Lin Lu, Liu Yi, Chen Jining, Zhang Tianzhu, Zeng Siyu
School of Environment, Tsinghua University, Beijing, 100084, China.
J Environ Monit. 2011 Nov;13(11):3178-84. doi: 10.1039/c1em10510h. Epub 2011 Oct 19.
Environmental carrying capacity is an essential metric for measuring regional sustainability. Although the term "carrying capacity" has been applied for over a century, the concept definition, quantitative methods and comprehensive evaluation remain arguable. This study analyzed the carrying capacity of four environmental elements, including water resources, air, surface water and offshore sea, and integrated them into a comprehensive index to represent overall regional profiles of resources and environment. The method was then applied to thirteen municipalities in the Bohai Sea Rim area, one of the most rapidly developing regions in transition China. The results show that the comprehensive environmental carrying capacity of the municipalities in the south sub-region were largest in 2007, while that of the west municipalities were lowest. The regional economic development exceeded the overall environmental carrying capacity by 36% and the west sub-region area deserves overwhelming attention for future industrial allocation.
环境承载力是衡量区域可持续性的一项重要指标。尽管“承载力”一词已应用了一个多世纪,但其概念定义、定量方法和综合评估仍存在争议。本研究分析了水资源、空气、地表水和近岸海域这四个环境要素的承载力,并将它们整合为一个综合指数,以代表区域资源与环境的整体概况。该方法随后应用于中国转型期发展最快的地区之一——环渤海地区的13个城市。结果表明,2007年南部次区域城市的综合环境承载力最大,而西部城市的综合环境承载力最低。区域经济发展超出了整体环境承载力36%,西部地区在未来产业布局方面值得给予极大关注。