Research Project
Grant-in-Aid for Scientific Research (B)
A new method to estimate carbon, water and heat fluxes in the terrestrial ecosystem was developed for a regional scale (several tens to one thousand kilometers) by modifying the terrestrial biosphere model BEAM, and allowed us to estimate the fluxes with 1 km spatial resolution. The permafrost and snow melting processes in the Frigid Zone and various processes in rice fields in the Tropical and Temperate Zones were incorporated the model as well. We also developed a new model to estimate evapotranspiration incorporating the topographic effect. We confirmed that these models fluxes have enough accuracy based upon the comparison with the ground measurement data at the flux observation sites.
All 2011 2010 2009 2008
All Journal Article (23 results) (of which Peer Reviewed: 22 results) Presentation (36 results) Book (4 results)
Meteorol.Soc.Japan Vol.89
Pages: 225-238
Jour. Meteorological Soc. Japan
Volume: 89 Pages: 225-238
130004788751
GeoJournal
Volume: 印刷中(未定)
Environmental Research Letters
Biogeosciences Vol.7
Pages: 641-655
Jour.Remote Sensing Vol.31
Pages: 903-912
Theoretical and Applied Climatology Vol.101
Pages: 459-473
Inter. Jour. Remote Sensing
Volume: 31 Pages: 903-912
Biogeosciences
Volume: 7 Pages: 641-655
Volume: 7 Pages: 2061-2080
Proc. Inter. Geoscience and Remote Sensing Symp. 2010
Pages: 367-370
120004384209
Hydrological Processes
Volume: 24 Pages: 618-630
Inter.Jour.Climatology
Volume: 30 Pages: 2004-2020
Applied Meteorology and Climatology Vol.48
Pages: 849-862
Hydrological Processes Vol.23
Pages: 2295-2306
Hydrological Processes 23
Theoretical and Applied Climatology
Journal of Applied Meteorology and Climatology 48
Meteorol.Soc.Japan Vol.86
Pages: 429-438
International Journal of Geoinformatics 4(4)
Pages: 1-7
SOLA 4
Pages: 73-76
J. Meteorol. Soc. Japan 86
110006792014