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GIS in Oil and Gas Visualization and Analysis
- 2. Today’s Agenda • About Me • About WhiteStar • What is GIS • Types of Data • Who are the Users • What can your team do with GIS • GIS Challenges • ROI • Q&A • “WhiteStar Wizard” Demo 2
- 3. About Me • Raised in Denver • USAFA / USAF - Not a Pilot - Missile Warning Satellites • MSc in Global Energy Management • Schlumberger / Allied Oilfield Services • WhiteStar 3
- 4. About WhiteStar •1990: Founded by Robert C. White, Jr. •1994-2000: Digitizing Old Maps - Public Land Survey System - Bureau of Land Management - Government Land Office - 3,007 Counties • 2000-2006: Subscription Orientation • 2006-Present: Expanding Offerings - Parcels - Cloud Based Products 4
- 5. What is GIS • Geographic Information Systems (GIS) - "Visualize, question, analyze, and interpret data to understand relationships, patterns, and trends." • GA Definition: “Adding/Obtaining Value with Maps” • Everyday Examples: - Zillow: real estate - EpicMix: recreation - Map My Run: for fitness - Google Maps: for directions 5
- 6. Types of GIS Data •Vector: Shapes - Polygon: Area Boundaries - Lines: Roads & Rail - Point: Wells •Raster Data: Pictures or Images - Aerial Imagery - Topographic Maps 6
- 8. WhiteStar’s GIS Offerings 8 • Grid • Lot, Tract, and Quarter Quarter • Wells • Culture • Parcels • Imagery
- 9. Grid •Vector-Polygon •Essential Layer •Survey Lines - aka “Survey” •Types: - Public Land Survey System - Original Texas Land System 9
- 10. 10
- 11. Grid—PLSS •Public Land Survey System •Thomas Jefferson’s Idea •Excluded Original Colonies and TX 11
- 12. 12
- 13. 6N 67W 98 125 4 3 7 6 11 13 31 10 12 24 14 23 252628 33 17 27 36 15 21 22 3534 30 16 2019 32 18 29 T6N, R67W
- 15. Grid—OTLS •Multiple Nations •Multiple Surveyors •254 Counties •Arduous Task: - 35.5M Documents - 80k Maps - Historic Records 15
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- 18. 18
- 19. Well Spot Data •Vector—Point •4.5M US Wells •Attributes Vary: - Header Location - Bottom Hole - Ownership - Formation Tops - API numbers 19
- 21. 21
- 22. Culture Data • Vector—Line • Surface features - Roads - Rivers - Rail • Provides area development details 22
- 23. Parcel Data •Vector—Polygon •Surface Ownership • Parcel polygons • Tax Roll Information • Surface ownership • Property Addresses •Built from Tax Records 23
- 26. Who Uses GIS—Landmen • Land Management - Aquire and Sell Properties - Track Mineral Rights - Maintain Lease Records - Right of Way • SW Examples - Quorum - LandWorks 26
- 27. Who Uses GIS—Geology • SubSurface Interpretation - Seismic - Geological - 3D Modeling - Well Bores • SW Examples: - IHS Kingdom - IHS Petra - Geographix 27
- 28. Who Uses GIS—GIS Team • Dedicated GIS Bodies - Support Role - “Data Custodians” - EH&S - Notifications • GISP Certification • SW Examples - ESRI’s ArcGIS - QuantumGIS - FME 28
- 30. 98 125 4 3 7 6 11 13 31 10 12 24 14 23 252628 33 17 27 36 15 21 22 3534 30 16 2019 32 18 29 6N 67W Grid
- 31. Grid and Wells " 1 Ð " 1 1 " 1 1 1 1 1 1 1 1 B* 1 1 1 1 Ð "" 1 1 1 1 B* UV B* Ð 1 Ð UV UV 1 Ð ª 1 ª 1 1 ª UV B* 1 B* B* Ð 1 ª 1 UV ª Ð " B* 1 1 1 1 Ð 1 1 Ð 1 UV " UV 1 1 UV 1 B* Ð' UV" " Ð Ð Ð UV " 1 1 Ð " 1 UV Ð " Ð UV 1 1 1 1 1 Ð1 UV 1 B* B* UV 1 1 1 1 Ð UV Ð Ð Ð 1 1 Ð 1 1 Ð 1 1 1 1 1 B* 1 1 UV B* B* B* 1 1 1 Ð 1 " 1 1 UV " 1 1 UV " 1 1 UV Ð 1 1 1 ' 1 Ð UV ª 1 1 UV 1 1 1 1 1 UV 1 Ð UV UV " " UV " 1 1 1 Ð 1 1 1 1 B* Ð " 1 B* UV 1 UV Ð 1 1 Ð 1 " " Ð 1 1 UV 1 1 Ð B* ª UV1 UV UV ª1 1 UV UV 1 Ð 1 1 " Ð Ð Ð 1 UV Ð 1 1 1 1 1 UV Ð Ð 1 1 Ð Ð 1 1 1 1 Ð Ð ÐÐ 1 B* B* UV 1 1 " UV " " " UV UV " 1 1 1 1 1 1 UV 11 Ð UV UV " Ð" 1 1 " 1 Ð 1 1 B* Ð UV Ð B* B* Ð1 1 Ð UV Ð Ð 1 UVUV 1 B* 1 B* 1 1 " ' 1 1 1 1 1 1 UV 1 1 1 1 1 UV 1 1 1 1 1 1 Ð 1 1 1 " B* 1 B* "UV " 1 1 1 " UV UV 1 Ð " " ÐÐ " 1UV " " UV B* 1 " Ð UV Ð "" 1 Ð UV " B* " 1 UV 1 1 UV 11 UV " UV 1 Ð " " 1 Ð 1 "" 1 " B* UVUV 1 ª 1 B* UV 1 UV B* 1 UV Ð 1 UV UV 1 UV UV " 1 1 UV 1 UV UV 1 1 1 UV UVUV UV B* UV UV 1 Ð UV 1 " 1 UV 1 1 1 " 1 Ð " UV 1 UV 1 1 1 11 1 1 1 B* 11 UV B* " " Ð Ð B* " UV Ð B* B* " UV 1 UV 1 UV UV 1 1 1 ª Ð UV Ð UV UV 1 B* UV B* " 1 1 1 " Ð " 1 1 B* 1 ª UV 1 B* 1 1 B* B* ' B* B* " 6N 67W
- 32. Grid, Wells, & LTQQ " 1 Ð " 1 1 " 1 1 1 1 1 1 1 1 B* 1 1 1 1 Ð "" 1 1 1 1 B* UV B* Ð 1 Ð UV UV 1 Ð ª 1 ª 1 1 ª UV B* 1 B* B* Ð 1 ª 1 UV ª Ð " B* 1 1 1 1 Ð 1 1 Ð 1 UV " UV 1 1 UV 1 B* Ð' UV" " Ð Ð Ð UV " 1 1 Ð " 1 UV Ð " Ð UV 1 1 1 1 1 Ð1 1 B* B* UV 1 1 1 1 Ð UV Ð Ð Ð 1 1 Ð 1 1 Ð 1 1 1 1 1 B* 1 1 UV B* B* B* 1 1 1 " 1 1 UV " 1 1 UV " 1 1 UV Ð 1 1 1 ' 1 Ð UV ª 1 1 1 UV 1 1 1 1 1 UV Ð UV UV " " UV " 1 1 1 Ð 1 1 1 1 B* Ð " 1 B* UV 1 UV Ð 1 Ð " 1 " " Ð 1 1 UV 1 1 Ð B* ª UV1 UV UV ª1 1 UV UV 1 Ð 1 1 " Ð Ð Ð 1 UV 1 1 1 1 1 UV Ð Ð 1 1 Ð Ð 1 1 1 1 Ð Ð ÐÐ 1 B* B* UV 1 1 " UV " " " UV UV " 1 1 1 1 1 1 UV 11 Ð UV UV " Ð" 1 1 " 1 Ð 1 1 B* Ð UV Ð B* B* Ð1 1 Ð UV Ð Ð 1 UVUV 1 B* B* 1 " ' 1 1 ' 1 1 1 1 UV 1 1 1 1 1 UV 1 1 1 1 1 1 Ð 1 1 1 " B* 1 B* "UV " 1 1 1 " UV UV 1 Ð " " ÐÐ " 1UV " " UV B* 1 " Ð UV Ð "" 1 Ð UV " B* " 1 UV 1 1 UV 11 UV " UV 1 Ð " " " 1 Ð 1 "" 1 " B* UVUV ª 1 B* UV 1 UV B* 1 UV Ð 1 UV UV 1 UV UV " 1 1 UV 1 UV UV 1 1 1 UV UVUV UV B* UV UV 1 Ð UV 1 " 1 UV 1 1 " 1 Ð " UV 1 UV 1 1 1 11 1 1 1 B* 11 UV B* " " Ð Ð B* " UV Ð B* B* " UV 1 UV 1 UV UV 1 1 1 ª Ð UV Ð UV UV 1 B* UV B* " 1 1 1 " Ð " 1 1 B* 1 ª UV 1 B* 1 1 B* B* ' B* B* " 6N 67W SESE NENE NESE SENE NESE NENE SENE SESE SESE SESE SESESESESESE SESE SESE SESE SESE SESE SESE NESE NESE SESE SESE SENE SENE NESE NESE SESE SENE SESE NESE SENE SENE SESE SESE NESE SESE NENE SENE NESE NENE SENE NESE SENE NESE SENE SESE NESE NENE NENE SENESENE SESE NESE NESE NENE SENE NESE NENE SENE SWSE SESE SENE SESW SESE SWSE NENE NESE SENE SESE NESE NESE SENE NESE NESE NWNW NESE NESE SENE NENE SESW SWSE NESE SWSE NESE SWSE NENE SENE NESE NENE NESE SESE SESW SESW NENE SESE NENE SENE NESE NENE SENE NENE SENE SESW SESW SESW SWSE SWSESWSE NENW NWNE NESE SESW NESE SESE SWSE NENE SWSE SESE SESE SWNE NWSE SENW NESW SWSE SESE NENE NENE SESWSESW NENE SESW NESE SENW SWNE SENE SENESWNE NESE NESW NESW NWSE SENW NWSE SENW SWSE SWNE SWSE NENE SESW SWSE NWSE NWNE NESW SESW SENW NESW NWSENESW NESE SWNE SWNE NWSW NWSE SENW SWSE SWNESENW NENE NWSE SWNE SESW NESW SWSE NENENENW SWSE NWNE SESE SENE NWSE SWNE NWSE SESW NENW SWSW SENW NESW SENW NESW SESW NWNE SWNE SENW NWSE SESW SENW SENE SWSW NESW SWNE NWSE NESW SENW NWSENESW SWSE SWNE NESW SWSE NWNW SESE SENWSENW NENW NWSE SENW NESW SWNE NESW NWSE SWNE NWNENENW NWSE NENW SWSE SESW NESE NWNE SESW NESW SENW NWSE SWNE NENE SWSE SWNE SWNW NENW NENWNWNE SWNE SWNE NWSE NWNE SWSE NESW NWSE NWSENESW NENW NENW SESW NWSE NWNE SWNESENW SESW SWNW NWNE SWSW SENW NWSE NENE SWNE NESW SWNE SENW NWSE NENE NESW NESW SESW NENW SENW NESW NESW NESW NWSE NWSE NENE NESW SWNESENW NENW SENW SWNE NWSE NWSW SWSE SWNE NENW NENWNWNE SWNW NWSE NWNE SESW NWNE SESE SWSW SESW NWNE NESW SWSE NENW NWSE SWSE NENW NWNE SENW NENW SWNE NWNENWNE SESW SESW NWSE NWNE SWSE NESW SWSE SENE NENE NESW NENW SWSE NWSENWSE SWSW SWNE SWSE SENW SWNW NWNE NENW NWSE NESW SWSW NWNW NWNW SENW NWNE NESE NWNE SWSE SWSW SWNE NWNE NENW SWSW SWNW NESW SWSE NWNE NENW NWNW NWSE SWSW NWSW SESW NWSE NWSW NENW NENW SENE SESW SWSW SWNW SWSE SWSE SWSW NWNE NWNE NWNENWNE SWSW NWNW NWSW NESE SWSW NWSE NWSW SWNW SWSW SWNE NENE SESE SWSW SWNW NWNE SWNW NWSW NENW NWSW SENE NENW SWSE NWSW SESW NWSW NESE SWNE SWNE SWNW NWSE SWNW SWNW NWSW SWNW SWSW SWSW NWSW SWSE NWSE NWSW SWNW SWSW NWSW SWNW NWSW SWNW SWSE NWNE NWNW SWNW NWSW NWNW NWSW NWSW SWSW SWNW SESW SWSW NWSW NWSW SWNW SWSW NWSW SWNW NWNW NWSW SWNW NWNWNWNW NWNW NWNW NWNW NENE SWSW NWNE NWSW SWSW NWNWNWNW NWNWNWNW SWSW NWSW SWNW NWNW NWSW NWNW SWNW NWNW NWSW NWSW SWSW SESE SWSW NWNW NWNW NWSW NWNW SWSW SWSW NWNW SWNW NWSW SWNW SWSW NWSW SWSW 2 22 1 1 1 1 2 1 1 1 2 1 2 11 1 1 1 1 1 1 1 1 1 1 1 2 2 2 2 2 2 2 2 2 2 1 2 2 2 2 2 2 2 2 1 2 2 2
- 33. G, W, LTQQ & Parcels " 1 Ð " 1 1 " 1 1 1 1 1 1 1 1 1 B* 1 1 1 1 Ð "" 1 1 1 1 B* UV B* Ð 1 Ð UV UV 1 Ð ª Ð1 1 ª 1 1 ª UV B* 1 B* B* Ð 1 ª 1 UV ª Ð " B* 1 1 1 1 1 Ð 1 1 Ð 1 UV " UV 1 1 UV 1 B* Ð' UV" " Ð Ð Ð Ð UV " 1 1 Ð " 1 UV Ð " Ð UV 1 1 1 1 1 Ð1 UV 1 B* B* UV 1 1 1 1 Ð UV Ð Ð Ð 1 1 Ð 1 1 Ð 1 1 1 1 1 1 B* 1 1 UV B* B* B* 1 1 1 Ð 1 " 1 1 UV " 1 1 UV " 1 1 UV Ð 1 1 1 ' 1 Ð UV ª 1 1 1 UV 1 1 1 1 1 UV 1 Ð UV UV " " UV " 1 1 1 Ð 1 1 1 1 1 B* Ð " 1 B* UV 1 UV Ð 1 1 Ð " 1 " " Ð Ð 1 1 UV 1 1 Ð B* ª UV1 UV UV ª1 1 UV UV 1 Ð 1 1 " Ð Ð Ð 1 UV Ð 1 1 1 1 1 UV Ð Ð Ð 1 1 Ð Ð 1 1 1 1 Ð Ð ÐÐ 1 B* B* UV 1 1 " UV " " " UV UV " 1 1 1 1 1 1 UV 11 Ð UV UV " Ð" 1 1 " 1 Ð 1 1 B* Ð UV Ð B* B* Ð1 1 Ð UV Ð Ð 1 UVUV 1 B* 1 B* 1 1 " ' 1 1 1 ' 1 1 1 1 UV 1 1 1 1 1 UV 1 1 1 1 1 1 1 1 Ð 1 1 1 " B* 1 1 B* "UV " 1 1 1 " UV UV 1 Ð " " ÐÐ " 1UV " " UV B* 1 " Ð UV Ð "" 1 Ð UV " B* " 1 UV 1 1 1 UV 11 UV " UV 1 Ð " " " 1 Ð 1 "" 1 " B* UVUV 1 ª 1 1 B* UV 1 1 UV B* 1 UV Ð 1 UV UV 1 UV UV " 1 1 UV 1 UV UV 1 1 1 UV UVUV UV B* UV UV 1 Ð UV 1 " 1 UV 1 1 1 " 1 Ð " UV 1 UV 1 1 1 1 11 1 1 1 B* 11 UV B* 1 " 1 " Ð Ð B* " UV Ð B* B* " UV 1 UV 1 UV UV 1 1 1 ª Ð UV Ð UV UV 1 B* UV B* " 1 1 1 1 1 " Ð " 1 1 B* 1 ª UV 1 B* 1 1 B* B* ' B* 1 B* 1 " 6N 67W SESE NENE NESE SENE NESE NENE SENE SESE SESE SESE SESESESESESE SESE SESE SESE SESE SESE SESE NESE NESE SESE SESE SENE SENE NESE NESE SESE SENE SESE NESE SENE SENE SESE SESE NESE SESE NENE SENE NESE NENE SENE NESE SENE NESE SENE SESE NESE NENE NENE SENESENE SESE NESE NESE NENE SENE NESE NENE SENE SWSE SESE SENE SESW SESE SWSE NENE NESE SENE SESE NESE NESE SENE NESE NESE NWNW NESE NESE SENE NENE SESW SWSE NESE SWSE NESE SWSE NENE SENE NESE NENE NESE SESE SESW SESW NENE SESE NENE SENE NESE NENE SENE NENE SENE SESW SESW SESW SWSE SWSESWSE NENW NWNE NESE SESW NESE SESE SWSE NENE SWSE SESE SESE SWNE NWSE SENW NESW SWSE SESE NENE NENE SESWSESW NENE SESW NESE SENW SWNE SENE SENESWNE NESE NESW NESW NWSE SENW NWSE SENW SWSE SWNE SWSE NENE SESW SWSE NWSE NWNE NESW SESW SENW NESW NWSENESW NESE SWNE SWNE NWSW NWSE SENW SWSE SWNESENW NENE NWSE SWNE SESW NESW SWSE NENENENW SWSE NWNE SESE SENE NWSE SWNE NWSE SESW NENW SWSW SENW NESW SENW NESW SESW NWNE SWNE SENW NWSE SESW SENW SENE SWSW NESW SWNE NWSE NESW SENW NWSENESW SWSE SWNE NESW SWSE NWNW SESE SENWSENW NENW NWSE SENW NESW SWNE NESW NWSE SWNE NWNENENW NWSE NENW SWSE SESW NESE NWNE SESW NESW SENW NWSE SWNE NENE SWSE SWNE SWNW NENW NENWNWNE SWNE SWNE NWSE NWNE SWSE NESW NWSE NWSENESW NENW NENW SESW NWSE NWNE SWNESENW SESW SWNW NWNE SWSW SENW NWSE NENE SWNE NESW SWNE SENW NWSE NENE NESW NESW SESW NENW SENW NESW NESW NESW NWSE NWSE NENE NESW SWNESENW NENW SENW SWNE NWSE NWSW SWSE SWNE NENW NENWNWNE SWNW NWSE NWNE SESW NWNE SESE SWSW SESW NWNE NESW SWSE NENW NWSE SWSE NENW NWNE SENW NENW SWNE NWNENWNE SESW SESW NWSE NWNE SWSE NESW SWSE SENE NENE NESW NENW SWSE NWSENWSE SWSW SWNE SWSE SENW SWNW NWNE NENW NWSE NESW SWSW NWNW NWNW SENW NWNE NESE NWNE SWSE SWSW SWNE NWNE NENW SWSW SWNW NESW SWSE NWNE NENW NWNW NWSE SWSW NWSW SESW NWSE NWSW NENW NENW SENE SESW SWSW SWNW SWSE SWSE SWSW NWNE NWNE NWNENWNE SWSW NWNW NWSW NESE SWSW NWSE NWSW SWNW SWSW SWNE NENE SESE SWSW SWNW NWNE SWNW NWSW NENW NWSW SENE NENW SWSE NWSW SESW NWSW NESE SWNE SWNE SWNW NWSE SWNW SWNW NWSW SWNW SWSW SWSW NWSW SWSE NWSE NWSW SWNW SWSW NWSW SWNW NWSW SWNW SWSE NWNE NWNW SWNW NWSW NWNW NWSW NWSW SWSW SWNW SESW SWSW NWSW NWSW SWNW SWSW NWSW SWNW NWNW NWSW SWNW NWNWNWNW NWNW NWNW NWNW NENE SWSW NWNE NWSW SWSW NWNWNWNW NWNWNWNW SWSW NWSW SWNW NWNW NWSW NWNW SWNW NWNW NWSW NWSW SWSW SESE SWSW NWNW NWNW NWSW NWNW SWSW SWSW NWNW SWNW NWSW SWNW SWSW NWSW SWSW 2 22 1 1 1 1 2 1 1 1 2 1 2 11 1 1 1 1 1 1 1 1 1 1 1 2 2 2 2 2 2 2 2 2 2 1 2 2 2 2 2 2 2 2 1 2 2 2
- 34. G, W, LTQQ, P, & Culture " 1 Ð " 1 1 " 11 1 1 Ð 1 1 1 1 1 1 1 B* 1 B* B* 1 1 1 Ð "" 1 1 1 1 B* UV B* B* Ð 1 Ð UV UV 1 Ð ª 1 1 ª 1 1 ª UV B* 1 B* B* Ð 1 ª 1 UV ª Ð " B* 1 1 1 1 Ð 1 1 Ð 1 UV UV " UV 1 1 1 UV 1 B* Ð' UV" " Ð Ð Ð UV " 1 1 Ð " 1 UV Ð " Ð UV 1 1 1 Ð 1 1 Ð1 1 B* B* UV 1 1 1 1 Ð UV Ð Ð Ð 1 1 Ð 1 1 Ð 1 1 1 1 1 B* 1 1 UV B* B* B* ' 1 1 1 1 " 1 1 UV " 1 Ð 1 UV " 1 1 UV Ð 1 1 1 ' 1 Ð UV ª 1 1 1 UV 1 1 1 UV 1 1 1 UV Ð UV UV " " UV " 1 1 1 Ð 1 1 1 1 B* Ð " 1 B* UV 1 UV Ð 1 Ð " 1 " " Ð 1 1 UV 1 1 Ð B* ª UV1 UV UV ª1 1 UV 1UV 1 Ð 1 1 " Ð Ð Ð 1 UV 1 1 1 1 1 UV Ð Ð 1 1 Ð Ð Ð 1 Ð 1 1 1 Ð Ð ÐÐ 1 B* B* UV 1 1 " UV " " " UV ' UV " 1 1 1 1 1 1 UV 11 Ð UV UV " Ð Ð " 1 1 " 1 B* Ð 1 1 B* Ð UV UV Ð B* ' B* Ð1 1 Ð UV UV Ð Ð 1 UVUV 1 B* B* 1 " ' 1 1 ' 1 1 1 1 1 UV 1 1 1 1 1 1 UV 1 1 1 1 1 1 Ð 1 1 1 " B* 1 1 B* "UV " 1 1 1 " UV UV 1 Ð " " ÐÐ " 1UV " Ð " UV B* 1 " Ð UV Ð "" 1 Ð UV " " B* " 1 UV 1 1 UV UV 11 UV UV " UV 1 Ð " " " 1 1 Ð 1 "" 1 " B* UVUV ª 1 B* UV 1 UV B* 1 UV Ð 1 1 UV UV 1 UV UV " UV 1 1 UV 1 UV UV 1 1 1 1 UV UVUV UV B* UV UV 1 Ð UV 1 " 1 UV 1 1 " 1 Ð " UV 1 UV 1 1 1 11 1 1 1 1 B* 11 UV B* " " Ð Ð B* " UV Ð B* B* " UV 1 UV UV 1 UVUV UV 1 1 1 ª Ð UV Ð UV UV 1 B* UV B* " 1 1 1 " Ð " 1 1 B* 1 ª 1 UV 1 B* 1 1 B* ' B* ' B* B* " 6N 67W Windsor Lk Windsor Reservoir Franklin Lk Thompson Reservoir Windsor Lk Lk Canal Reservoir No 1 Gress Reservoir Law Reservoir Swanson Lk Baldridge Lk SESE NENE NESE SENE NESE NENE SENE SESE SESE SESE SESESESESESE SESE SESE SESE SESE SESE SESE NESE NESE SESE SESE SENE SENE NESE NESE SESE SENE SESE NESE SENE SENE SESE SESE NESE SESE NENE SENE NESE NENE SENE NESE SENE NESE SENE SESE NESE NENE NENE SENESENE SESE NESE NESE NENE SENE NESE NENE SENE SWSE SESE SENE SESW SESE SWSE NENE NESE SENE SESE NESE NESE SENE NESE NESE NWNW NESE NESE SENE NENE SESW SWSE NESE SWSE NESE SWSE NENE SENE NESE NENE NESE SESE SESW SESW NENE SESE NENE SENE NESE NENE SENE NENE SENE SESW SESW SESW SWSE SWSESWSE NENW NWNE NESE SESW NESE SESE SWSE NENE SWSE SESE SESE SWNE NWSE SENW NESW SWSE SESE NENE NENE SESWSESW NENE SESW NESE SENW SWNE SENE SENESWNE NESE NESW NESW NWSE SENW NWSE SENW SWSE SWNE SWSE NENE SESW SWSE NWSE NWNE NESW SESW SENW NESW NWSENESW NESE SWNE SWNE NWSW NWSE SENW SWSE SWNESENW NENE NWSE SWNE SESW NESW SWSE NENENENW SWSE NWNE SESE SENE NWSE SWNE NWSE SESW NENW SWSW SENW NESW SENW NESW SESW NWNE SWNE SENW NWSE SESW SENW SENE SWSW NESW SWNE NWSE NESW SENW NWSENESW SWSE SWNE NESW SWSE NWNW SESE SENWSENW NENW NWSE SENW NESW SWNE NESW NWSE SWNE NWNENENW NWSE NENW SWSE SESW NESE NWNE SESW NESW SENW NWSE SWNE NENE SWSE SWNE SWNW NENW NENWNWNE SWNE SWNE NWSE NWNE SWSE NESW NWSE NWSENESW NENW NENW SESW NWSE NWNE SWNESENW SESW SWNW NWNE SWSW SENW NWSE NENE SWNE NESW SWNE SENW NWSE NENE NESW NESW SESW NENW SENW NESW NESW NESW NWSE NWSE NENE NESW SWNESENW NENW SENW SWNE NWSE NWSW SWSE SWNE NENW NENWNWNE SWNW NWSE NWNE SESW NWNE SESE SWSW SESW NWNE NESW SWSE NENW NWSE SWSE NENW NWNE SENW NENW SWNE NWNENWNE SESW SESW NWSE NWNE SWSE NESW SWSE SENE NENE NESW NENW SWSE NWSENWSE SWSW SWNE SWSE SENW SWNW NWNE NENW NWSE NESW SWSW NWNW NWNW SENW NWNE NESE NWNE SWSE SWSW SWNE NWNE NENW SWSW SWNW NESW SWSE NWNE NENW NWNW NWSE SWSW NWSW SESW NWSE NWSW NENW NENW SENE SESW SWSW SWNW SWSE SWSE SWSW NWNE NWNE NWNENWNE SWSW NWNW NWSW NESE SWSW NWSE NWSW SWNW SWSW SWNE NENE SESE SWSW SWNW NWNE SWNW NWSW NENW NWSW SENE NENW SWSE NWSW SESW NWSW NESE SWNE SWNE SWNW NWSE SWNW SWNW NWSW SWNW SWSW SWSW NWSW SWSE NWSE NWSW SWNW SWSW NWSW SWNW NWSW SWNW SWSE NWNE NWNW SWNW NWSW NWNW NWSW NWSW SWSW SWNW SESW SWSW NWSW NWSW SWNW SWSW NWSW SWNW NWNW NWSW SWNW NWNWNWNW NWNW NWNW NWNW NENE SWSW NWNE NWSW SWSW NWNWNWNW NWNWNWNW SWSW NWSW SWNW NWNW NWSW NWNW SWNW NWNW NWSW NWSW SWSW SESE SWSW NWNW NWNW NWSW NWNW SWSW SWSW NWNW SWNW NWSW SWNW SWSW NWSW SWSW 2 22 1 1 1 1 2 1 1 1 2 1 2 11 1 1 1 1 1 1 1 1 1 1 1 2 2 2 2 2 2 2 2 2 2 1 2 2 2 2 2 2 2 2 1 2 2 2
- 35. G, P, & Imagery 6N 67W Windsor Lk Windsor Lk 21 16 20 9 17 8 15 22 10 28 2729
- 37. Challenges in GIS •Doing More With Less •“Data Custodians” - Accurate Data - Data Quality •Format Confusion - DATUMs •IT Function •Reporting Limitations •Costs 37
- 38. ROI Example – Yearly Costs Description Cost/Hr Hours Cost Commercial License Fee $12,000 - $50,000 Manipulation $50 28 $1,400 0 Schema change $50 80 $4,000 0 Edge match $50 640 $32,000 0 Verification $50 120 $6,000 0 Data Management $50 500 $25,000 0 Streaming ArcGIS $40,000 0 Streaming Open Source $8,000 0 Working Below Pay Grade $20 2000 $40,000 0 Total $156,400 $12k-$50k Lost time? Opportunity?
- 39. What We’ve Covered • About Me • About WhiteStar • What is GIS • Types of Data • Who are the Users • What can your team do with GIS • GIS Challenges • ROI 39