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[日光温室蔬菜种植对土壤物理质量的影响]

[Effects of solar greenhouse vegetable cultivation on soil physical quality].

作者信息

Sun Yan, Wang Yi-quan, Liu Jun, Xia Fa-sheng, Wang Jin-gui, Li Jian-bo

机构信息

College of Horticulture, Northwest A & F University, Yangling 712100, Shaanxi, China.

出版信息

Ying Yong Sheng Tai Xue Bao. 2011 Aug;22(8):2054-60.

Abstract

Taking the solar greenhouse heavy loam soil having been planted vegetables for different years at Yunyang Town in Jingyang County of Shaanxi Province as test objects, and with the uncovered vegetable soil adjacent to the greenhouse as the control, this paper studied the effects of solar greenhouse vegetable cultivation on soil physical quality. Solar greenhouse vegetable cultivation had greater effects on the bulk density of 0-30 cm soil layer (an increase in 0-10 cm soil layer and a decrease in 10-30 cm soil layer), but little effects on that of 30-40 cm soil layer. In 0-40 cm solar greenhouse soil profile, the contents of < 0.01 mm physical clay and < 0.001 mm clay were lower in upper layer than in deeper layer, indicating their downward movement, and this phenomenon was more obvious with increasing year of solar greenhouse vegetable cultivation. Within the first 5 years of solar greenhouse vegetable cultivation, soil field water capacity decreased significantly, with a decrement of 13.8%, but remained relatively stable after then.

摘要

以陕西省泾阳县云阳镇不同种植年限的蔬菜日光温室重壤土为试验对象,以温室相邻的露天菜地土壤为对照,研究了日光温室蔬菜种植对土壤物理性质的影响。日光温室蔬菜种植对0-30cm土层的容重影响较大(0-10cm土层增加,10-30cm土层降低),对30-40cm土层容重影响较小。在0-40cm日光温室土壤剖面中,<0.01mm物理性粘粒和<0.001mm粘粒含量上层低于下层,表明其向下移动,且随着日光温室蔬菜种植年限增加这一现象更明显。在日光温室蔬菜种植的前5年内,土壤田间持水量显著降低,降幅为13.8%,但之后保持相对稳定。

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