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New Faculty - Dr. Geoff Abers

Professor Geoff Abers is a geophysicist who uses the tools of earthquake seismology to understand the forces, material cycles, and deep structure of the Earth.

New Faculty-Toby Ault

Toby Ault
Extreme Weather during Climate Change
Emergent Climate Risk Lab (ECRL)

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Student site for Cornell Meteorology

About Eas

Earth and Atmospheric Sciences at Cornell is focused on understanding the nature and evolution of our home planet by applying the basic principles of mathematics, physics and chemistry. EAS hosts frontier research on a wide variety of processes which drive the solid earth, the oceans and the atmosphere.  From geohazards to critical resources, from the origin of mountains to the origin of megastorms, from the inner core to the edge of space, from reading the geological record of ancient earth to forecasting meteorological threats to future earth,  EAS scientists and students use the latest technologies while traveling the globe to probe our physical environment.  EAS is dedicated to training the next generation of global leaders in Earth and Atmospheric Sciences while promoting a citizenry informed on the science behind the important environmental and hazard issues of our time.

Recent News

Jordan elected 2014 AGU Fellow

The American Geophysical Union's 2014 class of AGU Fellows includes Cornell's Terry Jordan.

Mahowald makes Highly Cited Researcher list

Sciencewatch names 22 Highly Cited Researchers at Cornell in the sciences and social sciences...

Research shows Oklahoma seismicity triggered by wastewater disposal

Science covers Keranen's studies that delve into wastewater disposal implications for Oklahoma.

New Chair for EAS

Rick Allmendinger succeeds Larry Brown as EAS Chair July 1, 2014.

Isacks Receives Distinct Honor from AGU

2014 Walter H. Bucher Medal awarded to Professor Emeritus Bryan Isacks by the American Geophysical...

Did you know?

"What we perceive as colors in the sky is actually different wavelengths of visible light. Blue light has a shorter wavelength then red light. As visible light travels through the atmosphere, it is scattered by air molecules and tiny impurities (such as dust particles) that are suspended in the air. The blue wavelengths are scattered in all directions. This is why no matter in which direction you look the sky appears blue on a clear day. If enough of the blue light is scattered, little or no blue light remains in the sunbeam that reaches your eyes. The predominant visible wavelength that is left is red and the sky turns orange or red, particularly in the direction of the sun. The clouds also reflect and absorb the sunlight, reducing the total amount of light that reaches the Earth's surface. This makes the sky appear gray, or even black, if enough light is reflected and absorbed by the clouds."- Art DeGaetano, Ask a Scientist! Read More