Indonesia Fire Danger Rating System (Ina-FDRS), a New Algorithm for the Fire Prevention in Indonesia

H. Sanjaya, G. Suryono, A. Eugenie, M. N. Putri, M. Frederik, A. Agustan, O. B. Bintoro, Heri Sadmono
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引用次数: 7

Abstract

A system named Fire Danger Rating System is a tool using for early warning system of forest fires. Since 1999 Indonesia has this system, adapted from Canadian Forest Service (CFS), and developed by BPPT cooperation with BMG (now is BMKG), and Departemen Kehutanan (KLHK). The main scientific based of this FDRS is meteorology, where it used total precipitation in a day, and noon condition of temperature, relative humidity, and wind speed. The final result is the Fire Weather Index where we may see the four classes of fire danger rating in two-dimension map. The improvement on this weather component is the use of satellite data to replace some parameter of weather from Automatic Weather Station data. In recent condition, not only weather condition as the primary parameter, but also the human-caused factor, and fuels condition analysis were putting as the same level of weather. Human activities are the main factor of the occurrence of forest fires, that is why the forest, plantation, and horticulture-agriculture land are the main land use that we pay attention more, and it’s related to the people who live on small cities or districts in that areas. The condition of peatland we analyzed is the thickness of the peat and the land cover on the surface. The position of water body also we calculated to see the distance of the source of water for wetting the land. Using Spatial Multi-Criteria Evaluation is the right way to get some scenarios to have the final composite risk map. Grouping and standardizing the spatial factors based on human-caused and fuels we may know the effect of that component to the final composite map of the Advanced-FDRS. Ina-FDRS is the biggest scenario that includes Natural Resources Accounting as one of the main components, instead of climate, human-caused, and fuels. So, this Advanced-FDRS is the main part of Ina-FDRS (Indonesia Fire Danger Rating System) that ongoing develop by BPPT and the stakeholders for early warning land and forest fire in peatland in Indonesia.
印度尼西亚火灾危险等级系统(Ina-FDRS),印度尼西亚火灾预防的新算法
火灾危险等级系统是一种用于森林火灾预警系统的工具。自1999年以来,印度尼西亚采用了这一系统,该系统改编自加拿大林业局(CFS),由BPPT与BMG(现为BMKG)和departtemen Kehutanan (KLHK)合作开发。FDRS的主要科学依据是气象学,它使用一天的总降水量,以及中午的温度、相对湿度和风速情况。最后的结果是火灾天气指数,我们可以在二维地图上看到四个等级的火灾危险等级。对该气象分量的改进是用卫星资料代替自动气象站资料中的一些气象参数。近年来,除了天气条件作为主要参数外,人为因素分析和燃料条件分析也被列为同一级别的天气。人类活动是森林火灾发生的主要因素,这就是为什么我们更关注的主要土地利用是森林、人工林和园艺农业用地,这与居住在这些地区的小城市或地区的人们有关。泥炭地的条件是泥炭的厚度和地表覆盖。我们还计算了水体的位置,以看到湿润土地的水源的距离。采用空间多准则评价是得到最终的综合风险图的正确方法。对基于人为因素和燃料的空间因素进行分组和标准化,我们就可以知道这些因素对最终的高级fdrs合成图的影响。Ina-FDRS是将自然资源核算作为主要组成部分之一,而不是气候、人为因素和燃料的最大情景。因此,这一先进的fdrs是印度尼西亚火灾危险等级系统(Ina-FDRS)的主要部分,该系统正在由BPPT和利益相关者开发,用于印度尼西亚泥炭地的土地和森林火灾预警。
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