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This plan aims to develop, implement, and sustain NOAA's next-generation environmental models as an Earth system model, covering a broad range of applications in the atmosphere, ocean, land surface, sea ice, and space. The focus is on scalability, extensibility, and interoperability within a community-based software infrastructure to improve operations and open new research opportunities.
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NOAA’s Environmental Modeling Plan Stephen Lord Ants Leetmaa November 2004
NOAA Earth System Modeling • Goal: to develop, implement, and sustain NOAA’s next-generation environmental models as an Earth system model • - Covering broad range of applications • atmosphere, ocean, land surface, sea ice, space • - An enterprise NOAA modeling system— • emphasis on scalability, extensibility and interoperability • - Part of a broader community modeling system • infrastructure and process • Process • Community-based software • Infrastructure to sustain flow of new science and technology into NOAA modeling systems • Improve operations and to open new research opportunities
NOAA Earth System Modeling Applications • Weather: mesoscale to global • Ocean: deep ocean to coastal to estuary • Hydrology: river flow, flood prediction, water resource information • Climate: monthly to seasonal-interannual, decadal- centennial • Air/water Chemistry: air quality to global pollutant transport • Ecosystem management (biogeochemical) • Space weather
Near term roadmap • Establish Working Group chaired by Environmental Modeling Program Manager • - Responsible for comprehensive plan for NOAA’s next generation numerical models • - Coordination with broader ESMF effort • - Detailed Planning and project execution oversight • Develop and adopt an ESMF-compatible design (NOAA-ESMF) for the Integrated NOAA Environmental Modeling System • - Prototype and document NOAA-ESMF infrastructure • - Prototype and demonstration projects for biogeochemical and ecosystem forecast models • Develop and Implement necessary NOAA-ESMF Infrastructure • Implement existing NOAA Models into NOAA-ESMF • - Implementation of WRF into NOAA-ESMF; • - Implementation of GFDL Earth System Modeling codes into NOAA-ESMF • - Implementation of NWS Operational Models codes into NOAA-ESMF • - Implementation of NOS codes into NOAA-ESMF • Maintain NOAA-ESMF Documentation and Infrastructure
Ongoing Activities • Weather Research and Forecast (WRF) Model partnership • - Partners: NOAA*, NCAR*, DOD, DOT • - Objective: Next-generation mesoscale model for research and operations • - Status: Developmental testing ongoing. NOAA IOC: Sept 2004 • Earth System Modeling Framework (ESMF) initiative • - Partners: NOAA, NCAR*, DOD, DOT, NASA, MIT • - Objective: Common modeling infrastructure for research and operations • - Status: Development ongoing. Planned IOC: 2005 • Joint Center for Satellite Data Assimilation (JCSDA) • - Partners: NOAA*, NASA*, DOD, DOT, NCAR • - Objective: Accelerate use of research and operational satellite data in operational environmental models • - Status: Development ongoing. NCEP implementations ongoing. • * Lead agency
Schedule and MilestonesWRF and ESMF Milestones FY03 FY04 FY05 FY06 FY07 FY08 WRF Implementation High Resolution WRF Ensemble x North American WRF (Replace Eta) x WRF Hurricane x Rapid Refresh WRF x WRF Short Range Ensemble Forecast x
Schedule and MilestonesNOAA-ESMF Milestones FY04 FY05 FY06 FY07 FY08 FY09 FY10 Comprehensive Integration Plan Establish Working Group Q2 Publish Final Plan Q4 NOAA-ESMF Design Complete x Place based EM forecast prototypes Great Lakes x Southeast/east coast x West Coast x NOAA-ESMF Infrastructure Complete 20% 60% 80% 100% Implement Existing NOAA Models in NOAA-ESMF 30% 50% 70% 90% 100% WRF 100% GFDL NWS Operational Codes NOS Codes Begin Sustaining Maintenance x
Envisioned Partners • NOAA—all NOAA line offices • Other Government • - NSF—NCAR • - NASA—Goddard, Langley, Marshall • - DOD—USAF and USN • - DOT, DOE, … • Academia • Private Sector
Integrated ModelingDraft Vision Statement "Over next 5 years and beyond, NOAA and its partners will begin to exploit new interdisciplinary approaches to develop a series of fully coupled earth system models. These systems will be used to analyze and predict the state of the atmosphere, the ocean, land surface, hydrologic cycle and biogeochemical cycles all within the framework of a unified modeling system. The system will be based on a community model approach that will link the nation's scientific advances to NOAA's improvement goals."