Study on the Carbon Effect of Agricultural Land Remediation Based on the Carbon Peaking and Carbon Neutrality Goals  
PDF

Keywords

Land consolidation
Carbon peaking and carbon neutrality goals
Agricultural land remediation
Carbon effect

DOI

10.26689/jard.v6i5.4258

Abstract

With the goal of achieving carbon peak and carbon neutrality, this paper studies the carbon effect of agricultural land remediation. In this paper, the carbon effect mechanism and calculation method of land consolidation, the proposed national carbon peaking and carbon neutrality goals, and the requirements put forward by agricultural land consolidation followed were analyzed. Then, the application research on the carbon effect accounting of agricultural land consolidation was conducted. Besides, the application process of carbon effect accounting of land consolidation with the goals of carbon peaking and carbon neutrality. Therefore, we hope this study will play an effective role to advance the carbon effect research in the regulation of agricultural land.

References

Cheng YQ, 2020, Research on Carbon Effect Calculation and Decision Optimization of Land Remediation Projects, dissertation, Jiangxi University of Finance and Economics.

Sheng Y, Liu X, Zhang S, 2020, Study on Carbon Benefit of Land Remediation Project in Shache County, Xinjiang. Northeast Agricultural Science, 45(01): 119–128

Zhang Z, Hu B, Zhang S, Wei J, 2019, Analysis and Calculation of Carbon Effect of Temporary Land Reclamation- A Case Study of Guangxi. Journal of Agricultural Resources and Environment, 36(06): 744–756

Li Z, 2016, Study on the Carbon Effect of Agricultural Land Remediation Based on Comprehensive Land Use Characteristics and Engineering Characteristics, dissertation, Nanjing University.

Yu R, Huang X, 2019, Study on Expansion Scale of Construction Land Under Peak Carbon Emission Control. China Population, Resources and Environment, 29(7): 66–72

Yang B, Bai Z, 2019, Study On Low-Carbon Land Use in Open-Pit Coal Mine Area. China Mining, 28 (6): 89–93

Jin Z, Wang J, 2019, Analysis on the Decoupling Relationship Between Land Use Carbon Footprint and Economic Growth in Shandong Province Jiangsu Agricultural Science, 47(6): 310–314

Zhou X, 2019, Analysis of Land Remediation Technology System Integrating Soil Remediation. Low Carbon World, 9(8): 54–55

Guo W, 2019, Research on the Planning of Low-Carbon Ecological Villages in Jiangxi Province- Taking Xialaogang Village, Shuibei Town, Xinyu City as an Example, dissertation, Nanchang University

Wu J, Su M, Su S, et al., 2021, Research on the Path of Comprehensive Land Remediation in the Whole Region Under the Goal of “Double Carbon”. China's Land and Resources Economy, 34(12): 77–83.

Li X, Min X, 2022, Research on Carbon Emission Reduction Driving the High-Quality Development of China's Manufacturing Industry Under the “Double Carbon” Goal. Innovation and Technology, 22 (05): 57–70

Song G, Wang Y, Lou Y, 2021, Design of Carbon Emission Control Policy Based on “Double Carbon” Target. China Population, Resources and Environment, 31(9): 55–63

Wang H, Wu C, 2022, Research on the Approach of Rural Ecological Environment Governance Under the Background of "Double Carbon" Goal. Journal of Anhui Vocational and Technical College Of Commerce and Trade, 21(2): 43–48

Zhang N, 2021, Ecological Protection and High-Quality Development Path and Policy Design of the Yellow River Basin Under the Goal of “Double Carbon”– Speech at the 5th Lu Qing Forum "Yellow River Basin Carbon Peak and Carbon Neutralization Path Summit Forum". Journal of Qinghai Normal University: Social Science Edition, 43(4): 13–17

Wang S, Zhu F, 2022, Research on Realizing the Goal of "Double Carbon" Under the Overall Layout of Ecological Civilization Construction. China Residential Facilities, 2022(3): 125–129