Irrigation water quality in the western Mitidja, Algeria: A case study of Sidi Rached watershed​ 

L. A., A. A., H. T.
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Abstract

The Sidi Rached watershed, located in the west of the Mitidja plain, is experiencing an important agricultural activity which is constantly increasing and is manifested by an excessive use of groundwater and inputs, in particular fertilizers. However, uncontrolled practices are observed and cause the deterioration of water and soil. To assess the consequences of these practices on the environment, a study was conducted in Sidi Rached watershed in the west of Mitidja plain, during 2008 and 2010 by conducting surveys involving agricultural institutions and farmers to establish the technical itineraries used by the farmers during the two years 2008 and 2010. Secondarily, analysis on the physico-chemical properties of the groundwater was carried out, which is mainly used for irrigation. The monitoring of the quality of this ground water was carried out on agricultural drillings from 50 water samples taken and analyzed. The main parameters analyzed were nitrate concentrations and mineralization rates. The results obtained are significant: more than 45% and more than 60% of the samples taken for the years 2008 and 2010 respectively exceed the norms of potability established by the World Health Organisation. Therefore, this could be a threat to public health and to the sustainability of the resource. These waters, although acceptable for irrigation, must be used on salt-tolerant crops and on well-drained or permeable soils to control salinity. The future of the agricultural plain depends on the quality of its resources, water and soil, and this is closely linked to the ability of managers and farmers to strike a balance between productivity and preservation of natural resources.
阿尔及利亚米蒂迪亚西部的灌溉水质:西迪拉赫流域的案例研究
位于米蒂加平原西部的西迪拉赫流域正在经历一场重要的农业活动,这种活动不断增加,表现为过度使用地下水和投入物,特别是化肥。然而,不受控制的做法引起了水和土壤的恶化。为了评估这些做法对环境的影响,在2008年和2010年期间,在米蒂迪亚平原西部的西迪拉赫流域进行了一项研究,对农业机构和农民进行了调查,以确定农民在2008年和2010年期间使用的技术路线。其次,对主要用于灌溉的地下水进行了理化性质分析。在农业钻孔上采集了50个水样并进行了水质监测和分析。分析的主要参数为硝态氮浓度和矿化率。获得的结果是显著的:2008年和2010年分别超过45%和60%的样本超过世界卫生组织制定的可饮用性标准。因此,这可能对公众健康和资源的可持续性构成威胁。这些水虽然可以用于灌溉,但必须用于耐盐作物和排水良好或渗透性良好的土壤,以控制盐分。农业平原的未来取决于其资源、水和土壤的质量,这与管理人员和农民在生产力和保护自然资源之间取得平衡的能力密切相关。
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