Themen der Lehrveranstaltung
This course provides an introduction to the economics of climate change, combining economic theory with empirical evidence and practical policy analysis. Students first build the analytical foundations: understanding why markets fail when pollution and greenhouse-gas emissions impose costs on society, and how economists measure both the value of a clean environment and the damages of a warming planet. The course introduces methods for valuing non-market environmental goods, approaches for estimating the health and economic effects of air pollution, and the central concept of the social cost of carbon — the price economists place on one additional ton of CO2 and a crucial input into climate policy.
The second part of the course turns to mitigation and policy solutions. Students examine the economic logic behind the main climate policy instruments — corrective taxes, subsidies, emissions trading systems such as the EU ETS, and renewable-energy and clean-electricity standards — and learn to weigh their costs, benefits, and trade-offs. Because the power sector is central to decarbonization, special attention is given to how electricity markets function, how carbon pricing reshapes them, and how market structure and competition affect the success of climate policy. Throughout, students apply economic reasoning to real-world data and case studies, developing the skills to critically evaluate the climate and energy policies shaping our future.
Unterrichtsform
The course is taught through a combination of lectures, in-class discussions, and applied exercises. While lectures provide the theoretical and empirical foundations of climate economics, students are actively involved in discussing assigned case studies, research papers, and newspaper articles. Hands-on data exercises give students the opportunity to work with real environmental and energy data using statistical software (R), and optional practice problem sets, with solutions provided, help students consolidate the analytical tools introduced in class and prepare for the final exam. In-class simulations, such as a carbon-market trading game, allow students to experience first-hand how climate policy instruments work in practice.