摘要
Abstract
Carbon emission reduction and sink increase are the core means for China to achieve the"dual carbon"goals.As an important carrier of carbon emissions and carbon sinks,rural areas play a crucial practical role in the realization of the"dual carbon"goals by fully tapping their potential for carbon reduction.Existing relevant studies mostly focus on the low-carbon development paths of traditional town-village community spaces and rural buildings,but they lack sufficient attention to the particularities of rural areas in megacities and a multi-dimensional,systematic research perspective.Taking the rural areas of Shanghai as the research object,this study constructs a carbon measurement model for rural areas.From the perspective of territorial spatial planning,it uses geographical detectors as a spatial analysis tool,selects core evaluation indicators from four dimensions-land use,transportation network,functional industry,and population development—to systematically explore the spatial pattern characteristics and key influencing factors of carbon emissions in rural areas.The research results show that seven indicators,namely building base density,built-up area scale,bus station density,industrial park area,number of enterprises,number of employees,and resident population scale,are the main factors affecting carbon emissions in rural areas of Shanghai.Based on the above research conclusions,this paper further puts forward targeted spatial optimization strategies,providing theoretical support and practical reference for promoting carbon emission reduction and sink increase in rural areas and helping China achieve the"dual carbon"goals.关键词
减碳增汇/双碳/空间规划/规划策略Key words
carbon emission reduction and sink increase/dual carbon/spatial planning/planning strategie分类
管理科学
