QGIS Model Pack: All 8 Models
Eight Bozmaps QGIS models in one zip: flood, landslide, wildfire, NDVI, NDVI change detection, land surface temperature, OSM map generator and vegetation vulnerability.
22 products, 9 coming soon
Eight Bozmaps QGIS models in one zip: flood, landslide, wildfire, NDVI, NDVI change detection, land surface temperature, OSM map generator and vegetation vulnerability.
Screens how far inland a tsunami of a height you choose could reach, from a DEM, a coastline and land use roughness, using the published Berryman height-loss method.
Zone of Theoretical Visibility for a proposed wind turbine, mast or tall building, with visible area by distance band and the buildings that can see it.
5, 10 and 15 minute walking catchments along the OpenStreetMap street and path network from any number of points, with building counts per band.
Screens every roof in an area for solar panels from a LiDAR surface model: suitable roof area, indicative kWp and kWh a year per building.
Downloads OpenStreetMap buildings and roads for any area, adds roof and ground elevation and an estimated height above ground to every building, and derives slope in one run.
Starter model that clips Sentinel-2 bands to your area, calculates NDVI and sorts it into five vegetation exposure classes, ready to weight in a wider vulnerability assessment.
Weighted-overlay landslide susceptibility from slope, aspect, NDVI, land cover and precipitation, with OpenStreetMap roads and buildings for context. No geology input or validation step.
Maps a wildfire's burn scar and severity from two Sentinel-2 scenes, before and after, and counts the buildings and roads inside it.
NDVI, low and high vegetation zones and parcel-level statistics from Sentinel-2 bands, exported to a spreadsheet.
Before-and-after NDVI comparison with change zones, hexagon statistics and an HTML vegetation-loss report.
Five flood extent scenarios, 1 to 5 m above the river level read from your DTM, with the OpenStreetMap buildings and roads touched in each.
Land surface temperature in degrees Celsius from Landsat 8/9 thermal and optical bands, with a statistics grid for reporting.
These are being prepared for download and cannot be bought yet.
We adapt these models to client datasets, build new workflows from scratch and offer commercial licences and team training. Tell us what you are working on.
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