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#grassgis — Public Fediverse posts

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

  1. FOSSGIS 2026 Vortrag
    "actinia-copilot URBAN: Effizientere Stadtanalysen mit KI und Open Source"

    von @mundialis und VAGO Solutions heute in Göttingen!

    Die Folien sind nun online verfügbar:
    pretalx.com/fossgis2026/talk/B

    #FOSSGIS2026 @FOSSGISeV @FOSSGIS_Konf #actinia #grassgis #osgeo #gischat

  2. FOSSGIS 2026 Vortrag
    "actinia-copilot URBAN: Effizientere Stadtanalysen mit KI und Open Source"

    von @mundialis und VAGO Solutions heute in Göttingen!

    Die Folien sind nun online verfügbar:
    pretalx.com/fossgis2026/talk/B

    #FOSSGIS2026 @FOSSGISeV @FOSSGIS_Konf #actinia #grassgis #osgeo #gischat

  3. FOSSGIS 2026 Vortrag
    "actinia-copilot URBAN: Effizientere Stadtanalysen mit KI und Open Source"

    von @mundialis und VAGO Solutions heute in Göttingen!

    Die Folien sind nun online verfügbar:
    pretalx.com/fossgis2026/talk/B

    #FOSSGIS2026 @FOSSGISeV @FOSSGIS_Konf #actinia #grassgis #osgeo #gischat

  4. FOSSGIS 2026 Vortrag
    "actinia-copilot URBAN: Effizientere Stadtanalysen mit KI und Open Source"

    von @mundialis und VAGO Solutions heute in Göttingen!

    Die Folien sind nun online verfügbar:
    pretalx.com/fossgis2026/talk/B

    #FOSSGIS2026 @FOSSGISeV @FOSSGIS_Konf #actinia #grassgis #osgeo #gischat

  5. FOSSGIS 2026 Vortrag
    "actinia-copilot URBAN: Effizientere Stadtanalysen mit KI und Open Source"

    von @mundialis und VAGO Solutions heute in Göttingen!

    Die Folien sind nun online verfügbar:
    pretalx.com/fossgis2026/talk/B

    #FOSSGIS2026 @FOSSGISeV @FOSSGIS_Konf #actinia #grassgis #osgeo #gischat

  6. Es geht los: #fossgis2026 in Göttingen!

    Wir sind mit unserem Team von @mundialis da, besucht uns an unserem Stand!
    Und hier unsere Vorträge:

    mundialis.github.io/fossgis202

    #osgeo #fossgis #actinia #grassgis #qgis #gischat

  7. Just published a tutorial about using GRASS for a viewshed workflow that employs an observer-relevant surface to selectively represent obstructions that effectively block line of sight at pedestrian height. This derived layer is then used to perform a cumulative viewshed analysis. Check it out here: ecodiv.earth/post/intervisibil @grassgis

  8. Just published a tutorial about using GRASS for a viewshed workflow that employs an observer-relevant surface to selectively represent obstructions that effectively block line of sight at pedestrian height. This derived layer is then used to perform a cumulative viewshed analysis. Check it out here: ecodiv.earth/post/intervisibil #grassgis #osgeo #ahn #viewshed @grassgis

  9. Just published a tutorial about using GRASS for a viewshed workflow that employs an observer-relevant surface to selectively represent obstructions that effectively block line of sight at pedestrian height. This derived layer is then used to perform a cumulative viewshed analysis. Check it out here: ecodiv.earth/post/intervisibil #grassgis #osgeo #ahn #viewshed @grassgis

  10. Just published a tutorial about using GRASS for a viewshed workflow that employs an observer-relevant surface to selectively represent obstructions that effectively block line of sight at pedestrian height. This derived layer is then used to perform a cumulative viewshed analysis. Check it out here: ecodiv.earth/post/intervisibil #grassgis #osgeo #ahn #viewshed @grassgis

  11. Just published a tutorial about using GRASS for a viewshed workflow that employs an observer-relevant surface to selectively represent obstructions that effectively block line of sight at pedestrian height. This derived layer is then used to perform a cumulative viewshed analysis. Check it out here: ecodiv.earth/post/intervisibil #grassgis #osgeo #ahn #viewshed @grassgis

  12. Just updated my 'Species Distribution Modeling in GRASS' reader 📘. Right in time for our upcoming module for my 'Earth, data-analysis and visualization students at 😅

    Mostly small changes about the organization of results. The least exciting part of modeling, but it can absolutely mess up your workflow if not done right. Hopefully this lands before students learn that the hard way. 🤔

    ecodiv.earth/TutorialsNotes/sd

  13. Just updated my 'Species Distribution Modeling in GRASS' reader 📘. Right in time for our upcoming module for my 'Earth, data-analysis and visualization students at #HASgreenacademy 😅

    Mostly small changes about the organization of results. The least exciting part of modeling, but it can absolutely mess up your workflow if not done right. Hopefully this lands before students learn that the hard way. 🤔

    ecodiv.earth/TutorialsNotes/sd

    #SDM #Teaching #ReproducibleScience #GIS #GRASSGIS #FOSS #osgeo

  14. Just updated my 'Species Distribution Modeling in GRASS' reader 📘. Right in time for our upcoming module for first-year students in Aarde, data analyse en visualisatie at #HASgreenacademy 😅

    Mostly small changes about the organization of data and results. The least exciting part of modeling, I know, but it can absolutely mess up your workflow if not done right. Hopefully this lands before students learn that the hard way. 🤔

    #SDM #Teaching #ReproducibleScience #GIS #GRASSGIS #FOSS #osgeo

  15. Just updated my 'Species Distribution Modeling in GRASS' reader 📘. Right in time for our upcoming module for my 'Earth, data-analysis and visualization students at #HASgreenacademy 😅

    Mostly small changes about the organization of results. The least exciting part of modeling, but it can absolutely mess up your workflow if not done right. Hopefully this lands before students learn that the hard way. 🤔

    ecodiv.earth/TutorialsNotes/sd

    #SDM #Teaching #ReproducibleScience #GIS #GRASSGIS #FOSS #osgeo

  16. Just updated my 'Species Distribution Modeling in GRASS' reader 📘. Right in time for our upcoming module for my 'Earth, data-analysis and visualization students at #HASgreenacademy 😅

    Mostly small changes about the organization of results. The least exciting part of modeling, but it can absolutely mess up your workflow if not done right. Hopefully this lands before students learn that the hard way. 🤔

    ecodiv.earth/TutorialsNotes/sd

    #SDM #Teaching #ReproducibleScience #GIS #GRASSGIS #FOSS #osgeo

  17. Learn GRASS GIS [etc]
    --
    grass-tutorials.osgeo.org/ <-- shared GRASS tutorials, etc
    --
    grass.osgeo.org/download/ <-- @GRASS GIS download page
    --
    H/T Doug Newcombe
    “A new tutorial on creating hydroflattened DEMs directly from airborne point cloud data has been posted in the GRASS tutorials site... There is a link in the tutorial to a more detailed version on Zenodo.
    Be sure to check out the other tutorials on the recently renewed tutorial site…”
    #opensource #GRASS #GRASSGIS #spatial #mapping #tutorial #free #onlinelearning #learning #selflearning #tutorials #spatialanalysis #tools #download #Windows #LINUX #MacOS #Docker #sampledata
    @grassgis

  18. Learn GRASS GIS [etc]
    --
    grass-tutorials.osgeo.org/ <-- shared GRASS tutorials, etc
    --
    grass.osgeo.org/download/ <-- @GRASS GIS download page
    --
    H/T Doug Newcombe
    “A new tutorial on creating hydroflattened DEMs directly from airborne point cloud data has been posted in the GRASS tutorials site... There is a link in the tutorial to a more detailed version on Zenodo.
    Be sure to check out the other tutorials on the recently renewed tutorial site…”
    #opensource #GRASS #GRASSGIS #spatial #mapping #tutorial #free #onlinelearning #learning #selflearning #tutorials #spatialanalysis #tools #download #Windows #LINUX #MacOS #Docker #sampledata
    @grassgis

  19. Learn GRASS GIS [etc]
    --
    grass-tutorials.osgeo.org/ <-- shared GRASS tutorials, etc
    --
    grass.osgeo.org/download/ <-- @GRASS GIS download page
    --
    H/T Doug Newcombe
    “A new tutorial on creating hydroflattened DEMs directly from airborne point cloud data has been posted in the GRASS tutorials site... There is a link in the tutorial to a more detailed version on Zenodo.
    Be sure to check out the other tutorials on the recently renewed tutorial site…”
    #opensource #GRASS #GRASSGIS #spatial #mapping #tutorial #free #onlinelearning #learning #selflearning #tutorials #spatialanalysis #tools #download #Windows #LINUX #MacOS #Docker #sampledata
    @grassgis

  20. Learn GRASS GIS [etc]
    --
    grass-tutorials.osgeo.org/ <-- shared GRASS tutorials, etc
    --
    grass.osgeo.org/download/ <-- @GRASS GIS download page
    --
    H/T Doug Newcombe
    “A new tutorial on creating hydroflattened DEMs directly from airborne point cloud data has been posted in the GRASS tutorials site... There is a link in the tutorial to a more detailed version on Zenodo.
    Be sure to check out the other tutorials on the recently renewed tutorial site…”
    #opensource #GRASS #GRASSGIS #spatial #mapping #tutorial #free #onlinelearning #learning #selflearning #tutorials #spatialanalysis #tools #download #Windows #LINUX #MacOS #Docker #sampledata
    @grassgis

  21. Learn GRASS GIS [etc]
    --
    grass-tutorials.osgeo.org/ <-- shared GRASS tutorials, etc
    --
    grass.osgeo.org/download/ <-- @GRASS GIS download page
    --
    H/T Doug Newcombe
    “A new tutorial on creating hydroflattened DEMs directly from airborne point cloud data has been posted in the GRASS tutorials site... There is a link in the tutorial to a more detailed version on Zenodo.
    Be sure to check out the other tutorials on the recently renewed tutorial site…”

    @grassgis

  22. I've created two new GRASS addons to facilitate the exchange of raster styles between QGIS and GRASS: r.colors.qml and `r.colors.toqml`.

    🎨 r.colors.qml: Apply QGIS QML style files directly to your GRASS rasters.
    🔄 r.colors.toqml: Export GRASS color tables and categories back to QML for use in QGIS.

    Read the full post here! 👇
    ecodiv.earth/post/use_qml_in_g

    @grassgis

  23. I've created two new GRASS addons to facilitate the exchange of raster styles between QGIS and GRASS: r.colors.qml and `r.colors.toqml`.

    🎨 r.colors.qml: Apply QGIS QML style files directly to your GRASS rasters.
    🔄 r.colors.toqml: Export GRASS color tables and categories back to QML for use in QGIS.

    Read the full post here! 👇
    ecodiv.earth/post/use_qml_in_g

    #gis #QGIS #grassgis #OpenSource #Cartography @grassgis

  24. I've created two new GRASS addons to facilitate the exchange of raster styles between QGIS and GRASS: r.colors.qml and `r.colors.toqml`.

    🎨 r.colors.qml: Apply QGIS QML style files directly to your GRASS rasters.
    🔄 r.colors.toqml: Export GRASS color tables and categories back to QML for use in QGIS.

    Read the full post here! 👇
    ecodiv.earth/post/use_qml_in_g

    #gis #QGIS #grassgis #OpenSource #Cartography @grassgis

  25. I've created two new GRASS addons to facilitate the exchange of raster styles between QGIS and GRASS: r.colors.qml and `r.colors.toqml`.

    🎨 r.colors.qml: Apply QGIS QML style files directly to your GRASS rasters.
    🔄 r.colors.toqml: Export GRASS color tables and categories back to QML for use in QGIS.

    Read the full post here! 👇
    ecodiv.earth/post/use_qml_in_g

    #gis #QGIS #grassgis #OpenSource #Cartography @grassgis

  26. I've created two new GRASS addons to facilitate the exchange of raster styles between QGIS and GRASS: r.colors.qml and `r.colors.toqml`.

    🎨 r.colors.qml: Apply QGIS QML style files directly to your GRASS rasters.
    🔄 r.colors.toqml: Export GRASS color tables and categories back to QML for use in QGIS.

    Read the full post here! 👇
    ecodiv.earth/post/use_qml_in_g

    #gis #QGIS #grassgis #OpenSource #Cartography @grassgis

  27. #30daymapchallenge Day 17: A new tool
    Helsinki enjoyed a grand total of 12 minutes of sunshine in November (1.–13.11). No better time to remember that yes, the sun does still exists.

    This map shows Helsinki's shadiest / sunniest places in June. New tool? #GRASSGIS solar irradiance model.

    By: @tadusko
    #GIS #dataviz

  28. #30daymapchallenge Day 17: A new tool
    Helsinki enjoyed a grand total of 12 minutes of sunshine in November (1.–13.11). No better time to remember that yes, the sun does still exists.

    This map shows Helsinki's shadiest / sunniest places in June. New tool? #GRASSGIS solar irradiance model.

    By: @tadusko
    #GIS #dataviz

  29. #30daymapchallenge Day 17: A new tool
    Helsinki enjoyed a grand total of 12 minutes of sunshine in November (1.–13.11). No better time to remember that yes, the sun does still exists.

    This map shows Helsinki's shadiest / sunniest places in June. New tool? #GRASSGIS solar irradiance model.

    By: @tadusko
    #GIS #dataviz

  30. #30daymapchallenge Day 17: A new tool
    Helsinki enjoyed a grand total of 12 minutes of sunshine in November (1.–13.11). No better time to remember that yes, the sun does still exists.

    This map shows Helsinki's shadiest / sunniest places in June. New tool? #GRASSGIS solar irradiance model.

    By: @tadusko
    #GIS #dataviz

  31. #30daymapchallenge Day 17: A new tool
    Helsinki enjoyed a grand total of 12 minutes of sunshine in November (1.–13.11). No better time to remember that yes, the sun does still exists.

    This map shows Helsinki's shadiest / sunniest places in June. New tool? #GRASSGIS solar irradiance model.

    By: @tadusko
    #GIS #dataviz

  32. 🌊 Modeling a potential dam breach — and how panic spread beyond the real watershed

    This project assessed the potential consequences of a dam failure at a mine-water impoundment in the Svystunova Gully.

    🔹 Reconstructed the original pre-impoundment terrain from archival topographic maps.
    🔹 Used Sentinel-based land-cover classification to assign variable Manning’s roughness coefficients.
    🔹 Built a modern DEM including the dam structure and current flooded zone.
    🔹 Simulated dam-break flood dynamics in GRASS GIS — frame by frame.
    🔹 Produced a video visualization to help local communities understand real risks (and ignore fake ones).
    🔹 The results were later featured in regional media and used in discussions about mine-water safety.

    🎥 Watch the short video visualization:
    🔗 youtu.be/JTcCLXqvWlE?si=NS7ly7

    #Hydrology #DamSafety #GIS #GRASSGIS #MineWater #HydrodynamicModeling #GeospatialAnalysis #EnvironmentalRisk #OpenScience #IndependentResearch #SvystunovaGully

  33. 🌊 Modeling a potential dam breach — and how panic spread beyond the real watershed

    This project assessed the potential consequences of a dam failure at a mine-water impoundment in the Svystunova Gully.

    🔹 Reconstructed the original pre-impoundment terrain from archival topographic maps.
    🔹 Used Sentinel-based land-cover classification to assign variable Manning’s roughness coefficients.
    🔹 Built a modern DEM including the dam structure and current flooded zone.
    🔹 Simulated dam-break flood dynamics in GRASS GIS — frame by frame.
    🔹 Produced a video visualization to help local communities understand real risks (and ignore fake ones).
    🔹 The results were later featured in regional media and used in discussions about mine-water safety.

    🎥 Watch the short video visualization:
    🔗 youtu.be/JTcCLXqvWlE?si=NS7ly7

    #Hydrology #DamSafety #GIS #GRASSGIS #MineWater #HydrodynamicModeling #GeospatialAnalysis #EnvironmentalRisk #OpenScience #IndependentResearch #SvystunovaGully

  34. 🌊 Modeling a potential dam breach — and how panic spread beyond the real watershed

    This project assessed the potential consequences of a dam failure at a mine-water impoundment in the Svystunova Gully.

    🔹 Reconstructed the original pre-impoundment terrain from archival topographic maps.
    🔹 Used Sentinel-based land-cover classification to assign variable Manning’s roughness coefficients.
    🔹 Built a modern DEM including the dam structure and current flooded zone.
    🔹 Simulated dam-break flood dynamics in GRASS GIS — frame by frame.
    🔹 Produced a video visualization to help local communities understand real risks (and ignore fake ones).
    🔹 The results were later featured in regional media and used in discussions about mine-water safety.

    🎥 Watch the short video visualization:
    🔗 youtu.be/JTcCLXqvWlE?si=NS7ly7

    #Hydrology #DamSafety #GIS #GRASSGIS #MineWater #HydrodynamicModeling #GeospatialAnalysis #EnvironmentalRisk #OpenScience #IndependentResearch #SvystunovaGully

  35. 🌊 Modeling a potential dam breach — and how panic spread beyond the real watershed

    This project assessed the potential consequences of a dam failure at a mine-water impoundment in the Svystunova Gully.

    🔹 Reconstructed the original pre-impoundment terrain from archival topographic maps.
    🔹 Used Sentinel-based land-cover classification to assign variable Manning’s roughness coefficients.
    🔹 Built a modern DEM including the dam structure and current flooded zone.
    🔹 Simulated dam-break flood dynamics in GRASS GIS — frame by frame.
    🔹 Produced a video visualization to help local communities understand real risks (and ignore fake ones).
    🔹 The results were later featured in regional media and used in discussions about mine-water safety.

    🎥 Watch the short video visualization:
    🔗 youtu.be/JTcCLXqvWlE?si=NS7ly7

    #Hydrology #DamSafety #GIS #GRASSGIS #MineWater #HydrodynamicModeling #GeospatialAnalysis #EnvironmentalRisk #OpenScience #IndependentResearch #SvystunovaGully

  36. 🌊 Modeling a potential dam breach — and how panic spread beyond the real watershed

    This project assessed the potential consequences of a dam failure at a mine-water impoundment in the Svystunova Gully.

    🔹 Reconstructed the original pre-impoundment terrain from archival topographic maps.
    🔹 Used Sentinel-based land-cover classification to assign variable Manning’s roughness coefficients.
    🔹 Built a modern DEM including the dam structure and current flooded zone.
    🔹 Simulated dam-break flood dynamics in GRASS GIS — frame by frame.
    🔹 Produced a video visualization to help local communities understand real risks (and ignore fake ones).
    🔹 The results were later featured in regional media and used in discussions about mine-water safety.

    🎥 Watch the short video visualization:
    🔗 youtu.be/JTcCLXqvWlE?si=NS7ly7

    #Hydrology #DamSafety #GIS #GRASSGIS #MineWater #HydrodynamicModeling #GeospatialAnalysis #EnvironmentalRisk #OpenScience #IndependentResearch #SvystunovaGully

  37. @FOSSGISeV @osgeo

    Herzlichen Glückwunsch an den FOSSGIS e.V. zu 25 Jahren Engagement für freie GIS-Software und offene Geodaten!

    Ich erinnere mich noch gut an die Anfangszeit der GRASS Anwender Vereinigung (GAV). Seitdem ist der FOSSGIS-Verein wunderbar gewachsen und @grassgis stark modernisiert mit neuem User Interface, Effizienz und aktiver Entwicklergemeinschaft.

    Auf die nächsten 25 Jahre offener Zusammenarbeit und Innovation! 🤩

    #FOSSGIS #OSGeo #GRASSGIS #OpenSource #GIS #Community

  38. @FOSSGISeV @osgeo

    Herzlichen Glückwunsch an den FOSSGIS e.V. zu 25 Jahren Engagement für freie GIS-Software und offene Geodaten!

    Ich erinnere mich noch gut an die Anfangszeit der GRASS Anwender Vereinigung (GAV). Seitdem ist der FOSSGIS-Verein wunderbar gewachsen und @grassgis stark modernisiert mit neuem User Interface, Effizienz und aktiver Entwicklergemeinschaft.

    Auf die nächsten 25 Jahre offener Zusammenarbeit und Innovation! 🤩

    #FOSSGIS #OSGeo #GRASSGIS #OpenSource #GIS #Community

  39. @FOSSGISeV @osgeo

    Herzlichen Glückwunsch an den FOSSGIS e.V. zu 25 Jahren Engagement für freie GIS-Software und offene Geodaten!

    Ich erinnere mich noch gut an die Anfangszeit der GRASS Anwender Vereinigung (GAV). Seitdem ist der FOSSGIS-Verein wunderbar gewachsen und @grassgis stark modernisiert mit neuem User Interface, Effizienz und aktiver Entwicklergemeinschaft.

    Auf die nächsten 25 Jahre offener Zusammenarbeit und Innovation! 🤩

    #FOSSGIS #OSGeo #GRASSGIS #OpenSource #GIS #Community

  40. @FOSSGISeV @osgeo

    Herzlichen Glückwunsch an den FOSSGIS e.V. zu 25 Jahren Engagement für freie GIS-Software und offene Geodaten!

    Ich erinnere mich noch gut an die Anfangszeit der GRASS Anwender Vereinigung (GAV). Seitdem ist der FOSSGIS-Verein wunderbar gewachsen und @grassgis stark modernisiert mit neuem User Interface, Effizienz und aktiver Entwicklergemeinschaft.

    Auf die nächsten 25 Jahre offener Zusammenarbeit und Innovation! 🤩

    #FOSSGIS #OSGeo #GRASSGIS #OpenSource #GIS #Community

  41. @FOSSGISeV @osgeo

    Herzlichen Glückwunsch an den FOSSGIS e.V. zu 25 Jahren Engagement für freie GIS-Software und offene Geodaten!

    Ich erinnere mich noch gut an die Anfangszeit der GRASS Anwender Vereinigung (GAV). Seitdem ist der FOSSGIS-Verein wunderbar gewachsen und @grassgis stark modernisiert mit neuem User Interface, Effizienz und aktiver Entwicklergemeinschaft.

    Auf die nächsten 25 Jahre offener Zusammenarbeit und Innovation! 🤩

    #FOSSGIS #OSGeo #GRASSGIS #OpenSource #GIS #Community

  42. Einladung zum kostenlosen Webinar: „Freie Geodaten zur Parkraumanalyse“

    📅 10.07.2025 | 10–11 Uhr |
    Wie Parkplätze systematisch erfasst und als Potenzialflächen bewertet werden können – mit Open-Source-Tools (GRASS GIS).

    Weitere Informationen: mundialis.de/effiziente-parkra

    #OpenData #Webinar #OpenSource #Stadtplanung #GRASSGIS #Geodaten #Klimaanpassung

  43. Einladung zum kostenlosen Webinar: „Freie Geodaten zur Parkraumanalyse“

    📅 10.07.2025 | 10–11 Uhr |
    Wie Parkplätze systematisch erfasst und als Potenzialflächen bewertet werden können – mit Open-Source-Tools (GRASS GIS).

    Weitere Informationen: mundialis.de/effiziente-parkra

    #OpenData #Webinar #OpenSource #Stadtplanung #GRASSGIS #Geodaten #Klimaanpassung

  44. Einladung zum kostenlosen Webinar: „Freie Geodaten zur Parkraumanalyse“

    📅 10.07.2025 | 10–11 Uhr |
    Wie Parkplätze systematisch erfasst und als Potenzialflächen bewertet werden können – mit Open-Source-Tools (GRASS GIS).

    Weitere Informationen: mundialis.de/effiziente-parkra

    #OpenData #Webinar #OpenSource #Stadtplanung #GRASSGIS #Geodaten #Klimaanpassung

  45. Einladung zum kostenlosen Webinar: „Freie Geodaten zur Parkraumanalyse“

    📅 10.07.2025 | 10–11 Uhr |
    Wie Parkplätze systematisch erfasst und als Potenzialflächen bewertet werden können – mit Open-Source-Tools (GRASS GIS).

    Weitere Informationen: mundialis.de/effiziente-parkra

    #OpenData #Webinar #OpenSource #Stadtplanung #GRASSGIS #Geodaten #Klimaanpassung

  46. Einladung zum kostenlosen Webinar: „Freie Geodaten zur Parkraumanalyse“

    📅 10.07.2025 | 10–11 Uhr |
    Wie Parkplätze systematisch erfasst und als Potenzialflächen bewertet werden können – mit Open-Source-Tools (GRASS GIS).

    Weitere Informationen: mundialis.de/effiziente-parkra

    #OpenData #Webinar #OpenSource #Stadtplanung #GRASSGIS #Geodaten #Klimaanpassung