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首页> 外文期刊>Aspects of Applied Biology >Use of micro-dams in potato furrows to reduce erosion and runoff and minimise surface water contamination through pesticides
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Use of micro-dams in potato furrows to reduce erosion and runoff and minimise surface water contamination through pesticides

机译:在马铃薯犁沟中使用微型水坝,以减少侵蚀和径流,并使农药引起的地表水污染最小化

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The use of micro-dams in potato furrows is an interesting technology to reduce erosion and runoff in hilly areas. These phenomena are major sources of surface water contamination by nutrients and plant protection products (Gillijns et al., 2005). In 2011 Bayer CropScience set up a trial in collaboration with the Walloon Agricultural Research Centre (CRA-W) and ULg-Gembloux Agro-Bio Tech in Huldenberg (Belgium) to demonstrate this technique in potatoes. Micro-dams create barriers between furrows in order to encourage rainwater to infiltrate in the soil rather than to run off. The results from the trial over this year confirm that the application of micro-dams is effective in reducing erosion and runoff significantly. The total loss of plant protection products (PPP) to surface water is dramatically reduced and also strongly depends on the physic-chemical characteristics of the active ingredients. In addition, the technique tends to produce a higher yield of potato tubers as an effect of an optimisedutilisation of the available rainwater and nutrients.
机译:在马铃薯犁沟中使用微坝是减少丘陵地区侵蚀和径流的有趣技术。这些现象是地表水被养分和植物保护产品污染的主要来源(Gillijns等,2005)。 2011年,拜耳作物科学公司与瓦隆农业研究中心(CRA-W)和位于比利时霍尔登贝格的ULg-Gembloux农业生物技术公司合作,开展了一项试验,以在马铃薯中展示该技术。微型水坝在犁沟之间形成屏障,以鼓励雨水渗入土壤而不是径流。今年的试验结果证实,微坝的应用可有效减少侵蚀和径流。植物保护产品(PPP)在地表水中的总损失显着减少,并且在很大程度上还取决于活性成分的物理化学特性。另外,由于可利用的雨水和养分的优化利用,该技术倾向于产生更高产量的马铃薯块茎。

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