期刊文献+
共找到2篇文章
< 1 >
每页显示 20 50 100
Carbon productivity convergence club and its initial conditions: China's construction industry
1
作者 Puwei Zhang Guangshe Jiaa +3 位作者 Qiang Mou Mingli Song changquan he Qixiong Xu 《Chinese Journal of Population,Resources and Environment》 2019年第1期12-24,共13页
A three-stage method is proposed to study the convergence clubs for the dynamic total factor carbon productivity (DCP) and the initial conditions. The first stage is to measure the DCP that reflects the initial differ... A three-stage method is proposed to study the convergence clubs for the dynamic total factor carbon productivity (DCP) and the initial conditions. The first stage is to measure the DCP that reflects the initial difference. The second stage is to identify the convergence club of DCP. The last stage is to examine the initial factors that may affect the formation of the convergence club. Construction industry data from 30 provinces in China's Mainland from 2005 to 2016 were adopted to conduct an empirical study. The empirical results showed that (1) the arithmetic mean value of China’s provincial DCP showed an upward trend and the standard deviation showed an expanding trend.(2) There are five convergence clubs, but 13 provinces failed to converge to any club.(3) The higher the degree of construction industry marketization in 2005, the greater the probability that the provinces belong to a club with higher DCP. To improve the DCP, the effective diffusion of low-carbon construction technologies and the market-oriented reform of state-owned construction companies should be promoted. The three-stage method can also be applied to study different industries in different countries or regions. 展开更多
关键词 Total FACTOR carbon productivity CLUB convergence construction industry nonlinear time-varying FACTOR MODEL ORDERED LOGIT regression MODEL
下载PDF
中国建筑业碳生产率变化驱动因素 被引量:7
2
作者 张普伟 贾广社 +1 位作者 何长全 MACKHAPHONH Nikhaphone 《资源科学》 CSSCI CSCD 北大核心 2019年第7期1274-1285,共12页
绿色发展要求下,中国建筑业碳生产率变化的驱动因素需要进行深入分析。本文测算了2005—2016年中国各省(市、区)各年的建筑业单要素碳生产率(SFCP)和全局全要素碳生产率(GTFCP),应用相关性检验实证了SFCP和GTFCP之间的关系,分别应用加... 绿色发展要求下,中国建筑业碳生产率变化的驱动因素需要进行深入分析。本文测算了2005—2016年中国各省(市、区)各年的建筑业单要素碳生产率(SFCP)和全局全要素碳生产率(GTFCP),应用相关性检验实证了SFCP和GTFCP之间的关系,分别应用加和式对数平均迪氏指数分解方法I(A-LMDI-I)和数据包络分析(DEA)分解方法对SFCP和GTFCP变化的驱动因素进行识别和分析。结果显示:①SFCP和GTFCP之间显著正相关。②技术创新正向驱动SFCP,地区调整负向驱动SFCP;2008—2011年是技术创新和地区调整对SFCP影响最大的时段;四川省的技术创新、广东省的地区调整对SFCP的影响最大。③技术进步正向驱动GTFCP,管理效率和规模效率负向驱动GTFCP;2011—2014年是技术进步和管理效率影响最大的时段;2005—2008年是规模效率对GTFCP影响最大的时段;江西的技术进步、海南的规模效率和贵州的管理效率对GTFCP的影响最大。基于以上结果总结出相应的管理启示和不足。 展开更多
关键词 碳生产率 驱动因素 LMDI 数据包络分析 建筑业 中国
原文传递
上一页 1 下一页 到第
使用帮助 返回顶部