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E. Romanoff, S. Levine (1990)
TECHNICAL CHANGE IN PRODUCTION PROCESSES OF THE SEQUENTIAL INTERINDUSTRY MODELMetroeconomica, 41
A. Rose, Juan Benavides, Stephanie Chang, Philip Szczesniak, D. Lim (1997)
The Regional Economic Impact of an Earthquake: Direct and Indirect Effects of Electricity Lifeline DisruptionsJournal of Regional Science, 37
E. Romanoff, S. Levine (1991)
Technical Change and Regional Development: Some Further Developments with the Sequential Interindustry Model
K. Miyazawa (1976)
Input-Output Analysis and the Structure of Income Distribution
P. Israilevich, G. Hewings, M. Sonis, Graham Schindler (1997)
Forecasting Structural Change With a Regional Econometric Input‐Output ModelJournal of Regional Science, 37
E. Romanoff, S. Levine (1981)
Anticipatory and Responsive Sequential Interindustry ModelsIEEE Transactions on Systems, Man, and Cybernetics, 11
P. Batey, M. Madden (1983)
The modelling of demographic-economic change within the context of regional decline: Analytical procedures and empirical resultsSocio-economic Planning Sciences, 17
John Ryan, W. Leontief (1954)
The Structure of American Economy, 1919-1939.Economica, 21
E. Romanoff (1984)
Interindustry analysis for regional growth and development: The dynamics of manpower issuesSocio-economic Planning Sciences, 18
R. Goodwin (1947)
Dynamical Coupling with Especial Reference to Markets Having Production LagsEconometrica, 15
C. West, D. Lenze (1994)
Modeling the Regional Impact of Natural Disaster and Recovery: A General Framework and an Application to Hurricane AndrewInternational Regional Science Review, 17
H.C. Cochrane
Predicting the economic impacts of earthquakes
S. Levine, E. Romanoff (1989)
Economic impact dynamics of complex engineering project schedulingIEEE Trans. Syst. Man Cybern., 19
Y. Okuyama, M. Sonis (2002)
Economic Impacts of Unscheduled Events: Sequential Interindustry Model (SIM) Approach
Y. Okuyama, M. Sonis, G. Hewings (1999)
Economic Impacts of an Unscheduled, Disruptive Event: A Miyazawa Multiplier Analysis
R. Kuenne (1964)
The Theory Of General Economic Equilibrium
S. Cole (2005)
THE DELAYED IMPACTS OF PLANT CLOSURES IN A REFORMULATED LEONTIEF MODEL, 65
E. Romanoff, S. Levine (1993)
Information, Interindustry Dynamics, and the Service IndustriesEnvironment and Planning A, 25
H.C. Cochrane
Forecasting the economic impact of a midwest earthquake
S. Cole (1989)
Expenditure Lags in Impact AnalysisRegional Studies, 23
Semoon Chang (1983)
Disasters and Fiscal PolicyUrban Affairs Review, 18
M. Morishima (1964)
Equilibrium, stability, and growth
S. Chang
Disasters and fiscal policy: hurricane impact on municipal revenue
T. Raa, H. Kurz, E. Dietzenbacher, C. Lager (1986)
Dynamic input-output analysis with distributed activities
W. Leontief (1953)
Studies in the Structure of the American Economy: Theoretical and Empirical Explorations in Input-Output Analysis
R. Ellson, J. Milliman, R. Roberts (1984)
MEASURING THE REGIONAL ECONOMIC EFFECTS OF EARTHQUAKES AND EARTHQUAKE PREDICTIONSJournal of Regional Science, 24
R. Boisverst
Indirect losses from a catastrophic earthquake and local, regional, and national interest
H.C. Cochrane
Indirect economic losses, in Earthquake Loss Estimation Methodology: HAZUS99 Technical Manual
E. Romanoff, S. Levine (2005)
CAPACITY LIMITATIONS, INVENTORY, AND TIME‐PHASED PRODUCTION IN THE SEQUENTIAL INTERINDUSTRY MODEL, 59
Paulo Guimarães, Frank Hefner, Douglas Woodward (1993)
Wealth And Income Effects Of Natural Disasters: An Econometric Analysis Of Hurricane HugoThe Review of Regional Studies, 23
R. Bellman, R. Dorfman, P. Samuelson, R. Solow (1958)
Linear Programming and Economic Analysis.American Mathematical Monthly, 67
P. Gordon, H. Richardson, B. Davis, C. Stein, A. Vasishth (1995)
The business interruption effects of the Northridge earthquake
Economic modeling issues for measuring damages and losses from disasters and their impacts are complex. The questions surrounding the potential economic effects of a disaster have been studied and discussed in various aspects. Input‐output analysis has been employed in many studies to measure and evaluate the economic impacts of disasters, mainly because of the ability to reflect the structure of regional economy in great detail. Whereas they provide useful information regarding the economic impacts and consequences and about the resource allocation strategies to minimize the losses and impacts, many of these studies have failed to investigate the dynamic nature of impact path over space and time, due to the difficulties to obtain such data and also to the static nature of input‐output framework. In order to analyze the spatial impacts of a disaster, Miyazawa's extension to the conventional input‐output framework is employed and is applied for the case of the Great Hanshin Earthquake.
Disaster Prevention and Management – Emerald Publishing
Published: Sep 1, 2004
Keywords: Modelling; Earthquakes; Input/output analysis; Economic measurement
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