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Can an improved city development index explain real development? A case study of Xian, one of the four ancient civilizations of the world

机译:改善的城市发展指数可以解释真实的发展吗?西安案例,世界四个古代文明之一

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One difficulty in protecting historical and cultural cities in developing countries is the need to improve both the level of urban sustainable development and the rational use of historical and cultural resources. Currently, the city development index (CDI) ignores the fact that urban resources are being consumed at a rapidly increasing rate, and it is further unable to measure the coordination between urban development and ecosystems. The case study selected Xi'an, and calculated its CDI and ecological footprint per capita (ef), carbon footprint per capita (cf) and water footprint per capita (wf) in 2007-2017. A decoupling analysis was applied. The results showed only an 18.29% increase in the CDI, while the increase in the per capita values of the footprint family indicators are 38.97%, 44.41 %, and 42.95%, respectively, which characterize the conflict between developing cities and maintaining urban ecosystems. There is no real decoupling between the CDI and the footprint family indicators, reflecting the dynamic reciprocal characteristics of "strong decoupling, expansive decoupling, weak decoupling, recessive decoupling" and indicating a very unstable situation. The analysis confirmed that the changes in the CDI and the footprint family indicators are the same as the left half of the inverted "U" of the "Environmental Kuznets Curve (EKC)" that has not yet reached its "inflection point". This discovery helps to focus attention on the role of restoring urban ecosystems to support urban development. To this end, policy suggestions are proposed to improve urban land use efficiency, encourage low-carbon energy structure to improve energy use efficiency, improve urban carbon sequestration capacity, and implement differential water prices. This study compensates for the inability of the CDI to express the state of urban ecosystems and helps enhance the understanding of the inclusive sustainable development of cities in developing countries, which embodies human well-being.
机译:保护发展中国家历史文化城市的一个难度是需要改善城市可持续发展水平和历史文化资源的合理利用。目前,城市发展指数(CDI)忽略了城市资源以迅速增长的速度消耗,进一步无法衡量城市发展与生态系统之间的协调。案例研究选择了西安,并计算了2007 - 2017年人均CDI和生态足迹,人均碳足迹(CF)和水占卜(WF)。施加了解耦分析。结果表明,CDI增加了18.29%,而足迹家庭指标人均值的增加分别为38.97%,44.41%和42.95%,其特征在于发展城市与维持城市生态系统之间的冲突。 CDI和足迹家庭指标之间没有真正的解耦,反映了“强脱耦,膨胀去耦,弱耦合,隐性去耦”的动态互惠特征,并指示了非常不稳定的情况。分析证实,CDI和足迹家庭指标的变化与尚未达到其“拐点”的“环保库曲线(EKC)”的左半部分相同。这一发现有助于关注恢复城市生态系统支持城市发展的作用。为此,提出了政策建议,提出了改善城市土地利用效率,鼓励低碳能源结构,提高能源利用效率,提高城市碳封存能力,实施差价水价。本研究弥补了CDI的无法表达城市生态系统的状态,并有助于加强对发展中国家所在城市的包容性可持续发展的理解,这些国家体现了人类福祉。

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