While Environmental Earth System Science's research projects cover a wide breadth of fields, a special focus on five areas unites much of the work being done today.
Determining Sustainable Land and Water Practices
The earth resources that feed and shelter populations are limited, coveted and precious. The EESS department researches the best practices such that future generations may enjoy the same benefits from the earth's ecosystems that we do today.
Deciphering and Forecasting Land
Human activities, such as urbanization and agriculture, have profound effects on landscapes by modifying their physical and biological properties. The EESS department monitors how the landscape is being used with remote sensing technologies and models their dynamics in order to catalog the changes and develop better policies.
Defining Changes in Global Elemental Cycles
From major elements such as carbon and nitrogen to trace elements such as arsenic and uranium, faculty and students in the EESS department study the biological, chemical, and physical processes driving their cycling through land systems (including soils, lakes, streams, and groundwater), oceans, and atmosphere.
Resolving Ocean & Ecosystem Response to Global Change
The environment is constantly changing and these changes, natural or man made, may have severe repercussions on the health of the earth's ecosystems. The EESS department studies if and how these ecosystems adapt and evolve in response to these external pressures.
Elucidating Land-Climate, Ocean-Climate Feedbacks
Interactions between the ocean, atmosphere, land, cryosphere, and biosphere control Earth's climate. Research performed within the EESS department aims to characterize and model the fundamental dynamics of the climate system to predict its response to anthropogenic forcing and to provide avenues for mitigation.