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GOES I/M Product Assurance Plan (GIMPAP) - FY 2006 Enhanced utilization of GOES I/M

1. GOES I/M Product Assurance Plan (GIMPAP) - FY 2006 Enhanced utilization of GOES I/M. Contribution from: the NOAA/National Severe Storms Laboratory. Participants: Bob Rabin NOAA/NSSL and CIMSS University of Wisconsin. 2. GOES I/M Product Assurance Plan (GIMPAP) - FY 2006.

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GOES I/M Product Assurance Plan (GIMPAP) - FY 2006 Enhanced utilization of GOES I/M

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  1. 1 GOES I/M Product Assurance Plan (GIMPAP) - FY 2006 Enhanced utilization of GOES I/M Contribution from: the NOAA/National Severe Storms Laboratory Participants: Bob Rabin NOAA/NSSL and CIMSS University of Wisconsin

  2. 2 GOES I/M Product Assurance Plan (GIMPAP) - FY 2006 Contribution from: the NOAA/National Severe Storms Laboratory Main project goal: Develop applications to enhance utilization of GOES I/M in conjunction with Doppler radar & other data sources for the detection and forecasting of hazardous weather.

  3. 3 TAC Guidance from 2005 1) Emphasize techniques that have the most potential to be transitioned into operational forecast systems (AWIPS,N-AWIPS, WDSS-II 2) Continue coordination on new severe weather index with CIRA 3) Continue collaboration with CIMSS on fire work and ORA-STAR on precipitation validation. 4) Coordinate with MDL GIMPAP project to transfer WDSS-II applications to SCAN 5) Contribute to training efforts where possible.

  4. Major Accomplishments • Applications of GOES fire detection at the SPC • http://www.spc.noaa.gov/exper/firecomp • http://www.nssl.noaa.gov/~rabin/fire • Incorporation of existing satellite algorithms into NMQ and PAW • http://nmq.ou.edu/~qpeverif/Experimental • Real-time GOES imagery into WDSS • Estimating precipitation efficiency (dendritic ice growth) using GOES sounder products • http://www.nssl.noaa.gov/~rabin/dendritic1.html • Continued processing and archival of mesoscale satellite winds http://cimss.ssec.wisc.edu/mesoscale_winds • Real-time processing and and archival of convective overshoot http://overshoot.nssl.noaa.gov/ • Web-based tool for storm tracking: real-time and archival http://tracker.nssl.noaa.gov/ 4

  5. 5 Operational Transition Aspects • Evaluation of precipitation efficiency and mesoscale winds by the NESDIS Synoptic Analysis Branch (SAB) for future use. • Assisted the NOAA Storm Prediction Center (SPC) in the acquisition and assessment of new products (mesoscale winds, fires, surface wetness, etc). • Products being used by forecasters in N-AWIPS to provide national guidance for severe weather and fire weather outlooks. • Collaboration with NWS Office of Hydrological Development: Incorporation of Satellite rainfall products into National Multi- sensor QPE (NMQ). • Incorporation of GOES imager data into next generation Warning Decision Support System (WDSS) at NSSL.

  6. 6 Precipitation maps on the PDA Web site GOES Hydroestimator WSR-88D

  7. 7 GOES Hydroestimator in NMQ

  8. 8 Areas favorable for dendritic ice growth Pressure level of -15o C and upward motion from RUC

  9. 9 NDVI October 2005

  10. 10 NDVI January 2006

  11. 11 Fire Locations 27 Dec 2005 – 31 Jan 2006

  12. 12 Post fire ash plume (GOES-12) 30 March 2006 1740 UTC

  13. 13 Possible effects on convection 30 March 2006 2115 UTC

  14. 14 Travel Norman, OK - Madison, WI: Collaboration Publications/Presentations Formal: • Contribution of MODIS instrument to the observations of deep convective storms and stratospheric moisture detection in GOES and MSG imagery (Setvak, Rabin, Wang), 2006, Atm. Res., accepted. • Estimating soil wetness from the GOES sounder (Rabin, Schmit), 2006, J. Atmos. Oceanic Tech., 23, 991-1003. • A quantitative analysis of the enhanced-V feature in relation to severe weather (Brunner, Ackerman, Bachmeier, Rabin), Weather and Forecasting, in review. • The “Triple Point” on 24 May 2002 during IHOP. Part II:Ground-radar and in-situ boundary layer analysis of cumulus development and convective initiation (Co-author with Conrad Ziegler). Submitted to MWR, accepted with major revisions.

  15. Tool for Storm Analysis using Multiple Data Sets" published in International Symposium on Visual Computing by Springer-Verlag in Lecture Notes in Computer Science. • A quantitative analysis of the enhanced-V feature (co-author with Jason Brunner). • 14th Conference on Satellite Meteorology and Oceanography and Symosium on • challanges of severe convective storms. • GOES winter precipitation efficiency algorithm (Rabin, Hanna), submitted to NWA • Annual Meeting, Oct 2006. 15 Conferences:

  16. 16 Plans for FY 2007 • Use of rapid scan for monitoring fires • Application of storm tracker, satellite winds, and fire products to meet SPC needs • Collaboration with Jamie Daniels/MDL to add satellite tracking functionality to AWIPS • Evaluation of satellite rainfall into National grid • Enhanced use of satellite data in NMQ • Evaluate winter precipitation efficiency technique and mesoscale winds at the NESDIS/SAB • Collaboration with CIRA on microphysical storm severity techniques

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