Learn more about Dr. Edward's Day Lectures»

Stanley R. Hart (2008)
For development of the new field of "chemical geodynamics" through the use of the chemical and isotopic signature of mantle-derived samples to map and constrain the dynamical evolution of the Earth's interior.

Herbert E. Huppert (2005)
For fundamental research into the fluid mechanics of natural and multiphase flows and for pioneering the field of geological fluid mechanics.

Wallace S. Broecker (2002)
For his uniquely evocative, creative voice that has fundamentally changed the way we think about the role of oceans in the climate system.

Sean C. Solomon (1999)
For his analysis of seismological data constraining the tectonics of the earth's lithosphere, and for his development of global tectonic models of the moon and terrestrial planets.

James G. Anderson (1996)
For his pioneering work on the study of the abundance and chemical physics of radicals in the stratosphere and the effects of human influence on the ozone layer.

Hiroo Kanamori (1993)
For his outstanding contributions to the fundamental physics of the earthquake source process and to its application to earthquake prediction and mitigation of seismic risks.

Ho-kwang Mao (1990)
For his measurement of fundamental properties of elements and minerals under extreme conditions and development of the diamond cell to megabar pressures, thereby increasing our knowledge of planetary interiors.

Harmon Craig (1987)
For the masterful use of the isotopes of the elements from hydrogen through oxygen in attacking problems of cosmochemistry, mantle geochemistry, oceanography, and climatology.

Allan Cox (1984)
For his development of the geomagnetic-reversal time scale.

G. J. Wasserburg (1981)
For his work in the use of isotopes in studying geophysical problems of the solar system, ranging from the early solar nebula to rock formation on the moon and in the earth's mantle.

John Verhoogen (1978)
For his fundamental work on the thermodynamics of the earth's core and mantle, and his contributions to scholarship in the earth's sciences.

Drummond H. Matthews and Fred J. Vine (1975)
For their discovery that the stripes in oceanic magnetic anomaly patterns are a datable record of the history of sea-floor spreading and continental drift, thus making one of the major contributions to the revolution in earth sciences now known as plate tectonics.

Hatten S. Yoder, Jr. (1972)
For his work on mineral systems under extreme conditions of pressure and temperature.

 

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