The research areas in Earth and Atmospheric sciences spam from studying how volcanic ash from past eruptions affected the Earth, to exploring the possibility of heating Cornell's campus with deep geothermal energy.
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Includes deformation observed from space, upper crustal structure of late Cenozoic Mountain belts, active source & earthquake seismology, geomechanics and the Cornell Andes project.
A hallmark of Cornell research in solid earth sciences has been the tight integration of geophysics and geology. That tradition continues today with expanding research programs in the fields of active tectonics and structural geology.
Environmental consequences of climate change and miocene paleoclimate history.
Includes origin and evolution of continental crust, mantle evolution, Cornell Andes project, biogeochemistry, ore deposits and volcano geophysics.
Topics include mid-latitude synoptic weather systems, statistical weather forecasting, application of climate information to decision-making, atmosphere/biosphere interactions, and climate impact assessment.
Study of climate dynamics, climate variability, weather and climate prediction, climate change, weather extremes, air pollution, atmospheric chemistry including aerosols, the hydrological cycle and atmosphere–ocean and atmosphere–land interactions.
Includes the Cornell Andes project, environmental biophysics, biogeochemistry program, earth energy systems, paleontology, paleobiology, conservation paleobiology and paleoclimate history.
Includes geochemistry, atmospheric chemistry, ecohydrology, soil biogeochemistry, coastal systems, nitrogen/climate/forest interactions, and land surface interactions.
Spans knowledge across the lithosphere, biosphere, atmosphere, cryosphere and hydrosphere using laboratory, field, remote sensing and modeling studies to promote understanding.
Includes extrasolar planets, planetary atmospheres & giant planets, planetary geology & geophysics, small objects in the solar system, radar studies, ring dynamics, and space physics.
Researchers in this area work on all aspects of natural hazards, including the forecasting of catastrophic events, risk management, and the nature of precursors of natural and technological hazards.
Includes near-real-time modeling of Right Whale foraging areas in the Gulf of Maine, eddy-wind impacts on global ocean primary production, North Atlantic Ocean marine ecosystem research, phytoplankton blooms research, and tracking network interannual variability of North Atlantic spring.
Topics include geothermal, fossil fuels, wind power, biofuels, ore deposits, internal and external crystallography, crystal chemistry, optical mineralogy, sustainable development, waste water, water supply, and reactive nitrogen.