Citation: | Changoan Li, Hongfu Yin, Yufen Zhang, Yansheng Gu. Engineering Strategies on Flood Control in Middle Reach of Yangtze River, China. Journal of Earth Science, 2000, 11(3): 293-296. |
Flood disaster has been a serious hidden danger since the ancient time. The essential cause for the fact that floods have not been eliminated for hundreds of years is that time honored strategies do not suit the cases of flood prevention. In the view of geological environmental analyses of flood formation and from the synthesis of experiences gained in flood control in the past hundreds of years, sluggish draining of flood, silt sedimentation in channel and building levee blindly constitute the main cause of intractable flood for a long time in the middle reach of the Yangtze River. Draining away silt and water is the only way to stamping out flood disaster. Opening up artificial waterways for flood diversion, draining away the silt of channel into the polders, and storing the flood water are important engineering measures for the flood control and damage reduction.
Gong S, Chen G, 1997. Evolution of Quaternary Rivers and Lakes in the Middle Reach of the Yangtze River and Its Effect on Environment. Earth Science, 22(2): 199-203 (in Chinese) |
Li S, 1973. An Introduction to Geomechanics. Beijing: Science Press. 48-51 (in Chinese) |
Li C, Zhang Y, 1997. Geoscience Analysis of China' s Main Drainage Penetration and Flood Hazard. Exploration of Nature, 16(1): 61 -65 (in Chinese) |
Li C, Zhang Y, 1992. Geologic Hazard and Neotectonism in Hubei Province. In: Excellent Papers Collection of Academic Discussion on the Relation of Astronomy, Earth and Biology in Hubei Province. Wuhan: China University of Geosciences Press. 6469 (in Chinese) |
Li C, Yin H, Chen D, et al, 1999. Countermeasure of Flood-Preventing in the Middle Reach of the Yangtze River. Earth Science, 24 (4): 329-334 (in Chinese) |
Ma Z, 1994. China' s Severe Natural Hazards and Countermeasure to Lighten Damage (Reviews). Beijing: Science Press. 20-23 |
Qian Z Y, 1998. Some Cognition of 1998 Flood in the Yangtze River. China Water Resources, (12): 4-6 (in Chinese) |