Effect and Application of Different Amendments on Salinized Soil Remediation

Shuyan Song, Gui Zhi
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Abstract

: At present, China's saline-alkali soil area is very large. In the saline-alkali soil, the salinity will affect the growth of plants in the severe areas, so the plants cannot survive. How to maintain soil quality and prevent soil salt from being high has become an important research goal of soil improvement. Soil amendments can combine many small soil particles together to form large water stable aggregates. And it is widely used to prevent soil erosion, reduce soil water evaporation or excessive evaporation, save the amount of irrigation and promote the healthy growth of plants. This study through the use of homemade iron han ecological amendments, phosphogypsum, garden waste decay secondary materials, five materials mixed polyacrylamide and microbial amendments, combined with the water salt engineering comparison experiment, the whole experiment for three, respectively is composite amendments and water salt engineering comprehensive improvement measures (TG1, TG2), the traditional composite amendments (G 1, G 2) and
不同改良剂在盐渍化土壤修复中的效果及应用
当前,中国盐碱地面积非常大。在盐碱地中,盐度会影响严重地区植物的生长,使植物无法生存。如何保持土壤质量,防止土壤盐分过高,已成为土壤改良的重要研究目标。土壤改良剂可以将许多小的土壤颗粒结合在一起,形成大的水稳定团聚体。广泛用于防止土壤侵蚀,减少土壤水分蒸发或过度蒸发,节约灌溉水量,促进植物健康生长。本研究通过采用自制铁汉生态改良剂、磷石膏、园林废弃物腐烂二次材料、五种材料混合聚丙烯酰胺和微生物改良剂,结合水盐工程对比实验,整个实验为三种,分别是复合改良剂和水盐工程综合改进措施(TG1、TG2)、传统复合改良剂(g1、g2)和
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