全国火灾报警监控系统

Juan M. Escamilla Mólgora
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摘要

自2000年以来,CONABIO处理并发布了墨西哥和中美洲发生的野火的近实时地理空间信息,作为“遥感技术热点探测”项目的一部分。目前,火灾警报系统通过直接广播从MODIS (Aqua和Terra平台)和VIIRS (NPP)接收原始数据。此原始数据处理为L1A, L1B, MOD14, MOD13和MOD11产品(目前我们只将VIIRS处理为L1B)。MOD14为我们提供了一个火焰掩模光栅,其中包含称为热点的热异常坐标(Giglio, 2003)。每个热点代表一个1平方公里的多边形,该多边形具有均匀分布的火灾,概率接近0.9。该系统自动发布县级地名、面积坡度、生态系统类型和距离最近的“自然保护区”的距离等信息。该系统还具有GeoServer提供的WMS服务,该服务存储火灾传播指数的专题地图层,测量植被异常的NDVI时间序列分析模型,以及基于死亡植被燃料和降雨持续时间光栅产品的湿度百分比地图。每24小时,我们在白天和黑夜平均处理6个卫星通道。随着时间的推移,数据量已经超过了系统原有的容量。虽然第一代软件已经升级,以满足用户,特别是消防人员,研究和决策人员的需求,但迫切需要一个能够预测,执行复杂分析并与下一代数据源集成的平台,这使得旧系统的使用和管理成为一项棘手的任务。目前正在开发下一代系统,预计将于今年年底发布。该系统基于Postgres9.1-Postgis2.0,具有栅格支持引擎,大大减少了处理时间。基于空间数据库的软件设计开启了一个充满机遇的新世界。这个系统将完全基于开源软件。火灾警报系统主页:http://www.conabio.gob.mx/incendios/
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National fire alert and monitoring system
Since 2000 CONABIO has processed and published in near real time geospatial information of occurring wild fires in Mexico and Central America as part of the " Hotspot detection with remote sensing techniques" program. Currently the Fire Alert System receives via direct-broadcast raw data from MODIS (Aqua and Terra platforms) and VIIRS (NPP). This raw data is processed to L1A, L1B, MOD14, MOD13 and MOD11 products (at the moment we only process VIIRS to L1B). MOD14 gives us a Fire-Mask raster that has the coordinates of the thermal anomalies called hotspots (Giglio, 2003). Each hotspot represents a 1 Km squared polygon that, with nearly 0.9 probability, has a uniformly distributed fire. The system automatically publishes information of county level locality name, area slope, ecosystem type and closeness to the nearest "Natural Protected Area". The system also has a WMS service provided by GeoServer that stores thematic map layers of Fire Propagation Index, a NDVI time-series analysis model that measures vegetation anomalies, and Moisture Percentage Map, based on dead vegetation fuel and rainfall duration raster products. Every 24 hrs we process a mean of 6 satellite passes during day and night. Over time, the amount of data has surpass the original capacity of the system. Although the first generation software has been upgraded to accomplish the needs of users, specially fire fighters, researches and decision-making people, the urgent need of a platform capable of forecasting, performing complex analysis and integrating it with next generation data sources has turned the use and administration of the old system an awkward task. A next-generation system is being developed at the moment and the release date is expected by the end of this year. The system lies on a Postgres9.1-Postgis2.0 with raster support engine that decreases dramatically the processing time. The design of a software based on a spatially-enable database has opened a new world of opportunities. This system will be based purely on Open Source Software. Fire Alert System homepage: http://www.conabio.gob.mx/incendios/
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