Measuring energy input plays an important role in many empirical studies, such as analyses of energy demand, efficiency, and productivity. Yet energy is a complex concept and difficult to measure. As a result, energy studies have used energy aggregates constructed based on different aggregation methods. Different aggregates could lead to significantly different results, thus affecting the evaluation of alternative energy policies as well as other economic inferences.
AdamsF. G.MiovicP. (1968). “On Relative Fuel Efficiency and the Output Elasticity of Energy Consumption in Western Europe.” Journal of Industrial Economics, pp. 45-56.
2.
BarnettH. J. (1950). Energy Uses and Supplies, 1939, 1947, 1965. Information Circ. No. 7582. Washington, D.C.Bur. Mines, U.S. Department of Interior.
3.
BerndtE. R. (1978). “Aggregate. Efficiency and Productivity.” Annual Review of Energy3. pp. 225-273.
4.
BerndtE. R.WoodD. O. (1979). “Engineering and Economic, Interpretations of Energy-Capital Complementarity.” American Economic Review69, 342-54.
5.
BerndtE. R.WoodD. O. (1975). “Technology. Prices, and Ihe Derived Demand for Energy.” The Review of Economics and Statistics67. pp. 259-268.
6.
BinswangerH. P. (1974). “The Measurement of Technical Change Biases With Many Factors of Production.” American Economic Review64, pp. 105-121.
7.
ChristensenL. R.JorgensonD. W.LauL. J. (1973). “Transcendental Logarithmic Prodduction Frontiers.” The Review of Economics and Statistics55, pp. 28-45.
8.
DarmstadterJ. (1971). Energy in the World Economy. Baltimore: The Johns Hopkins University Press.
9.
DicwertW. E. (1976). “Exact and Superlative Index Numbers.” Journal of Econometrics4. pp. 115-145.
10.
DunkerleyJ. (1980). “Energy-Output Relationships: Implications for Energy Conservation.” In DunkerleyJ. ed., International Energy Strategies. Cambridge, Mass: Oelgeschlager, Gunn and Hain.
11.
HongN. V. (1983). “Two Measures of Aggregate Energy Production Elasticities.” The Energy Journal4(2), pp. 173-177.
12.
JarqucC. M.BeraA. K. (1980). “Efficient Tests for Normality, Homosce- dasticity, and Serial Independence of Regression Residuals.” Economics Letters6, pp. 225-259.
13.
NelsonR. A. (1986). “Capital Vintage. Time Trends, and Technical Change in (he Electric Power Industry.” Southern Economic Journal2, 315—346.
14.
NorsworthyJ. R. (1983). “Energy Prices. Technical Change, and ProductivityGrowth.” In SchurrSam H.SonenblumSidneyWoodDavid O. eds., Energy, Productivity, and Economic Growth. Boston. Mass.: Oelgeschlager. Gunn &Hain.
15.
SchurrS. H.NetschertB. (1960). Energy in the American Economy. 1850-1975. Baltimore: The Johns Hopkins University Press.
16.
TumovskyM. H. L.DonnellyW. A. (1984). “Energy Substitution. Separability, and Technical Progress in the Australian Iron and Steel Industry.” Journal of Business and Economic Statistics1, pp. 54-63.
17.
ZellnerA (1962). “An Efficient Method of Estimating Seemingly Unrelated Regressions and Tests for Aggregation Bias.” Journal of American Statistical Association57. pp. 348-368.