机译:优化主要谷物种植模式及改善水生产率:水占地面积概念的应用<链接Href =“#IRD2362-Note 0001”/>
Department of Water Science and EngineeringImam Khomeini International UniversityQazvin Iran (the Islamic Republic of);
Department of Arid and Mountainous Regions Reclamation College of Agriculture and Natural ResourcesUniversity of TehranKaraj Iran (the Islamic Republic of);
Department of Irrigation and Reclamation EngineeringUniversity of TehranKaraj Iran (the Islamic Republic of);
Queensland Alliance for Agriculture and Food Innovation (QAAFI) Centre for Crop ScienceUniversity of QueenslandToowoomba Australia;
white water footprint; clustering; crop pattern; linear programming;
机译:优化主要谷物种植模式及改善水生产率:水占地面积概念的应用<链接Href =“#IRD2362-Note 0001”/>
机译:水足迹与统一虚拟作物模式相结合在中国粮食生产中评价作物水分生产率的应用
机译:灌溉深度减少,种植日与种植模式对西湖荨麻疹水生产率,伊朗<链接HREF =“#IRD2294-Note 0001”/>
机译:通过提高用水效率和作物产量来减少利比亚的农业用水需求
机译:城市能源系统的水足迹:评估电力供应风险因素的概念,方法和应用
机译:植物中氮营养与用水的交点:新的作物生产率的新途径
机译:水占地面积评估优化盐水灌溉作物生产的应用:河豚的情景评估