期刊论文

Huang, XJ;Wang, MC;Tang, YF

英文

Environmental Impact Assessment Review

0195-9255

2023

103

107254

10.1016/j.eiar.2023.107254

This work was supported by the Special Fund of Jiangsu Province Carbon Peak and Carbon Neutral Technology Innovation ( BK20220037 ), 2023 Land Policies Empirical Monitoring Case Library Compilation and Related Theoretical Analysis Project of China Land Survey and Planning Institute ( 20231411037 ), the Procurement Project of Jiangsu Province Farmland In-out Balance Implementation Innovation and Performance Evaluation Research of Nanjing Municipal Planning and Natural Resources Bureau Gaochun Branch ( NJCC2022083 ), and the Open Cooperation Project of Jiangsu Provincial Natural Resources Think Tank in 2023 ( ZK23001 ).

本校为通讯机构

Global warming seriously threatens the sustainable development of society and the economy, and the farmland use system is one of the major sources of CO2 emissions. However, few studies have explored the carbon emission reduction effect of farmland use transition (FUT) and its spatial spillover effects. To address the problem, here, CO2 emissions reductions that could be achieved by farmland use transition are quantified, followed by an assessment of the spatial spillover effects of FUT on CO2 emissions from the perspective of Major Function-or...