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机译:模拟气候变化条件下大米养分吸收与利用的变化:稻田中的2年实验
Center of Climate Change and Agriculture Institute of Resource Ecosystem and Environment of Agriculture Nanjing Agricultural University;
Center of Climate Change and Agriculture Institute of Resource Ecosystem and Environment of Agriculture Nanjing Agricultural University;
School of Agriculture and Food Faculty of Veterinary and Agricultural Sciences The University of Melbourne;
Center of Climate Change and Agriculture Institute of Resource Ecosystem and Environment of Agriculture Nanjing Agricultural University;
Center of Climate Change and Agriculture Institute of Resource Ecosystem and Environment of Agriculture Nanjing Agricultural University;
Center of Climate Change and Agriculture Institute of Resource Ecosystem and Environment of Agriculture Nanjing Agricultural University;
Free-air CO2enrichment (FACE); Elevated air temperature; Climate change; Nutrient dynamic; Southeast China;
机译:模拟气候变化条件下大米养分吸收与利用的变化:稻田中的2年实验
机译:不同土壤水分条件下氮耕稻氮吸收和利用 - 模拟土壤条件下的模型研究
机译:N<下标> 2的响应响应于两个对比水稻水条件下的秸秆保留的响应:稻米休耕旋转的田间试验
机译:CMIP5气候模式模拟模拟中国南方气候变化下双季稻田CH4排放特征
机译:评估预测田间种植的水稻吸收养分的机械数学模型,并选择化学提取剂以评估稻田土壤中的磷有效性。
机译:在不同气候条件下对稻田甲烷和一氧化二氮通量的两年实地测量
机译:基于现场实验的北海道地区预计气候变化条件下的水稻标题日期评估