机译:了解亚马逊的水和能量通量:从观察模型相互作用中的课程
Univ Arizona Dept Ecol &
Evolutionary Biol Tucson AZ USA;
Univ Arizona Dept Ecol &
Evolutionary Biol Tucson AZ USA;
Harvard Univ Dept Organism &
Evolutionary Biol Cambridge MA 02138 USA;
Colorado State Univ Atmospher Sci Ft Collins CO 80523 USA;
Harvard Univ Dept Organism &
Evolutionary Biol Cambridge MA 02138 USA;
Univ Exeter Coll Life &
Environm Sci Exeter Devon England;
Embrapa Amazonia Oriental Belem Para Brazil;
Univ Texas Rio Grande Valley Dept Biol Edinburg TX USA;
Univ Fed Vicosa Dept Agr Engn Vicosa MG Brazil;
SUNY Albany Albany NY 12222 USA;
Univ Leeds Sch Geog Leeds W Yorkshire England;
Univ Fed Vicosa Dept Agr Engn Vicosa MG Brazil;
Univ Oxford Sch Geog &
Environm Environm Change Inst Oxford England;
Natl Inst Space Res INPE Ctr Earth Syst Sci Sao Jose Dos Campos Sao Pablo Brazil;
Univ Arizona Dept Hydrol &
Atmospher Sci Tucson AZ USA;
CALTECH Jet Prop Lab Pasadena CA USA;
Univ Arizona Dept Ecol &
Evolutionary Biol Tucson AZ USA;
Amazonia; climate interactions; ecosystem; eddy covariance flux seasonality; energy balance; evapotranspiration; land surface models; tropical forests;
机译:能量和水通量的多模型分析:运营分析,地表模型和遥感之间的比较
机译:地表参数化方案的相互比较:表面能和水通量对模型参数的敏感性
机译:了解韩国生长季节农田水和能量通量的通用土地模型表现
机译:在有限数据可用性下通过小规模储层系统模拟水能通量
机译:用全综合水文模型了解异质性和形貌对山地草甸水和能量通量的规模影响
机译:西南亚马逊热带森林气候极端事件后碳和水通量的变化
机译:利用高分辨率卫星图像对亚马逊表面能量和水通量分配的影响
机译:Energy-Water Nexus:改善联邦用水数据将增加对电厂用水趋势的了解