Pinned Repositories
addfips
Add state and county fips codes to data
androidauto_rpi_install
auto install script to install android auto on raspberry pi
AutoATES_v1.0
A fully automated algorithm used to provide ATES mapping for all of Norway. The algorithm is based on the technical model for ATES mapping. This model has specific terrain-based thresholds that can be applied for automated terrain-based modeling. Our algorithm expands on prior work by including the potential release area (PRA) model to identify and calculate the likelihood of an avalanche releasing from a start zone. We also use the raster-based TauDEM-model to determine the avalanche runout length. The final product is a 10-m resolution ATES map.
Avalanche-release
difference
files_to_postgres
FlowPy
potential_release_areas
This python script reimplements the Potential Release Area proposed by Veitinger et al. (2016) and modified by Sharp et al., (2018) using python libraries.
Rster-tools-surface-module
A landscape connectivity program
sentinelsat
Search and download Copernicus Sentinel satellite images
blt2589's Repositories
blt2589/addfips
Add state and county fips codes to data
blt2589/androidauto_rpi_install
auto install script to install android auto on raspberry pi
blt2589/AutoATES_v1.0
A fully automated algorithm used to provide ATES mapping for all of Norway. The algorithm is based on the technical model for ATES mapping. This model has specific terrain-based thresholds that can be applied for automated terrain-based modeling. Our algorithm expands on prior work by including the potential release area (PRA) model to identify and calculate the likelihood of an avalanche releasing from a start zone. We also use the raster-based TauDEM-model to determine the avalanche runout length. The final product is a 10-m resolution ATES map.
blt2589/Avalanche-release
blt2589/difference
blt2589/files_to_postgres
blt2589/FlowPy
blt2589/potential_release_areas
This python script reimplements the Potential Release Area proposed by Veitinger et al. (2016) and modified by Sharp et al., (2018) using python libraries.
blt2589/Rster-tools-surface-module
A landscape connectivity program
blt2589/sentinelsat
Search and download Copernicus Sentinel satellite images
blt2589/setup_project
GIS Project Setup Utility
blt2589/windshelter
This python script reimplements the Wind Shelter Index proposed by Plattner et al. (2004), that has originally been implemented within the RSAGA package.