Plant community collocation method used for compact soil repair
A plant community and soil remediation technology, applied in the fields of soil remediation and environmental protection, can solve the problems of reducing the total porosity of the soil, affecting the absorption of plant roots, and excessive soil bulk density, so as to improve the level of sustainable utilization, improve the soil aggregate structure, The effect of high plant survival rate
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Embodiment 1
[0017] Example 1 is located in Yaojiadang, Nanhu District, Jiaxing City, Zhejiang Province. The soil type is silty clay and compacted. After testing, the soil hardness is 110-160 N / cm 2 , the soil bulk density is 1.55-1.7g / cm 3 (moisture content 15%-25%), the total porosity of the soil is 28%-39%, and the soil compaction is classified as tighter soil-compact soil type. The purebred color-block planting mode of Pyracantha, Jinsen Ligustrum, Narrow Leaf Ten Merits, and Yinji small wax shrubs is selected in full light, with a planting area of 100m each 2 . After 12 months of planting, statistics were made on the changes in plant growth and soil properties. The statistical results are shown in Table 1:
[0018] Table 1 Adaptability of plants in compact soil 1
[0019]
[0020] As shown in Table 1, the survival rates of Pyracantha, Jinsen Ligustrum, Narrow Leaf, and Yinji Xiaowa are all above 95%. Adaptability; at the same time, the soil compaction is improved, the total s...
Embodiment 2
[0022] Example 2 is located around Taihu Lake in Suzhou City, Jiangsu Province. The soil type is silty clay. After testing, the soil hardness is 95-140 N / cm 2 , the soil bulk density is 1.45-1.6g / cm 3 (moisture content 15%-25%), the total porosity of the soil is 30%-42%, and the soil compaction is classified as tighter soil-compact soil type. The mixed species mode is selected, A. safflower + A. safflower, Yanhonggui + Ophiopogon japonicus model. A. safflower is the upper layer of the community, A. safflower and A. safflower are the second layer, and A. safflower is full light , Yanhonggui is shading 15%, and Ophiopogon japonicus is the third layer, shading 35%. After 12 months of planting, statistics were made on the changes in plant growth and soil properties. The statistical results are shown in Table 2:
[0023] Table 2 Adaptability of plants in compact soil 2
[0024]
[0025] As shown in Table 2, the survival rates of Hopixiang, Safflower, Yanhonggui, and Liedong a...
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