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首页> 外文期刊>Ecological Modelling >Developing an approach for Sweden, Switzerland, United States and France for setting critical loads based on biodiversity including management, pollution and climate change
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Developing an approach for Sweden, Switzerland, United States and France for setting critical loads based on biodiversity including management, pollution and climate change

机译:为瑞典,瑞士,美国和法国制定一种方法,以根据包括管理,污染和气候变化在内的生物多样性确定关键负荷

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The integrated dynamic ecosystem model ForSAFE-VEG was used to estimate critical loads for nitrogen using different chemical and biological criteria, and attempting to account for possible effects of climate change. The study is based on a model application on sites used for critical loads assessments in Sweden and France, focusing on the ecological effect of nitrogen pollution. To assess critical loads for nitrogen to ecosystems, two criteria were used for the critical loads estimates, N leaching, and changes in plant community composition, and assessed using the models mentioned. We show that the models give results consistent with earlier results using other methods such as the simple mass balance method. We show that the new model system is operational over the whole of the territory and may be used for policy development and policy outcome assessments. (C) 2014 Elsevier B.V. All rights reserved.
机译:集成的动态生态系统模型ForSAFE-VEG用于使用不同的化学和生物学标准估算氮的临界负荷,并试图解释气候变化的可能影响。该研究基于瑞典和法国用于临界负荷评估的站点的模型应用,重点是氮污染的生态效应。为了评估氮对生态系统的临界负荷,对临界负荷估算使用了两个标准,即氮淋失和植物群落组成的变化,并使用上述模型进行了评估。我们表明,模型使用其他方法(例如简单质量平衡方法)给出的结果与早期结果一致。我们表明,新的模型系统可以在整个领土上运行,并且可以用于政策制定和政策成果评估。 (C)2014 Elsevier B.V.保留所有权利。

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