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森林草原火灾遥感监测预警技术及示范应用OA北大核心CSTPCD

Technology and Application Demonstration of Remote Sensing Monitoring and Early Warning for Forest and Grassland Fires

中文摘要英文摘要

提升森林草原火灾综合防控与应急响应的能力,达到减少森林草原火灾发生和火情快速动态监测的目的,关键在于发展基于卫星遥感、地理空间信息、计算机、林火生态等多学科交叉融合的火灾监测预警信息化、智能化理论与方法.基于可燃物遥感定量反演和时空大数据挖掘等方法,构建灾前-灾时-灾后的森林草原火灾遥感监测预警技术体系,包括"可燃物-气象-地形"多源时空大数据协同的森林草原火险预报预警技术、多源卫星数据协同的高精度火点快速检测技术和灾情精准评估技术.针对我国西南地区实际业务需求,定制化研发森林草原火灾监测预警系统,集成火灾监测预警关键理论与技术,实现灾前早期风险预警、灾时近实时监测、灾后灾情精准评估等功能.该系统可为森林草原火灾监测预警提供便捷、高效的动态信息服务,其应用成效显著,具有大范围推广应用的潜力.

To enhance the comprehensive prevention,control,and emergency response capabilities for forest and grassland fires,aiming to reduce the occurrence of such fires and achieve rapid dynamic monitoring of fire situations,the keypoint is lying on developing the information-based intelligent theories and methods for fire monitoring and early warning by integrating remote sensing,geospatial information,computer technology,fire ecology,and other disciplines.Based on the methods including remote sensing quantitative inversion of fuel variables and spatiotemporal big data mining,the technology system of remote sensing monitoring and early warning for forest and grassland fires for the pre-fire/during fire/post-fire period is established.It mainly includes the fire risk forecasting and early warning technology incorporating multisource spatiotemporal big data on fuel,weather and topography variables,the rapid and high-precision fire detection technology based on multisource satellite data,and the technology of accurate burn severity estimations.In response to the practical applications in southwestern China,the customized system for forest and grassland fire monitoring and early warning is developed,involving the key methodologies and technologies of fire monitoring and early warning.This system could achieve functions of fire risk early warning,near-real-time fire monitoring and fast assessment of fire loss.It also provides convenient and efficient dynamic information services for forest and grassland fire monitoring and early warning,and shows the significant practical application effectiveness,indicating the potential for its widespread adoption.

何彬彬;陈瑞;全兴文;姚劲松;殷长明;王子励;张启明;杨帅

电子科技大学资源与环境学院,成都 611731||四川省森林草原火灾监测预警工程技术研究中心,成都 611731电子科技大学资源与环境学院,成都 611731||四川省森林草原火灾监测预警工程技术研究中心,成都 611731||四川省森林和草原防火监测中心,成都 610081

计算机与自动化

森林草原火灾火险预报预警火点检测燃烧烈度时空大数据遥感反演可燃物

forest and grassland firefire risk forecasting and warningfire detectionburn severityspatiotemporal big dataremote sensing retrievalfuel

《电子科技大学学报》 2024 (005)

698-705 / 8

国家自然科学基金区域创新发展联合基金重点支持项目(U20A2090);国家重点研发计划(2022YFC3003001);四川省重点研发项目(2023YFG0320)

10.12178/1001-0548.2024212

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