首页 | 本学科首页   官方微博 | 高级检索  
     检索      

DEVELOPING TREND ANALYSIS AND FORECAST OF DEBRIS FLOW ACTIVITIES IN THE THREE-GORGE RESERVOIR AREA
作者姓名:Tan  Bingyan
作者单位:The Southwest Research Branch,Chinese Academy of Railway Sciences,Chengdu 610031,China
摘    要:TheThree GorgeReservoirisatypicalrivervalley typereservoir,whoseplanefigureislikeafunnelandthetrunkstreamis 6 90km long.TheareaontheeastofFengjieistheworldfamousThree Gorgearea,whichismainlycomposedofmountainousregions.Thepopulationdensityisnotveryhighexceptinsomecities/towns,andthepeoplelivedispersivelyinthemountainareas.Thelandformsbelongtotheerosion,corrosionanddenudationtypesofthewestHubeiProvince.OnthewestofFengjieisahillylandlyingintheeastofSichuanBasin.Thetopographyand geologicenvi…


DEVELOPING TREND ANALYSIS AND FORECAST OF DEBRIS FLOW ACTIVITIES IN THE THREE-GORGE RESERVOIR AREA
Tan Bingyan.DEVELOPING TREND ANALYSIS AND FORECAST OF DEBRIS FLOW ACTIVITIES IN THE THREE-GORGE RESERVOIR AREA[J].Natural Disaster Reduction in China,2003(3).
Authors:Tan Bingyan
Abstract:The water level of the Three-Gorge Reservoir will reach the height of 135m, and the government pays great attention to security of cities/towns and emigration villages that may be affected by debris flow activities. How will the debris flow activities develop when the water level of the Reservoir reaches 175 m in height in 2009? This paper analyzes the change of environment for debris flow before and after storing water comprehensively, and special attention is given to the effects of the Reservoir bank rebuilding-process on debris flow activities, and the probability of appearance of new manmade debris flow due to irrational human activities during the construction of the Reservoir. 11 items of predicted results on the developing trend of debris flow activities in the Reservoir area and a suggestion are presented for relevant branches as references in the discussion and implementation of prevention and control of geological disasters in the Reservoir area.
Keywords:debris flow  forecast  Three-Gorge Reservoir
本文献已被 CNKI 等数据库收录!
设为首页 | 免责声明 | 关于勤云 | 加入收藏

Copyright©北京勤云科技发展有限公司  京ICP备09084417号