The Development of an Environmental Risk Emergency Management Decision Support Information System

2010 ◽  
Vol 143-144 ◽  
pp. 1245-1249
Author(s):  
Bo Chen ◽  
Yong Hui Ge

According to the characteristics of an environmental risk emergency management decision support information system, this paper builds a complete system outline and structure, using a C/S and B/S hybrid structure and loose integrated model. It proposes the system implementation techniques route, designs the system function modules and database, completes the database construction and the main system functions.

2020 ◽  
Vol 25 (3) ◽  
pp. 267-273
Author(s):  
András Tóth

AbstractFrom its beginning until today the Hungarian hydrocarbon industry has suffered more than seventy bigger accidents where intervention of the fire service and thorough examination was required. In the article the author presents the short analysis of accidents that were collected, systemized, and entered into database during the research, and their integration into the Geographic Information System (GIS). Based on the finished database, with the extended list of the locations’ GPS coordinates, the accidents will be entered into the ArcMap application. The publication of the accidents will be done with the help of Arcgis Viewer for Flex – Application Builder program. Following the GIS placement of accidents, testing, drawing conclusions and summarization are the main goals. The next step will be the preparation for assigning the database to the Disaster Management Decision Support Geographic Information System. Following the international publication, the long-term goal is the connection of each country’s files of dangerous industrial activities that were collected by researchers into one common database.


2016 ◽  
Vol 13 (6) ◽  
pp. 539
Author(s):  
Eliot A. Jennings, PhD ◽  
Sudha Arlikatti, PhD

Objective: While the benefits of emergency management decision-support software (EMDSS) have been touted for helping reduce time in decision making, increasing interoperability, and real-time data management for effective disaster response, little is understood regarding the factors that influence the acceptance of these technologies by emergency management officials. This study aims to fill this gap and contribute to theory on user acceptance of EMDSS in the public sector and highlight practical constraints and solutions for emergency managers. Design: This research uses secondary data available from the 2006 survey of county emergency management agencies conducted by the National Center for the Study of Counties.Results: Having a lead county emergency management official with higher qualifications and an in-house geographic information system division, both have a positive influence on the acceptance of EMDSS by that agency.Conclusions: Contrary to expectations, the level of local collaborative planning efforts, the perceived level of threat, and number of disaster declarations for the county did not influence the use of these sophisticated EMDSS. To ensure use of such technology for effective emergency management, more funding to offer specialized training in the use of DSS is required in those agencies that do not have in-house GIS specialists.


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