Assist. Prof. Dr. Liming Ge | Economics | Editorial Board Member
Shanghai Jiaotong Univeristy | China
Dr. Ge Liming is an emerging scholar in Energy Economics, Regional Policy, and Environmental Sustainability, currently affiliated with Shanghai Jiao Tong University and guided by Adviser Shao Shuai. With a strong academic foundation built through a master’s degree from the University of Shanghai for Science and Technology and doctoral training at Shanghai University of Finance and Economics, he has established himself as a high-achieving researcher, maintaining top academic standing and earning multiple scholarships and honorary titles. His research output is widely recognized, reflected in 303 citations, 25 published documents, and an h-index of 10, highlighting his growing influence in the fields of energy policy and sustainability transitions. Dr. Ge possesses strong quantitative and empirical research capabilities, demonstrated through mastery of Stata, SPSS, ArcGIS, and EViews, and supported by professional certifications in accounting, securities, and information technology. He has participated in several major national and institutional research projects, contributing to studies on green development, energy productivity, industrial spatial governance, and pollution-economy interactions. His academic excellence is further evidenced by numerous competition awards, including top prizes in national contests on energy economics, mathematical modeling, and innovation. Dr. Ge has actively engaged with the academic community by presenting at prominent national forums and symposiums focused on economics, energy, environment, and regional development. Through rigorous research, interdisciplinary expertise, and sustained academic contributions, he continues to advance critical insights into energy efficiency, regional coordination, and sustainable development pathways.
Featured Publications
Ge, Liming (2025). The effect of low-carbon city construction on PM2.5: Evidence from China. Energy Economics.
Ge, Liming (2025). Impacts of global manufacturing transfer on energy intensity, consumption, and transition: An industry linkage perspective. Habitat International.