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Ecological footprints and development trends in Hefei, China

机译:中国合肥的生态足迹与发展趋势

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Purpose - Because natural resource utilization is a predictor of sustainable development, an evaluation of the efficiency of resource utilization is critical for assessing developmental potentiality. The purpose of this paper is to apply three-dimensional (3D) ecological footprint theory to assess the effects of production and consumption on ecological systems in Hefei, China. Design/methodology/approach - Using data for Hefei for the period 2005-2014, an ecological footprint model (EFM) was developed to calculate the area's ecological footprint (EF), ecological carrying (EC) capacity and obtain two indices, namely, footprint depth and size. The relationship between economic development and natural resource utilization was subsequently evaluated based on the calculated ecological deficit and the EF demand per Renminbi 10,000 of gross domestic product (GDP). Findings - Over the last decade, Hefei’s EF per capita evidenced a 9.87 percent growth rate, increasing from 1.16 hm~2/person in 2005 to 2.70 hm~2/person in 2014. EC capacity per capita increased from 0.21 hm~2/person in 2005 to 0.36 hm~2/person in 2014, evidencing a gradually increasing trend at an average annual growth rate of 6.24 percent. Thus, between 2005 and 2014, the ecological deficit increased annually by three times. The amplification of footprint depth significantly exceeded that of footprint size. Between 2005 and 2014, Hefei's EF per capita Renminbi 10,000 of GDP decreased annually by 4.68 percent. Thus, energy consumption in Hefei exceeded the natural regeneration capacity of energy resources, with excessive development and resource utilization impacting on the regional ecological system. Practical implications - The application of a 3D EFM sheds light on natural resource utilization within regional development. Moreover, footprint depth and size are significant predictors of the impacts of natural resource utilization. These findings will also benefit other countries or cities. Originality/value - This is one of the first empirical studies to apply a 3D EFM to evaluate the relationship between natural resource utilization and economic development. Adopting a sustainable development framework, it provides insights into the effects of natural resource utilization in relation to the balance between the natural ecological system and economic development. This has far-reaching implications beyond Hefei and China.
机译:目的 - 由于自然资源利用是可持续发展的预测因素,因此对资源利用效率的评估对于评估发展潜力至关重要。本文的目的是应用三维(3D)生态足迹理论,以评估中国合肥生态系统的生产和消费影响。设计/方法/方法 - 使用2005 - 2014年期间的合肥数据,开发了一种生态足迹模型(EFM)来计算该地区的生态足迹(EF),生态携带(EC)能力,并获得两个指数,即占地面积深度和尺寸。随后根据规定的生态赤字和每年人民国国内生产总值(GDP)的人民币10,000次的EF需求进行了经济发展和自然资源利用之间的关系。调查结果 - 在过去十年中,合肥的EF人均增长率为9.87%,从2005年的1.16赫米〜2 /人增加到2014年2.70赫姆〜2 /人。EC人均产能量从0.21 HM〜2 /人增加2014年2005年至0.36赫姆〜2人,逐步增加趋势,平均年增长率为6.24%。因此,在2005年至2014年期间,生态赤字每年增加三次。足迹深度的放大显着超过了足迹大小的放大。在2005年至2014年期间,合肥的人均人均RENGP10 000 GDP每年减少4.68%。因此,合肥能耗超过了能源的自然再生能力,对区域生态系统影响过度发展和资源利用。实际意义 - 3D EFM棚灯在区域发展中自然资源利用的应用。此外,足迹深度和大小是自然资源利用影响的重要预测因子。这些发现还将有利于其他国家或城市。原创/价值 - 这是第一个应用3D EFM的实证研究之一,以评估自然资源利用与经济发展之间的关系。采用可持续发展框架,它提供了对自然生态系统与经济发展之间平衡关系的洞察力。这对合肥市和中国以外的影响深远。

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