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Internet Mapping Services for the National Weather Service Internet Mapping Service Integrated Work Team Internet Mapping Services for the National Weather Service Internet Mapping Service Integrated Work Team March 27, 2003 1

IMS Team chartered August 2002 by Barry West and Gary Carter Bob Bunge, CIO IMS Team chartered August 2002 by Barry West and Gary Carter Bob Bunge, CIO [co-chair] Ken Waters, PR [co-chair] Ira Graffman, OST Steve King, WR Donna Page, OHD Wendy Pearson, CR Frank Richards, OCWWS Dave Ruth, OST Jack Settelmaier, SR Bruce Webster, NCEP 2

Key Terms • Geographic Information System (GIS) – Software, hardware, data, and personnel used Key Terms • Geographic Information System (GIS) – Software, hardware, data, and personnel used to manipulate, analyze, and present information tied to a spatial location • Internet Mapping – Geo-referenced information made available on the World Wide Web via an Internet Map Server (IMS) 3

Background • Water Resources Internet Mapping (WRIM) Team (Sep 01 – Jun 02) • Background • Water Resources Internet Mapping (WRIM) Team (Sep 01 – Jun 02) • Prior S&T Committee actions - 2 of 3 adopted • Experimental use of Arc. IMS on cooperating Regional/HQ web farms until a full implementation plan is developed. (ongoing) • NWS-wide team to examine full implementation issues. (IMS team) • Arc. IMS be the NWS IMS standard. (deferred) 4

Looking Forward • Serving NDFD information to the public and partners • Delivering critical Looking Forward • Serving NDFD information to the public and partners • Delivering critical weather and hydrology data to emergency managers • Severe weather reports, live watches/warnings • Radar, satellite, model grids. . . ALL in GIS-ready format! 5

“Customer Pyramid” 6 “Customer Pyramid” 6

IMS is Requirements-Driven – Draft NWS Strategic Plan for 2003 -2008 Goal #3 – IMS is Requirements-Driven – Draft NWS Strategic Plan for 2003 -2008 Goal #3 – Serve Society’s Needs for Weather and Water Information – NRC report: “NWS should make its observational data, models, and other products available in Internet-accessible digital form…the information should be stored in a standard format that can be accessed by the public and used by all those involved in the weather and climate enterprise. ” – Federal Consulting Group/Claes Fornell International Group’s Survey for the NWS • Emergency managers (479 respondents) • 8. 5 on 10 point scale would use GIS information from the NWS 7

IMS Benefits • NWS’ 21 st century delivery of weather data • Consistent with IMS Benefits • NWS’ 21 st century delivery of weather data • Consistent with NRC report (and NOAA’s Geo. Spatial Data and Climate Services (GDCS)) • Allies NWS with NOAA agencies moving to online GIS (NOAA Enterprise GIS working group) • Many customers will benefit (emergency managers, disaster relief agencies, homeland security, land management agencies, general public, etc. ) 8

More IMS Benefits - IMS database can serve as a more complete dissemination interface More IMS Benefits - IMS database can serve as a more complete dissemination interface for NWS data - NDFD - Radar Data - Satellite Data - Hydrologic Data - Watches/Warnings 9

Prototype Proposal Develop live IMS (geared towards emergency managers) • Atlantic/Gulf of Mexico Tropical Prototype Proposal Develop live IMS (geared towards emergency managers) • Atlantic/Gulf of Mexico Tropical Cyclone track forecasts • Precipitation and stream gauge observations/forecasts • Storm surge information • Weather and flood watches/warnings Allows for interactive display with layers such as roads, cities, county borders, shelters, etc. 10

Prototype Timeline • • • Apr 03: Define contractor statement of work May 03: Prototype Timeline • • • Apr 03: Define contractor statement of work May 03: Hire contractor Jun 03: IMS development Jul - Nov 03: Conduct Prototype Dec 03: Evaluation Jan 04: Prototype Assessment Report 11

Prototype Success Criteria • EM Documented Feedback on Service Improvement • Demonstrate Ability to Prototype Success Criteria • EM Documented Feedback on Service Improvement • Demonstrate Ability to Collect, Decode, and Share Broad Spectrum of NWS Data • Measure/Monitor/Assess IMS Usage • Server and Database Needs • Peak Usage Stability 12

Prototype Implementation Requirements • Software – ESRI Arc. IMS 4. 0. 1 – $8 Prototype Implementation Requirements • Software – ESRI Arc. IMS 4. 0. 1 – $8 K • Hardware – Use existing Linux platforms – Other tools - $2 K • Communications – Use existing NWSnet telecommunications to move data to participating web farms • Contractor support (“Glue”) – $65 K – User interface development, coordination, maintenance 13

Alternatives to Arc. IMS • Other commercial mapping programs – Lack ESRI’s market share, Alternatives to Arc. IMS • Other commercial mapping programs – Lack ESRI’s market share, support, and product customization (reference WRIM Team report, 2002) • Open Source IMS – Exciting new technology, but requires substantially more human resources for training and development • Emergency Management Data System (EMDS) – Experimental software written by FSL, no longer supported – Lacks easy integration with common GIS formats 14

Recommendations • Endorse Use of Arc. IMS across NWS – STIP Inclusion • Fund Recommendations • Endorse Use of Arc. IMS across NWS – STIP Inclusion • Fund Prototype – FY 03: ~$75 K • Identify Steering Committee – OS&T Lead and Oversight 15

Let’s Look Forward!! • Serving NDFD information to the public and partners • Delivering Let’s Look Forward!! • Serving NDFD information to the public and partners • Delivering critical weather and hydrology data to emergency managers • Severe weather reports, live watches/warnings • Radar, satellite, model grids. . . ALL in GIS-ready format! 16