| Date | Journal Name | Title | Author(s) in RCESGA |
|---|---|---|---|
| Apr 2026 | The Accounting Review | Cross-Border Impact of the ESG Disclosure Mandate: Evidence from Foreign Government Procurement Contracts | Prof. Lisa C.Z. SUN, Prof. Yi XIANG, Prof. Cheng ZENG |
| Apr 2026 | International Journal of Educational Research | Reflection and group cohesion drive service-learning gains: a pre-post study of credit-bearing courses in Hong Kong | Prof. YU Lu |
| Mar 2026 | Cities: The International Journal of Urban Policy and Planning | Health resilience of green buildings in a Dense City: Evidence from COVID-19 infections in Hong Kong | Prof. Jeff SHEN |
| Feb 2026 | Environment, Development and Sustainability | Examining the role of recognition-based heuristics in sustainable investment decision-making using a structural equation modeling–artificial neural network-based approach | Prof. Qiang WU |
| Feb 2026 | Industrial Management & Data Systems | ESG transformation through private equity and digital twin in energy supply chain: an evolutionary game analysis | Ir Prof. Zhiheng ZHAO, Dr Paul WANG, Prof. George Q. HUANG |
| Jan 2026 | Industrial Management & Data Systems | Towards low-carbon e-commerce return logistics: optimization for simultaneous pickup and delivery | Dr Paul WANG, Ir Prof. Zhiheng ZHAO, Prof. Hans WANG, Prof. George Q. HUANG |
| Jan 2026 | Management System Engineering | Data assetization and corporate green technology innovation: a dual perspective of information and resources | Prof. Qiang WU |
| Dec 2025 | Business Strategy and the Environment | Artificial Intelligence and Environmental, Social, and Governance: A Hybrid Bibliometric Approach | Prof. Qiang WU |
| Nov 2025 | Journal of Youth and Adolescence | The role of social support and positive youth development in strengthening family resilience: An actor-partner interdependence approach. | Prof. YU Lu |
| Nov 2025 | Sustainable Energy, Grids and Networks | Impact of sequence and dynamics of grid outage and utility events on the resilience of a coastal zero-energy system with grid network interactions | Prof. Kai Pan |