Lecturcrcrs: G.D. Mudimu and E. Ckuvcva
Office:
TBA
Office Hours:
TBA
This course is intended to provide an introduction to
both theoretical and practical applications of economics to natural resource
utilization. The theory will be illustrated with examples that demonstrate
the applicability of economics to real natural resource problems.
The readings would contain the theoretical basis for the discussion of
natural resource and environmental problems. Much of the class discussion
will apply the theory to current issues and problems. The reading list
provided contains required readings as well as suggested readings for students
interested in extended work in the area.
Objectives
1. Develop an economic approach to problem solving in
renewable resource and environmental
management
2. Examine models of renewable/non-renewable use as derived
from dynamic economic
theory
3. Develop a theoretical understanding of the principles
of benefit cost analysis and welfare
economics
4. Examine approaches to the valuation of nonmarket benefits
including the valuation of changes in
environmental quality
5. Explore renewable resource policy
6. Gencrate awareness of resource and environmental issues
currently being debated
Grading of the course will
be:
Test
10
Term paper
10
Intrasscsional Exam 10
Final Exam
70%
Thc test will examine on all material covered during the
first term. Thc term paper is an investigation into part of the literature
chosen by the student. It should be an attempt to synthesis
or extend the literature in the references. Examinations swill be a combination
of essay and problem solving questions. Finally, students will be
organized into groups and each group will have responsibility of "interviewing"
the invited presenters for each specific of the specific
policy areas listed at the end of the outline. These
groups will also be responsible for developing a written assessment of
the particular policy issue.
TOPIC OUTLINE
Theory
1: Introduction. Definitions. Objectives
Scope of natural resource economics
Economics and the natural
environment
Resource Classification
Population and resource
needs
2: Resource allocation and use over time
Resource scarcity and
measures of scarcity
Resource markets and economic
rent
Time preferences
Temporal resource allocation
Optimal depiction rates
of exhaustible and renewable resources
Resource conservation
3: Welfare Economics and Public Policy Issues
Pareto
optimality
Compensation
principle
Welfare
analysis of simple market distortion
Measures
of welfare (EV. CV. CS)
Social
and Environmental Issues
Theory
of second best
Market
fails and externalitics
Public
goods
Theory
of clubs
BCA/EIA
Social
Economic Impact Analysis
4: Resource Valuation Techniques
Concept
of total value
Direct
valuation
Indirect
valuation
5: Property Institutions and Resource Use
Property
rights: definitions and characteristics
Externalitics
Problems
Coarse
Theorem
6: Sustainability
Definition
and meaning
Philosophy
7: Natural Resource and Environmental Policy
Goals
values,
social and environmental justice
theories
of social justice
theories
of environmental justice
Efficiency.
distribution and sustainability
Political economy of Natural Resource/Environmental policy
Economic
Models
Rational
Policy Models
Public
Choice Theory
Rent
seeking. interest groups (stakcholders). lobbying
Jurisdictional Issues
Policy evaluation
8. Environmental and Sustainability Problems in Zimbabwe
Overgrazing
Soil
erosion
Deforestation
Species
extinction
Pollution
Landscape
changes
REFERENCES
Adamowicz W.L. l991. Valuation of Environmental
Amenities Staff Paper 91-06, Dept. of Rural
Economy, University of Alberta (R)
Adger, Niel W, and Solomon Chigume.l992. "Methodologies
and Institutions in Zimbabwe's Evolving
Environmental Assessment Framework",
Third World Planning Review.14(3)(R)
Bradley, P.N. and k. McNamara (cds).1993. Living with
trees: Policies for Forestry Management in
Zimbabwe: 227-241. The World Bank.
Washington D.C.
Campbell, B: Vermeulen. S.J. and T. Lynam. l991.
Value of Trees in the Small-Scarc Farming Sector of
Zimbabwe, IDRC
Freeman, A.M. 1979. The Benefits of Environmental Improvement.
John Hopkins University Press.
Baltimore (R)
Harwick, John. M. and Nancy Olewiler. 1986. The Economics
of Natural Resource Use. New York:
Harper & Roker.
Internatioaal Commission for Environmental Assessment.
1990. Preliminary EIA for the proposed Osborne Darn and Odzi Pager Mill.
Zimbabwe. ICEA Report No. 3. Ulretch
Just. R.E., D. Hueth and A. Schmitz.1982. Welfare Economics
and Public Policy. Englewood Cliffs.
N.J. Prentice Hall.
MitchelL R.C. and Carson, R.T. 1989. Using Surveys to
Value Public Goods: The Contingent Valuation Method. John Hopkins University
Press for Resources for the Future. Baltimore: (R)
Muir, Kay. 1991. Economic Policy and Wildlife Management
in Zimbabwe. paper prepared for AFTEN.
World Bank.
Muir, Kay. 1991. "State Forestry Organizations and Forest
Policy in Africa". Working Paper AEE 2/91.
Department of Agricultural Economics
and Extension, University of Zimbabwe. Hararc.
Muir, Kay. 1989. "The Potential Role of Indigenous Resources
in the Economic Development of Arid
Environments in Sub-Saharan Africa:
Thc Case of Wildlife Utilization in Zimbabwe". Society and
Natural Resources.2(4): 307-318.
Pearce, David W. Edward Barbicr and Anil Markandya.1990.
Sustainable Development: Economics and
the Environment in the Third World.
Londoa: Earthscan.
Pearce, David W. and R. Kerry Turner .1991. Economics
of Natural Reources and the Environment.
Baltimore: The John Hopkins University
Press
Randall, Alan. 1987. Resource Economics. New York: John
Wiley 8: Son
Shyamsundarp and R.A. Kramer. 1993.
"Docs Contingent Valuation Work in Non-market
Economics?". Center for Resource
and Environmental Policy Research, Duke Univcrsih. Durham.
N.C Tietenburg. T.H. 1993. Environmental
and Natural Resource Economics. New York: Norton
Wathern, P.(ed).1988. Environmental impact assessment
theory an practice. Unwin Human: London
World Commission on Environment and
Development.1987. Our Common Future. Oxford University
Press, Chord.
Other Menus:
Agriculture
Engineering
Animal
Science
Crop
Sciences
Soil
Sciences