Spatial Planning of the Water Ecosystem with Resilience in the Small Town
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摘要
The water ecosystem with self-restoration and self-regulation capabilities is the goal pursued by modern urban planning and construction. In this paper, GIS technology was employed to identify local characteristics, and the present topography was used to optimize the landscape ecosystem and establish an ecological water network that coupled the water system with the ecosystem to enhance the ecological resilience of the water ecosystem.
The water ecosystem with self-restoration and self-regulation capabilities is the goal pursued by modern urban planning and construction. In this paper, GIS technology was employed to identify local characteristics, and the present topography was used to optimize the landscape ecosystem and establish an ecological water network that coupled the water system with the ecosystem to enhance the ecological resilience of the water ecosystem.
The water ecosystem with self-restoration and self-regulation capabilities is the goal pursued by modern urban planning and construction. In this paper, GIS technology was employed to identify local characteristics, and the present topography was used to optimize the landscape ecosystem and establish an ecological water network that coupled the water system with the ecosystem to enhance the ecological resilience of the water ecosystem.
引文
[1]Deng,W.,Yan,D.H.&He,Y.et al.(2004).Study on ecological storeroom of water in the watershed.Advances in Water Science,(3),341-345.
[2]Naiman,R.J.,Beechie,T.J.&Benda,L.E.et al.(1992).Fundamental elemants of ecologically healthy watersheds in the Pacific Northwest coasteqal ecoregion.Watershed Management,127-188.
[3]Li,S.H.,Li,C.X.&Dong,Z.C.(2006).Study on theoretical system and key problems of ecology-oriented water network.Water Resources and Hydropower Technology,(2),64-67.
[4]Chen,J.&Ma,X.L.(2015).Water system planning in new urbanization based on LID.Yel ow River,(8),27-29,34.
[5]Wu,J.&Hobbs,R.(2002).Key issues and research priorities in landscape ecology:An idiosyncratic synthesis.Landscape Ecology,17(4),355-365.
[6]Liu,J.,Ye,J.&Yang,W.et al.(2012).Landscape pattern optimization of Dianchi Lake Basin based on GIS.Journal of Natural Resources,(5),801-808.
[7]Ai,X.Y.(2014).Exploration and analysis on conceptual planning of interconnected water system in Southern town.Guangdong Water Resources and Hydropower,(3),57-60.
[8]Zhao,X.&Zhou,Y.J.(2014).Model-based spatial planning of multi-scale urban water systems.Urban Planning News Report,(16),15-16.
[9]Huang,Q.(2013).Urban green space system planning based on landscape ecology-Taking Kaixian County,Chongqing as an example(Master’s thesis).Retrieved from China National Knowledge Infrastructure.
[10]Chen,X.M.(2011).The practice of landscape ecology theory and method in the overall planning of small towns(Master’s thesis).Retrieved from China National Knowledge Infrastructure.
[11]Gao,F.R.(2006).Preliminary study on landscape ecology methods for urban non-construction land planning(Master’s thesis).Retrieved from China National Knowledge Infrastructure.
[12]Zhu,Q.,Yu,K.J.&Li,D.H.(2005).The width of ecological corridors in landscape planning.Acta Ecologica Sinica,(9),2406-2412.
[13]Dong,Z.R.(2013).River restoration.Beijing:China Water&Power Press.
[2]Naiman,R.J.,Beechie,T.J.&Benda,L.E.et al.(1992).Fundamental elemants of ecologically healthy watersheds in the Pacific Northwest coasteqal ecoregion.Watershed Management,127-188.
[3]Li,S.H.,Li,C.X.&Dong,Z.C.(2006).Study on theoretical system and key problems of ecology-oriented water network.Water Resources and Hydropower Technology,(2),64-67.
[4]Chen,J.&Ma,X.L.(2015).Water system planning in new urbanization based on LID.Yel ow River,(8),27-29,34.
[5]Wu,J.&Hobbs,R.(2002).Key issues and research priorities in landscape ecology:An idiosyncratic synthesis.Landscape Ecology,17(4),355-365.
[6]Liu,J.,Ye,J.&Yang,W.et al.(2012).Landscape pattern optimization of Dianchi Lake Basin based on GIS.Journal of Natural Resources,(5),801-808.
[7]Ai,X.Y.(2014).Exploration and analysis on conceptual planning of interconnected water system in Southern town.Guangdong Water Resources and Hydropower,(3),57-60.
[8]Zhao,X.&Zhou,Y.J.(2014).Model-based spatial planning of multi-scale urban water systems.Urban Planning News Report,(16),15-16.
[9]Huang,Q.(2013).Urban green space system planning based on landscape ecology-Taking Kaixian County,Chongqing as an example(Master’s thesis).Retrieved from China National Knowledge Infrastructure.
[10]Chen,X.M.(2011).The practice of landscape ecology theory and method in the overall planning of small towns(Master’s thesis).Retrieved from China National Knowledge Infrastructure.
[11]Gao,F.R.(2006).Preliminary study on landscape ecology methods for urban non-construction land planning(Master’s thesis).Retrieved from China National Knowledge Infrastructure.
[12]Zhu,Q.,Yu,K.J.&Li,D.H.(2005).The width of ecological corridors in landscape planning.Acta Ecologica Sinica,(9),2406-2412.
[13]Dong,Z.R.(2013).River restoration.Beijing:China Water&Power Press.