机译:评估冬季作物的作用增加的机会,作为对美国内陆太平洋西北部旱地种植制度的气候变化的适应
Department of Biological Systems Engineering Washington State University;
Department of Biological Systems Engineering Washington State University;
Department of Biological Systems Engineering Washington State University;
Department of Geography University of Idaho;
Northwest Sustainable Agroecosystems Research USDA-ARS;
Department of Crop and Soil Sciences Washington State University;
Department of Biological Systems Engineering Washington State University;
Department of Applied Economics Oregon State University;
Department of Plant Soil and Entomological Sciences University of Idaho;
Department of Biological Engineering University of Idaho;
Alternative rotations; Crop modeling; Global climate models; Representative concentration pathways;
机译:评估冬季作物的作用增加的机会,作为对美国内陆太平洋西北部旱地种植制度的气候变化的适应
机译:预测气候变化会对美国内陆西北太平洋旱地种植系统的表层土壤有机物质产生负面影响
机译:预测气候变化会对美国内陆西北太平洋旱地种植系统的表层土壤有机物质产生负面影响
机译:综合山羊(Aegilops Collindrica)在太平洋西北旱地裁剪系统综合管理
机译:西北太平洋内陆旱地种植系统中俄罗斯蓟(Salsola Tragus L.)的多样性和管理。
机译:杂草对西北太平洋旱地种植系统休耕管理的反应
机译:评估冬季作物的作用增加的机会,作为对美国内陆太平洋西北部旱地种植制度的气候变化的适应
机译:识别区域对大气CO(次级2)和气候变化的影响和响应的过程--- mINK项目。报告IIB,农业水平模拟气候变化对mINK地区作物生产的影响。