西南干热河谷地区水电站高陡边坡植被修复机理研究  

The study of vegetation restoration mechanism on high and steep slope of hydropower station in the dry-hot valley of Southwest China

作　　者：王海星[1] 李亚农[1] 孙大东[1] 朱永刚[1] 操昌碧[1] 熊峰[1] 邹兵华[1] 

机构地区：[1]中国电建集团成都勘测设计研究院有限公司,四川成都610072

出　　处：《四川水泥》2016年第11期262-263,共2页Sichuan Cement

摘　　要：西南干热河谷地区的水电站建设期间,对河流两边的高陡边坡植物进行了不可逆的破坏,特别是一些石质边坡,其原状地貌有很多年形成的较薄的土壤及其适生植被一经破坏很难恢复,现阶段的工程措施虽保持边坡的稳定,实施的相结合的植被措施也没有经过相应的实验研究来确定选取的植被是否适合在此地生长,常规措施无法从根本上来解决其植被恢复的问题。因此本研究依托于西南干热河谷地区某在建水电站,通过利用植物生态学等相关知识,最终确定干热河谷地区水电站被破坏的边坡植被修复机理体系。During construction period of hydropower stations in the Southwest dry-hot valley, plants on high and steep slope near hydropower station, especially on some rocky slope, were irreversible damaged. Because the thin soil and optimum vegetation on this place have been formed difficultly, the conventional measures, that are engineering measures to keep slope stability and vegetation measures from experience rather than experiment, can not been solved fundamentally the vegetation restoration problem. This study will be to find a solution of vegetation restoration on high and steep slope in this place by a series of experiments about records and analysis of vegetation biological characteristics and soil water retaining capacity.

关 键 词：西南地区 干热河谷 高陡边坡 植被恢复 

分 类 号：G322[文化科学]