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Role of Conservation Agriculture for Sustaining Soil Quality and Improving Crop Productivity- A Review

机译:保护农业在维持土壤质量和提高作物生产力的作用 - 评论

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Intensive agriculture and excessive use of external inputs are leading to degradation of soil and water resources and negatively affecting agricultural production. This review article aims to determine the role of conservation agriculture for sustaining soil quality and improving crop productivity. Conservation Agriculture (CA) practices cause prominent changes in physical, chemical and biological properties of soil compared to conventional agricultural practices. The improved bio-physico-chemical qualities of soil in turn, affect the ecosystem services and sustainability of crop production system through counterbalancing the climate variability with the help of increasing sink for carbon sequestration within the soil.?There was significant interaction of tillage and cropping system on mineral nitrogen measured at the beginning of the cropping system. Mineral N contents were higher with manual tillage and no tillage systems compared with conventional tillage in the soybean maize rotation system. Conservation agriculture also helps in improving the crop production in a sustainable way hence there is an intense need of conservation agriculture which will not only meet the present and future demand of ever increasing population, but also seize degradation of environmental quality.
机译:密集农业和过度使用外部投入导致土壤和水资源的降解,对农业生产负面影响。本综述文章旨在确定保护农业在维持土壤质量和提高作物生产力方面的作用。与常规农业实践相比,保护农业(CA)实践导致土壤的物理,化学和生物学特性发生突出变化。通过抵消土壤中的碳封存的含量增加,改善了土壤的生态系统服务和作物生产系统的可持续性,影响了气候变化。耕地和耕作的碳封存含量显着相互作用作物系统开头测量的矿物氮系统。与大豆旋转系统中的常规耕作相比,矿物质N含量较高,并且没有耕作系统。保护农业还有助于以可持续的方式改善作物产量,因此有一种巨大的保护农业需求,不仅会满足人口不断增加的现在和未来需求,而且抓住了环境质量的退化。

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