Objectives
The aims of the course are:
1. To provide a basic understanding of the theory
and applied principles of production economics in relation to farm household
behavior
2. To demonstrate the usefulness of these principles through their application to agricultural production problems in the large scale and smallholder farming sectors;
3. To provide an introduction to farm planning techniques that can be applied to individuals or groups of farms (large or small).
Method
The course will consist of two one-hour lecturers and
one two-hour session in alternative weeks for two terms and four weeks.
The use of the two-hour session will vary during the year; the time
may be used for set exercises, reading assignments, computer
practicals, tutorials or presentation of seminars by students.
Assessment
Student assessment will take two different forms;
i) A written examination paper in November carrying a
weight of 70%
ii) Continuous assessment based on:
a) Assignments, computer practicals, term paper
essays Bc seminars
15%
b) two class tests
15%
Lecturer:
Mr E Makaudze
Lecture time:
Monday 9.00 - 10.00rs
LT II
Wednesday 8.00 - 9.00hrs LT II
Seminar/Practical Alternate Tuesdays 14.00 - 16.00hrs
Consultation Consultation is normally by prior arrangements. However, students may drop in for a very brief discussion.
Reading list - General Textbook Reference
Rae, A N Crop Management Economics Granada, 1981. Paperback
Debertin D. L. Agricultural Production Economics, MacMillan, 1986
Doll, J P and Orazem, F. Production Economics Theory with Applications. 2nd Ed. John Wiley L Sons, 1984. Paperback
Ellis, F 'Peasants Economics Farm Households and Agrarian
Development.
Cambridge University Press, 1988
*Upton, M Farm Management in Africa Oxford University Press, 1973 and 1987 Paperback.
Upton, M (1976) Agricultural Economics and Resource Use (OUP)
Barnard, C S and Nix, J S Farm Planning and Control. 2nd Ed. Cambridge University Press, 1979. Paperback.
Clayton,E Agriculture, Poverty and Freedom in Developing Countries MacMillan, 1983.
Levi, J and Havinden, M Economics of African Agriculture Longman, 1982.
Dillion, J L. and Hardacker, J B Farm Management Research
for Small Farm
Development FAO Agricultural
Services Bulletin No. 40, 1980.
International Rice Research Institute (IRRI) Basic Procedures for Agro- economic Research 1984.
* Copies of these key texts are available in the Department Resource Information Centre.
TERM ONE
A. PRODUCTION ECONOMICS: THEORY WITH APPUCATIONS
1. FUNDAMENTAL CONCEPTS
1.1 Definition and
basic concepts?
1.2 The goal of production
economics?
1.3 Relationships
between production economics and farmer decision making
References
Rae (1981 Chap 1)
Doll and Orazem (1984,
Chap 1)
Upton (1973, Chap 1)
Upton (1987, Chap 1)
2. AGRICULTURAL PRODUCTION RELATIONSHIPS
2.1 The production
function concept
2.2 Production with
one variable input
2.3 Production with
two variable inputs
References
Rae (1981 Chap 2)
Doll and Orazem (1984,
Chap 2 - 4)
Upton (1973, Chap 3)
Upton (1987, Chap 3)
3. USE OF PRODUCTION FUNCTIONS IN ECONOMIC
ANALYSIS
3.1 Cost relationships
3.2 Revenue relationships
3.3 Profit maximization
References
Rae (1981 Chap 3)
Doll and Orazem (1984,
Chap 2 - 4)
Upton (1973, Chap 2
Upton (1987, Chap 1)
Bratton, M and Trustcott
K (1985) Fertilizer packages, maize yield and economic returns an
evaluation
in Wedza Communal land' Zimbabwe Agricultural Journal Vol.
81 (4).
Johnson, R
W (1962). 'Fertilizer responses on maize under reserve conditions’
Rhodesian
Agricultural
Journal Vol. 59.
Pevrin, P. K.D. Winkleman, E.R.
Moscard, J.R. Anderson (1976). From
Agronomic
data to farmer recommendations - an Economics Training Manual
Information Bulletin
27 CIMMYT
Mexico (on reserve in Department Resource Information Center).
Chiwota,
B.T. (1986). An Economic Analysis of returns to fertilizer
use in Wedza Communal
Area BSc special
study - Department of Agricultural Economics and Extension, Faculty
of
Agriculture(on
reserve in Department Resource Information Center).
Massell,
B.F. and Johnson, R.W.M (1968). Economics of smallholder farming
in Zimbabwe A
cross - sectional
Analysis of Two areas Food Research institute Stanford University,
Supplement
to Vol. VIII.
CIMMYT
From Agronomic Data to Farmer Recommendations An Economics
Training Manual
CIMMYT Economics Program 1988.
Morris, R. A Determining optimum
fertilizer recommendations Ch. 9 in Basic Procedures For
Agro-economic
Research, International Rice Institute, 1984.
Mackenzie, S. Practical Applications
of economics of small scale dryland crop farming in the
communal lands
in the semi arid areas of Zimbabwe (SAAZ) in Cropping in the
semi-arid Areas
of Zimbabwe,
Proceedings of workshop held in Harare 24th to 28th August,
1987.
Dillion, J.L. (1977).
The analysis of response in crop and livestock production
4. RESOURCE ALLOCATION FOR THE MULTI-PRODUCT HOLDING
4.1 Physical production possibilities
4.2 Relationships between products
4.3 Allocation of one factor between two
products
4.4 Allocation of two factors between two
products
4.5 General equi-marginal principles
References
Rae (1981 Chap 4)
Doll and Orazem (1984, Chap 5)
Upton (1973, Chap 4)
TERM 2
5. APPUCATION OF ECONOMIC REASONING TO PEASANT FARM
ECONOMY
5.1 Economic behavior of peasant households:
General models
5.2 Household Economic model
5.3 Case study - Application
of household economics in Southern Africa.
References
Ellis, (1988, Ch 4 - 8)
Clayton, (1983, Ch 4 8
5)
Levi an Havinden (1982,
Ch 4 - 6)
Low, A. Agricultural
Development in Southern Africa. Farm Household - economics
and the Food
crisis 1986
(Esp. Ch. 4, 7, 8).
Hariss,
J.Ed. Rural Development: Theories of peasant Economy
and Agrarian Change.
Hutchinson, 1982. Part
3 - analyses of the Peasant Farm Economy.
Lipton, M. The Theory
of the Optimizing Peasant Journal of Development Studies,
1968.
Helleiner, G.K. Smallholder
Decision Making: Tropical African
Evidence.
in Agriculture in Development Theory L.G. Reynolds, Ed.
Wharton
Ed. Subsistence Agriculture and Economic Development.
Low, A.
A Comparative Advantage Theory of the Subsistence Farm
household.
Application to Swaziland. B.A.J Econ Vol.50 No.2. 1982.
6. FARM SIZE AND FACTOR PRODUCTIVITY
6.1 Production in
the long run
6.2 Returns to scale
6.3 Farm adjustments
in developed economics
6.4 Some considerations
in the context of farming in a developing country.
References
Doll and Orazem (1984, Chap 6 and 10)
Upton (1973, Chap 3)
Clayton (1983, Chap 8)
Levi and Havinden (1982, Ch 5)
7. TECHNICAL CHANGE
7.1 Economic Analysis
of technical change
7.2 Farm mechanisation
(Labour saving technical change)
7.3 Modern seed
varieties (land saving technical change)
7.4 Consideration
of technical change for the future of peasant household forms
of production
References
Ellis (1988, Ch. 11)
Hayami, Y. and Ruttan,
V.W. (1985) Agricultural Development: an
International
Perspective Ch. 4
Clayton, E S (1983, Ch.
8)
Donaldson, G.F.
and Mclnerney, J.P. (1973) Changing machinery,
technology
and agricultural adjustment American Journal of
Agricultural Economics, Vol. 55
Non.5
Lingard, J.
(1984) Mechanization of small rice farms in the Philippines:
some income distribution
aspects.
Journal of Agricultural Economics, Vol. XXXV No 3.
Banta, G.R. and
Jayasuriya, S.K. Economic Analysis of New technologies
Ch. 10 in IRRI (1984)
B. FARM PLANNING TECHNIQUES
This section of the course assumes that a student is already familiar with subjects such as complete and partial budgeting and the cash flow budget. A useful revision of these concepts is provided in Rae (1983, Ch. 5 and 6).
TERM THREE
1. LINEAR PROGRAMMING
1.1 Introduction to linear programming
and its applications
1.2 The linear programming model
1.3 The simplex solution
1.4 Constructing programming
models
1.5 Linear program modeling
using FARMAP and LINDO L.P model
1.6 Methods to evaluate the
sensitivity of the L.P solution
1.7 Programming applications
to problems of minimization
1.8 Advantages and disadvantages
of linear programming
1.9 Further programming techniques
1.10 Use of programming models in
small scale agriculture
References
Beneke, R.R. and Winterboer,
R., Linear Programming Application in Agriculture.,
Iowa State,
1973.
Barnard and Nix (1979, Ch 15,17 an
d18)
Rae (1981, Ch 7 and 8)
Upton (1973, Ch 16)
Doll and Orazem (1984, Ch 9)
Eicher and Baker (1982, pp 90 - 94)
Beneke, R.R. and Saupe, E.W.,
Linear Programming as a Farm Planning Tool: An Appraisal
and
Prognosis
Heyer, J. A Linear Programming
Analysis of Constraints on Peasant Farming in Kenya.
Food Re.
Insti. Studies
No.10 pp. 55 - 67, 1971.
Clayton, E.S., Technical
and Economic Optimal in Peasant Agriculture, JAE
14, pp. 377.
Johnson, R.W., The African Village:
An Analytical Model The Farm Economist, Vol. 11 No. 9.
2. INTRODUCTION TO DECISION THEORY
2.1 Review of assumptions in theory of farm
firm
2.2 Characteristics which denote the degree
of 'non'-certainty in the production process.
2.3 The influence of non uncertainty
on decision making
2.4 Decision analysis under non-certainty
2.5 Probability theory
2.6 Decision rules
References
Rae (1983, Ch 12 & 13)
Doll and Orazem (1984, Ch 8)
Barnard and Nix (1979, Ch 16)
Dillion and Hardacher (1980, Ch 8)
Dillion, J.L. and Scandizzo, P.L. Risk Attitude of Subsistence
Farmers in Northeast: A sampling Approach AJAE Vol. 50
Part 3, 1978.
Heyer, J. An Analysis of Peasant Farm Production under
Conditions of Uncertainty, Vol. 23.
Weins, T.B. Uncertainty and Factor Aiiocatign in Peasant
Economy.
Oxford Economic Papers Vol 29. 1979.
Barlett, P.E. Ed. Agricultural Decision Making. GN 448
BAR. (Ch. 8 and 9) 1980.
Roumasset, J.A. and Boussard, J.M. Singh I. Risk Uncertainty
and Agricultural Development, APC,
1979
Upton, (1987, Ch 5)
Ellis (1988, Ch 5)
Other Menus:
Agriculture
Engineering
Animal
Science
Crop
Sciences
Soil
Sciences