The Use of Geographic Information Systems in Disaster Research

Abstract

In the last ten years, Geographic Information Systems (GIS) have slowly crept their way into the everyday methodological discourse in areas such as geography, urban planning, and emergency management. However, GIS has yet to be integrated into social science research on disaster. This paper uses examples of GIS use in emergency management to help inform the future direction of GIS use in disaster research. While computers and software and, for that matter, data are vital to the development of an effective system, more important are researchers who can generate theory-based uses for the technology that offer new understandings of disaster phenomena. Only through research teams that include both researchers (idea generators) and technicians (idea “implementers”) can GIS be effectively used in disaster research.

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References

Britton

Neil R.

1986. “Developing an Understanding of Disaster.” Australian and New Zealand Journal of Science 22: 254–271.

Chartland

Robert L.

, and Punaro

Trudie A.

. 1995. Information Technology Utilization in Emergency Management. Washington, DC: Report No. 85-74. Congressional Research Services, Library of Congress.

Coppock

J. Terry

. 1995. “GIS and Natural Hazards.” Pp. 21–34 in Geographical Information Systems in Assessing Natural Hazards, edited by Carrara

, Guzzetti

. Dordrecht, Germany: Kluwer Publishers.

DeLiberty

Tracy

. 1995. Class notes from Seminar in Geographic Information Systems. Newark, DE: Spring Semester, University of Delaware.

Drabek

Thomas E.

1991. Microcomputers in Emergency Management. Boulder, CO: Program on Environment and Behavior, Monograph No. 51, Institute of Behavioral Science, The University of Colorado.

Dynes

Russell R.

1970. Organized Behavior in Disaster: Analysis and Conceptualization. Newark, DE: Disaster Research Center Book and Monograph Series No. 3, University of Delaware.

ESRI, Inc. 1993. Understanding GIS: The ARC/INFO Method, Rev. 6 for Workstations. New York: John Wiley & Sons.

ESRI, Inc. 1995. “Florida Department of Environmental Protection Wins Major Distinction for Marine Spill GIS.” ARC/NEWS, Spring: http://www.esri.com/headlines/arcnews/spring95aricles/florida.html.

Kreps

Gary A.

1984. “Sociological Inquiry and Disaster Research.” Annual Review of Sociology 10: 309–330.

10.

NCGIA (National Center for Geographic Information and Analysis). 1990. CGIA Core Curriculum in GIS. Natural Hazards Observer 18:1.

11.

NCGIA (National Center for Geographic Information and Analysis). 1995. “What Cities Can Take from Kobe's Catastrophe.” Natural Hazards Observer 14: 5.

12.

Pelanda

Carlo

. 1982. Disaster and Order: Theoretical Problems in Disaster Research. Gorizia, Italy: Institute of International Sociology.

13.

Quarantelli

E. L.

1987. “What Should We Study?: Questions and Suggestions for Researchers about the Concept of Disasters.” International Journal of Mass Emergencies and Disasters 5: 7–32.

14.

Streeter

Calvin

. 1991. “Disasters and Development: Disaster Preparedness and Mitigation as an Essential Component of Development Planning.” Social Development Issues 13: 100–110.

15.

Wolensky

Robert

, and Wolensky

Kenneth

. 1990. “Local Government's Problem with Disaster Management: A Literature Review and Structural Analysis.” Policy Studies Review 9: 703–725.