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首页> 外文期刊>Agriculture and Biology Journal of North America >Soil fertility in land use for sustainable food crops production in the southern C?te d'Ivoire.
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Soil fertility in land use for sustainable food crops production in the southern C?te d'Ivoire.

机译:科特迪瓦南部土地的土壤肥力,用于可持续粮食作物的生产。

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For improving knowledge on soil physical and chemical properties and management in cassava as food crop production areas of C?te d’Ivoire, field survey was conducted in localities of Dabou in the southwest and Bingerville in the south of Abidjan city targeting three sites in each of the locality. After defining a topographic position of the cassava fields encountered, the soil composite samples were taken in 0-40 cm depth. Pits were opened on the slope and the profiles were described therein. The subsoil is most frequently used for the production of cassava, the main crop in these two regions. The results of analysis showed that the soils are chemically poor. The pH was strongly acidic, causing the problem of solubilization of the aluminum ions in soil solution as well as phosphorus availability. In addition, organic matter levels were low overall threatening the increase of the productivity of crops unless applying fertilizers. Soils can be described as of poor quality and almost unfit for sustainable cassava production according to its relatively demanding in organic matter.
机译:为了提高对科特迪瓦粮食作物产地木薯的土壤理化性质和管理的了解,在西南部的达布市和阿比让市的南部的宾格维尔进行了实地调查,针对每个地点三个地点的地方。在确定遇到的木薯场的地形位置后,在0-40厘米深度采集土壤复合材料样品。在斜坡上打开坑,并在其中描述轮廓。木土是这两个地区的主要农作物,地下土壤最常用于生产。分析结果表明,土壤化学性质较差。 pH是强酸性的,导致铝离子在土壤溶液中的溶解以及磷的有效性问题。此外,除非施用化肥,否则有机物总体水平较低,威胁到作物生产率的提高。根据土壤对有机物的相对需求,土壤可谓质量低劣,几乎不适合可持续木薯生产。

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