Comprehensive Evaluation on Soil and Water Conservation Function of Main Forest Types of Ecological Protection Forest in Kaihua County
Jinchi Zhang
Abstract
Jinchi Zhang
Abstract
Soil and water conservation function of main forest types of ecological protection forest in Kaihua county of Zhejiang province were evaluated. Rate of canopy interception,shrub-grass layer coverage,litter coverage,litter thickness,maximal water holding value of litter layer,soil steady infiltration,soil non capillary porosity and soil erodibility k were selected as evaluation index,and comprehensive evaluation method of water conservation function was used. The results show that the desending order of soil and water conservation function was coniferous-broadleaved mixed forest>Quercus acutissima>Phyllostachys heterocycla>Pinus massoniana>Cunninghamia lanceolata; the soil and water conservation function of coniferous-broadleaved mixed forest belongs to stronger grade,Phyllostachys heterocycla,Quercus acutissima,Cunninghamia lanceolata,Pinus massoniana were middle.
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Soil and water conservation function of main forest types of ecological protection forest in Kaihua county of Zhejiang province were evaluated. Rate of canopy interception,shrub-grass layer coverage,litter coverage,litter thickness,maximal water holding value of litter layer,soil steady infiltration,soil non capillary porosity and soil erodibility k were selected as evaluation index,and comprehensive evaluation method of water conservation function was used. The results show that the desending order of soil and water conservation function was coniferous-broadleaved mixed forest>Quercus acutissima>Phyllostachys heterocycla>Pinus massoniana>Cunninghamia lanceolata; the soil and water conservation function of coniferous-broadleaved mixed forest belongs to stronger grade,Phyllostachys heterocycla,Quercus acutissima,Cunninghamia lanceolata,Pinus massoniana were middle.
Key concepts: Pinus massoniana, Environmental science, Cunninghamia, Interception, Phyllostachys, Litter, Water conservation, Soil conservation