AgriBMPWater: systems approach to environmentally acceptable farming
AgriBMPWater: systems approach to environmentally acceptable farming
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DOI：
10.1016/j.envsoft.2003.09.004
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发表时间：
2005-02
期刊：
影响因子：
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通讯作者：
N. Turpin;P. Bontems;G. Rotillon;I. Bärlund;M. Kaljonen;S. Tattari;F. Feichtinger;P. Strauss;R. Haverkamp;M. Garnier;A. Porto;G. Benigni;A. Leone;M. Ripa;O. Eklo;E. Romstad;T. Bioteau;F. Birgand;P. Bordenave;R. Laplana;J. Lescot;L. Piet;F. Zahm
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文献类型：
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作者：
N. Turpin;P. Bontems;G. Rotillon;I. Bärlund;M. Kaljonen;S. Tattari;F. Feichtinger;P. Strauss;R. Haverkamp;M. Garnier;A. Porto;G. Benigni;A. Leone;M. Ripa;O. Eklo;E. Romstad;T. Bioteau;F. Birgand;P. Bordenave;R. Laplana;J. Lescot;L. Piet;F. Zahm
为了帮助当地监管机构减轻非点源农业污染并实施环境友好型农业实践，在名为 AgriBMPWater（FP5 成立）的多学科项目中对不同的现有或模拟最佳管理实践 (BMP) 进行了比较。该项目是在多学科方法和框架中设想和构建的。所开发的方法对应于对欧洲几个流域的几种 BMP 的成本/效益评估，还包括对农民可接受性的研究。通过对现有和潜在 BMP 的综合评估，选择网格有助于向监管机构提供如何进行环境、经济和社会学分析的帮助，从而帮助决策者。该项目遇到和处理的水质问题包括硝酸盐、磷、沉积物、农药负荷和酸性水问题。因此，开发的框架允许根据每个流域检测到的环境问题建立广泛的水文和经济模型。
To help local regulators mitigate non-point source agricultural pollution and implement environment-friendly agricultural practices, a comparison between different existing or simulated best management practices (BMPs) has been carried out within a pluridisciplinary project called AgriBMPWater (FP5 founded). The project has been imagined and built in a pluridisciplinary approach and framework. The approach developed corresponds to a cost/effectiveness assessment of several BMPs in several European watersheds, also including the study of their acceptability by farmers. Thanks to the integrated assessment of existing and potential BMPs, a selection grid contributes to provide assistance to regulators on how to conduct environmental, economic and sociological analyses for helping decision makers. Water quality problems encountered and dealt with in this project include nitrate, phosphorus, sediment, pesticide loads and acid water concerns. Thus, the developed framework allows for a large range of hydrological and economic models, depending on the environmental problem detected in each watershed.