Flood prevention function of Panjin wetland at Liaohe delta

Abstract

Abstract: This paper discussed the character of flood,the change of flood disasters and the flood prevention function of Panjin wetland at Liaohe delta.According to the hydrogeological characters of Panjin wetland and its landscape function in flood prevention and disaster reduction,the Panjin wetland was divided into key prevention area,flood ground stored area,flood discharged area,emergent flood divresion area,and flood prevention and draining area,which might be a reference to the planning of local development.

Key words: Flood, Flood disaster, Flood prevention and draining waterlogging, Wetland

ZHAO Yi, LI Yuehui, CAO Yu. Flood prevention function of Panjin wetland at Liaohe delta[J]. Chinese Journal of Applied Ecology, 2000, (2): 261-264.

References

1 Demster JP and Pollard E.1986.Spatial heterogeneity,stochasticity and the detection of density dependence in animal populations.Oikos,46:413～416
2 Forman R and Godron M.1986.Landscape Ecology.New York.Chichester.Brishane.Toronto.Singapore: John Wiley and Sons,Inc.
3 Game M.1980.Best shape of nature reserves.Nature,287:630～632
4 Hong S-K.1998.Changes in landscape patterns and vegetation process in the Far-Eastern cultural landscapes: Human activity on pine-dominated secondary vegetation in Korea and Japan.Phytocoenologia,28(1):45～66
5 Local Chronicles Office of Panjin City People Government(盘锦市人民政府地方志办公室).1998.Panjing City Chronicle (Agriculture Volume).Beijing: Local Chronicles Press.(in Chinese)
6 MacArthur RH and Pianka ER.1966.On optimal use of patchy environment.American Naturalist,100:603～610
7 Office of Liaoning Province Coast Zone(辽宁省海岸带办公室编).1989.Report of Complex Investigating and Exploiting of Coast and Beach Resources in Liaoning Province.Dalian: Dalian Science and Engineering University Press.35～37(in Chinese)
8 Panjin Hydraulic Editorial Board(盘锦市水利编纂委员会).1994.Panjin City Hydraulic Chronicles(1945～1990).Beijing: Local Chronicles Press.(in Chinese)
9 Vester F.1976.Urban Systems in Crisis.Understanding and Planning of Human Living Space: The Biocybernetic Approach.Deutscher Vertag,Sutttgart.
10 Wan X-L(王宪礼),Hu Y-M(胡远满) and Bu R-C(布仁仓).1996.Analysis of wetland landscape changes in Liaohe delt.Geogr Sci(地理科学),16(3):260～265(in Chinese)
11 Xiao D-N(肖笃宁),Zhao Yi(赵羿)and Sun Zh-W(孙中伟).1990.Study on the variation of landscape pattern in the west suburbs of Shenyang.Chin J Appl Ecol(应用生态学报),1(1):75～84
12 Zhao Yi(赵羿),Wu Y-M(吴彦明) and Sun Zh-W(孙中伟).1990.Landscape ecological characteristics of coast zone and its management.Chin J Appl Ecol(应用生态学报),1(4):375～377(in Chinese)

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