农艺管理和强化施肥对帕瑙土壤的影响

Liliana Vega-Jara
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摘要

为了评价长期农艺管理和集约施肥对柏树土壤性质的影响,进行了本研究。从帕奇蒂亚省提取了5块土地,这些土地是在这种农业环境下进行管理的典型土壤。绝对对照土壤(SV)、传统农业少于20年土壤(SAT1)、集约施肥超过40年土壤(SFI)、传统农业20-40年土壤(SAT2)、有机施肥超过40年土壤(SAO)和森林土壤(SB)。每个20厘米深的地块采集土壤样本,并分析其所有物理和化学性质。结果采用主成分分析(PCA)、方差分析(ANOVA)和回归分析进行分析。结果表明,随着时间的推移,农业利用的变化改变了土壤的所有物理和化学性质。最敏感的特征是pH和有机质(OM)。变化的酸度(AC)是由铝(Al)的存在和氢(H)的存在来解释的,这表明在这种情况下土壤的退化是相当强烈的。关键词:有机物,铝,pH https://doi.org/10.47840/ReInA20191
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Impact of agronomic management and intensive fertilization on the soils of Panao
In order to evaluate the impact of long-term agronomic management and intensive fertilization on the soil properties of Pachitea, this study was carried out. Five lots were taken from the province of Pachitea, representative soils of the type of management carried out in this agricultural context. A virgin or pristine soil as absolute control (SV), a soil with less than 20 years of traditional agriculture (SAT1), a soil with intensive fertilization for more than 40 years (SFI), a soil with traditional agriculture between 20-40 years (SAT2), a soil with organic fertilization for more than 40 years (SAO) and a forest soil (SB). Soil samples were taken f rom each 20 cm deep lot and all their physical and chemical properties were analyzed. The results were analyzed in a principal component analysis (PCA), analysis of variance (ANOVA) and regression analysis. The results showed that the agricultural use of the changes changed all the physical and chemical properties of the soil over time. The most sensitive characteristics were pH and organic matter (OM). The changeable acidity (AC) was explained by the presence of Aluminum (Al) and very little by hydrogen (H), suggesting that the degradation of soils is quite strong in this context. Key words: Organic matter, Aluminum, pH https://doi.org/10.47840/ReInA20191
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