Preliminary analysis of the effectiveness of desalting leaching using spring irrigation for use of brackish water for under-film drip irrigation of cotton

Qiao Li, Jinlong Zhou, Xianwen Li
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引用次数: 1

Abstract

In the plain irrigation districts in the Tarim Basin, Xinjiang where water resources are scarce, irrigation using brackish water is of great significance. The biggest problem with brackish water irrigation is salt accumulation in soil. The focus of concern of people is that, after 1-year application of brackish water irrigation, whether it is necessary to leach salt using winter irrigation or spring irrigation before sowing of the next year. This paper comprised data of easily dissolvable salt of 0∼60cm in soil which monitored from monitoring area S1 before and after spring irrigation in 2010 in Tarim Township of Yuli County, Xinjiang and salt tolerance indexes during germination, seedling and budding, flowering and boll generating, and boll opening periods of cotton (which are 7.1 g/kg,6.9g/kg,8.2g/kg and 9.2g/kg). The result shows that: in monitoring area S1, we can desalt leaching using spring irrigation once every other year to maintain the germination and growth requirements. The soil desalting ratio of monitoring area S1 before and after spring irrigation is 11.9%∼84.2%. Then we can conclude that the effectiveness of desalting leaching using spring irrigation in monitoring areas S1 were significant.
棉花膜下滴灌微咸水春灌脱盐浸出效果初步分析
在水资源匮乏的新疆塔里木盆地平原灌区,微咸水灌溉具有重要意义。微咸水灌溉的最大问题是土壤中的盐分积累。人们关注的焦点是,微咸水灌溉1年后,是否需要在来年播种前用冬灌或春灌进行浸盐。本文利用2010年新疆榆利县塔里木乡S1监测区春灌前后监测到的0 ~ 60cm土壤易溶盐数据,以及棉花萌发、苗期出芽、开花结铃和开铃期的耐盐指标(分别为7.1 g/kg、6.9g/kg、8.2g/kg和9.2g/kg)。结果表明:在监测区S1,可采用隔年一次的春灌淡化淋溶,以保持土壤萌发和生长的需要。监测区S1在春灌前后的土壤脱盐率为11.9% ~ 84.2%。综上所述,监测区S1采用春灌脱盐浸出效果显著。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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