[1]卢光辉.低度冲击径流抑制技术之功能与应用[J].水土保持研究,2001,8(04):91-94.
　LU Guang-hui.Function and Application of Runoff Restraint Technique of Lowering Impact[J].Research of Soil and Water Conservation,2001,8(04):91-94.
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低度冲击径流抑制技术之功能与应用

《水土保持研究》[ISSN:1005-3409/CN:61-1272/P] 卷: 8 期数: 2001年04期 页码: 91-94 栏目: 出版日期: 1900-01-01
Title:
Function and Application of Runoff Restraint Technique of Lowering Impact
作者:
卢光辉
台湾中国文化大学土地资源学系 台湾
Author(s):
LU Guang-hui
Department of Land Resources, Taiwan Chinese Culture University, Taiwan, China
关键词:
低度冲击; 径流; 应用
Keywords:
low impact; runoff; application
分类号:
S157.1
摘要:
山坡地地表植被具有滞蓄地表径流与降低洪峰的自然功能,植被一旦遭受破坏,暴雨径流将因坡度陡急且无阻滞而加速集中,下游流量相对变高形成洪水,随着经济活动的日益发展造成居民生活空间暴露在山洪威胁下的情形与日俱增。集水区流域防洪减涝,过去大都强调将流域降雨径流集中往河川下游汇集,末端排洪集中处理。近期开始已改变利用流域综合性防洪减涝措施,其中低度冲击径流抑制技术也被广泛的应用。将对低度冲击径流抑制技术作一探讨,在水文循环中所扮演的角色,并对其类型作一详细的分类与介绍。
Abstract:
Vegetation on sloping land has the function of detaining surface runoff and lowering flood peak.Once the vegetation was destroyed,storm runoff will accelerate and flow together,the flow of the lower reaches will become higher and form flood.With the rapid development of economic activities,the people’s living space is severely threatened by mountain torrents.It was used to be emphasized that rainfall runoff flow together to the lower reaches of the river,in the end the flood will be drained off.Nowadays,the runoff restraint technique of lowering impact is widely used.This technique,its role in hydrologic cycle,and its forms are discussed in detail.

参考文献/References:

[1] 王茂兴.雨水滞留池设计重点之探讨[J].现代营建,1980(98):47～50.
[2] 李雄杰,周志芳.流域开发对排水径流历线之影响分利[J].水利,1999(9):79～105.
[3] 庄聿今.小集水区流量历线推求法[J].中兴工程,1989(23):17～29.
[4] 陈正炎,张三郎.流量历线作用于滞洪设施之仿真[J].“中华水土保持学报”,1996,27(3):186～192.
[5] Horner, R.R., Skupien, J.J., Livington, E.H.and Shaver, H.E.Fundamentals of Urban Runoff Management: Technical and Institutional Issues[M].Washington, D.C.,:Terrence Institute,1994.
[6] Liaw, C.H., Cheng, M.S.and Tsai, Y.L.Low impact development: An innovative alternative approach to stormwater management[J].J.Marine Sci.& Tech,2000,8(1): 41～49.
[7] Prince George’ County.Low-impact Development Guidance Manual[S] .Maryland:Dept.of Envir.Resour,1997.
[8] US Dept.of Agric.Urban Hydrology for Small Watersheds-Technical Release 55[R].Washington, DC:Soil Conserv.Serv., Eng.Div.,1986.

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备注/Memo

收稿日期:2001-8-25。
作者简介:卢光辉,台湾中国文化大学土地资源学系教授.

更新日期/Last Update: 1900-01-01