Agustin Colussi
Visiting Associate in Environmental Science and Engineering
Email: ajcoluss
its.caltech.edu
Tel: 626-395-4402
109 Keck Laboratory MC 131-24 Pasadena, CA 91125 Research GroupResearchers and Visitors
Research Faculty
Visiting Faculty
Mamadou Diallo
Visiting Associate in Environmental Science and Engineering
007 Beckman Institute
MC 139-74
Pasadena, CA 91125
JPL Associates
David Crisp
Development of radiative transfer algorithms for remote sensing and climate models of Venus, Earth, and Mars; development of in situ atmospheric structure and meteorological instruments.
Development of radiative transfer algorithms for remote sensing and climate models of Venus, Earth, and Mars; development of in situ atmospheric structure and meteorological instruments.
Randy Friedl
rfriedljpl.nasa.gov
Laboratory chemistry, reaction kinetics, reaction mechanisms, aerosol microphysics.
rfriedl
jpl.nasa.gov Laboratory chemistry, reaction kinetics, reaction mechanisms, aerosol microphysics.
M.-T. Leu
Atmospheric chemistry
Atmospheric chemistry
James J. Margitan
Jim Margitan's research focuses on in situ measurements of ozone using instruments aboard balloons and high altitude aircraft. He is also the Discipline Program Manager for JPL's Atmospheric Chemistry Program.
Jim Margitan's research focuses on in situ measurements of ozone using instruments aboard balloons and high altitude aircraft. He is also the Discipline Program Manager for JPL's Atmospheric Chemistry Program.
Charles Miller
Atmospheric Chemistry and Photochemistry, Molecular Spectroscopy, Carbon Cycle Science, Free Radical Structure/Reactivity Relationships.
Atmospheric Chemistry and Photochemistry, Molecular Spectroscopy, Carbon Cycle Science, Free Radical Structure/Reactivity Relationships.
Stanley Sander
Lab kinetics and photochemistry, atmospheric spectroscopy, satellite measurements.
Lab kinetics and photochemistry, atmospheric spectroscopy, satellite measurements.
Joao Teixeira
Turbulence, clouds and climate: Using a variety of models and observations to better understand the interactions between the Earth’s climate system and small-scale processes, such as turbulence, convection and clouds.
Turbulence, clouds and climate: Using a variety of models and observations to better understand the interactions between the Earth’s climate system and small-scale processes, such as turbulence, convection and clouds.
Geoff Toon
geoffrey.c.toonjpl.nasa.gov
Geoff Toon's research focuses on remote sensing the composition of the Earth's atmosphere by solar absorption FTIR spectrometry.
geoffrey.c.toon
jpl.nasa.govGeoff Toon's research focuses on remote sensing the composition of the Earth's atmosphere by solar absorption FTIR spectrometry.
Duane Waliser
Intraseasonal Variability, Ocean-Atmosphere Interactions, Climate Dynamics, Modeling and Prediction, US CLIVAR MJO Working Group.
Intraseasonal Variability, Ocean-Atmosphere Interactions, Climate Dynamics, Modeling and Prediction, US CLIVAR MJO Working Group.
Chris Webster
chris.r.websterjpl.nasa.gov
Chris Webster is engaged in the study the photochemistry and dynamics of Earth and planetary atmospheres. His Atmospheric Laser Spectroscopy Group at JPL develops and flies balloon, aircraft, and spacecraft state-of-the-art laser spectrometers for gas and mineral detection analysis.
chris.r.webster
jpl.nasa.govChris Webster is engaged in the study the photochemistry and dynamics of Earth and planetary atmospheres. His Atmospheric Laser Spectroscopy Group at JPL develops and flies balloon, aircraft, and spacecraft state-of-the-art laser spectrometers for gas and mineral detection analysis.
