This paper analyzes implications of open access forestry for traditional energy programs in LDC’s. The role of improved woodstoves, charcoal kilns, forest-access and biogas programs is examined. A key finding is that, with sufficient elasticity in fuelwood demands, traditional energy programs may reduce long-run fuelwood supply stocks.
BaumolW.J.OatesW.E. (1975). The Theory of Environmental Policy. Englewood Cliffs, N.J.: Prentice Hall.
2.
BialyJ. (1986). A New Approach to Domestic Fuelwood Conservation: Guidelines for Research. Rome: F.A.O.
3.
BryantR.R. (1986). “U.S. Residential Demand for Wood,” The Energy Journal. 7(3): pp. 137-147.
4.
CecelskiE.DunkerleyJ.RamsayW. (1979). Household Energy and the Poor in the Third World. Washington D.C.: Resources for the Future.
5.
Ciriacy-WantrupS.v.BishopR.C. (1975). “Common Property as a Concept in Natural Resources Policy,” Natural Resources Journal.15: pp. 713-727.
6.
ClarkC.W. (1976). Mathematical Bioeconomics: The Optimal Management of Renewable Resources. New York: Wiley-Interscience.
7.
ClarkeH.R.ShresthaR.M. (1983). “Fuelwood as a Renewable Energy Resource.” Renewable Energy Review Journal.5: pp. 18-29.
8.
ClarkeH.R.ShresthaR.M. (1986). “Open Access Forestry and Energy Planning in Developing Countries,” in MiyataM.MatsuiK. (eds.). Energy Decisions for the Future: Challenge and Opportunities. Tokyo: International Association of Energy Economists.
9.
ClarkeH.R.ShresthaR.M. (1989). “Traditional Energy Programs with an Open Access Forest Resource: Policy Implications.” The Energy Journal (October).
10.
de MontalembertM.R. (1982). “Fuelwood in Asia: An Identification of Critical Situations,” in Energy Resource Development Series. No. 24. Bangkok: UN/ESCAP: pp. 17-24.
11.
Economic and Social Commission for Asia and the Pacific (ESCAP) (1981). Bio-Gas: Vol. II of Renewable Sources of Energy. New York: United Naitons.
12.
El-HinnawiE. (1982). “Fuelwood: The Environmental Dimension,” in United Nations/ESCAP: Energy Resources Development Series, No. 24, New York: United Nations: pp. 38-53.
13.
GordonH.S. (1954). “The Economic Theory of a Common Property Resource: The Fishery,” Journal of Political Economy.62: pp. 124-142.
14.
HartwickJ.M. (1982). “Free Access and Dynamics of the Fishery,” in MirmanL.J.SpulberD.F. (eds.). Essays in the Economics of Renewable Resources. Amsterdam: North-Holland.
15.
KhalatbariF. (1977). “Market Imperfections and Optimal Rate of Depletion of an Exhaustible Resource,” Economica.44: pp. 409-414.
16.
KharbandaV.P.QuershiM.A. (1985). “Biogas Development in India and the PRC,” The Energy Journal. 6(3): pp. 51-65.
17.
LeachG.GowenM. (1987). Household Energy Handbook. Washington: World Bank Technical paper No. 67.
18.
PittM.M. (1985). “Equity, Externalities and Energy Subsidies: The Case of Kerosene in Indonesia.” Journal of Development Economics.17: pp. 201-217.
19.
PrasadK.K. (1983). “Woodburning Stoves: Their Technology, Economics and Deployment,” Working Paper No. WEP 2-22/WP. 115 Geneva: International Labor Organization.
20.
RepettoR.HolmesT. (1983). “The Role of Population in Resource Depletion in Developing Countries.” Population and Development Review.9: pp. 609-632.
21.
RungeC.F. (1986). “Common Property and Collective Action in Economic Development.” World Development.14: pp. 623-635.
22.
ScottA.D. (1955). “The Fishery: The Objectives of Sole Ownership,” Journal of Political Economy, pp. 116-124.
23.
SmithV.L. (1968). “Economics of Production from Renewable Resources.” American Economic Review.58: pp. 181-198.
24.
StewartB. (1984). “Charcoal Kiln Testing in Thailand.” Boiling Point.6: p. 16.
25.
Van GelderA.HosierR.VanDerDonkW. (1983). “Fuelwood Production in Developing Countries: Toward an Appropriate Forest Technology.” Proceedings of Indian Academy of Sciences (Engineering Sciences). 6(1): pp. 59-78.
26.
WallaceM.B. (1981). “Solving Common Property Resource Problems: Deforestation in Nepal.” Unpublished Ph.D. Thesis. Cambridge, MA:: Harvard University.
27.
World Bank (1978). Forestry Sector Policy Paper. Washington, DC: World Bank.