Created ahostedfeaturelayerUsedSatelliteImageryUsed theReclassifytoolUsed theRASTERCALCULATORtoolUsedSELECT BYLOCATIONtoolCreated amap withscale-dependentsymbologyUsed theSpatialAnalysttoolboxCreatedaStoryMapUsed theErase toolfor spatialcleanupCreated amap withscale-dependentrenderingDesigned alayout withmultiplemap framesApplied adefinitionqueryChangedaBasemapCreateda spatialjoinUsed theUNIONtoolCreatedan ArcGISOnlineapplicationCreated atopology in ageodatabaseUsedModelBuilderto automatea workflowUsed theMEASUREtoolUsed theSPLIT toolto dividefeaturesUsed theBUFFERtoolUsed theNear tool forproximityanalysisOpened ageodatabaseShared amap withacolleagueCreated afeature classin ageodatabaseViewed aStoryMapPublisheda web mapto ArcGISOnlineUsedPython inFieldCalculatorCreateda maplayoutCreated ahostedfeaturelayerUsedSatelliteImageryUsed theReclassifytoolUsed theRASTERCALCULATORtoolUsedSELECT BYLOCATIONtoolCreated amap withscale-dependentsymbologyUsed theSpatialAnalysttoolboxCreatedaStoryMapUsed theErase toolfor spatialcleanupCreated amap withscale-dependentrenderingDesigned alayout withmultiplemap framesApplied adefinitionqueryChangedaBasemapCreateda spatialjoinUsed theUNIONtoolCreatedan ArcGISOnlineapplicationCreated atopology in ageodatabaseUsedModelBuilderto automatea workflowUsed theMEASUREtoolUsed theSPLIT toolto dividefeaturesUsed theBUFFERtoolUsed theNear tool forproximityanalysisOpened ageodatabaseShared amap withacolleagueCreated afeature classin ageodatabaseViewed aStoryMapPublisheda web mapto ArcGISOnlineUsedPython inFieldCalculatorCreateda maplayout

GIS Bingo - Call List

(Print) Use this randomly generated list as your call list when playing the game. There is no need to say the BINGO column name. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.


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  1. Created a hosted feature layer
  2. Used Satellite Imagery
  3. Used the Reclassify tool
  4. Used the RASTER CALCULATOR tool
  5. Used SELECT BY LOCATION tool
  6. Created a map with scale-dependent symbology
  7. Used the Spatial Analyst toolbox
  8. Created a StoryMap
  9. Used the Erase tool for spatial cleanup
  10. Created a map with scale-dependent rendering
  11. Designed a layout with multiple map frames
  12. Applied a definition query
  13. Changed a Basemap
  14. Created a spatial join
  15. Used the UNION tool
  16. Created an ArcGIS Online application
  17. Created a topology in a geodatabase
  18. Used ModelBuilder to automate a workflow
  19. Used the MEASURE tool
  20. Used the SPLIT tool to divide features
  21. Used the BUFFER tool
  22. Used the Near tool for proximity analysis
  23. Opened a geodatabase
  24. Shared a map with a colleague
  25. Created a feature class in a geodatabase
  26. Viewed a StoryMap
  27. Published a web map to ArcGIS Online
  28. Used Python in Field Calculator
  29. Created a map layout