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基于QuickBird和GIS的沈阳市城市潜在人口空间分布特征

李俊英 胡远满 陈玮 刘淼 胡建波 钟巧琳 卢宁

应用生态学报2012,Vol.23Issue(6):1649-1654,6.
应用生态学报2012,Vol.23Issue(6):1649-1654,6.

基于QuickBird和GIS的沈阳市城市潜在人口空间分布特征

Spatial distribution characteristics of urban potential population in Shenyang City based on QuickBird image and GIS

李俊英 1胡远满 1陈玮 1刘淼 1胡建波 1钟巧琳 1卢宁1

作者信息

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摘要

Abstract

Population is the most active factor affecting city development. To understand the distribution characteristics of urban population is of significance for making city policy decisions and for optimizing the layout of various urban infrastructures. In this paper, the information of the residential buildings in Shenyang urban area was extracted from the QuickBird remote sensing images, and the spatial distribution characteristics of the population within the Third-Ring Road of the City were analyzed, according to the social and economic statistics data. In 2010, the population density in different types of residential buildings within the Third-Ring Road of the City decreased in the order of high-storey block, mixed block, mixed garden, old multi-storey building, high-storey garden, multi-storey block, multi-storey garden, villa block, shanty, and villa garden. The vacancy rate of the buildings within the Third-Ring Road was more than 30% , meaning that the real estate market was seriously overstocked. Among the five Districts of Shenyang City, Shenhe District had the highest potential population density, while Tiexi District and Dadong District had a lower one. The gravity center of the City and its five Districts was also analyzed, which could provide basic information for locating commercial facilities and planning city infrastructure.

关键词

人口空间分布/人口密度/人口重心/QuickBird/GIS/沈阳市

Key words

spatial distribution of population/ population density/ gravity center of population/QuickBird/ GIS/ Shenyang City

分类

社会科学

引用本文复制引用

李俊英,胡远满,陈玮,刘淼,胡建波,钟巧琳,卢宁..基于QuickBird和GIS的沈阳市城市潜在人口空间分布特征[J].应用生态学报,2012,23(6):1649-1654,6.

基金项目

中国科学院沈阳应用生态研究所知识创新工程项目(06LYQY1001)、国家自然科学基金项目(41171155)和沈阳农业大学国家自然科学基金启动项目(20112014)资助. (06LYQY1001)

应用生态学报

OA北大核心CSCDCSTPCDMEDLINE

1001-9332

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