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Abstract

The authors analyze 925 town highway departments in New York to determine potential economies from consolidation and the degree of cost efficiency. Only 15% of departments would reduce costs by merging, resulting in an average 13% reduction in expenditures. In addition, all of the towns are cost inefficient by an average 17%. Size economies are estimated using a log quadratic stochastic frontier regression model. The estimated cost curve is a textbook U shape with a mean cost elasticity of 0.97, indicating that most towns are operating at the minimum point of the curve. The composed error model is used to estimate cost inefficiency, which is not systematically linked to size inefficiency. However, 14 very small departments are quite cost inefficient.

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References

Aigner

Lovell

C.A.K.

Schmidt

(1977). Formulation and estimation of stochastic frontier production function models Journal of Econometrics, 6, 21–37.

Caves

D. W.

Christensen

L. R.

Swanson

J. A.

(1981). Productivity growth, scale economies, and capacity utilization in U.S. railroads The American Economic Review, 71, 994–1002.

Chicoine

D. L.

Deller

S. C.

Walzer

(1989). The size efficiency of rural governments: The case of low-volume rural roads Publius, 19, 127–138.

Deller

S. C.

Halstead

J. M.

(1994). Efficiency in the production of rural road services: The case of New England towns Land Economics, 70, 247–259.

Deller

S. C.

Nelson

C. H.

(1991). Measuring the economic efficiency of producing rural road services American Journal of Agricultural Economics, 73, 194–201.

Greene

W. H.

(1990). Econometric analysis. New York: Macmillan.

Greene

W. H.

(1995). Limdep Version 7.0 user's manual. Bellport, NY: Econometric Software.

Lamb

S. W.

Pine

W. H.

(1974). Influence of size and administrative organization on costs of rural roads Southern Journal of Agricultural Economics, 6, 157–160.

Lesher

W. G.

Mapp

H. P.

(1974). Economies of size in highway maintenance and administration: A preliminary analysis for the counties of New York State Northeast Journal of Agricultural Economics, 3, 90–111.

10.

Light

P. C.

(1997). Book Reviews Journal of Policy Analysis and Management, 16, 328–333.

11.

Newbery

D. M.

(1988). Road damage externalities and road user charges Econometrica, 52, 295–316.

12.

New York State Department of Transportation. (1992). The 1991 highway mileage report. Albany, NY: Author.

13.

New York State, Office of The State Comptroller. (1992). Special report on municipal affairs for local fiscal years ended in 1991. Albany, NY: Author.

14.

Ramsey

J. B.

(1969). Tests for specification errors in classical linear least squares regression analysis Journal of the Royal Statistical Society, Series B, 31, 350–371.

15.

State of New York, Office of General Services. (1991, February 13). Notice of contract award for Group 31502—Bituminous concrete (F.O.B. plant), contract January 1, 1991—December 31, 1991 [Mimeograph].

16.

Swanson

E. R.

(1956). Rural road costs and size of road unit Current Economic Comment, 18, 25–32.

17.

U.S. Bureau of the Census. (1994). County and city data book 1994. Washington, DC: U.S. Government Printing Office.

18.

U.S. National Oceanic and Atmospheric Administration. (1991). Climatological data New York 1991. Washington DC: U.S. Government Printing Office.

Size and Cost Efficiency in the Production of Local Road Services

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