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Water-Holding Characteristics of Litter Layers of Main Forest Types in the Upstream Small Watershed of Ashi River / 阿什河上游小流域主要林分枯落物层的持水特性
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Water-Holding Characteristics of Litter Layers of Main Forest Types in the Upstream Small Watershed of Ashi River / 阿什河上游小流域主要林分枯落物层的持水特性
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Journal Article
Water-Holding Characteristics of Litter Layers of Main Forest Types in the Upstream Small Watershed of Ashi River / 阿什河上游小流域主要林分枯落物层的持水特性
2012
Overview
Six types of representative forest stands at the Maoershan Experimental Station in the Ashi River’s upstream watershed were selected to investigate the forest stock volume and water-holding capacity of litter layers, and the data obtained were analyzed quantitatively. The results showed that the thickness of litter layer was in the range of 2.8 5.5 cm; the total stock volume of litter layer was in 9.27 39.81 t·hm-2; the maximum water holding capacity ranged from 25.65 t·hm-2 to 136.83 t·hm-2; the maximum retain capacity was 21.02 87.53 t·hm-2; and the total effective retain deepness was 1.72 6.71 mm. The water-holding capacity of the six types of forest litter layers was listed in decreasing order as follows: Larix gmelini forest>conifer-broadleaved mixed forest>Pinus koraiensis forest>Quercus mongolica forest>Pinus sylvestris var. mongolica forest>Fraxinus mandshurica forest. Regression analysis for the six types of forest stand litters showed logarithmic relationships between water-holding capacity of litte
Publisher
Chinese Academy of Forestry
Subject
