The spatial effect and action mechanism of the influence of rural land transfer on agricultural carbon emission intensity

JI Xue-qiang; CUI Yi-lin; ZHANG Si-yang; SUN Hong-yu; YUAN Dong-ming; ZHANG Yue-song

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China Environmental Science ›› 2023, Vol. 43 ›› Issue (12) : 6611-6624.

The spatial effect and action mechanism of the influence of rural land transfer on agricultural carbon emission intensity

JI Xue-qiang¹, CUI Yi-lin¹, ZHANG Si-yang¹, SUN Hong-yu², YUAN Dong-ming³, ZHANG Yue-song¹

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Abstract

Agricultural carbon emission intensity has important practical value considering agricultural production level and agricultural green development. Analysis of the impact of rural land transfer on agricultural carbon emission intensity has scientific value for promoting carbon emission reduction in the process of rural land transfer promotion, but few existing studies have analyzed its spatial effects. After theoretical analysis, based on the panel data of 30 provinces in China’s mainland from 2005 to 2021, the panel regression model was used to analyze the impact of rural land transfer on agricultural carbon emission intensity. The spatial effects of rural land transfer on agricultural carbon emission intensity were discussed by combining the spatial econometric model. The results showed that during the study period, rural land transfer a significant negative spatial effect on agricultural carbon intensity. Rural land transfer can not only reduce the agricultural carbon intensity in the local area, but also reduce the agricultural carbon intensity in the surrounding area, and its spatial spillover effect is more obvious; Technology development mechanism, demonstration effect mechanism and regional competition mechanism are the key mechanisms of the negative spatial spillover effect on agricultural carbon emission intensity. The spatial effect of rural land transfer on agricultural carbon emission intensity has regional heterogeneity, and the spatial carbon emission reduction effect of rural land transfer in southern China is deeper than that in northern China. Therefore, it is suggested to speed up rural land transfer and give full play to the spatial emission reduction effect of rural land transfer in various ways.

Key words

agricultural carbon emissions / agricultural pollution / carbon neutral / carbon peaks / rural land transfer

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JI Xue-qiang, CUI Yi-lin, ZHANG Si-yang, SUN Hong-yu, YUAN Dong-ming, ZHANG Yue-song. The spatial effect and action mechanism of the influence of rural land transfer on agricultural carbon emission intensity[J]. China Environmental Science. 2023, 43(12): 6611-6624

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