Moscow / Mol / Oslo / Penryn / Wallingford / Frascati / Ottawa / New York / Ispra / Yokohama / Tõravere / Göttingen / /
Company
DELL / Japan Agency for Marine / SHR / DFiso / Cox / OFC / Intel / /
Country
Germany / Italy / Estonia / Norway / Belgium / Japan / Russia / United States / Canada / United Kingdom / China / /
Facility
Georg‐August University / University of Exeter / Norwegian Meteorological Institute / Hunter College / Flemish Institute / College of Life Sciences / Tartu Observatory / A. N. Severtsov Institute of Ecology / Beijing Normal University / University of California / /
IndustryTerm
simulation tools / energy conservation / model algorithm / analytical solutions / web‐based facility / remote sensing products / reference solutions / energy arising / ‐quality surface albedo products / energy / remote sensing flux products / infinite plane‐parallel media / center range maximum canopy height scattering law / surface products / computer efficient software / energy balance equation / surface systems / Energy closure / reference tools / solar energy / /
NaturalFeature
Forest Light Environmental Simulator / /
OperatingSystem
Mac OS / Suse / Linux / SUSE Linux / Windows XP / /
Organization
Institute for Environment and Sustainability / Buesgen‐Institute / Department of Geography / Beijing Normal University / Beijing / Flemish Institute / Centre for Ecology and Hydrology / University of California / Berkeley / A. N. Severtsov Institute of Ecology and Evolution / University of Exeter / Russian Academy of Science / College of Life Sciences / Georg‐August University / Department of Bioclimatology / DG Joint Research Centre / Hunter College / American Geophysical Union / Department of Environmental Science / Policy and Management / Institut d’Astronomie / Core Duo / Institute for Environment / European Commission / Earth Observation Directorate / School of Geography / Norwegian Meteorological Institute / Canada Centre for Remote Sensing / /
Person
Consistency / Georges Lemaître / /
Position
shortwave RT / RT / participating RT / canopy RT / Model / Monte Carlo RT / physically based canopy RT / /
ProgrammingLanguage
Fortran 95 / R / Fortran 90 / Fortran / /
ProvinceOrState
New York / California / Ontario / /
PublishedMedium
JOURNAL OF GEOPHYSICAL RESEARCH / /
Technology
2.5 GHz processor / radiation / RAM / Remote Sensing / 4 processor / Linux / eight 1.4 GHz Intel Itanium processors / 2.2 GHz processor / ESA / heat transfer / 3.2 GHz processor / operating system / model algorithm / http / SDRAM / simulation / /
JOURNAL OF GEOPHYSICAL RESEARCH, VOL. 116, G02019, doi:[removed]2010JG001511, 2011 RAMI4PILPS: An intercomparison of formulations for the partitioning of solar radiation in land surface models J.‐L. Widlowski,1 B. Pint