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An Application of Mathematical Programming to Floodplain Land use Planning

Published online by Cambridge University Press:  10 May 2017

Joseph Smiarowski ,
Cleve Willis  and
John Foster
Joseph Smiarowski
Affiliation:
Agricultural and Food Economics, University of Massachusetts
Cleve Willis
Affiliation:
Agricultural and Food Economics, University of Massachusetts
John Foster
Affiliation:
Agricultural and Food Economics, University of Massachusetts
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Extract

The motivation of this study is to provide and solve a decision model for land use planning for an existing regional situation. The chosen framework views the task of floodplain management as a constrained optimization problem capable of solution by standard mathematical programming techniques. The framework is sufficiently flexible to permit incorporation of, in addition to floodplain zoning, such non-structural flood control measures as flood proofing, insurance, and flood warning systems. Further, the framework can be modeled so as to include political restraints and a broad range of socially desirable goals. In a larger regional context, the framework permits the internalization of the value of the externality commonly associated with development of floodplain lands.

Type
Research Article
Information
Journal of the Northeastern Agricultural Economics Council , Volume 3 , Issue 2 , October 1974 , pp. 217 - 228
Copyright
Copyright © Northeastern Agricultural and Resource Economics Association 

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Footnotes

∗

The research leading to this paper was funded by the Water Resources Research Center, Project WR B-028.

References

1 Burt, O. R. and Cummings, R. G., “Production and Investment in Natural Resource Industries”, American Economic Review, 60: 4: 576–590, 1970.Google Scholar
2 Cummings, R. G. and Winkleman, D. L., “Water Resource Management in Arid Environs”, Water Resources Research, 6: 6: 1559–1568, 1970.Google Scholar
3 Day, John C., “A Recursive Programming Model for Non-structural Flood Damage Control”, Water Resources Research, 6: 1262–1271, October 1970.Google Scholar
17/ See [8] for an example of empirical estimation of cijt = cijt), (xijt, Eijt), where Eijt denote other exogenous factors such as parcel size and distance to the nearest central city.Google Scholar
4 Day, John C., “A Linear Programming Approach to Floodplain Land Use Planning in Urban Areas”, American Journal of Agricultural Economics, 55: 2: 165–173, May 1973.Google Scholar
5 Gaffney, M., “Ground Rent and the Allocation of Land Among Firms”, in Rent Theory, Problems and Practices, North Central Regional Research Publication, 139: 30–49, 1962.Google Scholar
6 James, L. Douglas, “Economic Analysis of Alternative Flood Control Measures”, Water Resources Research, 3: 333–343, 1967.Google Scholar
7 Kunreuther, Howard, “Protection Against Natural Hazards: A Lexicographical Approach”, Fels Discussion Paper No. 45, Fels Center of Government, University of Pennsylvania, January 1974, (27 pp.).Google Scholar
8 Lindsay, Bruce E. and Willis, Cleve E., “Factors Influencing Land Values in the Presence of Suburban Sprawl”, Journal of the Northeastern Agricultural Economics Council, 3: 1, 1974.Google Scholar
9 Rausser, Gordon C. and Willis, Cleve E., “Regional Application of a Multi-source Learning Model”, Water Resources Research, [forthcoming].Google Scholar
10 Regev, Uri and Schwartz, Aba, “Optimal Path of Interregional Investment and Allocation of Water”, Water Resources Research, 9: 2: 251–262, 1973.Google Scholar
11 Smiarowski, Joseph F., “An Operations Research Approach to Floodplain Land Use Planning”, Unpublished M.S. Thesis, Agricultural and Food Economics, University of Massachusetts, Amherst, 1974.Google Scholar
12 White, Gilbert F., “Choice of Adjustment to Floods”, Department of Geography Research Paper 93, University of Chicago, 1964.Google Scholar
13 White, Gilbert F., Editor, “Papers on Flood Problems”, Department of Geography Research Paper 70, University of Chicago, 1961.Google Scholar
14 Willis, Cleve E. and Aklilu, Petros, “Flood Proofing Decisions Under Uncertainty”, Journal of the Northeastern Agricultural Economics Council, 2: 2: 235–249, October 1973.Google Scholar