|
Robert Adler |
CMNS/ESSIC |
Analysis of precipitation observations from space on global and regional scales using Tropical Rainfall Measurement Mission (TRMM) data along with data from other satellites |
|
Anna Alberini |
Agriculture and Resource Economics |
|
|
Phil Arkin |
CMNS/ESSIC |
Climate Variability and Change, global precipitation |
|
Andrew Baldwin |
AGNR/Environmental Science and Technology |
Sea level rise and coastal wetlands |
|
Hugo Berbery |
CMNS/Atmosphere and Ocean Sciences |
Water and energy budgets, land surface-atmosphere interactions |
|
Neil Blough |
CMNS/Chemistry |
Environmental photochemistry, carbon cycling |
|
Kaye Brubaker |
Civil and Environmental Engineering |
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Hydrology and Hydroclimatology
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Computer models
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Remotely-sensed data (satellite multispectral, airborne LiDAR, ground-based radar)
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Geographic Information Systems
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Theory of space-time random fields
|
|
Antonio Busalacchi |
CMNS/Atmosphere and Ocean Sciences/ESSIC |
Climate variability and prediction, tropical ocean modeling, ocean remote sensing, and data assimilation |
|
Philip Candela |
CMNS/Geology |
Environmental geology |
|
James Carton |
CMNS/Atmosphere and Ocean Sciences |
Oceanography, climate, data reanalysis |
|
Junye Chen
|
CMNS/ESSIC |
Global long-term climate trend and variability, the related global energy budget variation and circulation change, and the effect of inhomogeneity in reanalyses on climate |
|
Russell Dickerson |
CMNS/Atmosphere and Ocean Sciences |
Global Change, atmospheric chemistry |
|
Ralph Dubayah |
BSOS/Geography |
Carbon modeling, remote sensing, biodiversity and habitats |
|
James Edmonds |
Public Policy/JGCRI |
Long-term, global, energy, economy, and climate change |
|
Sheryl Ehrman |
Chemical and Biomolecular Engineering |
Air Quality, NOx emissions and detection; Thermal synthesis of high surface area materials for energy applications; |
|
Michael Evans |
CMNS/Geology |
Predictability and mechanisms of decadal climate variability, paleoclimate |
|
James Farqhuar |
CMNS/Geology |
Atmosphere-surface interactions, atmospheric evolution, sulfur and oxygen biogeochemistry |
|
Sinead Farrell |
CMNS/ESSIC |
Remote sensing of the Earth's polar regions using satellite and airborne altimetry for marine geophysics and cryospheric investigations |
|
Steve Fetter |
School Public Policy |
Climate change and carbon-free energy supply, nuclear energy and effects of radiation |
|
Shirley Fiske |
BSOS/Anthropology |
Applied and practicing anthropology, environmental and natural resource anthropology, sustainability, climate change, public policy |
|
Gerald Galloway |
Engineering |
Hydrology |
|
James Gimpel |
BSOS/Government and Politics |
Human dimensions, global change |
|
Samuel Goward |
BSOS/Geography |
Global Change, remote sensing |
|
Guojun Gu
|
CMNS/ESSIC |
Tropical meteorology and climate dynamics, covering tropical convection and waves/oscillations, tropical atmospheric large-scale dynamics and circulation, monsoon processes, air-sea-land interactions, and global climate variability/change |
|
Richard Hansell |
CMNS/ESSIC |
Effects of dust particle microphysics and mineralogy on the LW dust single-scattering properties for ground and satellite-based remote sensing and climate applications, including the LW direct radiative effects of dust |
|
Andrew Harris |
CMNS/ESSIC |
Generation of sea surface temperature products from satellite data, fundamental instrument calibration and characterization in the thermal IR, and development of high-resolution global SST analyses |
|
Thomas Holtz, Jr. |
CMNS/Geology |
Paleobiogeography, paleoecology |
|
Chengquan Huang |
BSOS/Geography |
Remote sensing, carbon science, land use/land cover |
|
Robert Hudson |
CMNS/Atmosphere and Ocean Sciences |
Ozone and aerosol concentrations, atmospheric chemistry and dynamics |
|
George Hurtt |
BSOS/Geography |
Ecological theory and its applications; Terrestrial ecosystems, carbon, and biodiversity; Dynamics and consequences of land-use, land-cover, and climate change; Integrated models and observations of coupled natural-human systems; Sustainability science
|
|
Qiang Ji |
CMNS/ESSIC |
Atmospheric aerosols and their effects on climate |
|
Christopher Justice |
BSOS/Geography |
Land use/land cover, agriculture monitoring, climate and global change, terrestrial observing, remote sensing |
|
Eugenia Kalnay |
CMNS/Atmosphere and Ocean Sciences |
Climate change, predictability, human systems to model climate |
|
Michael Kearney |
BSOS/Geography |
Coastal processes and ecology, Climate change ( late Quaternary; future climatic trends and impacts), Remote sensing of coasts |
|
Eric Kasischke |
BSOS/Geography |
Forest ecology, remote sensing, trace gas emissions |
|
Alan Kaufman |
CMNS/Geology |
Ecosystem ecology, hydrography |
|
Sujay Kaushal |
CMNS/Geology |
Biogeochemistry, limnology, fate and transport of organic pollutants, effects of land use/climate change, aquatic restoration ecology, stable isotopes as environmental tracers, microbial ecology |
|
Chris Kidd |
CMNS/ESSIC |
Satellite meteorology and climatology |
|
Paul Leisnham |
AGNR/Environmental Science and Technology |
Global change, biology |
|
Can Li |
CMNS/ESSIC |
Air pollution and its impact on weather and climate |
|
Zhanqing Li |
CMNS/Atmosphere and Ocean Sciences |
Radiation budgets, clouds and precipitation, aerosols, remote sensing |
|
Shunlin Liang |
BSOS/Geography |
Remote sensing, land use change, surface energy budget |
|
Karen Lips |
CMNS/Biology |
Ecology, disease biology, Global Change |
|
William McDonough |
CMNS/Geology |
Solid earth geochemistry |
|
Elise Miller-Hooks |
Engineering |
GHG reduction, disaster preparedness |
|
Jonathan Mittaz |
CMNS/ESSIC |
Maintaining and developing NOAA's operational Geostationary Sea Surface Temperature products as well as projects involving the improvement to the calibration of NOAA's broad band infrared sensors |
|
Bahram Momen |
AGNR/Environmental Science and Technology |
Effects of Air pollution and Climate Change on Ecosystem |
|
Richard Moss |
CMNS/ESSIC/JGCRI |
Development and use of scenarios, characterization and communication of uncertainty, and adaptation and vulnerability to climate change |
|
Raghu Murtugudde |
CMNS/Atmosphere and Ocean Sciences |
Ocean’s role in climate, marine ecosystem, impact of climate on human health |
|
Raghuran Narasimhan |
BSOS/Geography |
Global Change, remote sensing |
|
Brian Needelman |
AGNR/Environmental Science and Technology |
Climate change and coastal habitats, GHG balances |
|
Sumant Nigam |
CMNS/Atmosphere and Ocean Sciences |
Climate variability, hydro-climate, teleconnections |
|
John Ondov |
CMNS/Chemistry |
Urban atmospheric chemistry, urban air quality, aerosol tracers |
|
Michael Paolisso |
BSOS/Anthropology |
MEES, climate change, ecosystem restoration (Chesapeake Bay) |
|
Rachel Pinker |
CMNS/Atmosphere and Ocean Sciences |
Radiative fluxes, remote sensing |
|
Karen Prestegaard |
CMNS/Geology |
Hydrologic consequences of climate change |
|
Stephen Prince |
BSOS/Geography |
Climate Implications of land cover change |
|
Carol Rogers |
School of Journalism |
Science journalism, in particular media coverage of climate change |
|
Amir Sapkota |
School Public Health |
Climate Change and respiratory health |
|
Ross Salawitch |
CMNS/Atmosphere and Ocean Sciences |
Quantification of the effect of human activity on atmospheric composition; air quality, climate change and global carbon cycle |
|
Julie Ann Silva |
BSOS/Geography |
Human dimensions of Global Change |
|
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. |
|
Jeffrey Stehr |
CMNS/Atmosphere and Ocean Sciences |
Global air quality and global change, pollution monitoring and measurement using satellites |
|
Joseph Sullivan |
AGNR/Plant Science and Landscape Architecture |
Global climate change, urban forestry |
|
Guoqing Sun |
BSOS/Geography |
Land use/land cover, remote sensing |
|
John Townshend |
BSOS/Geography |
Bio-optical oceanography, coastal ocean color, carbon cycling in wetlands and coastal ecosystems, underwater radiative transfer modeling, radiative transfer in the atmosphere |
|
Maria Tzortziou |
CMNS/ESSIC |
Land cover dynamics, remote sensing, environmental information systems |
|
Konstantin Vinnikov |
CMNS/Atmosphere and Ocean Sciences |
Climate change, remote sensing, glaciology |
|
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. |
|
Ning Zeng |
CMNS/Atmosphere and Ocean Sciences |
Carbon cycle-climate interaction and modeling of atmosphere-land-vegetation-ocean system |
|
Da-Lin Zhang |
CMNS/Atmosphere and Ocean Sciences |
Regional climate, mesoscale convective systems |
|
Rong-Hua Zhang |
CMNS/ESSIC |
El Nino studies; Decadal variability; Air-sea interactions; Midlatitude-tropics oceanic interactions; Large-scale numerical modeling |
|
Lei Zhang |
Engineering |
Transportation, land use and environmental planning |
|
Wenlu Zhu |
CMNS/Geology |
Terrestrial CO2 sequestration |
