[Assessment and Scenario Prediction of Pollution-carbon Reduction Synergies Toward Dual Carbon Goals in Shanxi Province].

Coupled LEAP-CMAQ Modeling for Pollution–Carbon Coordination: Spatiotemporal Evolution and Risk Assessment in a Coal Resource Province of China

Synergistic pollution–carbon mitigation is critical for China’s dual carbon targets. Taking coal-resource Shanxi Province as the case, this study developed an integrated Long-range Energy Alternatives Planning (LEAP)–Community Multiscale Air Quality (CMAQ) coupled framework combined with a three-dimensional vector mode...

Scenario-Driven Carbon Peak Pathways for Transportation in Sichuan Province, China: An Integrated LMDI-STIRPAT Framework

Transportation is a major contributor to carbon emissions, and achieving carbon peaking in this sector is essential for China’s Dual Carbon goals. This study investigates transportation carbon emission dynamics and future pathways in Sichuan Province, a representative western inland region with complex geographical and...

[Carbon Emission Prediction of Construction Industry in Western China Based on Combination Model and Multi-scenario Simulation].

[Scenario Simulation of Carbon Emissions and Emission Reduction Pathways in Industry-dominated Cities： A Case Study of Lanzhou].

Utilising urban energy structure as a carbon management strategy for carbon emissions mitigation and climate neutrality

Achieving urban carbon neutrality is critical to mitigating global warming and demands transformative regulation of carbon flows within urban energy systems. This study constructs an energy structure influencing factors (ESIF) evaluation system for urban energy structure, using improved principal component analysis (...

[Clean and Low-carbon Transformation Path of the Electric Power Industry in Jiangsu Province Under the Dual Constraints of Pollution Reduction and Carbon Emission Reduction].