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Received：13 December 2020，
Published：07 September 2022
移动端阅览
碳排放时空分布及其异质性是生态环境保护和气候变化监测研究的重要课题。本文针对珠三角城市群碳排放空间分布的精细分析，基于DMSP/OLS夜间灯光影像与土地利用数据，研究了2000年—2013年珠三角城市群碳排放时空差异性，揭示了不同地市不同用地类型的碳排放时空分布特征、碳排放增长趋势和强度趋势。结果表明：（1）2000年—2013年珠三角城市群碳排放总量一直处于增长阶段，但受2008年金融危机影响由高速增长转为缓慢增长阶段；（2）人均碳排放强度在2008年金融危机后增长速度减缓；（3）单位GDP碳排放强度在经历了2005年—2008年小幅增长阶段之后，整体呈现降低趋势；（4）地均碳排放强度方面，工矿用地的地均碳排放强度由2008年金融危机前的增长阶段过渡到危机后的降低阶段，而城镇用地的地均碳排放强度一直处于持续增长阶段。研究发现，珠三角城市群碳排放在2008年金融危机前后具有明显的时空差异性，城镇用地碳排放持续增长将成为碳减排的关键问题，本研究可为碳排放估算预测、节能减排及生态环境保护提供科学参考。
The temporal and spatial distribution of carbon emissions and their heterogeneity are important topics in the study of ecological environment protection and climate change monitoring.
Based on the fine analysis of the spatial distribution of carbon emissions in the Pearl River Delta urban agglomeration
this paper studies the spatial-temporal differences of carbon emissions in the area from 2000 to 2013 based on DMSP/OLS nighttime light images and land use data. This paper also reveals the spatial-temporal distribution characteristics
growth trend
and intensity trend of carbon emissions in different cities and land types.
Results show the following. (1) The total carbon emissions of the Pearl River Delta urban agglomerations from 2000 to 2013 have been in the growth stage
but due to the 2008 financial crisis
the growth has turned from a high-speed growth stage to a slow growth stage. (2) The growth rate of per capita carbon emission intensity slowed down after the 2008 financial crisis. (3) The carbon emission intensity per unit of GDP experienced a small growth stage from 2005 to 2008
and then the overall trend is decreasing. (4) In terms of carbon emission intensity per square kilometer
the average carbon emission intensity of industrial and mining land transited from the growth stage before the 2008 financial crisis to the post-crisis reduction phase
while the average carbon emission intensity of urban land has been in a continuous growth phase. The carbon emissions of the Pearl River Delta urban agglomeration have obvious temporal and spatial differences before and after the 2008 financial crisis
and the continuous growth of carbon emissions from urban land will become a key issue for carbon emission reduction.
This study can provide a scientific reference for carbon emission estimation and prediction
energy conservation and emission reduction
and ecological environment protection.
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