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红壤缓坡地不同经营模式水土保持效益研究

武琳 黄欠如 叶川 钟义军 章新亮 成艳红 孙永明

水土保持研究2011,Vol.18Issue(6):132-135,4.
水土保持研究2011,Vol.18Issue(6):132-135,4.

红壤缓坡地不同经营模式水土保持效益研究

Study on Soil and Water Conservation Benefit under Different Agro-forest Compound Management Patterns on Red Soil Sloping Land

武琳 1黄欠如 1叶川 2钟义军 1章新亮 2成艳红 1孙永明1

作者信息

  • 1. 江西省红壤研究所,南昌331717
  • 2. 江西省红壤改良工程中心,南昌331717
  • 折叠

摘要

Abstract

Based on the observation in runoff plots experiment in Jinxian,Jiangxi Province,the effects of orchard,crop land,grass land,crop land and orchard compound model,grass land and orchard compound model compared with naked areas(CK) under different land use patterns on controlling water and soil erosion were analyzed and the best compound models of water and soil conservation profits on red soil sloping land areas were screened.Results showed that:(1) compared with bare areas,runoff decreased by 24.22%~46.83% in orchard,crop land,grass land model,43.7% and 53.22% in crop land and orchard and grass land and orchard models,respectively;(2) soil erosion was decreased by 23.63%~78.30% in orchard,crop land,grass land model,66.66% and 76.06% in crop land and orchard and grass land and orchard models,respectively,compared to naked areas;(3) the precipitation was positive correlated with surface runoff and water and soil loss,at the same rainfall,different models of surface runoff and soil erosion are different;(4) crop land and orchard models,grass land and orchard models are some good kinds of water and soil conservation tillage measures.Therefore,it is suggested that proper agro-fruit and agro-grass ecosystems should be established so as to further control soil erosion in red soil sloping land.

关键词

红壤坡耕地/不同经营模式/地表径流/土壤侵蚀/水土保持

Key words

red soil sloping land/different compound management patterns/surface runoff/soil erosion/soil and water conservation

分类

农业科技

引用本文复制引用

武琳,黄欠如,叶川,钟义军,章新亮,成艳红,孙永明..红壤缓坡地不同经营模式水土保持效益研究[J].水土保持研究,2011,18(6):132-135,4.

基金项目

国家“十一五”科技支撑项目“红壤水土流失阻控关键技术研究” ()

水利部行业专项“红壤侵蚀区坡面水土综合整治技术集成与示范(200901049)” ()

“十二五”国家科技支撑计划重点项目“红壤地区农田水土保持关键技术与示范” ()

水土保持研究

OA北大核心CSCDCSTPCD

1005-3409

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