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区域水土保持生态修复模式及效果评价——以长江流域两当河上游为例
引用本文:潘竟虎,魏宏庆.区域水土保持生态修复模式及效果评价——以长江流域两当河上游为例[J].中国生态农业学报,2008,16(1):192-195.
作者姓名:潘竟虎  魏宏庆
作者单位:1. 西北师范大学地理与环境科学学院,兰州,730070
2. 甘肃省水利厅水土保持局,兰州,730000
基金项目:水利部长江上游水土保持生态修复试点工程和西北师范大学知识与科技创新工程项目
摘    要:根据长江流域两当河上游的环境特点,提出了自然力与人工辅助相结合的水土保持生态修复技术及建设模式,包括退化林地修复模式、荒山荒坡修复模式、农地修复模式和生态辅助措施.并应用遥感技术和地面人工调查相结合的方法,对生态修复模式实施的效果进行评价.结果表明,两当河退化生态系统修复效果明显,农田退化系统恢复效果显著,植被盖度提高,种群数量增加,生态系统向良性演变.

关 键 词:生态修复  水土保持  监测与评价  两当河  长江流域  区域  水土保持  退化生态系统  复模式  效果评价  长江流域  两当  River  upper  case  study  soil  and  water  conservation  assessment  effect  rehabilitation  Ecological  演变  数量增加  植被盖度  系统恢复  农田
文章编号:1671-3990(2008)01-0192-04
收稿时间:2006-08-13
修稿时间:2006-12-01

Ecological rehabilitation effect assessment of soil and water conservation model-A case study of the upper reaches of Liangdang River,Changjiang Basin
PAN Jing-Hu,WEI Hong-Qing.Ecological rehabilitation effect assessment of soil and water conservation model-A case study of the upper reaches of Liangdang River,Changjiang Basin[J].Chinese Journal of Eco-Agriculture,2008,16(1):192-195.
Authors:PAN Jing-Hu  WEI Hong-Qing
Abstract:Ecological rehabilitation models of soil and water conservation combining artificial measures and natural power in the upper reaches of Liangdang River of Changjiang Basin were advanced in accordance with environmental characteristics of the study area. The models include recovery model of deteriorated forests, rehabilitation model of barren mountains and farmlands and ecological support measures. The effect of ecological rehabilitation was assessed using on-the-spot investigation and Remote Sensing methods. Results show significant improvements in degenerated land area of the ecosystem over a relatively short period through natural and artificial restoration measures. Farmland ecosystem rehabilitation is significant,and there is an equally significant improvement in vegetation expansion rate ,forest plant species number. The ecosystem on the whole tends to he vibrantly recovering.
Keywords:Ecology rehabilitation  Soll and water conservation  Monitoring and assessment  Liangdang River  Changjiang Basin
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