LECTURE: PROF. ZHAOLIN LI
announcer: 殳妮 release time: 2024-11-29 views: 10
TIME: 2024/12/3 15:00-16:00
VENUE: 317 E&F HALL
Title：Endogenous Standards for Subsidizing Emission Reductions
Abstract: To promote carbon abatement activities, the Australian Government offers incentives known as Australian Carbon Credit Units. The Clean Energy Regulator, an independent statutory authority in Australia, oversees the reporting and management of greenhouse gas emissions. This presentation highlights several research opportunities aimed at providing insights and recommendations to enhance the effectiveness and to provide justification of the Clean Energy Regulator's role. Additionally, it proposes a mechanism design model to explore the characteristics of government-oriented and proponent-led standards for subsidizing emission reduction projects.
Bio-sketch of the seminar speaker:
Dr. Zhaolin (Erick) Li received his Ph.D. in Business Administration from The Pennsylvania State University, a Master of Commerce in Accounting from The University of New South Wales, and a Bachelor of Engineering in Materials Science and Industrial Engineering from Shanghai Jiao Tong University. He has been a faculty member at The University of Sydney Business School since January 2009. Prior to his academic career in Sydney, Dr. Li worked at Ernst & Young LLP and City University of Hong Kong.Dr. Li has published seven articles in Production and Operations Management, establishing him as the most prolific Australian scholar in this flagship journal. He has also had two articles published or recently accepted by Management Science. Both journals are highly regarded, appearing in the Financial Times, Bloomberg MBA, and UT Dallas Business School Research Rankings. According to studies by Babbar et al. (2017, 2018) in the International Journal of Production Economics, Dr. Li is ranked among Asia's top 25 scholars in Operations Management and Supply Chain Management, respectively. His recent research applies mean-variance analysis to develop probabilistic bounds and create robust solutions for various business challenges.
