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Effect of different quality of irrigation water on wheat yield and soil properties.

机译:不同灌溉水质量对小麦产量和土壤特性的影响。

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A field study was carried out to find out the effect of quality of irrigation water on the yield of wheat (Triticum aestivum) and soil properties in fields irrigated with different water quality i. e. sewage water, sewage water+canal water and canal water alone at Regional Research Station, Bathinda. The wheat yield improved in fields irrigated with sewage water as compared to canal water alone irrigated fields. The soil pH and electrical conductivity of the soils did not differ significantly but organic carbon content was higher in fields irrigated with sewage water than canal water alone. The fields irrigated with sewage water contained maximum content of Zn, Cu, Mn and Fe as compared to canal water alone and content was 2.18, 0.91, 9.81 and 11.29 mg/kg, respectively. The depth-wise distribution of these micronutrients in soils showed a decrease in Zn, Fe and Cu content with the increase in depth.
机译:进行了田间研究,以了解灌溉水质量对不同水质条件下灌溉的小麦田(i。Triticum aestivum )产量和土壤特性的影响。 e。 Bathinda区域研究站的污水,污水+运河水和运河水。与单独的运河灌溉田相比,污水灌溉田的小麦产量提高。土壤的pH和电导率没有显着差异,但污水灌溉的土壤中有机碳含量比单独的运河水高。与单独灌溉的水相比,污水灌溉的田地中锌,铜,锰和铁的含量最高,分别为2.18、0.91、9.81和11.29 mg / kg。这些微量元素在土壤中的深度分布显示,随着深度的增加,锌,铁和铜的含量降低。

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