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机译:评估纤维素δ的冠层能量平衡和光合作用之间的相互作用。上标> 18& /上标> O:大规模模式和独立地面串联
Department of Biology University of Pennsylvania;
Department of Biology University of Pennsylvania;
Department of Earth System Science University of California;
USDA Forest Service Northern Research Station;
Department of Forest Resources University of Minnesota;
Department of Earth and Planetary Sciences School of Engineering and Applied Sciences Harvard University;
Department of Geography Center for Global Change and Earth Observations (CGCEO) Michigan State University;
Department of Ecosystem Science and Management Texas A &
M University;
USDA Forest Service Northern Research Station;
Department of Earth and Planetary Sciences School of Engineering and Applied Sciences Harvard University;
School of Forest Resources and Conservation University of Florida;
ESPM University of California Berkeley;
Institute of Arctic Biology University of Alaska-Fairbanks;
Department of Atmospheric and Oceanic Sciences University of Wisconsin-Madison;
Department of Geography University of Colorado;
Stable oxygen isotope; Energy balance; Canopy temperature; Leaf temperature; Gross primary production; δ18O;
机译:评估纤维素δ的冠层能量平衡和光合作用之间的相互作用。上标> 18& /上标> O:大规模模式和独立地面串联
机译: 18 superscript> EV和天顶角θ& 70 <上标>° superscript>在Yakutsk阵列数据中]]]>
机译: 18 superscript> EV和天顶角θ& 70 <上标>° superscript>在Yakutsk阵列数据中]]]>
机译:水稻冠层光合作用的模型,该模型结合了3D植物结构,辐射传输,叶片能量平衡和C3光合作用的子模型
机译:儿童营养调查表的可靠性和相对有效性以同时评估与正能量平衡相关的饮食模式以及与健康饮食相关的食物行为态度知识和环境
机译:土壤冠层光谱辐射,光合作用,荧光,温度和能量平衡的综合模型