Letícia Aparecida Costa Magro, Rita de Cássia Lima Mazzuchelli, Marcelo Rodrigo Alves
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引用次数: 0
摘要
生态系统是生物多样性、营养循环、生态系统和繁殖动力学原理的基础。本研究的目的是利用微生物学参数来评价种植期农林业系统的质量,并将其与位于Pontal do paranapanema的5个地区的未管理牧场(相同用途)和原始森林的占用区进行比较。方法包括书目调查、收集和土壤检查。对于每个选定的区域,定义了一个随机5个点的网格,用于收集0-10 cm深度的土壤样品。出价是:脱氢酶酶活性;磷酸酶活动;ß糖苷酶;Arylsulfatase活动;和食品及药物管理局。这些数据来自与联合国环境规划署土壤实验室签约的公司。选取实验所得数据进行统计分析。由于酶被证明会改变磷酸酶,并且在治疗之间没有显著性,因此在FDA分析和糖苷调查中观察到的磷酸酶变化被改变。
ATIVIDADE ENZIMÁTICA EM SOLOS ARENOSOS MANEJADOS COM SAF NO PONTAL DO PARANAPANEMA
Ecological systems are fundamental to the principles of biodiversity, nutrient cycling, ecological ecosystems and reproduction of dynamics. The objective of the work was used with microbiological parameters to evaluate the quality of agroforestry systems in implantation ages, and to compare them with occupied areas with pastures without management (same use) and native forests, in a total of 5 areas, located in Pontal do paranapanema. The methodology consisted of a bibliographic survey, collections and soil examinations. For each of the selected areas, a grid with 5 random points was defined for collecting soil samples at a depth of 0-10 cm. The offers made were: Dehydrogenase enzymatic activity; Phosphatase activity; ß-glycosidase; Arylsulfatase activity; and FDA. as collected from companies contracted for Unoeste's soil laboratory. The data obtained in the experiments were selected for statistical analysis. As enzymes were shown to change phosphatase and were not significant between treatments, the phosphatase changes observed in the FDA analyzes and the glycoside survey were altered.