Web Services for Fire Weather Applications

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Presentation transcript:

Web Services for Fire Weather Applications John Horel, Chris Galli, Joe Young, Judy Pechmann Department of Atmospheric Sciences University of Utah atmos-mesowest@lists.utah.edu https://mesowest.org/20/ http://mesowest.utah.edu https://synopticlabs.org

Research & Public Service MesoWest Objective: access, archive, and disseminate publicly-accessible environmental data as soon as possible Key Drivers NWS Fire Weather Road Weather Field Projects Air Quality Research & Public Service MesoWest software development funded over the years by: NWS Other federal land agencies State road, air quality, and land agencies Commercial firms

MesoWest Growth Over the Years

Recent Focus Improve uptime and reliability Acquire Process Archive QC Disseminate Improve uptime and reliability shift acquisition and processing of data from NWS Western Region to Amazon Web Services (AWS) cloud computing Improve archiving as number of networks, stations, and variables continues to increase Vastly improved performance to store and access databases on AWS cloud servers Develop enhanced QC and integrate QC with data Provide application programming interface (api) for other software developers to deliver environmental information efficiently Be responsive to data provider and data user needs

Data Flow and Services API Services Data Ingest & Processing AKFF Updated GLFF Environmental Data MesoWest MySQL Master Databases UU Web Services NWS MySQL Databases NWS Internal & Web Services

Fire Weather Related Software Development at the University of Utah Project Funding Agency Development Cycle Major innovation Web link MesoWest NWS National Mesonet Program + others Since mid 1990’s Integration of diverse data sources mesowest.utah.edu ROMAN Land agencies 2003-2010 Tailored to operational fire community raws.wrh.noaa.gov /roman Great Lakes Fire and Fuels Great Lakes Compact 2008-2012, 2017* Inclusion of current and forecast grids glffc.utah.edu Spot forecast verification JFSP 2011-2015 Exploration of forecast performance meso1.chpc.utah. edu/jfsp SynopticLabs api NWS + others Since 2012 Improved access to data synopticlabs.org Alaska Fire and Fuels Alaska BLM 2014-2017* Enhanced integration of weather and fuel information relative to Great Lakes akff.mesowest.org ROMAN refresh ?? Further integration nationwide including fuel moisture

ROMAN lives on… code base on AWS server

Operational Great Lakes Fire and Fuels: http://glffc.utah.edu http://www.publish.csiro.a u/wf/WF12186

Operational Alaska Fire & Fuels http://akff.mesowest.org/ Go back and look at conditions during past summer In midst of adding new features this winter, so some features may not be working at this time

Technical Refresh: Great Lakes Fire & Fuels Build on capabilities of Alaska Fire & Fuels and in turn AKFF will take advantage of GLFF development More complete and seamless integration of station and gridded weather information using AWS cloud servers Support NFDRS and CFFDRS products Fire Behavior Calculator with tabular and graphical output

Map grids… chris will update

Additional points Opportunity to expand regional character of GLFF to CONUS but that does require additional resources Seamless transition from prior, current, and forecast conditions at observation locations as well as from analysis (RTMA) and NWS forecast (NDFD) grids NFDRS station and experimental gridded products can be utilized Using CFFDRS requires local expertise to define regional startup values

Questions and comments?