The Soil and Water Conservation Function of Forest Vegetation in the Yangtze Catchment

Chen Lihua; Yu Xinxiao; Chen Yuehong

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The Soil and Water Conservation Function of Forest Vegetation in the Yangtze Catchment

机译：长江流域森林植被的水土保持功能。

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Soil and water loss in the Yangtze catchment results from the destruction of natural vegetation and is aggravated by the further destruction of forest vegetation. In the Three Gorges region, soil erosion are correspondingly aggravated with the adversesuccession of vegetation. Farmland on the steep slope is the main source of eroded sediment. Soil loss of the farmland is 60% of the total eroded soil in the Three Gorges region. Protecting forest vegetation is the basic measure of preventing and controlling the soil erosion.

机译：长江流域的水土流失源于自然植被的破坏，而森林植被的进一步破坏加剧了水土流失。在三峡地区，土壤侵蚀随着植被的不利成功而加剧。陡坡上的农田是侵蚀沉积物的主要来源。农田水土流失是三峡地区侵蚀土壤总量的60％。保护森林植被是防治水土流失的基本措施。

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来源
《Journal of Beijing forestry University》 |1995年第2期|共11页
作者
Chen Lihua; Yu Xinxiao; Chen Yuehong;
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正文语种 eng
中图分类林业;
关键词
soil and water conservation; forest vegetation; the Yangtze catchment;

机译：水土保持;森林植被;长江流域;

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专利

1. The Soil and Water Conservation Function of Forest Vegetation in the Yangtze Catchment [J] . Chen Lihua, Yu Xinxiao, Chen Yuehong Journal of Beijing forestry University . 1995,第2期

机译：长江流域森林植被的水土保持功能。
2. The impact of water_rock interaction and vegetation on calcium isotope fractionation in soil- and stream waters of a small, forested catchment (the Strengbach case) [J] . B. Cenki-Tok, F. Chabaux, D. Lemarchand, Geochimica et Cosmochimica Acta: Journal of the Geochemical Society and the Meteoritical Society . 2009,第8期

机译：水-岩石相互作用和植被对森林小流域土壤和溪流水中钙同位素分馏的影响（Strengbach案例）
3. The impact of water-rock interaction and vegetation on calcium isotope fractionation in soil- and stream waters of a small, forested catchment (the Strengbach case) [J] . Cenki-Tok B., Chabaux F., Lemarchand D., Geochimica et Cosmochimica Acta: Journal of the Geochemical Society and the Meteoritical Society . 2009,第8期

机译：在森林小流域的土壤和溪流水中，水-岩相互作用和植被对钙同位素分馏的影响（Strengbach案例）
4. The capacity of community on running soil and water conservation in Bangsri micro-catchment, Upper Brantas Watershed, Indonesia [C] . D Suprayogo, C Prayogo, D D Saputra, International Seminar and Congress of Indonesian Soil Science Society . 2020

机译：印度尼西亚曼斯里微观集水区乡土水土保持的社区能力
5. Hydrogeologic characterization and modeling of soil water-groundwater-surface water interactions in a forested catchment with a chain of lakes, Pocono Mountains, Pennsylvania. [D] . Burkhart, Patrick Albert. 1994

机译：宾夕法尼亚州波科诺山的森林流域与一系列湖泊的水-地质-地下水-地表水相互作用的水文地质特征和建模。
6. Vegetation pH and Water Content as Main Factors for Shaping Fungal Richness Community Composition and Functional Guilds Distribution in Soils of Western Greenland [O] . Fabiana Canini, Laura Zucconi, Claudia Pacelli, -1

机译：植被pH和水分含量是影响西部格陵兰土壤真菌丰富度群落组成和功能协会分布的主要因素
7. Soil water reserve estimation and vegetation relationships in a Mediterranean sub-humid forested catchment [O] . Martínez Fernández J., Hernández Santana V. 2013

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The Soil and Water Conservation Function of Forest Vegetation in the Yangtze Catchment

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