In recent years, the greenhouse problem has aroused widespread public concern. Changing Climate, a report by the National Academy of Sciences (NAS) (1983), represents a useful and timely synthesis of current scientific investigations of the impact of greenhouse gases on climate and society. The report is notable both for the research it documents and its influence on the public awareness of the issue.
CherniavskyE. A. (1980). Long-Range Oil and Gas Forecasting Methodologies: Literature Survey. Brookhaven National Laboratory: BNL 5126.
2.
ClarkWilliam (1984). “Conflict and Ignorance in Scientific Inquiries with Policy Implications.” Oak Ridge, Tenn.: Institute for Energy Analysis.
3.
EdmondsJ.ReillyJ. (1985). Global Energy. Oxford University Press
4.
EdmondsJ.ReillyJ.ReichleD.TrabalkaJ. (1984). An Analysis of Possible Future Atmospheric Retention of Fossil Fuel CO. Washington, D.C.: U.S. Department of Energy DOE/OR/21400-1
5.
Exxon Corporation (1980). World Energy Outlook. New York.
6.
GatelyDermot (1984). “A Ten-Year Retrospective: OPEC and the World Oil Market.” Journal of Economic Literature22 (September): 1100-14.
7.
HaefeleW. (1981). Energy in a Finite World. Cambridge, Mass.: Ballinger.
8.
HoganW. W.ManneA. S. (1977). “Energy-Economy Interactions: The Fable of the Elephant and the Rabbit?” In Charles J. Hitch (ed.). Modeling Energy-Economy Interactions: Five Approaches. Washington, D.C.: Resources for the Future.
9.
JASON (1979). The Long-Term Impact of Atmospheric Carbon Dioxide on Climate. Technical Report JSR-78-07. Arlington. Va.: SRI International.
10.
LindblomCharles E.CohenDavid K. (1979). Usable Knowledge. New Haven: Yale University Press.
11.
LavinsAmory (1981). Energy Strategies for Low Climatic Risk. San Fransicso: International Project for Soft Energy Paths.
12.
LovinsA. B.LovinsL. H.KrausF.Bach W. (1981). “Energy Strategics for Low Climate Risks.” Prepared for the German Federal Environmental Agency, San Francisco International Project for Soft-Energy Paths.
13.
McCloskeyDonald N. (1983). “The Rhetoric of Economics.” Journal of Economic Literature21 (June): 481-517.
14.
GrangerMorgan M., (1982). Technological Uncertainty in Policy Analysis. Pittsburgh: Carnegie-Mellon University.
15.
National Academy of Sciences (1983). Changing Climate. Report of the Carbon Dioxide Assessment Committee. Washington, D.C.: National Academy Press.
16.
NiehausF.WilliamsJ. (1979). “Studies of Different Energy Strategies in Terms of Their Effects on the Atmospheric CO2 Concentration.” Journal of Geophysical Research84(c6): 3123-29.
17.
NordhausW. D. (1979). The Efficient Use of Energy Resources. New Haven: Yale University Press.
18.
NordhausW. D.YoheG. (1983). “Future Carbon Dioxide Emissions from Fossil Fuels.” In National Academy of Sciences (1983).
19.
PindyckR. S. (1981). “Model of Resource Markets and the Explanation of Resource Behavior.” Energy Economics3, No. 3: 130-38.
20.
ReillyJohn, (1983). “Determinants of Global Energy Supply to the Year 2050” (preliminary draft). Oak Ridge, Tenn.: Institute for Energy Analysis, Oak Ridge Associated Universities.
21.
RottyR. M.MarlandG. (1980). Constraints on Carbon Dioxide Production from Fossil Fuel Use. ORAU/IEA-80-9(M). Oak Ridge. Tenn.: Institute for Energy Analysis.
22.
SatoK. (1975). Production Functions and Aggregation. Amsterdam: North-Holland Publishing Co.
23.
SternPaul (ed.) (1984). Improving Energy Demand Analysis. Washington, D.C.: National Academy Press.
24.
YoheGary (1984). “Constant Elasticity of Substitution Production Functions with Three or More Inputs: An Approximation Procedure.” Economic Letters15: 29-34.
