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Effects of Phosphorus Accumulation in Soil with the Utilization Ages of the Vegetable Greenhouses in the Suburb of Shenyang

机译:沉阳郊区蔬菜温室利用年龄磷积累对土壤的影响

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The accumulation of phosphorus in different utilization age (0, 1, 2, 3, 5, 13-year) vegetable greenhouses soil with multi-point mixed samples was examined in Damintun Town of Shenyang. The results showed that the content of P of all samples was increased with the utilization ages of the vegetable greenhouses. For all the samples, the concentration of TP and Olsen-P in the 0-40 cm layer was higher than that in the 40-120 cm. Compared with other samples, the content of TP and Olsen-P of 13 years of vegetable greenhouse soil is the highest throughout the 0-120 cm. In the 0-20cm layer, the TP concentrations in 13-year vegetable greenhouse soil is 4 times higher than that in the open vegetable land, and the concentration of Olsen-P range from 23.87 mg kg-1 in bare land soil to 102.13 mg kg-1 in 13-year vegetable greenhouse soil. These results demonstrated that long-term continuous P input from chemical fertilizers and manure can cause P accumulation in soils and enrich in topsoil.
机译:在沉阳达顿镇研究了不同利用年龄(0,1,2,3,5,13岁,13年)植物温室土壤的磷,植物温室土壤。结果表明,随着蔬菜温室的利用年龄,所有样品的P的含量增加。对于所有样品,0-40cm层中Tp和olsen-p的浓度高于40-120cm的浓度。与其他样品相比,TP和13年蔬菜温室土壤中的TP和Olsen-P的含量是0-120厘米的最高。在0-20cm层中,13年蔬菜温室土壤中的TP浓度比开放式蔬菜土地高4倍,奥尔森-P的浓度为裸陆地土壤中的23.87mg kg-1到102.13毫克KG-1在13年蔬菜温室土壤中。这些结果表明,从化学肥料和粪便中输入的长期连续P输入可导致土壤中的p累积并富含表土。

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