Mapping and Analysis of Forest and Land Fire Potential Using Geospatial Technology and Mathematical Modeling

• Published in: IOP conference series. Earth and environmental science 2014-01, Vol.18 (1), p.12034-6
• Main Authors: Suliman, M D H, Mahmud, M, Reba, M N M
• Format: Article
• Language: English
• Subjects: Air quality; Analytic hierarchy process; Biodiversity; Burning; Combustion; Data collection; Decision making; Design factors; Disaster management; Disasters; Early warning systems; Emergency communications systems; Emergency preparedness; Fire fighting; Fires; Forest & brush fires; Forest ecosystems; Forest fires; Forests; Geographic information systems; Human factors; Land; Mapping; Mathematical analysis; Mathematical models; Remote sensing; Security; Soil structure; Technology; Terrestrial environments
• ISSN: 1755-1315; 1755-1307; 1755-1315
• DOI: 10.1088/1755-1315/18/1/012034

Forest and land fire can cause negative implications for forest ecosystems, biodiversity, air quality and soil structure. However, the implications involved can be minimized through effective disaster management system. Effective disaster management mechanisms can be developed through appropriate early warning system as well as an efficient delivery system. This study tried to focus on two aspects, namely by mapping the potential of forest fire and land as well as the delivery of information to users through WebGIS application. Geospatial technology and mathematical modeling used in this study for identifying, classifying and mapping the potential area for burning. Mathematical models used is the Analytical Hierarchy Process (AHP), while Geospatial technologies involved include remote sensing, Geographic Information System (GIS) and digital field data collection. The entire Selangor state was chosen as our study area based on a number of cases have been reported over the last two decades. AHP modeling to assess the comparison between the three main criteria of fuel, topography and human factors design. Contributions of experts directly involved in forest fire fighting operations and land comprising officials from the Fire and Rescue Department Malaysia also evaluated in this model. The study found that about 32.83 square kilometers of the total area of Selangor state are the extreme potential for fire. Extreme potential areas identified are in Bestari Jaya and Kuala Langat High Ulu. Continuity of information and terrestrial forest fire potential was displayed in WebGIS applications on the internet. Display information through WebGIS applications is a better approach to help the decision-making process at a high level of confidence and approximate real conditions. Agencies involved in disaster management such as Jawatankuasa Pengurusan Dan Bantuan Bencana (JPBB) of District, State and the National under the National Security Division and the Fire and Rescue Department Malaysia can use the end result of this study in preparation for the land and forest fires in the future.