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Microbial Activity in Soil Cultivated with Different Summer Legumes in Coffee Crop

机译:在咖啡作物中不同夏季豆类作物栽培的土壤中的微生物活性

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A field experiment was conducted for ten years in a sandy soil in the north part of the Paraná State, Brazil. The soil samples were collected at 0-10 cm depth, both under the coffee canopy and in the inter row space between the coffee plants, in thefollowing treatments: Control, Leucaena leucocephala, Crotalaria spectabilis, Crotalaria brevifiora, Mucuna pruriens, Mucuna deeringiana, Arachis hypogaea and Vigna unguiculata. The legume crops influenced the microbial activity, both under the coffee canopy and in the inter row space. The cultivation of Leucaena leucocephala increased the microbial biomass C, N and P. Although L. leucocephala and Arachis hypogaea provided higher microbial biomass, the qCO_2 decreased by up to 50% under the coffee canopy and by about 25% in the inter row space. The soil microbial biomass was enriched in N and P due to green manure residue addition.
机译:在巴西巴拉那州北部的沙质土壤中进行了十年的野外试验。在以下处理中,在咖啡冠层下和咖啡植物之间的行间空间中,在0-10 cm深度处收集土壤样品:对照,银合欢,猪屎豆,短小猪屎,毛uc菜,鹿角菜,花生鞭毛虫和Vigna unguiculata。豆类作物在咖啡棚下和行间空间都影响了微生物的活动。银合欢的种植增加了微生物的生物量碳,氮和磷。尽管白合欢叶和花生不足提供了更高的微生物生物量,但在咖啡冠层下,qCO_2下降了高达50%,在行间空间中下降了约25%。由于添加了绿肥残留物,土壤微生物生物量富含氮和磷。

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