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#swisstopo — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #swisstopo, aggregated by home.social.

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  1. ArcGIS Flight Simulator: Cédric Despierre Corporon built a browser-based #FlightSimulator on the #ArcGIS Maps SDK for #JavaScript, streaming Swiss terrain and buildings from #swisstopo alongside global #OSM data. While obviously not a full flight sim, this is a genuinely...
    spatialists.ch/posts/2026/07/2 #GIS #GISchat #geospatial #SwissGIS

  2. ArcGIS Flight Simulator: Cédric Despierre Corporon built a browser-based #FlightSimulator on the #ArcGIS Maps SDK for #JavaScript, streaming Swiss terrain and buildings from #swisstopo alongside global #OSM data. While obviously not a full flight sim, this is a genuinely...
    spatialists.ch/posts/2026/07/2 #GIS #GISchat #geospatial #SwissGIS

  3. ArcGIS Flight Simulator: Cédric Despierre Corporon built a browser-based #FlightSimulator on the #ArcGIS Maps SDK for #JavaScript, streaming Swiss terrain and buildings from #swisstopo alongside global #OSM data. While obviously not a full flight sim, this is a genuinely...
    spatialists.ch/posts/2026/07/2 #GIS #GISchat #geospatial #SwissGIS

  4. ArcGIS Flight Simulator: Cédric Despierre Corporon built a browser-based #FlightSimulator on the #ArcGIS Maps SDK for #JavaScript, streaming Swiss terrain and buildings from #swisstopo alongside global #OSM data. While obviously not a full flight sim, this is a genuinely...
    spatialists.ch/posts/2026/07/2 #GIS #GISchat #geospatial #SwissGIS

  5. ArcGIS Flight Simulator: Cédric Despierre Corporon built a browser-based #FlightSimulator on the #ArcGIS Maps SDK for #JavaScript, streaming Swiss terrain and buildings from #swisstopo alongside global #OSM data. While obviously not a full flight sim, this is a genuinely...
    spatialists.ch/posts/2026/07/2 #GIS #GISchat #geospatial #SwissGIS

  6. Tree canopy change detection in Vaud: Engineering firm n+p used #swisstopo’s #LiDAR data from 2019 and 2025 to detect #TreeCanopy change across the canton of Vaud, with results explorable in a web app that includes orthophoto comparison for spot-checking. Despite methodological...
    spatialists.ch/posts/2026/07/0 #GIS #GISchat #geospatial #SwissGIS

  7. Tree canopy change detection in Vaud: Engineering firm n+p used #swisstopo’s #LiDAR data from 2019 and 2025 to detect #TreeCanopy change across the canton of Vaud, with results explorable in a web app that includes orthophoto comparison for spot-checking. Despite methodological...
    spatialists.ch/posts/2026/07/0 #GIS #GISchat #geospatial #SwissGIS

  8. Tree canopy change detection in Vaud: Engineering firm n+p used #swisstopo’s #LiDAR data from 2019 and 2025 to detect #TreeCanopy change across the canton of Vaud, with results explorable in a web app that includes orthophoto comparison for spot-checking. Despite methodological...
    spatialists.ch/posts/2026/07/0 #GIS #GISchat #geospatial #SwissGIS

  9. Tree canopy change detection in Vaud: Engineering firm n+p used #swisstopo’s #LiDAR data from 2019 and 2025 to detect #TreeCanopy change across the canton of Vaud, with results explorable in a web app that includes orthophoto comparison for spot-checking. Despite methodological...
    spatialists.ch/posts/2026/07/0 #GIS #GISchat #geospatial #SwissGIS

  10. Tree canopy change detection in Vaud: Engineering firm n+p used #swisstopo’s #LiDAR data from 2019 and 2025 to detect #TreeCanopy change across the canton of Vaud, with results explorable in a web app that includes orthophoto comparison for spot-checking. Despite methodological...
    spatialists.ch/posts/2026/07/0 #GIS #GISchat #geospatial #SwissGIS

  11. 100 years of swisstopo Flight Service: In 1926, #swisstopo pioneered #aerialPhotogrammetry in Switzerland, taking to the skies when aviation was still in its infancy to map the country more precisely and efficiently than ground surveys could. A century later, the #FlightService remains...
    spatialists.ch/posts/2026/06/0 #GIS #GISchat #geospatial #SwissGIS

  12. 100 years of swisstopo Flight Service: In 1926, #swisstopo pioneered #aerialPhotogrammetry in Switzerland, taking to the skies when aviation was still in its infancy to map the country more precisely and efficiently than ground surveys could. A century later, the #FlightService remains...
    spatialists.ch/posts/2026/06/0 #GIS #GISchat #geospatial #SwissGIS

  13. 100 years of swisstopo Flight Service: In 1926, #swisstopo pioneered #aerialPhotogrammetry in Switzerland, taking to the skies when aviation was still in its infancy to map the country more precisely and efficiently than ground surveys could. A century later, the #FlightService remains...
    spatialists.ch/posts/2026/06/0 #GIS #GISchat #geospatial #SwissGIS

  14. 100 years of swisstopo Flight Service: In 1926, #swisstopo pioneered #aerialPhotogrammetry in Switzerland, taking to the skies when aviation was still in its infancy to map the country more precisely and efficiently than ground surveys could. A century later, the #FlightService remains...
    spatialists.ch/posts/2026/06/0 #GIS #GISchat #geospatial #SwissGIS

  15. 100 years of swisstopo Flight Service: In 1926, #swisstopo pioneered #aerialPhotogrammetry in Switzerland, taking to the skies when aviation was still in its infancy to map the country more precisely and efficiently than ground surveys could. A century later, the #FlightService remains...
    spatialists.ch/posts/2026/06/0 #GIS #GISchat #geospatial #SwissGIS

  16. @runspired.com Use case: People send me planned route on Strava. I want to check hour by hour weather en route (#Komoot), I want to check current snow levels (#MeteoSchweiz), I want to check avalanche risk (#WhiteRisk), I want to check trail closures (#SwissTopo), I want to have it on a phone in an app that has actually useable maps (#Locus).

    None of those use-cases can be fulfilled by Strava.

    For each of them I need a GPX.

  17. @runspired.com Use case: People send me planned route on Strava. I want to check hour by hour weather en route (#Komoot), I want to check current snow levels (#MeteoSchweiz), I want to check avalanche risk (#WhiteRisk), I want to check trail closures (#SwissTopo), I want to have it on a phone in an app that has actually useable maps (#Locus).

    None of those use-cases can be fulfilled by Strava.

    For each of them I need a GPX.

  18. @runspired.com Use case: People send me planned route on Strava. I want to check hour by hour weather en route (#Komoot), I want to check current snow levels (#MeteoSchweiz), I want to check avalanche risk (#WhiteRisk), I want to check trail closures (#SwissTopo), I want to have it on a phone in an app that has actually useable maps (#Locus).

    None of those use-cases can be fulfilled by Strava.

    For each of them I need a GPX.

  19. @runspired.com Use case: People send me planned route on Strava. I want to check hour by hour weather en route (#Komoot), I want to check current snow levels (#MeteoSchweiz), I want to check avalanche risk (#WhiteRisk), I want to check trail closures (#SwissTopo), I want to have it on a phone in an app that has actually useable maps (#Locus).

    None of those use-cases can be fulfilled by Strava.

    For each of them I need a GPX.

  20. @runspired.com Use case: People send me planned route on Strava. I want to check hour by hour weather en route (#Komoot), I want to check current snow levels (#MeteoSchweiz), I want to check avalanche risk (#WhiteRisk), I want to check trail closures (#SwissTopo), I want to have it on a phone in an app that has actually useable maps (#Locus).

    None of those use-cases can be fulfilled by Strava.

    For each of them I need a GPX.

  21. Just noticed that the surroundings of Blatten has been newly measured and published. Most of the hiking trails in the valley have been opened as well. The satellite view still shows the situation from before the disaster.

    swisstopo.app/poi?lat=46.41972

    #Blatten #SwissTopo #Map

  22. Just noticed that the surroundings of Blatten has been newly measured and published. Most of the hiking trails in the valley have been opened as well. The satellite view still shows the situation from before the disaster.

    swisstopo.app/poi?lat=46.41972

    #Blatten #SwissTopo #Map

  23. Just noticed that the surroundings of Blatten has been newly measured and published. Most of the hiking trails in the valley have been opened as well. The satellite view still shows the situation from before the disaster.

    swisstopo.app/poi?lat=46.41972

    #Blatten #SwissTopo #Map

  24. Just noticed that the surroundings of Blatten has been newly measured and published. Most of the hiking trails in the valley have been opened as well. The satellite view still shows the situation from before the disaster.

    swisstopo.app/poi?lat=46.41972

    #Blatten #SwissTopo #Map

  25. Just noticed that the surroundings of Blatten has been newly measured and published. Most of the hiking trails in the valley have been opened as well. The satellite view still shows the situation from before the disaster.

    swisstopo.app/poi?lat=46.41972

    #Blatten #SwissTopo #Map

  26. New OpenRefine Geocoding Extension gitlab.com/geometalab/openrefi by TihanMo.

    The Extension geocodes unformatted addresses to coordinates (Latitude/Longitude) and provides confidence scores using #photon #nominatim and #swisstopo APIs.

  27. New OpenRefine Geocoding Extension gitlab.com/geometalab/openrefi by TihanMo.

    The Extension geocodes unformatted addresses to coordinates (Latitude/Longitude) and provides confidence scores using and APIs.

  28. New OpenRefine Geocoding Extension gitlab.com/geometalab/openrefi by TihanMo.

    The Extension geocodes unformatted addresses to coordinates (Latitude/Longitude) and provides confidence scores using #photon #nominatim and #swisstopo APIs.

  29. New OpenRefine Geocoding Extension gitlab.com/geometalab/openrefi by TihanMo.

    The Extension geocodes unformatted addresses to coordinates (Latitude/Longitude) and provides confidence scores using #photon #nominatim and #swisstopo APIs.

  30. New OpenRefine Geocoding Extension gitlab.com/geometalab/openrefi by TihanMo.

    The Extension geocodes unformatted addresses to coordinates (Latitude/Longitude) and provides confidence scores using #photon #nominatim and #swisstopo APIs.

  31. @perry @spatialists @OpendataCH Nein, die Daten stammen vom Bundesamt für Landestopographie #Swisstopo (digitales Höhenmodell DHM 25/200 @ swisstopo.admin.ch/de/hoehenmo).

  32. @perry @spatialists @OpendataCH Nein, die Daten stammen vom Bundesamt für Landestopographie #Swisstopo (digitales Höhenmodell DHM 25/200 @ swisstopo.admin.ch/de/hoehenmo).

  33. @perry @spatialists @OpendataCH Nein, die Daten stammen vom Bundesamt für Landestopographie #Swisstopo (digitales Höhenmodell DHM 25/200 @ swisstopo.admin.ch/de/hoehenmo).

  34. @perry @spatialists @OpendataCH Nein, die Daten stammen vom Bundesamt für Landestopographie #Swisstopo (digitales Höhenmodell DHM 25/200 @ swisstopo.admin.ch/de/hoehenmo).

  35. @perry @spatialists @OpendataCH Nein, die Daten stammen vom Bundesamt für Landestopographie #Swisstopo (digitales Höhenmodell DHM 25/200 @ swisstopo.admin.ch/de/hoehenmo).