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首页> 外文期刊>Geocarto international >Spatial modelling of wildland fire danger for risk analysis and conflict resolution in Malaysia: Linking Fire Danger Rating Systems (FDRS) with Wildfire Threat Rating Systems (WTRS)
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Spatial modelling of wildland fire danger for risk analysis and conflict resolution in Malaysia: Linking Fire Danger Rating Systems (FDRS) with Wildfire Threat Rating Systems (WTRS)

机译:在马来西亚进行荒地火灾危险的空间建模,以进行风险分析和冲突解决:将火灾危险等级系统(FDRS)与野火威胁等级系统(WTRS)关联起来

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摘要

This study provides a comprehensive framework to mitigate or prevent forest and land (or wildland) fire disaster in Malaysia. This system supports emergency response and preparedness for wildland fire by means of integrated modelling, monitoring and mapping of fire danger. In this framework, multi-sensor applications for monitoring fire danger and fire activity are linked with decision-aid models in a Geographic Information System (GIS) environment to generate information required for wildland fire management. Using a customized version of the spatial Fire Management System software, components of the Malaysia Fire Danger Rating System (FDRS) are calculated to provide fire weather, fire behaviour and wildfire threat information. Wildfire threat ratings (WTRs) are assessed on the basis of fire occurrence risk, potential fire behaviour, suppression capability and values at risk. Outputs from the Malaysia FDRS were integrated with hotspots extracted from remote sensing data to generate combined maps of active fire locations, fire danger, potential fire behaviour and uncontrolled wildland fire (or wildfire) threat. In case of wildfire, remotely sensed data were also used to generate wildfire affected area and emergency response maps for emergency management. The system architecture and application models for wildfire analysis, which aid decision-making components for wildfire mitigation and relief, are described. These include early warning of fire, risk analysis, damage assessment and emergency response analysis. This article provides the first documentation of a national, operational system linking fire danger rating with socio-economic values, as defined by the WTR models, to guide fire and rescue decision-making during wildfire events. It is finally shown how the proposed system can reduce the risk offire management disputes in Malaysia by directing the conflict to a more favourable resolution.
机译:这项研究提供了一个全面的框架来缓解或预防马来西亚的森林和土地(或荒地)火灾。该系统通过对火灾危险进行建模,监控和制图,支持对野火的应急响应和备灾。在此框架中,用于监视火灾危险和火灾活动的多传感器应用程序与地理信息系统(GIS)环境中的决策辅助模型相链接,以生成野外火灾管理所需的信息。使用定制版本的空间火灾管理系统软件,可以计算马来西亚火灾危险等级系统(FDRS)的组件,以提供火灾天气,火灾行为和野火威胁信息。野火威胁等级(WTR)是根据火灾发生风险,潜在的火灾行为,抑制能力和风险值进行评估的。马来西亚FDRS的输出与从遥感数据中提取的热点集成在一起,以生成活跃火灾地点,火灾危险,潜在火灾行为和不受控制的野火(或野火)威胁的组合地图。万一发生野火,还使用遥感数据生成野火影响区域和应急响应图,以进行应急管理。描述了野火分析的系统架构和应用模型,这些模型有助于野火缓解和缓解的决策组件。其中包括火灾预警,风险分析,损害评估和应急响应分析。本文提供了有关国家运行系统的第一个文档,该系统将火灾危险等级与WTR模型所定义的社会经济价值联系在一起,以指导野火事件中的火灾和救援决策。最终显示了拟议的系统如何通过将冲突引向更有利的解决方案来减少马来西亚火灾管理纠纷的风险。

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