Developing Agricultural Damage Simulation in the Impact of Typhoon and Flashflood in Laguna

Abstract

Philippines suffer a great loss from typhoon damages and tons of natural disasters that has negative impacts on the environment. Typhoon and flash flood will reduce farm productivity by damaging farm inputs and destroying establishment and infrastructure and prevent an increasing in farm planting, these results in the worse condition in output and productivity which will possibly harm by the country's food security, economic losses, and income. One of the major reasons for this is allocation of fund, the lack of knowledge and preparation of a citizens and officials in agricultural damages and disaster prevention. This concept paper focuses on giving knowledge and awareness by simulating the damage of the typhoon in the Agricultural sector to help the community and officials to visualize and know the risks and damages of typhoon on the Agricultural when calamity occurs as well as to view the damages on agriculture with interactive 3D simulation environment. The proposed system can be develop using Simulation Methodology which composes of several phases to achieved the agricultural disaster simulation with the integration of Monte Carlo Algorithm, it can be used to apply the parameters from PAGASA’s storm warning signals for simulation and typhoon parameters. The need for the development of this system must be develop and implement for the benefits of the farmers, agricultural sector, the people, and to the environment to prevent possible damages and mitigate larger amount of losses in economic and agriculture.