基于景观要素类型对景观连接度影响的增城绿道优化策略研究

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英文篇名：Study on the Optimization Strategy of Zengcheng Green Road Based on the Influence of Landscape Element Types on Landscape Connectivity 作者：吴隽宇 ; 苏明妍 英文作者：WU Jun-yu;SU Ming-yan;South China University of Technology; 关键词：景观连接度 ; 绿道 ; 景观要素类型 ; 增城 ; 优化策略 英文关键词：landscape connectivity;;greenway;;landscape element type;;Zengcheng;;optimization strategy 中文刊名：JZGC 英文刊名：Value Engineering 机构：华南理工大学; 出版日期：2017-05-18 出版单位：价值工程 年：2017 期：v.36;No.454 基金：国家自然科学基金(编号:51208204);; 华南理工大学2016年度“学生研究计划”(SRP)项目共同资助 语种：中文; 页：JZGC201714064 页数：3 CN：14 ISSN：13-1085/N 分类号：182-184

摘要

目前景观连接度的研究对象主要为区域,对以提高景观连接度为目的之一的绿道的研究较少。本文基于绿道布局和不同景观要素类型对景观连接度的影响,把绿道分为生态用地类全流通型绿道、农用地类全流通型绿道、生态用地类半流通型绿道、无流通型绿道4类,分析增城绿道的景观连接度强弱程度的分布情况,指出景观连接度较弱的关键区域,并提出提高绿道景观连接度的相应策略,以增强绿道对于物种、物质、能量交流的作用。
        At present, the research object of landscape connectivity is mainly region, and there is little research on the green road which aims at improving landscape connectivity. Based on the influence of the greenway layout and the different landscape elements on the landscape connectivity, the green road is divided into ecological land type full circulation green road, agricultural land type full circulation green road, ecological land type semi-circulation green road and no circulation green road. The distribution of the degree of landscape connectivity in Zengcheng green road is analyzed, the key areas of the weak landscape connectivity are pointed out, and the corresponding strategies to improve the connectivity of the greenway landscape are put forward to enhance the role of green road in species, material and energy exchange.

引文

[1]Haddad N M,Bowne D R,Cunningham A,et al.Corridor use by diverse taxa[J].Ecology,2003,84(3):609-615.
    [2]Jordán F,Báldi A,Orci K M,et al.Characterizing the importance of habitat patches and corridors in maintaining the landscape connectivity of a Pholidoptera transsylvanica(Orthoptera)metapopulation[J].Landscape Ecology,2003,18(1):83-92.
    [3]Castellon T D,Sieving K E.An experimental test of matrix permeability and corridor use by an endemic understory bird[J].Conservation biology,2006,20(1):135-145.
    [4]Taylor P D,Fahrig L,Henein K,et al.Connectivity is a vital element of landscape structure[J].Oikos,1993:571-573.
    [5]吴昌广,周志翔,王鹏程,肖文发,滕明君.景观连接度的概念、度量及其应用[J].生态学报,2010(07):1903-1910.
    [6]Bélisle M,Desrochers A,Fortin M J.Influence of forest cover on the movements of forest birds:a homing experiment[J].Ecology,2001,82(7):1893-1904.
    [7]Verbeylen G,De Bruyn L,Adriaensen F,et al.Does matrix resistance influence Red squirrel(Sciurus vulgaris L.1758)distribution in an urban landscape?[J].Landscape ecology,2003,18(8):791-805.
    [8]吴隽宇,徐建欣.广东增城绿道乡土景观资源空间布局现状与整合利用策略研究[A].中国风景园林学会.中国风景园林学会2013年会论文集(上册)[C].中国风景园林学会,2013:4.
    [9]隆容君,朱一中,曹裕.增城市生态城市建设的探讨研究[J].环境科学与管理,2014(03):34-38.
    [10]吴健生,刘洪萌,黄秀兰,冯喆.深圳市生态用地景观连通性动态评价[J].应用生态学报,2012(09):2543-2549.
    [11]岳健,张雪梅.[J]干旱区地理,关于我国土地利用分类问题的讨论,2003,26(1):80-87.
    [12]张文婷,潘文斌,郑鹏.东圳水库流域的景观连通度分析[J].亚热带资源与环境学报,2014(01):16-23.
    [13]朱强,俞孔坚,李迪华.景观规划中的生态廊道宽度[J].生态学报,2005,25(9):2406-2412.
    [14]Juan Antonio,Vassi lios A ndrew Tsihrint zi s,Leonardo Al varez,1995.South Flor ida greenways:aconceptual f ramework for the ecologicalrecon nectivity of the region.Landscape and Urban Plann ing,33:247-266.