Research on Low Carbon Transformation Strategies for Post operation and Maintenance of Land Consolidation Projects from the Perspective of Carbon Efficiency Calculation

Abstract

This study focuses on the later operation and maintenance stage of land consolidation projects. Against the backdrop of the "dual carbon" goal, from the perspective of carbon efficiency measurement, it deeply analyzes the factors affecting carbon emissions and constructs a corresponding low-carbon strategy system. Through literature research, case analysis, and a combination of quantitative and qualitative analysis, it was found that the carbon emissions during the later operation and maintenance of land consolidation projects are influenced by multiple factors such as energy consumption, land use patterns, and agricultural inputs. Based on this, a low-carbon strategy system covering energy structure optimization, land use optimization, agricultural production management, carbon compensation and trading has been constructed. This study contributes to enriching the research content of carbon effects in land consolidation projects, providing guidance for the practice of land consolidation projects, and promoting the green and low-carbon development of the land consolidation industry. However, research has data limitations and low-carbon strategies face various constraints in practical applications. Future research can expand the scope of cases, conduct in-depth analysis of constraints, and explore collaborative development across multiple fields.