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生态学杂志 ›› 2023, Vol. 42 ›› Issue (8): 1963-1972.doi: 10.13292/j.1000-4890.202308.004

• 研究报告 • 上一篇    下一篇

基于能值分析的重工业区域绿色生态一体化发展研究

张志斌,于晓曼*,刘鸣达,李金妮   

  1. (沈阳农业大学土地与环境学院, 沈阳 110866)
  • 出版日期:2023-08-10 发布日期:2023-07-27

Evaluation of green and ecological integration development of heavy industrial region based on emergy analysis.

ZHANG Zhibin, YU Xiaoman*, LIU Mingda, LI Jinni   

  1. (College of Land and Environment, Shenyang Agricultural University, Shenyang 110866, China).

  • Online:2023-08-10 Published:2023-07-27

摘要: 重工业区域面临资源消耗过度、污染物排放严重的问题,如何平衡其绿色生态和经济发展受到热切关注。本研究以2017年辽宁省为例,采用能值分析方法核算其自然资本存量、生态系统服务价值、净化工业污染物所需环境服务及排放所致生态经济损失在内的资源消耗数量,分析了重工业区域绿色生态一体化发展。结果表明:(1)自然资本存量为5.46E+25 sej,折合能值货币为1.54E+13 Em$,地质资产占比最大,为48.90%;(2)生态系统服务的能值货币价值为3.27E+11 Em$,市场价格为5.80E+10 $,其中水产品、矿物开采、化石燃料开采的能值货币价值远高于其市场价格;(3)资源消耗总量为1.54E+24 sej,其中可更新资源为3.28E+21 sej,不可更新资源为4.99E+23 sej,输入资源为1.03E+24 sej,表明辽宁省经济发展主要依赖当地不可更新资源与外部输入资源;(4)环境服务总量为9.85E+21 sej,是生态系统调节服务的1.73倍,污染物排放所致生态经济损失总量为1.84E+22sej,表明辽宁省经济活动的污染物不可避免地造成生态超载和生态经济损失,并需要投入大量资源与能量进行人为净化;(5)基于基本能值核算方法和环境服务与生态经济损失的能值产出率为1.47,环境负载率为476,可持续发展指数为0.0031,表明辽宁省生态环境保护压力较大,经济发展对当地自然资源和生态系统的依赖程度较高,处于不可持续发展的状态下,与良好的绿色生态一体化发展尚有一定差距。


关键词: 自然资本, 生态系统服务, 生态经济绩效指标, 老工业基地, 辽宁省

Abstract: Heavy industrial regions are facing great challenges in excessive resource consumption and plenty of pollutant emission. How to balance ecological protection and economic development has attracted more and more attention. Taking Liaoning Province in 2017 as an example, emergy analysis was used to calculate natural capital stocks, ecosystem service values, resource consumption including environmental services and ecological economic losses due to large industrial pollutants discharged for heavy industrial region, and evaluate green and ecological integration development. The results showed that: (1) the total natural capital stock was 5.46E+25 sej, equivalent to emergy monetary value of 1.54E+13 Em$. Geological asset had the largest contribution, accounting for 48.90%; (2) the emergy monetary value of ecosystem services was 3.27E+11 Em$ and the corresponding market price was 5.80E+10 $. The emergy monetary values of aquatic products, mineral mining, and fossil fuel mining were much higher than their market prices; (3) the total amount of resource consumption was 1.54E+24 sej, including renewable resources (3.28E+21sej), nonrenewable resources (4.99E+23sej), and input resources (1.03E+24sej), indicating that economic growth in Liaoning mainly depended on local nonrenewable resources and input resources; (4) environmental services were 9.85E+21 sej, which was 1.73 times higher than ecosystem regulating services; ecological economic losses caused by industrial pollutants were 1.84E+22sej, indicating that pollutant emissions from economic activities inevitably caused ecological overload and ecological economic losses and that input of massive resources and energy are needed for artificial purification; (5) Based on the traditional emergy accounting method, environmental services and ecological economic loss, the emergy yield rate, environmental loading rate, and emergy sustainability index were 1.47, 476 and 0.0031 respectively, indicating that Liaoning was under great pressure on ecological and environmental protection, and that its economic development highly depended on local natural resources and ecological systems. It was in state of unsustainable development. There is still a certain gap with good green ecological integration development.


Key words: natural capital, ecosystem services, eco-economic performance index, old industrial base, Liaoning Province.