%0 Journal Article
%T The Applications of Geo-Info Systems in Gauging the Susceptibility of Coastal Areas in Louisiana and Mississippi
%J American Journal of Geographic Information System
%@ 2163-114X
%D 2012
%I 
%R 10.5923/j.ajgis.20120103.03
%X This research assesses the vulnerability of coastal areas in the Southeastern states of Mississippi and Louisiana using climate risk information. Emphasis is on the issues, and evaluation of the trends. In terms of methods, the paper uses GIS and descriptive statistics to map the trends. In the last several years, climate change impact continues to be felt in the Southeast especially the coastal zones. It has been predicted by scientists that many people could be affected by the impact of climate change risks in the Southeast coastal zones mostly from storms, high and extreme temperatures and others. As one of the most sensitive and vulnerable systems, coastal zonesĄŻ areas of concern include sea level rise, land loss, frequency of maritime storms, flooding and responses to sea level rise. Addressing the challenges associated with the threats of climate change in coastal areas of Mississippi and Louisiana, requires periodic assessment of the risks using geographic information systems. Without access to sufficient climate risk information management tools to measure the precise vulnerability of coastal zones areas, the emergency preparedness of managers and cities in the homeland to mitigate the dangers posed to infrastructure, human lives and the economy will be diminished. The results show a spatial diffusion and a growing risk in vulnerable coastal areas in the two states. Utilizing climate risk data and GIS techniques to analyze the dangers faced in coastal cities helps minimize their vulnerability in the region and the homeland. The paper suggests the need for constant assessment, bioinformatics education and GIS mapping of the risks.
%K GIS
%K Climate Change
%K South East
%K Coastal Zones
%K Climate Risks
%K Emergency Preparedness
%K Homeland
%U http://article.sapub.org/10.5923.j.ajgis.20120103.03.html