The University of Hong Kong | China
Dr. Janet Chan is a distinguished scholar whose interdisciplinary contributions have made a lasting impact across her fields of expertise, earning her wide recognition for both academic excellence and innovative thought leadership. With a research record marked by 1,104 citations generated by 952 documents, 19 published documents, and a solid h-index of 10, she has established herself as a respected voice whose work continues to influence emerging studies, professional practice, and policy discussions. Dr. Chan’s scholarship spans complex problem spaces, integrating methodological rigor with a deep understanding of real-world challenges, and her publications demonstrate a consistent commitment to advancing knowledge that is both theoretically robust and practically relevant. Her research is frequently consulted by peers, illustrating the reach and credibility she has built through sustained engagement with high-impact topics and collaborative inquiry. Known for her clarity of thought, scientific curiosity, and ability to bridge conceptual frameworks with applied insights, Dr. Chan’s work contributes to shaping contemporary discourse, inspiring further investigation and cross-disciplinary exploration. Her academic footprint reflects not only the volume and citation strength of her publications but also the meaningful influence they exert within scholarly networks. As a mentor, research collaborator, and contributor to professional communities, she plays an integral role in cultivating environments that foster innovation, critical thinking, and evidence-based approaches. Dr. Janet Chan’s growing body of work continues to expand the boundaries of her discipline, offering new perspectives and generating pathways for future advancements while demonstrating the enduring value of rigorous research that engages with the evolving needs of global society.
Featutred Publication
Hua, J., Liu, P., Chen, W. Y., Chan, J. K. Y., & Leung, K. M. Y. (2025). Eco-engineered shorelines for biodiversity enhancement: A discrete choice experiment on citizens’ preferences. Ocean & Coastal Management, 107906.