Emerging Issues and Problems of Soil Salinity and Water Logging

Abhay Shankar Prasad
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Abstract

Soil salinity negatively affects plant growth and induces soil degradation. Saline soils indicate lower agricultural productivity and their impact on the livelihood security of farmers and the socio-economic status of the Indira Gandhi Canal region, Rajasthan.  In the context of irrigation development, problems of rising groundwater levels and the development of salinity have arisen in the Indira Gandhi Nahar Priyojana (IGNP) area. The irrigation has recently decreased to about 1 meter, much higher than the specified value of 0.51 m in phase I. In phase I, severe inundation was observed. found in a variety of locations. It is anticipated that by the end of this century, roughly 49.6 percent of the region being studied will be at risk of experiencing flooding. The waterlogging, soil salinity, and alkalinity that plague India's agricultural landscape pose a challenge to the viability of irrigated farming. It has been determined that the most effective technique for halting the reduction in agricultural output is to use enhanced irrigation management in conjunction with a combination of surface and subsurface drainage. The method of reclaiming waterlogged lands by bio drainage is one that is efficient and economical. For the objectives of rehabilitation, species such as Salvador, Tamarix, Eucalyptus, and Prosopis Juliflora are among those that are recommended for planting in afflicted regions. The bio-drainage system helped in reducing the waterlogged areas and soil salinity by lowering the water table in the study area. Traditional knowledge and modern agricultural management good practices should be adopted for efficient and optimal use of water resources. This can be achieved by maintaining irrigation through the minimum pumping hours according to the minimum water requirements of the crop, as well as choosing more cost-effective planting methods. This research paper recommends policies to improve traditional and scientific knowledge into policies and improve mutual understanding, cooperation, and collaboration for better policy results for sustainable development and mitigate the emerging Issues and problems of soil Salinity and water logging in the area of Indira Gandhi Canal, Rajasthan.
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土壤盐渍化和涝灾的新问题和问题
土壤盐分对植物生长有不利影响,导致土壤退化。盐碱地表明农业生产力较低,对农民生计安全的影响以及拉贾斯坦邦英迪拉甘地运河地区的社会经济地位。在灌溉发展方面,英迪拉甘地纳哈尔普里约贾纳地区出现了地下水水位上升和盐碱化的问题。近期灌水量已降至1米左右,远高于一期的规定值0.51米。一期出现严重淹水。在很多地方都能找到。预计到本世纪末,所研究地区大约49.6%的地区将面临遭受洪水的风险。涝渍、土壤盐碱化和碱化困扰着印度的农业景观,对灌溉农业的可行性构成了挑战。已经确定,制止农业产出减少的最有效技术是结合地表和地下排水结合使用加强灌溉管理。生物排水复垦是一种经济有效的复垦方法。为了恢复目标,建议在受灾地区种植诸如萨尔瓦多、柽柳、桉树和朱绿Prosopis Juliflora等物种。生物排水系统通过降低研究区地下水位,帮助减少了涝渍面积和土壤盐分。应采用传统知识和现代农业管理良好做法,以便有效和最佳地利用水资源。这可以通过根据作物的最低需水量保持最少抽水时间的灌溉,以及选择更具成本效益的种植方法来实现。这篇研究论文建议制定政策,将传统和科学知识转化为政策,改善相互理解、合作和协作,以获得更好的政策结果,促进可持续发展,并缓解拉贾斯坦邦英迪拉甘地运河地区出现的土壤盐渍化和内涝问题。
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