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机译:增加使用不同空间尺度的营养减少目标的成本效益
Faculty of Economic Sciences University of Warsaw Poland Charles University Environmental Center Czechia;
Department of Environmental Science Aarhus University Denmark;
Department of Environmental Science Aarhus University Denmark;
Faculty of Economic Sciences University of Warsaw Poland;
Department of Environmental Science Aarhus University Denmark;
Faculty of Economic Sciences University of Warsaw Poland;
Department of Environmental Science Aarhus University Denmark;
Baltic Sea Centre Stockholm University Sweden;
Australian Rivers Institute Griffith University Australia;
Baltic Sea Centre Stockholm University Sweden;
Department of Environmental Science Aarhus University Denmark;
Institute of Economics and Finance Warsaw University of Life Sciences Poland;
Faculty of Economic Sciences University of Warsaw Poland;
Faculty of Economic Sciences University of Warsaw Poland;
Institute of Biodiversity Animal Health and Comparative Medicine University of Glasgow United Kingdom of Great Britain and Northern Ireland;
Cost-effectiveness; Nutrient pollution; Agricultural run-off; Baltic Sea; Eutrophication; JEL classifications: Q52; Q53; Q.18; Q25; F53; R52;
机译:规模重要吗?目标水平变化时减少农业营养素的成本效益
机译:规模重要吗?当目标水平变化时,减少农业营养素的成本效益。
机译:溪流中的硅藻β-多样性随空间尺度增加,并随着区域到亚大陆尺度的营养丰富而降低
机译:规模还是什么事? - 当目标水平变化时,农业养分减少的效果
机译:菲律宾塔尔湖减少养分污染的成本效益。
机译:增加胎盘XIAP和Caspase 3与婴儿营养减少婴儿模型中的胎盘凋亡增加有关(MNR)
机译:尺度是否重要? - 目标水平变化时农业营养成本的成本效益