机译:千禧一代模型:寻找可衡量的池和用于在新世纪建模土壤碳的转变
Climate and Ecosystem Sciences Division Lawrence Berkeley National Laboratory;
Biology Department San Diego State University;
Natural Resource Ecology Laboratory Colorado State University;
Biosciences Division Argonne National Laboratory;
Department of Microbiology and Plant Biology University of Oklahoma;
Appalachian Laboratory University of Maryland Center for Environmental Science;
Department of Biology and PhD Program in Biogeoscience Boston University;
Department of Environmental Sciences University of Toledo;
Department of Ecology Evolution and Marine Biology University of California Santa Barbara;
Climate and Ecosystem Sciences Division Lawrence Berkeley National Laboratory;
Environmental Science Division &
Climate Change Science Institute Oak Ridge National Laboratory;
Modeling; Soil carbon; Organic matter; Microbial activity; Decomposition; Global change;
机译:千禧一代模型:寻找可衡量的池和用于在新世纪建模土壤碳的转变
机译:昆士兰州南部连续种植和谷物种植下土壤肥力的长期趋势。九。使用CENTURY模型模拟土壤碳氮库。
机译:实验室土壤温育过程中产生的CO2逆模型,将世纪中的模型库与测得的土壤性质联系起来
机译:使用Century Soil Organic Matter模型评估预处理生物炭对温带土壤中土壤有机碳的长期影响
机译:用于模拟土壤固碳的可测量土壤有机碳组分。
机译:校正:使用反演模型评估美国雨养玉米生产系统中土壤碳固存的世纪预测
机译:千禧一代模型:寻找可衡量的池和用于在新世纪建模土壤碳的转变