Dr Daoping Wang
Lecturer in Risk, Environment and Society
Research interests
- Geography
Biography
Daoping is a dedicated researcher with a keen interest in the coupled natural and human systems and climate change adaptation analysis. He focuses on the critical intersections of risk, environment, and society. Before becoming part of the King's community, he concentrated his research efforts on applying artificial intelligence techniques to assess business risks stemming from climate change while at Cambridge. Daoping also holds the position of Hoffmann Fellow for the Fourth Industrial Evolution of the World Economic Forum.
Research
- Climate change risk analysis based on economic theory and AI techniques
- Complex interactions of climate change, human activities, and the global economy
- Economics of disasters
- Climate change adaptation strategy and policies
Daoping's research broadly focuses on exploring how climate risks affect our socioeconomic system, and in developing ways to build resilience and adapt to climate change. Specifically, Daoping's research focuses on investigating how climate shocks propagate in spatial economic networks and generate both direct and indirect consequences, what the opportunities and challenges in building resilient urban systems are, and how policies can make a difference. His research combines dynamic general equilibrium models, mathematical programming, AI techniques, game theory, and self-developed risk analysis models to conduct quantitative analysis of these topics.
Teaching
Undergraduate
- 5SSG2059 Foundations of Spatial Data Science
- 5SSG2060 Principles of Spatial Data Science
- 6SSG3077 Applications of Spatial Data Science
Postgraduate
- 7SSGN002 Practising Social Research
PhD supervision
Daoping is interested in supervising doctoral students on the following topics:
- Climate change risk analysis AI for risk management
Research
Risk, Hazard & Society research group
Advancing understanding of risk and perception, as well as communication and regulation in a range of environmental, social and country contexts.
Centre for Integrated Research in Risk & Resilience
Bringing together research disciplines to shape a critical perspective on resilience and its application as a concept.
King's Climate Research Hub
Studying climate change through the relationship between science, policy and culture, particularly in the developing world.
Geocomputation and Data Science Research Hub
The Geocomputation and Data Science Research Hub provides expertise in solving contemporary global problems using data.
News
Climate disruption to global supply chains could lead to $25 trillion net losses by mid-century
Study is first to chart economic impacts of climate change working through international trade routes
Research
Risk, Hazard & Society research group
Advancing understanding of risk and perception, as well as communication and regulation in a range of environmental, social and country contexts.
Centre for Integrated Research in Risk & Resilience
Bringing together research disciplines to shape a critical perspective on resilience and its application as a concept.
King's Climate Research Hub
Studying climate change through the relationship between science, policy and culture, particularly in the developing world.
Geocomputation and Data Science Research Hub
The Geocomputation and Data Science Research Hub provides expertise in solving contemporary global problems using data.
News
Climate disruption to global supply chains could lead to $25 trillion net losses by mid-century
Study is first to chart economic impacts of climate change working through international trade routes