国土空间开发建设适宜性评价研究进展

doi:10.18306/dlkxjz.2015.09.004

Abstract

Abstract:

Suitability of spatial development and construction land (SSDCL) is the scientific foundation for spatial development optimization and selection of space for building. This article introduces the SSDCL's concept and connotation, and summarizes case studies on this topic from multiple perspectives. It then analyzes and comments on the factors, indicator systems, and evaluation methods of SSDCL. The review shows that indicators for evaluation include physical geographic, ecological, economic, institutional, and social factors.Chinese scholars have not been paying enough attention to the social and behavioral factors and attitude and preference of the public. At present, there is a general lack of theoretical basis for the selection of indicators and classification of suitability, which compromise the scientific quality of SSDCL evaluation. Four evaluation frameworks have been used in evaluating suitability of spatial development and construction land. These include integrated overlay analysis of multiple indicators; simulation of spatial interaction and trend; suitability analysis based on ecological niche; and participatory comprehensive evaluation. Integrating the various evaluation frameworks to develop a system that takes into account both relationships among different stakeholder groups and the human-environment relationship should be emphasized in future research. The following measures can be implemented to promote the progress of SSDCL: (1) Establish an improved evaluation system of SSDCL and strengthen theoretical research to form a stronger foundation for an improved indicator system. (2) Improve the evaluation frameworks, technical methods, and standardization to increase the scientific quality of SSDCL evaluation. (3) Develop a classification system that meets the demands of spatial governance policy. (4) Expand the scope of SSDCL case study and applications. (5) Integrate the macro-scale territorial spatial development suitability evaluation and the micro-level construction land suitability evaluation in order to meet the practical requirements of multi-level plan integration.

Key words: territorial space, spatial development, construction land, suitability, evaluation, progress

Zhonglei YU, Wenxin ZHANG, Jinshe LIANG, Li ZHUANG. Progress in evaluating suitability of spatial development and construction land[J].PROGRESS IN GEOGRAPHY, 2015, 34(9): 1107-1122.

Figures/Tables 2

Tab.1

Factors and indicators of suitability of spatial development and construction land"

影响因素	具体指标	典型文献
自然地理条件	地质环境类：地基承载力、岩土类型、断裂带、地震活动情况、地震烈度、地面沉降与塌陷、泥石流、工程地质条件等	Roberts, 1979; 陈传康, 1983; 陈健飞等, 1999;陈雯等, 2006; Delgado et al, 2008
	地形地貌类：高程、坡度、地貌类型、地形起伏度、地表破碎度、坡向等	俞艳等, 2008; 罗婧等, 2009; 党丽娟等, 2014;
	水文类：地下水位埋深、洪水淹没线、洪涝风险等	郭月婷等, 2012
	土壤方面：土壤侵蚀、表土质地、土层厚度、有机质含量、土壤透水性等	曲衍波等, 2010; Bagdanavičiūtė et al, 2013; 吴春华等, 2013; 刘焱序等, 2014
	自然资源禀赋类：(人均)水资源量、矿产资源、可用建设用地面积、耕地面积、宜耕土壤比重等	陆玉麒等, 2007; 段学军等, 2009; 樊杰, 2011, 2015
生态环境因素	地表生态系统方面：植被覆盖度,NDVI,地表覆被类型,水域、自然保护区、湿地、森林公园、风景名胜区等重要生态系统	Miller et al, 1998; Steiner et al, 2000; 陈雯等, 2006
	区域整体生态特征：生态重要性、脆弱性、敏感性,水土流失与土壤侵蚀面积、自然保护区面积等	陈雯等, 2006; Pourebrahim et al, 2011;樊杰, 2011; 唐常春等, 2012
	环境容量类：水气环境功能、水资源量,水体通达度等	陆玉麒等, 2007; 孙伟等, 2009
	景观价值类：历史文化名村、自然遗产或文化遗产保留地、景观文化价值、美学价值、景观质量等	周建飞等, 2007; 刘卫东等, 2010
社会经济因素	区位交通方面：可达性、交通优势度、到城镇中心或高等级城市的距离、到国道、省道、高速公路、港口等交通设施的距离,到学校、医院等公共服务设施的距离等	杨立等, 2011; 孔雪松等, 2012; 王成金等, 2012; 吴春华等, 2013
社会经济因素	社会经济属性类：人均GDP、城镇化率、产业结构、投资规模、建设用地非农产出率、财政收入、就业人口比重、工业产值增长率	陆玉麒等, 2007; 丁建中等, 2008; 陈诚等, 2009; 祁豫玮等, 2010; 樊杰, 2015
政策制度	基本农田、高压走廊、“四线”管制等	钮心毅等, 2007; 黄大全等, 2008
社会公众	不同群体的利益诉求、价值偏好、意愿、支持度等	Rodriguez-Gallego et al, 2012

Tab.1

Tab.2

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评估方法	主要分析方法与算法	主要特征	使用范围
多要素叠置综合分析	空间叠置分析;线性加权综合、有序平均加权法,神经网络、模糊数学、GA、物元分析等	关注垂直生态过程,可选的具体技术方法多,适用范围广,易与GIS技术和数学方法结合;但对水平生态过程关注不足,无法把握地域空间的整体生态格局	最常用的方法,适用于宏观国土空间适宜性评价,微观建设空间区位选择
空间相互作用及趋势模拟分析	景观格局分析;累积阻力模型,引力模型或重力模型等	关注空间相互作用过程,能从整体上把握地域空间的生态格局和经济格局;景观形态指标较多,难以选择,景观分析在宏观研究中应用受限	以建设空间区位选择为主;宏观国土空间开发适宜性应用较少,但值得探索
基于生态位的空间供需耦合分析	生态位模型;模糊函数、连乘法、指数和法等	关注空间供需均衡,承认指标间的相关关系,应用灵活;需解决指标间权重差异的应对问题,资源供需耦合函数确定较难	适用于宏、微观层面上国土空间开发建设适宜性评价
参与式综合评价	以前述方法为基础,加入社会公众、组织等主体态度等因素	能够融入社会主体因素,易于与其他框架相结合;但社会因素数据收集难度大	适用于宏、微观的国土空间开发利用适宜性评价

Progress in evaluating suitability of spatial development and construction land

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