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**Unlocking Spatial Data: Enhancing Collaborative Relationships for Geo-Solutions**

Explore the evolution of spatial data infrastructure, identify challenges, and discuss global strategies at the 5th DE Community Meeting in Penn State Harrisburg. Addressing emergency response issues, data cataloging, and infrastructure progress.

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**Unlocking Spatial Data: Enhancing Collaborative Relationships for Geo-Solutions**

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  1. The Big PictureSpatial Data Relationships5th DE Community MeetingPenn State HarrisburgJanuary 31, 2001 John Moeller Staff Director, FGDC

  2. Purpose • Discuss Relationship of Spatial Data Infrastructure activities • Build on existing partnerships and establish new opportunities

  3. Wild Fire Management EmergencyResponse Issues Affecting Nations & Citizens - Happen in Places Population Growth Washington, DC - Baltimore

  4. Spatial Data Infrastructure Progress • Growth in participation and partnerships • Federal - State, Local & Tribal • Associations - Industry & Academia • Expansion of NSDI Clearinghouse - 238 Nodes • Metadata and Data Standards • Training Programs • Community Support for use of GIS, DSS and Applications • International

  5. CURRENT SITUATION Institutionally Separate – Redundant, Costly & Unreliable • Stove-piped Definitions, Standards, Capital Planning & Funding • Much data Data Is Not Catalogued, Reused, Reusable or Shared. Tools to Use Data Rebuilt • Need Common Privacy, Security, Data Quality and Licensing Policies • Policy and Decision makers ( and others) not effectively using GI technologies and data • Technology and Data initiatives need better linkage

  6. TRENDS Information & Services Incentives Community View Open Geoprocessing Worldwide Reach Products Mandates Federal View Closed Solutions Limited Communication

  7. National Spatial Data Infrastructure - NSDI Global Spatial Data Infrastructure - GSDI Digital Earth - DE Global Disaster Information Network - GDIN International Organization for Standardization - ISO Open GIS Consortium - OGC Global Map Major Activities

  8. The NSDI • OMB Circular A-16 and EO 12906 • Develop and implement spatial data resource for nation • Reduce duplication of effort • Promote effective management by all levels of government • Improve the acquisition, distribution and use of geographic information • Stakeholder collaboration - public private partnerships (State, local, tribal, Pvt, Academic) • Federal leadership provided by the FGDC • GeoData Alliance is developing as National leadership & governance structure

  9. The GSDI • Policies, standards, technologies, human and financial resources • Support collaboration on regional and global issues of importance • Encourage the growth of Spatial Data Infrastructures • Provide mechanisms to link national and regional efforts • Public and private sector participants • Guided by Steering Committee represented by many nations

  10. Digital Earth • Improve application of geodata visualization, decision support & analysis • Accelerate research and development • Focus on community end use applications • Focused research, funding, and collaborative partnerships to resolve gaps and issues • US Digital Earth led by NASA with Interagency Steering Committee • International Digital Earth

  11. GDIN • Focus on sharing disaster information • Improve use of existing and new technologies • Facilitate institutional processes to promote global sharing of disaster information • Improve effectiveness and interoperability of natural and technology information • Foster improved early warning and mitigation • International public/private partnership • Guided by an International Executive Committee

  12. ISO • Promote development of standards worldwide • Facilitate international exchange of goods and services, develop cooperation • TC 211 is responsible for Geographic Information/Geomatics • Standards specify geographic information, methods, tools, and services • 2 Published standards and 27 in development • International Committee for TC211 includes 33 participating nations &19 observers

  13. OGC • Addressing interoperability needs among systems that process georeferenced data • Promotes connection of mainstream computing systems and geoprocessing systems • Develops technology specifications and business process innovations to support widespread use of geodata and services • International membership of public and private entities • Activities guided by multi-national/sector Board of Directors

  14. Global Map • Objective is to help understand global environmental issues in support of Agenda 21 • Developing global scale geographic information through international cooperation (81 countries and areas have participated) • Selected thematic data sets will be provided at 1:1,000,000 scale - Focus is on base data, such as elevation, vegetation, drainage systems, transportation • International Steering Committee provides guidance

  15. Clearinghouse (catalog) Metadata GEOdata Framework Standards Emphasis Areas For Spatial Data Community Applications Leadership Outreach and Education Resources Partnerships

  16. Emphasis Areas • Geodata NSDI, GSDI, Global Map, GDIN • Metadata NSDI, GSDI, ISO • Clearinghouse NSDI, GSDI, OGC • Framework NSDI, GSDI, Global Map • Standards NSDI, ISO, OGC • Partnerships ALL • Community Applications DE, GDIN • Outreach ALL • Resources ALL • Leadership ALL

  17. Common Characteristics • Each is seeking to expand value of place based information to decision-making • Seek to improve geographic information and technologies • Build on cooperation/partnership of many individuals and organizations • Public and private are each critical to success • Call for “interoperability” of data and technology • Often involve many of the same organizations • Each are addressing pieces of the “Big Picture” • Each is guided by a multi-agency or multi-sector committee • Each presents opportunities for synergy, leveraging and better coordination of activities

  18. Demographic Flood Zones Land Ownership Landcover Transportation Surface Waters Boundaries Biological Elevation Economic Geodetic Control Soils Imagery Access, Sharing, Interoperability and Relationships to Build Once, Use Many Times Framework/Core Data Other Thematic Data

  19. Spatial Data Infrastructures Regional/Multi-National National Global State, local

  20. Lessons Learned • Common Spatial Data Infrastructure improves information access, sharing and use • NSDI and GSDI are building blocks to support many activities • Availability, quality, and consistency of spatial data still an issue • DE, GDIN, Global Map and other activities should use SDIs and help them grow • Standards-based technologies and information are key for dynamic application of spatial data on the WWW. • FGDC developing data standards for NSDI • ISO supports GSDI and SDI work in many nations • OGC developing interoperability specifications for geoprocessing technology

  21. Lessons Learned • Significant efficiencies can be gained through local, state, federal partnerships • Reduce redundant data collection and maintenance • Improve quality, lower cost • Public Private Partnership models show promise

  22. Future Needs/Opportunities • Focus on continued growth of spatial data infrastructures • metadata, cataloging, standardization, access and framework (SDI) • Focus on place • Web Delivered Technologies • Decision Support, Location Based Services,Visualization • G-Government • Partnerships • Consortia to pool resources for data collection, maintenance and use (federal, state, local, tribal, private sector) - OMB Initiative • Agreements to enhance flow/transfer of technology, information and ideas • Technology test beds and pilots • Procurements for standards based COTS and NSDI compliance

  23. Future Needs/Opportunities • Leadership and Awareness • Help policy makers see capabilities for improving decision process • Promote interaction of scientist, engineers, program managers, and others to institutionalize policies to better use place based information • Increase understanding of opportunities to use geodata and technologies to help tie together many functions of government and business • Promote agreement on the alignment of initiatives and determine how each can more fully contribute and avoid duplication • Promote awareness and a consistent common “Big Picture”

  24. The Big Picture View SDIs supporting user needs User Applications drawing on & supporting SDIs Regional/ Multi-national Digital Earth GDIN E-Gov National Atlas Community 2020 Geography Network … many others National Global Standards supporting Infrastructure & Applications NSDI, ISO, OGC State, local

  25. Resulting in • Better information • Better decisions • Better operations • Better customer service • Greater accountability • More trust in government & business

  26. To find out more.… www.fgdc.gov www.gsdi.org Global Spatial Data Infrastructure www.fgdc.gov NSDI / Federal Geographic Data Committee www.digitalearth.gov Digital Earth www.opengis.org Open GIS Consortium www.iso.ch International Organization for Standards www.gdin-international.org Global Disaster Information Network www.gsi.go.jp Global Map

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