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Data on the vegetative response of cowpea to fertilizer application on three selected benchmark soils of the Upper West region of Ghana

机译:关于加纳上游地区三个选定基准土壤豇豆培养应用的数据

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Declining soil fertility among smallholder farmers in the Savannah zones of Ghana, among other issues, is triggered by continuous cultivation, low fertilizer use and low soil organic matter content. The area is faced with insufficient domestic production, food insecurity and poverty, all of which constitute major constraints to national development. Continuous cultivation leads to low soil organic matter levels. To build up the soil organic matter levels, residue incorporation is a major factor to be considered. Cowpea is grown in these areas for the grain yield while the residue is incorporated into the soil to gain maximum benefits of the nitrogen fixation. We present the physical and chemical properties of three benchmark soils in the Savannah zones of Ghana as well as their vegetative response to NPK fertilizer application. The FAO soil classification also helps in the thorough understanding of the soil and an appropriate management option for optimal productivity is recommended.
机译:在加纳的大草原区的小农农民中的土壤肥力下降是由不断培养,低肥料使用和低土壤有机质含量引发的。该地区面临着国内生产,粮食不安全和贫困不足,所有这些都是对国家发展的主要制约因素。连续培养导致低土有机质水平。为了建立土壤有机物水平,残留物掺入是要考虑的主要因素。豇豆在这些领域生长,以进行谷物产量,同时将残余物掺入土壤中以获得氮固定的最大益处。我们在加纳的大草原区以及对NPK肥料应用的植物响应中的三个基准土壤的物理和化学特性。粮农组织土壤分类也有助于彻底了解土壤,建议采用适当的管理选择。

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