机译:优化基于ET的灌溉调度小麦和玉米与水限制
Qingdao Agr Univ Coll Agron Qingdao Shandong Peoples R China;
USDA ARS Rangeland Resources &
Syst Res Unit Ft Collins CO 80522 USA;
McGill Univ Dept Bioresource Engn Ste Anne De Bellevue PQ Canada;
Chinese Acad Sci Ctr Agr Resources Res Shijiazhuang Hebei Peoples R China;
Natl Meteorol Ctr Beijing Peoples R China;
Northwest A&
F Univ State Key Lab Soil Eros &
Dryland Farming Loess P Yangling Peoples R China;
Univ Calif Davis Dept Land Air &
Water Resources Davis CA 95616 USA;
Duke Univ Dept Biol Durham NC USA;
USDA ARS Natl Lab Agr &
Environm Ames IA USA;
Northwest A&
F Univ State Key Lab Soil Eros &
Dryland Farming Loess P Inst Soil &
Water Conservat Yangling Peoples R China;
Deficit irrigation; Evapotranspiration; Growth stage; RZWQM; Water use efficiency; Wheat and maize;
机译:优化基于ET的灌溉调度小麦和玉米与水限制
机译:优化基于ET的灌溉调度小麦和玉米与水限制
机译:利用SWAT模型评估海河平原冬小麦和夏玉米的作物产量和作物水分生产效率,优化灌溉制度。
机译:基于GIS的华北平原小麦和玉米灌溉水氮管理模型(WNMM)和农业决策支持工具(ADST)。
机译:通过动态编程和随机ET(o)数据对灌溉计划及其组成部分进行建模,并优化供水计划。
机译:边缘农业:孟加拉国沿海三角洲的玉米和小麦的浅层地下水动态和灌溉时间表
机译:利用水限制优化小麦和玉米灌溉调度