首页> 外文期刊>Journal of the Indian Society of Soil Science >Restoring Soil and Water Resources and Mitigating Climate Change in India by Judicious Management of Agriculturaland Urban Wastes
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Restoring Soil and Water Resources and Mitigating Climate Change in India by Judicious Management of Agriculturaland Urban Wastes

机译:恢复土壤和水资源,通过农业的明智管理在印度恢复气候变化

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India's present population of 1.34 billion is increasing at the rate of 1.18% yr1. India's food grain production of 273.4 million tonnes (Mt) in 2017 has to be increased from lesser arable land area, lower fertilizer use and reduced consumption of water for supplementary irrigation. Furthermore, degraded soils, affecting land area of 114.2 million hectare (Mha), must be restored and risks of any new soil degradation minimized. In this context, the importance of recycling bio-wastes (e.g., agricultural, municipal and industrial) to restore soil organic carbon (SOC) concentration and stock and improve soil health cannot be over-emphasized. Crop residues, 510-836 Tg yr1. are a major source of C, plant nutrients, biofuels and industrial raw materials. Rather than in-field burning and used as traditional fuel, composting and using as mulch can reduce risks of erosion and improve soil health. Similarly, dung production in India, also a rich source of C and nutrients, must be recycled as manure and used in bioreactors to produce methane. Wasted grains, fruits and vegetables must also be composted and used as a soil amendments. Judicious use of bio-wastes can re-carbonize the biosphere, restore degraded soils and improve soil health, produce biofuels andother value addition industrial byproducts, and improve the environment. Conservative estimates of additional soil C sequestration by judicious management of crop residues and animal dung are 24 Tg C yr1 worth US $3.0 billion of revenue for farmers and land managers from payments for ecosystem services. There is a strong need of enhancing the awareness about proper disposal and use of bio-wastes through environmental education in primary and secondary schools, and communication by IT services. Recyclingof bio-wastes is also critical to advancing the Sustainable Development Goals of the U.N. (Agenda 2030), promoting "4 per Thousand" program of COP21, and upholding the "Swatchh Bharat" ideals. It is a win-win-win option.
机译:印度人口为1.34亿人口以1.18%的速度增加。 2017年印度的食物粮食产量为27340万吨(MT),必须从较少的耕地面积增加,较低的肥料使用和降低水消耗的补充灌溉。此外,必须恢复降低土壤,影响土地面积11420万公顷(MHA),并最小化任何新土壤降解的风险。在这种情况下,回收生物废物(例如,农业,市和工业)来恢复土壤有机碳(SOC)浓度和股票以及改善土壤卫生的重要性,不能过度强调。作物残留物,510-836 TG YR1。是C,植物营养素,生物燃料和工业原料的主要来源。而不是现场燃烧并用作传统燃料,堆肥和使用覆盖物可以降低侵蚀风险并改善土壤健康。同样,印度的粪便生产也是丰富的C和营养素来源,必须再循环为粪肥并用于生物反应器以生产甲烷。浪费的谷物,水果和蔬菜也必须堆肥并用作土壤修正案。可明智地使用生物废物可以重新碳化生物圈,恢复降解的土壤,改善土壤健康,生产生物燃料和其他价值添加的工业副产品,并改善环境。保守估计额外的土壤C依赖于作物残留物和动物粪便的依次封存是24 TG C YR1,为生态系统服务的付款提供的农民和土地管理人员价值300亿美元。强烈需要加强对通过中小学环境教育的适当处置和使用生物废物的认识,以及IT服务的沟通。循环生物废物的回收对推进U.N的可持续发展目标也至关重要,促进COP21的“4‰”计划,维护“Swatchh Bharat”理想。这是一个双赢的选项。

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