再生性资源型城市产业结构转型对经济增长贡献的异质性

采用多部门经济模型、偏离份额等方法，分析1995—2015年中国再生性资源型城市产业结构转型对经济增长贡献的异质性特征。结果表明：中国再生性资源型城市产业结构变动对经济增长贡献呈减弱之势；结构效应和净竞争效应上，第二产业对经济增长的贡献率皆处于劣势，第三产业则呈相反态势，分别以大城市和小城市表现最为显著；区位效应上，第二、三产业区位效应对经济增长贡献率皆为劣势，空间相互依赖作用逐步降低，其中森工类城市第二产业区位效应最为劣势。“结构性减速”成为再生性资源型城市产业转型发展的主导因素，因地、因类制宜推动供给侧结构性改革成为其可持续发展的重要路径选择。

The difference of the contribution of industrial structure transformation to economic growth of renewable resource-based cities in China

By adopting the multiple industries economic model and shift-share analysis, the paper analyzes the heterogeneity characteristics of the economic growth contribution of regenerated urban industrial structure transformation in China from 1995 to 2015. Furthermore, it explores the heterogeneity of contribution in different industries to economic growth. The following conclusions are drawn: The changes in the industrial structure of the Chinese renewable resources were diminishing their contribution to economic growth. On the structural effect, the contribution rate of the second industrial structure of China's renewable resource-based cities to economic growth showed a trend of fluctuating decreasing, but the third industry showed the opposite trend. The big cities showed significant performance. On the net competition effect, the contribution rate of the net competitive effect of the second industry to economic growth was at a disadvantage. Yet the third industry turned inferiority into advantage and showed a trend of increasing, especially in small cities. In terms of the location effect, the contribution rates of the secondary and third industries to economic growth were both at a disadvantage and showed a trend of decreasing, and the spatial interdependence effect was gradually reduced, among which the secondary industry location effect of forest industry cities was the most disadvantageous. "Structural slowdown" has become the dominant factor in the transformation and development of regenerated resource-based cities, and the promotion of structural reforms on the supply side due to local conditions and type has become an important path for sustainable development.