A Low-Carbon Land Use Management Framework Based on Urban Carbon Metabolism: A Case of a Typical Coal Resource-Based City in China

It is of great significance to study urban carbon metabolism and explore the low-carbon land use management framework from perspective “ecological-production-living” space, an important means for government strengthen spatial regulation. In study, first all, a network model was established based on evolution space. Secondly, ecological analysis (ENA) method used identify relationships between types under effect metabolism. addition, ArcGIS software visualize distribution flow relationships. Finally, oriented proposed above research. Yulin, typical coal resource-based city in China, taken as case verification. The results showed that Yulin had net emissions 2010 2020, indicating space negative impact Industrial, mining transportation dominated emissions, while forestland played role sequestration. Under metabolism, controlling exploitative relationship main relationship, mutualism accounted smallest proportion, conflict obvious Based research, proposed, which divided into six control units. conclusion, provided experience other cities promote sustainable use.