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The quantitative determination of methane and carbon dioxide isotopic fluxes from the most important source and sink regions constitutes a first order imperative in the union of energy, climate, and public policy for this country. To address this...

The massive loss of Arctic floating ice was not forecast, nor is it quantitatively understood. What is clear is that the feedbacks intrinsic to the system will eliminate the second half of the permanent ice more quickly than the first half was lost –...

Research Area Overview The Anderson group is engaged in a coupled array of research projects designed to establish the quantitative coupling between (1) the forcing of climate by increasing carbon dioxide and methane and other infrared active molecules...

Our team has worked with Aurora Flight Sciences for the past 24 months in order to prepare their small fleet of DA42 aircraft for scientific research at low altitude. The DA42 is a twin-engine aircraft, certificated under the FAA for operations worldwide...

The Anderson research group addresses the coupling of climate change and chemistry; stratospheric free radical catalyzed ozone loss, carbon isotopic fluxes from the Arctic, ice penetrating radar mapping of glacial structures, ozone loss over the US in...

Curriculum Vitae Education: U. Washington — Physics, B.S., 1966 U. Colorado — Physics/Astrogeophysics, Ph.D., 1970 U. Pittsburgh — Department of Physics, Postdoctoral Fellow, 1971-1972 Appointments: 1982– Present — Philip S. Weld Professor of Atmospheric...