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Initial growth of coffee plants irrigated with saline water and soil salinization

机译:用盐水和盐渍化灌溉的咖啡植物的初期生长

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摘要

The coffee crop is expanding to new areas with not enough studies about its response to saline irrigation water. The initial growth of coffee plant was evaluated, in greenhouse at the Engineering Department of the Federal University of Lavras (UFLA), under different levels of irrigation water salinity. The completely randomized design was used with 6 treatments (S0 = 0.0 dS m -1, S1 = 0.6 dS m -1, S2 = 1.2 dS m -1, S3 = 1.8 dS m -1, S4 = 2.4 dS m -1 and S5 = 3.0 dS m -1) and 4 replications. The irrigation was accomplished according to soil water retention curve and resistance block reading, restoring the soil water content to its field capacity. It was verified that water salinity affected the plants characteristics significantly. The water salinity above 1.2 dS m -1 caused damage to plant development resulting, in some cases, in death of plants. The leaf area of plant was the variable most affected by salinity of irrigation water. By the end of the experiment, the soil was classified as saline-sodic.
机译:咖啡作物正在扩展到新的领域,对其对盐水的响应没有足够的研究。在灌溉水盐度不同的情况下,在拉夫拉斯联邦大学(UFLA)工程系的温室中评估了咖啡植物的初始生长。完全随机设计用于6种治疗(S0 = 0.0 dS m -1,S1 = 0.6 dS m -1,S2 = 1.2 dS m -1,S3 = 1.8 dS m -1,S4 = 2.4 dS m -1和S5 = 3.0 dS m -1)和4次重复。根据土壤保水曲线和阻力块读数进行灌溉,将土壤水分恢复至田间持水量。证实水盐度显着影响植物特性。高于1.2 dS m -1的水盐度对植物发育造成损害,在某些情况下甚至导致植物死亡。植物的叶面积是受灌溉水盐度影响最大的变量。在实验结束时,土壤被分类为盐碱。

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