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A spatial panel analysis of carbon emissions, economic growth and high-technology industry in China

机译:中国碳排放,经济增长和高科技产业的空间面板分析

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摘要

This paper constructed a spatial panel STRIPAT-Durbin model using data for 30 Chinese provinces during the period of 2004-2016. It examined the influence of economic development and the industrial structure on carbon emissions by exploring the spatial agglomeration and spillover effects of high-tech industry, economic growth, FDI, population and carbon emissions based on spatial correlation. The empirical results showed that high-tech industry, FDI, population and carbon emissions have spatial dependence and spatial agglomeration effects. High-tech industries, FDI and population have a spatial spillover effect on carbon emissions. Therefore, the government should develop a low-carbon economy by increasing the proportion of high-tech industry through technological progress and developing vigorous resource-saving and environmentally friendly tertiary industry by promoting cleaner production technology. Furthermore, local governments at all levels should use their location to promote the flow of industry transfer and technology and achieve a high inter-regional carbon industry flow and reasonable spatial distribution. (C) 2018 Elsevier B.V. All rights reserved.
机译:本文在2004 - 2016年期间,在2004 - 2016年期间使用了30个中国省份的数据构建了空间面板蒂尔特德林模型。它通过探索了基于空间相关性的高新技术产业,经济增长,外国直接投资,人口和碳排放的空间聚集和溢出效应,研究了经济发展和产业结构对碳排放的影响。实证结果表明,高新技术产业,直接投资,人口和碳排放具有空间依赖性和空间凝聚效应。高新技术产业,外国直接投资和人口对碳排放有空间溢出效应。因此,政府应通过通过促进清洁生产技术提高高新技术产业的比例,通过促进清洁生产技术来发展高新技术产业的比例,通过促进清洁生产技术来发展剧烈的资源节约和环保的第三产业。此外,各级地方政府应使用他们的地理促进行业转移和技术的流动,实现高跨区域碳工业流程和合理的空间分布。 (c)2018年elestvier b.v.保留所有权利。

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