Cellulose Decomposition Potential of Soil as Affected by Vegetable Cultivation: A Case Study in Kegalle District, Sri Lanka

W. Wickramaarachchi, W. Dandeniya
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Abstract

The potential of microbial communities for organic C decomposition is a crucial factor determining CO 2 emissions from soil, C storage, and short-term nutrient turnover. We conducted a study to assess cellulose decomposition potential (CDP) of soils as affected by vegetable cultivation. Ten sites cultivated with vegetables and five sites under natural vegetation, distributed in Atulugama and Kanangama Grama Nilaldhari divisions in Kegalle District of Sri Lanka, were selected for the study. The cultivated lands have been managed with organic fertilizers (n=4), synthetic fertilizers (n=3), or a combination of both types of fertilizers (n=3). Soils collected at 0-15 cm depth were used in a laboratory incubation
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蔬菜种植对土壤纤维素分解潜力的影响——以斯里兰卡凯格勒地区为例
微生物群落有机碳分解的潜力是决定土壤co2排放、碳储存和短期养分周转的关键因素。对蔬菜栽培对土壤纤维素分解潜力的影响进行了研究。研究选择了斯里兰卡Kegalle区的Atulugama和Kanangama Grama Nilaldhari区10个种植蔬菜的地点和5个自然植被的地点。耕地分别施用有机肥(n=4)、合成肥(n=3)或两种肥料的组合(n=3)。在0-15 cm深度收集的土壤用于实验室培养
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