基于多目标的中尺度地区绿道选线规划方法探析 ——以上海市奉贤区为例
Analysis on Greenway Route Selection Method of Mesoscale Region Based on Multi-objective Perspective: A Case of Fengxian District of Shanghai
李海红
上海市园林设计研究总院有限公司 工程师，硕士
摘要: 绿道是城市生态空间的重要组成部分。近年来，绿道已在国内外获得广泛的发展与实践。从国内绿道选线研究进展和中尺度地区绿道选线规划的挑战入手，构建中尺度地区的绿道选线规划技术路径。并以上海市奉贤区基于多目标的绿道选线规划为例，采用适宜性评价与GIS空间分析相结合的绿道选线方法，综合考虑政策导向的地区发展需求对绿道选线线路进行修正，最终形成兼具科学性和合理性的绿道选线规划方案。
Abstract: Greenway network is an important part of ecological space for Shanghai. In recent years, greenway has become an “international movement”, and practice of greenway has been greatly developed both at home and abroad. This paper starts with the research progress of domestic greenway route selection and the challenge of greenway route selection of mesoscale regions, and constructs the technical path of greenway route selection planning in mesoscale regions. Taking Fengxian District of Shanghai as an example, based on multi-objective greenway route selection planning, the paper uses the greenway route selection method of combining suitability evaluation and GIS spatial analysis and considers the policy-oriented regional development needs to amend the greenway route selection. Finally, a scientific and rational greenway route selection planning is formed.
关键词：绿道选线规划 | 多目标 | 适宜性评价 | 中尺度地区 | GIS | 奉贤区
Keyword: Greenway route selection planning | Multi-objective | Suitability evaluation | Mesoscale regions | GIS | Fengxian District
中图分类号：TU981
文献标识码: A
苏开君. 浅析城市绿道的生态学意义[J]. 广东园林，2010（12）：31-34.
SU Kaijun. On the ecological signification of city greenways[J]. Guangdong Landscape Architecture, 2010(12): 31-34.
李敏. 国外绿道研究现状与我国珠三角地区的实践[J]. 中国城市林业，2010， 8（3）: 7-10.
LI Min. Research status of greenway in foreign countries and practice in China's Pearl River Delta Region[J]. Chinese Urban Forestry, 2010, 8(3): 7-10.
谭少华，赵万民. 绿道规划研究进展与展望[J]. 中国园林，2007（2）：85-89.
TAN Shaohua，ZHAO Wanmin. Progress and prospect of greenway planning and research[J]. Chinese Landscape Architecture, 2007 (2): 85-89.
YU K, LI D, LI N. The evolution of greenways in China[J]. Landscape and Urban Planning, 2006, 76 (1-4): 223-239.
王传心. 中国西部的一大奇观：蜀道翠云廊[J]. 文史杂志，2004（1）：22-24.
WANG Chuanxin. A wonder of western China: Cuiyun Corridor of Shudao[J]. Journal of Literature and History, 2004(1): 22-24.
徐希，姜芊孜，王华，等. 县域绿道选线方法探索——以江苏省盱眙县为例[J]. 规划师，2016（S1）：170-175.
XU Xi, JIANG Qianzi, WANG Hua, et al. Green route selection in county territory: Xuyi County, Jiangsu Province[J]. Planners, 2016(S1): 170-175.
王晓辉. 都市型绿道选线方法研究[J]. 建筑设计管理，2016（6）：40-46.
WANG Xiaohui. Study on the method of line selection for urban greenway[J]. Architectural Design Management, 2016(6): 40-46.
罗坤. 大都市区绿道选线规划与建设策略研究——以上海市徐汇区绿道为例[J]. 城市规划学刊，2018（3）：77-85.
LUO Kun. Greenway planning and construction strategy in metropolitan areas: take Xuhui greenway in Shanghai as an example[J]. Urban Planning Forum, 2018(3): 77-85.
冯婷婷. 全民健身背景下城市绿道选线评价及构建策略研究[D]. 大连：大连理工大学，2016.
FENG Tingting. The route selection evaluation and planning strategy of urban greenway under the background of nationwide fitness[D]. Dalian: Dalian University of Technoloty, 2016.
夏民. 南宁青秀山风景名胜区绿道选线及规划研究[D]. 长沙：中南林业科技大学，2015.
XIA Min. Study on greenway plan and route selection for Nanning Qingxiushan Scenic Area[D]. Changsha: Central South University of Forestry and Technology, 2015.
汪民，贾建玲，张俊磊. 基于适宜性评价的厦门市海沧区绿道选线规划[J]. 华中建筑，2015（10）: 83-89.
WANG Min, JIA Jianling, ZHANG Junlei. Greenway site selection in Haicang District of Xiamen based on suitability assessment[J]. Huazhong Architecture, 2015(10): 83-89.
陈永生，卫超，李莹莹. 基于生态资源特征的安徽省域绿道网总体规划方案与思路[J]. 中国园林，2017（1）：83-87.
CHEN Yongsheng, WEI Chao, LI Yingying. The overall planning scheme of Anhui provincial greenway network based on the characteristics of ecological resources[J]. Chinese Landscape Architecture, 2017(1): 83-87.
杨松. 多目标绿道系统规划方法探索——以北京顺义区绿道系统规划为例[C]//中国城市规划学会2011年会论文集，2011.
YANG Song. Exploration on multi-target greenway system planning method: taking the greenway system planning of Shunyi District of Beijing as an example[C]// Proceedings of the 2011 Annual National Planning Conference, 2011.
