首页> 外文期刊>Agrivita: journal of agricultural science >STRUCTURE OF SOIL FOOD WEB IN SMALLHOLDER COCOA PLANTATION, SOUTH KONAWE DISTRICT, SOUTHEAST SULAWESI, INDONESIA
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STRUCTURE OF SOIL FOOD WEB IN SMALLHOLDER COCOA PLANTATION, SOUTH KONAWE DISTRICT, SOUTHEAST SULAWESI, INDONESIA

机译:印度尼西亚苏拉威西岛东南部南科纳韦地区小霍尔科德植物园土壤食物网的结构

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An understanding of the structure of the soil food web is critical in determining the practices of soil fertility management based on the biological processes in tropical agricultural regions. The objectives of the study were to assess the variation in trophic level biomass and to analyze the dynamics of the energy channels on the increasing age of cocoa plantation. The characteristics of soil food web structure in smallholder cocoa plantation aged 4, 5, 7, 10, and 16 years were analyzed. The results showed that only biomass at the third trophic level increased with plantation age, but not for the biomass at the lower trophic levels. Biomass in all energy channels did not increased as well along with plantation age. We concluded that variation in the soil food web structure was more influenced by biotic factors of macro-arthropods group, such as facilitation, recolonization capabilities and accessibility in the soil habitat of smallholder cocoa plantation. ? Keyword: biomass, biotic, energy channel, trophic level. ????
机译:了解土壤食物网的结构对于确定基于热带农业地区生物过程的土壤肥力管理方法至关重要。该研究的目的是评估营养水平生物量的变化,并分析可可种植园龄增加时能量通道的动态变化。分析了4、5、7、10和16岁小农可可种植园土壤食物网结构的特征。结果表明,只有第三营养级的生物量随种植年龄的增长而增加,而较低营养级的生物量却没有。随着种植年龄的增长,所有能源通道中的生物量并未增加。我们得出的结论是,土壤食物网结构的变化更多地受到大型节肢动物类生物因素的影响,例如小农可可种植园的土壤生境中的促进,再定殖能力和可及性。 ?关键词:生物量,生物,能量通道,营养级。 ????

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