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Alleviating soil acidity through plant organic compounds

机译:通过植物有机化合物减轻土壤酸度

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A laboratory experiment was conducted to evaluate the effects of water soluble plant extracts on soil acidity. The plant materials were: black oat, oil seed radish, white and blue lupin, gray and dwarf mucuna, Crotalaria spectabilis and C. breviflora, millet, pigeon pea, star grass, mato grosso grass, coffee leaves, sugar cane leaves, rice straw, and wheat straw. Plant extracts were added on soil surface in a PVC soil column at a rate of 1.0 ml min-1. Both soil and drainage water were analyzed for pH, Ca, Al, and K. Plant extracts applied on the soil surface increased soil pH, exchangeable Ca ex and Kex and decreased Al ex. Oil seed radish, black oat, and blue lupin were the best and millet the worst materials to alleviate soil acidity. Oil seed radish markedly increased Al in the drainage water. Chemical changes were associated with the concentrations of basic cations in the plant extract: the higher the concentration the greater the effects in alleviating soil acidity.
机译:进行了实验室实验以评估水溶性植物提取物对土壤酸度的影响。植物材料是:黑燕麦,油菜籽萝卜,白蓝羽扇豆,灰色和矮矮人的c豆,猪屎豆属和短小C. breviflora,小米,木豆,星草,mato Grosso草,茶叶,甘蔗叶,稻草和小麦秸秆。将植物提取物以1.0 ml min-1的速率添加到PVC土壤柱的土壤表面上。分析了土壤和排水中的pH,Ca,Al和K。施于土壤表面的植物提取物可提高土壤pH值,可交换的Ca ex和Kex以及降低的Al ex。油籽萝卜,黑燕麦和蓝羽扇豆是减轻土壤酸度的最佳材料,而小米则是最差的材料。油籽萝卜显着增加了排水中的铝。化学变化与植物提取物中碱性阳离子的浓度有关:浓度越高,减轻土壤酸度的作用越大。

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