CLIMATE CHANGE ECONOMICS
Instructional goals
This course provides a compendium of the economists’ views on energy and climate change. The system will apply economic principles to analyze energy and climate change problems. Besides using microeconomics concepts in the study of climate policies as in a standard environmental economics course, the course will introduce the essential toolkit of energy and climate modeling and the main issues to estimate climate change impacts on socioeconomic variables. Finally, the international dimension of climate change policies will be analyzed. Active students’ participation is required through group presentations and collective discussions around the primary debates on energy and climate policies.
Intended learning outcomes
At the end of the course, students will get a comprehensive knowledge of the leading energy and climate change issues and their policy solutions; will be familiar with the pros and cons of different policy instruments; will be up to date with the international climate change negotiation process, political drivers of climate policies and their acceptability. This knowledge will enable students to interpret critically the results of the rapidly expanding body of economic literature assessing the effect of climate change impacts and policies, will develop students’ capacity to think in a multi-disciplinary way connecting political, scientific, and economic processes on climate change issues; should contribute to form the students' skills to conduct independent research in these areas.
Course Contents
The course is aimed at providing knowledge of the global energy system and the implications of the course policies on climate policies.
Reference Books
My slides
No one book, several sources in the reading folder.
Any microeconomics manual for the basic concepts
Any book on environmental and resource economics
There are no ideal books, some suggestions are:
Pearce, Tuner and Bateman, Environmental Economics (old)
Baumol and Oates, The Theory of Environmental Policy (old but excellent)
Perman et al., Natural Resource and Environmental Economics
During the lectures, selected articles will be indicated.
Teaching Methods
Frontal lessons
Active participation is highly recommended.
Assessment Method
The exam includes a final written exam and intermediate tests aimed at understanding whether the part of the program covered up to that point has been understood and assimilated
Thesis assignment criteria
The grading is based on:
an written exam (50% of grade);
the drafting of an essay to be prepared as a group work and to be presented as a seminar during the lectures (40% of grade).
Active partecipation (10%)
The topics for the essay will be assigned by the teacher. Groups will be composed by 3 to 4 students. In-class presence is essential during the presentation by the entire group.
Week 1
1. The scientific evidence on climate change
2 the global energy demand: perspective
Week 2
3. Impacts of climate change
4. Climate change and economic development
Week 3
5. The oil market
Week 4
6. the natural gas market
7. the coal market
Week 5
8. Non fossil fuel energy market
9 Hydrogen
10 CCUS
Week 6
11. climate policies: the international dimension
12. climate policies: the international dimension
Week 7
13. climate policies: the international dimension
13. climate policies: the international dimension (continued)
Week 8
14 Climate change negotiations
15 a short story of COPS
Week 9
16 a story of COPS (cont)
Week 10
17 IPCC: the scientific and the social dimension of climate change
Week 11
18 & 19
energy, emissions and technology: the kaya identity
Week 12
20. Climate change in the next future. Impacts and policy proposal for next generation