牛粪液对甘油三酯化学和生物特性的影响

P. Aguilera, G. Briceño, M. Mora, R. Demanet, G. Palma
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引用次数: 6

摘要

本研究的目的是研究液体牛粪(LCM)剂量对安迪醇的一些化学性质和生物活性的影响。本研究在实验室条件下进行,使用来自智利南部奶牛场的Andisol和LCM。LCM的剂量分别为0 (S0)、100 (S100)、200 (S200)和300 (S300)千L ha -1。这个数量相当于常规的农艺LCM申请量。化学表征表明,LCM的加入改变了所有测试的andiol的化学性质。这些从10天开始恢复到初始状态,除了EC, K和DOC。C- CO2演化表明,随着剂量的增加,LCM掺入增强了呼吸活性。改良土壤的酶活性明显高于改良土壤。研究结果表明,LCM改良土壤恢复到与so0相似的行为所需的时间大于10 d,改性土壤的化学性质与其生物活性(主要是C-CO2演化)有很强的相关性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
EFFECT OF LIQUID COW MANURE ON CHEMICAL AND BIOLOGICAL PROPERTIES IN AN ANDISOL
The aim of this work was to establish the effect of the dose of liquid cow manure (LCM) on some chemical properties and biological activity in an Andisol. This study was carried out under laboratory conditions using an Andisol and LCM from a dairy farm located in the South of Chile. The dose of LCM were the equivalent to 0 (S0), 100 (S100), 200, (S200) and 300 (S300) thousand L ha -1 . This amount is equivalent to regular agronomic LCM applications. The chemical characterization indicated that the LCM addition modified all the tested Andisol chemical properties. These begin to return to the initial conditions from 10 days on, with the exception of EC, K and DOC. The C- CO2 evolution indicated that LCM incorporation at increasing dose enhanced the respiratory activity. Enzyme activity was greater in the amended soils than in S0. The results of this study indicated that the period of time necessary for the LCM amended soils returning to a similar behavior to S0 is more than 10 days, with a strong correlation between the chemical properties of the amended soils and their biological activity, mainly C-CO2 evolution.
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