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![]() | Document Date: 2008-02-29 11:43:39Open Document File Size: 3,81 MBShare Result on FacebookCityChiang Mai / Cooperatives / /CompanyGlobal Land Data Assimilation Systems / ESRI Inc. / Elsevier B.V. / /CountryThailand / United States / Vietnam / China / Asia / /CurrencyDEM / / /EventEnvironmental Issue / Natural Disaster / /FacilityUniversity of Washington / University of Tokyo / station P.14 / Research Station / /IndustryTermphysical and chemical soil properties / energy-balance model / flow network / nearest-neighbor assignment algorithm / stream network / chemical properties / water resource tool / map product / pre-processing / water resource management / /NaturalFeatureSelected forest / Ping River / Mae Mu river / Chaem River / Mekong river / Strahler stream / Lancang river / Mae Suk river / Chao Phraya River / Mae Chaem river / /OrganizationInternational Soil Reference and Information Centre / RID Hydrology and Water Management Center for the Upper Northern Region / World Agroforestry Centre / Royal Project Foundation / Development Department / Thai Meteorological Department / University of Tokyo in Japan / USA School of Oceanography / Royal Irrigation Department / United Nations / World Agroforestry Center / National Aeronautics and Space Administration / University of Washington / Seattle / Ministry of Agriculture / United Nations Educational Scientific and Cultural Organization / /PersonBan Mae Mu / Mae Suk / Ban Mae Suk / Overall / Mae Chaem / Mae Sariang / Topography / Mae Jo Agromet / Doi Inthanon / Mae Hong Son / Mae Mu / / /PositionWalker / Corresponding author / model / geospatial landscape/ hydrology model / /ProductDistributed Hydrology-Soil Vegetation Model / /ProvinceOrStateBritish Columbia / Washington / /Regioncentral Thailand / Northern Thailand / Southeast Asia / /Technologyradiation / nearest-neighbor assignment algorithm / Lua / simulation / /URLwww.elsevier.com/locate/jhydrol / www.sciencedirect.com / /SocialTag |