Green Economy, photo Philippe Put
Upon successful completion of the course, students will have proven knowledge and understanding of issues related to:
This knowledge is supported by advanced scientific textbooks and includes views arising from modern developments at the cutting edge of their cognitive field such as climate change and ecosystem services.
Based on acquired knowledge and skills, students will be able to:
The course aims to embed and enhance:
Introductory Concepts: The environment and natural resources in economic thinking. Environmental issues today. Examples of predictions of the environmental situation and the economy.
Theoretical Framework: Economic concept of natural resources, classifications of natural resources. Static and dynamic efficiency. Property rights, external economies. Purchasing structures. Information and uncertainty. Cost-Benefit Analysis. Contingent valuation and travel costs.
Economics of Natural Resources: Exhaustible non - renewable natural resources. Energy resources. The energy market in Greece. Recyclable natural resources. Recycling in Greece and the European Union. Renewable natural resources: Forests, fishing and other renewable resources.
Environmental Economics: Pollution and contamination. Theoretical microeconomic models of external and pollution. Taxes and subsidies for anti-pollution and de-pollution. Tradable pollution permits. Environmental policy in the European Union and Greece.
Special Topics: Climate change. Impacts and projections. Climate change economy. The Kyoto mechanisms. Greenhouse Gas Emissions (GHGE) and global allocation mechanisms. Ecosystem services, physical capital and habitats. Mapping and Economic Evaluation of Ecosystem Services. Physical Capital and National Accounts - Main Framework-2012. Water policy in the European Union. Valuation and pricing of water services. Surface and groundwater, coastal natural resources.
Lectures (3 hours per week) and webminars using the Open course https://eclass.upatras.gr/courses/ECON1322/
Activity |
Semester workload |
Lectures |
39 hours (3x13) |
Individual study and webinars |
111 hours |
Total number of hours for the Course (25 hours of work-load per ECTS credit) |
150 hours (total student work-load) |
Webinars, and use of asynchronous educational platform e-class for storing education material and communicating with students.