1. NSDI Standards and Emerging International Geospatial Data Standards - Avoiding a Clash Richard Hogan U.S. Geological Survey Reston, Virginia June 23, 1998 703 648 5531 rlhogan@usgs.gov

2. The Geospatial Data Problem 8Data are hard to find 8Data are difficult to access 8Data are not current 8Data are undocumented 8Data are incomplete 8Data are not in the right format

3. NSDI Objectives 4Geospatial Data Standards 4Digital Geospatial Data Framework 4Digital Thematic Data 4National Geospatial Data Clearinghouse

4. NSDI Standards FMetadata - for documenting, finding & assessing data FSDTS - for documenting, accessing & transferring data (archive) FContent standards - for semantic definition –Wetlands (classification) –Vegetation (classification) –Cadastral (data model) SDTS eXpress

5. Filling out the Matrix

6. Filling out the Matrix by adopting Non-FGDC Developed Standards

7. Filling out the Matrix by adapting General standards applicable to more than one theme Profiles

8. ISO 15046 Scope 1 Standardization in the field of digital geographic information. 2 This work aims to establish a structured set of standards for information concerning objects or phenomena that are directly or indirectly associated with a location relative to the Earth.

9. ISO 15046 Scope 3 These standards may specify, for geographic information, methods, tools and services for data management (including definition and description), acquiring, processing, analyzing, accessing, presenting and transferring such data in digital/electronic form between different users, systems and locations.

10. ISO 15046 Scope 4 This work shall link to appropriate standards for information technology and data where possible, and provide a framework for the development of sector- specific applications using geographic data.

11. Projects within ISO/TC 211 WG 4 Services WG 3 Data Administration WG 1 Framework WG 5 Profiles WG 2 Data Models (1) Reference Model* (2) Overview (3) Conceptual Schema Lang (4) Terminology (5) Conformance & Testing (R) Imagery & Gridded Data (7) Spatial Schema (8) Temporal Schema* (9) Rules for Application Schema (20) Spatial Operators* (10) Cataloging* (11) Ref by Coordinate (12) Ref by Geographic Identifier (13) Quality* (14) Quality Evaluation Procedure (15) Metadata* (16) Positioning Services* (17) Portrayal of Geographic Information (18) Encoding (19) Services (6) Profiles (R) Functional Standards

12. NSDI - ISO 15046 Relationships Data Documentation (metadata) FGDC CSDGM nearly 1:1 with ISO 15046-15 FGDC Content Standard for Digital Geospatial Metadata (FGDC-STD-001:1994) was used as the base document for WD 15046-15

13. NSDI - ISO 15046 Relationships Data Transfer NCITS SDTS is highly compatible with relevant parts of ISO 15046, so much so that SDTS Topological Vector Profile could become the first registered profile of ISO 15046

14. NSDI - ISO 15046 Relationships Data Semantics ISO 15046-10 defines a standard methodology for creating geospatial feature catalogs it extends the basic feature model found in SDTS such that SDTS Part 2 is ISO 15046-10 compliant some FGDC content standards will need to be redefined to be compliant (Feature Registry Project)

15. The Strategy åPromote NSDI standards as parts of ISO- 15046 åInfluence development of key parts of ISO-15046 åLink FGDC to ISO/TC 211

16. The Links NCITS L1 FGDC ISO/TC211

17. Key Metadata Persons Rick Pearsall - USGS Dave Danko - NIMA Leslie Godwin - Census Bureau Norm Andersen - Lockheed-Martin

18. Collision Avoidance 4Be aware of other activities 4Link processes 4Introduce and defend key concepts 4Reverse engineer when necessary

19. Best Practices H Adopt existing standards H Adapt existing standards H Link domain specific standards to general IT standards H Get involved in international technical work as soon as possible H Avoid “end runs”