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Reforesting severely degraded grassland in the Lesser Himalaya of Central Nepal: effects on soil hydraulic conductivity and overland flow production

机译:在尼泊尔中部小喜马拉雅山重新造林严重退化的草地:对土壤水力传导率和陆上流量产生的影响

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摘要

Severely degraded hillslopes in the Lesser Himalaya challenge local communities as a result of the frequent occurrence of overland flow and erosion during the rainy season and water shortages during the dry season. Reforestation is often perceived as an effective way of restoring predisturbance hydrological conditions but heavy usage of reforested land in the region has been shown to hamper full recovery of soil hydraulic properties. This paper investigates the effect of reforestation and forest usage on field-saturated soil hydraulic conductivities (K
机译:小喜马拉雅山严重退化的山坡对当地社区构成挑战,原因是雨季频繁发生陆上径流和水土流失,而旱季则出现缺水。植树造林通常被认为是恢复灾前水文状况的有效方法,但已证明该地区大量使用植树造林阻碍了土壤水力特性的全面恢复。本文研究了造林和森林利用对田间饱和土壤水力传导率(K

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