Content
The course will examine the incentives that lead to overexploitation of water recourses and how
altering these incentives can promote socially optimal use patterns. The course will also provide
the students with a set of analytical tools that can be used to work on water issues or natural
resource issues more broadly.
Those topics are:
1. Introduction and Economics Basics
2. Agricultural Water Use
(water rights, agricultural water use efficiency and productivity, land allocation, technology choice,
environmental quality)
3. Residential Water Use
4. Water, Land Use and Environmental Aspects of Biofuel Production
5. Other Approaches to Value Water
(hedonic modelling, experimental economics, nonmarket valuation approach)
6. Intertemporal and Interregional Aspects of Water
7. Water Markets Around the World
(Europe, China, USA)
Learning outcomes
This course is designed to introduce students to the subject of water economics.
Upon successful completion of the module, students will be able to:
• understand the basic concepts and economic models used to study the economics of water
resources issues.
• select and apply the appropriate economic model to solve water policy problems as for example
producer’s profit or consumer’s utility maximization.
• provide economic intuition for mathematical answers to water management problems.
• apply models to address a wide range of water resource problems and assess the economic
effects of decision making process at different levels based either on the water demand or the
water supply side of the economy.
• critique journal articles pertaining to economics of water resources.
Examination
In a written examination at the end of the semester of 120 mins (in class), students will
demonstrate the ability to understand and analyze concepts and methodological approaches
related to water resource management using economic terminology, and the ability to apply
mathematical tools to solve specific calculus problems. A written exam is necessary to assess the
students' holistic understanding and analytical competencies.
In addition, there is the option of taking a voluntary mid-term assignment as coursework in
accordance with APSO §6, 5. For this, an in-class presentation (~15 min) of a short research
project related to water resource economics that they will choose from a list of references provided
by the instructor has to be given. Students who are interested in participating in the research
project activity will have to express their interest and choose a topic by the third week of the
course. The module grade can be improved by 0.3 by passing the course work if this better
characterizes the student's performance level on the basis of the overall impression and the
deviation has no influence on passing the examination. No repeat date is offered for the mid-term
performance. When retaking a failed module examination at the next possible examination date,
successfully passed mid-term assignments will be taken into account.
Prerequisites
Students taking this course should be familiar with the basics of microeconomics as well as
mathematical economics (derivatives, basic function integrals and graphs). However, all necessary
concepts will be introduced before application.
Teaching & learning methods
Theoretical concepts and example exercises will be given by the lecturer on the blackboard and by
PowerPoint presentations to build the required knowledge base in water resource economics. Q&A
sessions at the beginning of each lecture will be provided to recapitulate the previous lecture. In
addition, under the supervision and help of the lecturer, in-class application exercises will be used
to create real-world water management problems for which students in randomly assigned groups
will create and solve problems. Discussion of relevant scholarly articles and literature will be used
to aid understanding of the topic covered.
Media & reading list
Presentation slides, Blackboard, hand-outs, Moodle course to provide materials (pdf of papers to
read)
Auffhammer, M. et al., “The Value of Supply Reliability in Urban Water Systems,” Journal of the
Association of Environmental and Resource Economists, Working paper.
Caswell, M. & D. Zilberman, “The Effects of Well Depth and Land Quality on the Choice of
Irrigation Technology,” American Journal of Agricultural Economics 68(1986): 798-811.
Chong, H. & D. Sunding, “Water Markets and Trading,” Annual Review of Environment and
Resources 31(2006): 239-264.
Gisser, M., “Groundwater: Focusing on the Real Issue,” Journal of Political Economy 91(1983):
1004-1027.
Green, G. et al., “Explaining Irrigation Technology Choices: A Microparameter Approach,”
American Journal of Agricultural Economics 78(1996): 1064-1072.
Renwick, M. & R. Green, “Do Residential Demand Side Policies Measure Up? An Analysis of Eight
California Water Agencies,” Journal of Environmental Economics and Management 40(2000):
37-55.
Zilberman, D. et al., “Changes in Water Allocation Mechanisms for California Agriculture,”
Contemporary Economic Policy 12(1994): 122-133.
The list will be expanded and updated using material from a variety of textbooks and journal
papers corresponding to each of the topics.
Comments 0
Took this module? Share a tip with future students — always anonymous.
No comments yet. Took this module? Your tip could save someone a semester.