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首页> 外文期刊>International Journal of Environment and Pollution Research >RIVER WATER QUALITY ASSESSMENT AND SUITABILITY FOR IRRIGATION IN NORTHERN SUDAN SAVANNA, ECOLOGICAL ZONE OF NIGERIA
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RIVER WATER QUALITY ASSESSMENT AND SUITABILITY FOR IRRIGATION IN NORTHERN SUDAN SAVANNA, ECOLOGICAL ZONE OF NIGERIA

机译：河流水质评价和适宜性灌溉在苏丹北部草原生态尼日利亚的区

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摘要

Good river water quality management and reusing the water appropriately in irrigation agriculture can decrease complete soil and crops toxicity, and serve as a potential feasible options to potable water as well as improvement of natural water resources shortages. This study was carried out between May and July, 2019 to investigate the discharge and irrigation reuse quality of Wudil River effluents in Kano State, Nigeria. The research was conducted in three locations of the river; locations A, B and C respectively. Water quality parameters; pH, COD, B0D5, nutrients (NO_3-N, NH_4-N and PO_4-P), EC and SS were determined in different water samples obtained from the different locations. Data obtained were subjected to statistical analyses of variance (ANOVA). No significant variations (P＞0.05) existed in all the chemical variables among the sampled locations. Comparison of the investigated parameters at the various locations of the river with the standard limit of discharge and irrigation reuse revealed that all the locations achieved compliance except for NH_4-N and PO_4-p variables that polluted the river using Food and Agricultural Organization (FAO), World Health Organization (WHO), United States Environmental Protection Agency (USEPA) and other related international standards. Hence, the need for a drastic move towards both discharge and irrigation water quality improvement of the river as well as environmental conservation through sustainable development and cleaner technology approach within the research area is highlighted.
机译：良好的河流水质管理和重用适当的水灌溉农业可以减少完成土壤和农作物毒性,和作为一个潜在的可行的选项饮用水以及改善自然水资源短缺。2019年5月至7月之间,调查排水和灌溉重用Wudil有质量河废水在卡诺州,尼日利亚。研究是在三个地点进行的河;质量参数;(NO_3-N NH_4-N和PO_4-P)、EC和党卫军确定在不同水样从不同的位置。进行方差统计分析(方差分析)。存在于所有化学变量中取样位置。河的参数在不同的位置与标准流量和的极限灌溉重用透露,所有的位置实现合规NH_4-N和PO_4-p除外变量使用食品和受污染的河水农业组织(FAO)、世界健康组织(WHO),美国环境保护署(构成)和其他相关国际标准。激烈的走向和放电河的灌溉用水质量改进以及环境保护可持续发展和清洁技术方法研究领域中突出显示。

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