Influence of climate change and enlargement of irrigated soils on qualitative indicators of river water

Sachli A. Ganiyeva, R. M. Danziyev, Eldar A. Gurbanov, Z. R. Gurbanova
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引用次数: 1

Abstract

It was determined that beginning from 1990s increase happened in temperature and amount of the precipitations significantly reduced. These climate changes affected the quantitative indicators of the Kur water. The ion content of the river water considerably rose in 2018 in comparison with 1952 and 1990s. This rise was more intensive towards the river mouth. In 1952 the ion sum in the Girag Kasaman station was 419,0 mg|l, but in 1990 this figure was 608,3 mg|l, in 2018 it was 620,5 mg|l. But in Banka near the river mouth a quantity of ions was 865,0 mg|l in 1952, 874,7 mg|l in 1990, but it was 888,1 mg|l in 2018. The climate alteration affected mineralogical composition and amount of biogenic elements. A quantity of minerals legally rose while approaching the river mouth. Especially this increase has risen even further for 30 years.Change of the Kur water quality in this direction causes formation of some problems in irrigation use. Tons of harmful salts enter every hectare of land. The undrained and old unrepaired drained soil are salinized and create condition for degradation.
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气候变化和灌溉土壤扩大对河流水质指标的影响
结果表明,从20世纪90年代开始,气温上升,降水量明显减少。这些气候变化影响了库区水的定量指标。与1952年和20世纪90年代相比,2018年河水中的离子含量大幅上升。这种隆起在河口处更为强烈。1952年,Girag Kasaman站的离子总量为419,0 mg / l,但在1990年,这一数字为608,3 mg / l, 2018年为620,5 mg / l。但在靠近河口的班卡,1952年的离子量为865,0 mg|l, 1990年为874,7 mg|l,但2018年为888,1 mg|l。气候变化影响了矿物组成和生物成因元素的数量。在接近河口时,大量矿物合法地上升。特别是在过去的30年里,这种增长甚至进一步增加。库区水质在这一方向上的变化导致灌溉利用中出现了一些问题。成吨的有害盐进入每公顷土地。未排水和旧的未修复的排水土壤盐渍化,为退化创造了条件。
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