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Clara Angel |
AGNR/Animal and Avian Sciences |
Reducing air emissions, phosphorus reductions |
|
Maureen Cropper |
BSOS/Economics |
Environmental health, energy economics |
|
Qingin Cui |
Engineering |
Renewable energy development and design, carbon management in infrastructure projects, green contracting in transportation projects |
|
James Edmonds |
Public Policy/JGCRI |
Long-term, global, energy, economy, and climate change |
|
Steve Fetter |
School Public Policy |
Climate change and carbon-free energy supply, nuclear energy and effects of radiation |
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Steven Gabriel |
Engineering |
Intersection of wastewater and methane and power production modeling, energy modeling, game theoretic model of global natural gas markets |
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Amy Gardner |
School of Architecture, Planning and Preservation
|
Alternative energy and sustainability |
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Jungho Kim |
Engineering |
Sustainable energy, building energy research |
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Jeffrey Klauda |
Engineering |
Alternative energy sources, hydrogen storage forfuel cells, and environmental aspects of carbon capture and release |
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Patrick McCluskey |
Engineering |
Renewable energy |
|
Reinhard Radermacher |
Engineering |
Environmentally responsible, economically feasible integrated energy conservation systems for buildings and transportation |
|
Gary Rubloff |
Engineering |
Nanostructures for Electrical Energy Storage (NEES), enable new, green solutions to energy storage in smaller, lighter packages |
|
Steven Smith |
JGCRI |
Long-term socioeconomic scenarios and the interface between socioeconomic systems and the climate system; aerosols, non-CO2 greenhouse gases, renewable energy, the carbon cycle, biomass energy, energy technologies, and land-use changes. |
|
David Tilley |
Engineering |
Ultralite Green Roof Design, Ecological Engineering Design, Wetland Hyperspectral Radiometry, Ecosystem Filtration of Air Pollutants, Net Energy Analysis of Bio-fuels, Environmental Accounting of Ecosystem Services, Energy Analysis, Industrial Ecology |
|
Eric Wachsman |
Engineering |
Developing advanced, efficient, energy conversion devices and technologies |
|
Roberton Williams III |
AGNR/Agriculture and Resource Economics |
Environmental economics, applications to climate, local air pollution, transportation and energy policy |
|
Sean Williamson |
Engineering |
Climate, energy, sustainability |
|
Michael Zachariah |
Engineering |
Nanomaterials for energy and advanced combustion, effect of aerosols on global climate change, developing measurement science for nanoparticles, high temperature chemistry in nanomaterials |
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