Jet Propulsion Laboratory / Applications Inc. / Sprint / 9 Science Systems / /
Country
Netherlands / Italy / Estonia / France / United States / United Kingdom / China / /
Currency
USD / /
Event
FDA Phase / /
Facility
Alachua Research Institute / University College London / Hunter College / Tartu Observatory / City University of New York / University of Wales / Joint Research Center / EC Joint Research Centre / Beijing Normal University / Joint Research Centre / /
IndustryTerm
credible solution / energy conservation / remote sensing technologies / radiation tools / satellite remote sensing data / internet address / forest canopy systems / analytical and numerical solutions / credible solutions / main benchmarking protocol / heterogeneous plant canopy systems / /
Organization
Institute for Environment and Sustainability / City University of New York / New York / Land Surface Unit / Center for Terrestrial Carbon Dynamics / Department of Geography / Beijing Normal University / Beijing / Noordwijk / University College London / London / European Space Agency / Global Vegetation Monitoring Unit / Remote Sensing Department / Alachua Research Institute / Hunter College / Centre d’E´tudes Spatiales / Joint Research Centre / American Geophysical Union / University of Wales / Institute for Environment / Joint Research Center / Climate and Land Surface Systems Interaction Centre / NASA Goddard Space Flight Center / EC Joint Research Centre / /
Person
Variables Defining / W. Qing Lewis / RAMI EXERCISE / /
Position
RT / The Radiation Transfer Model / General / model / Radiation Transfer Model / Artist / Major / representative / /
JOURNAL OF GEOPHYSICAL RESEARCH, VOL. 109, D06210, doi:[removed]2003JD004252, 2004 Radiation Transfer Model Intercomparison (RAMI) exercise: Results from the second phase B. Pinty,1 J.-L. Widlowski,1 M. Taberner,1 N. Gob