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Soils through the Lens of Prakriti, Sanskriti, Niyat and Niti

机译:通过自然,文化,固定和政策的视角看待土壤

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Soil is a wondrous gift of prakriti (nature). Man started utilizing soil for agriculture, since the last 10,000 years. The first use was cultivating soil 'in the nature's way'. Indigenous farming systems were based on area extensive practices. With population growth, modern agriculture shifted towards intensive soil farming. It employed input responsive crop varieties, fertilizers, irrigation and science-based farming practices. This transformation maintained the flow of productivity growth (-3%) for the first 20 years or so and tumbled (-1%) sharply thereafter. A critical analysis of the developing situation on yield growth fiasco points out those energy-packed inputs like fertilisers, irrigation water and standard agronomic practices remain indispensable even today. Major cause is the non-adoption of holistic management leading to degradation of soil health as confirmed by falling efficiency of fertilizer and water use. Other reason of debacle is the weakening extension system. Short comings of the present day technology transfer apparatus have been elucidated by the NSSO 69th and 79th Rounds of 2005 and 2014 reports. This treatise clearly brings out that non-sustainable development of agriculture is the outcome of ongoing decline in soil health, loss of water in quantity and quality, biodiversity depletion and climate change. Fragmented approach in maintaining a balance of economic benefits of a technology and environmental outcomes contributed to falling productivity growth of agriculture. India's draft National Land Utilization Policy 2013 (NLUP) document is a step in that direction. It espouses sustainable development in all its aspects. It is also highlighted that minimization of soil health, water quality and climate change related problems is possible, if natural resource conservation measures are community based and an effective technology transfer mechanism is put in place.
机译:土壤是prakriti(自然)的奇妙礼物。从过去的10,000年开始,人类就开始将土壤用于农业。最初的用途是“以自然的方式”耕种土壤。土著耕作制度基于区域广泛的做法。随着人口的增长,现代农业转向集约化耕作。它采用了对输入敏感的农作物品种,肥料,灌溉和基于科学的耕作方法。这种转变在最初的20年左右保持了生产率增长的流量(-3%),此后急剧下降(-1%)。对单产增长惨败的发展态势的关键分析指出,即使在今天,诸如肥料,灌溉水和标准农艺方法等能源密集型投入仍然是必不可少的。主要原因是不采取整体管理导致土壤健康恶化,这通过肥料和水的使用效率下降得到了证实。崩溃的另一个原因是扩展系统的弱化。 NSSO在2005年和2014年的第69轮和第79轮报告中阐明了当今技术转让工具的不足之处。该论文清楚地表明,农业的不可持续发展是土壤健康持续下降,水量和水质丧失,生物多样性枯竭和气候变化的结果。保持技术经济利益与环境成果之间平衡的零散方法导致农业生产率增长下降。印度的《 2013年国家土地利用政策》(NLUP)文件草案是朝着这个方向迈出的一步。它在各个方面都拥护可持续发展。还应强调的是,如果自然资源保护措施是基于社区的,并且建立了有效的技术转让机制,则可以最大限度地减少与土壤健康,水质和气候变化有关的问题。

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