Environmental Data: Regional bark beetle windthrow and snow breakage d...

Keywords:
ALS
BARK BEETLE
CANOPY COVER
DEVELOPMENT STAGE
FOREST STRUCTURE
ITD
PREDISPOSITION
PREDISPOSITION MAPPING
SNOW BREAKAGE
STAND HEIGHT
STEM NUMBER
TREE DETECTION
WINDTHROW
Keywords:
ALS
BARK BEETLE
CANOPY COVER
DEVELOPMENT STAGE
FOREST STRUCTURE
ITD
PREDISPOSITION
PREDISPOSITION MAPPING
SNOW BREAKAGE
STAND HEIGHT
STEM NUMBER
TREE DETECTION
WINDTHROW

Description

Regional disturbance predisposition maps for windthrow, bark beetle and snow breakage. The maps are created using spatially explicit data of classified for...

Citation

Bührle, L., Kalt, T., Bebi, P., Teich, M., Hobi, M., Bast, A., Schrott, R., Helzel, K., Temperli, C., Bont, L. G., Blatter, C., Schweier, J., Bottero, A. (2026). Regional bark beetle windthrow and snow breakage disturbance predisposition maps. EnviDat. https://www.doi.org/10.16904/envidat.698.

Resources

  • 01_predispostion_maps.zip

    Classified and raw value predisposition maps for bark beetle, windthrow and snow breakage

    01_predispostion_maps.zip

  • 02_python_scripts_predisposition_mapping.zip

    ArcPy-Python scripts and demo data to create the bark beetle, windthrow and snow breakage predisposition maps.

    02_python_scripts_predisposition_mapping.zip

  • 03_rcode_forest_structure.zip

    R-codes and demo data to derive the forest structure parameters: development stage, number of stems, dominant stand height, and canopy coverage based on single trees detected from a vegetation height model. These parameters are necessary input parameters for predisposition mapping.

    03_rcode_forest_structure.zip

  • 04_forest_structure_maps.zip

    Maps of development stage, number of stems, dominant stand height and canopy coverage based on single trees detected from a vegetation height model.

    04_forest_structure_maps.zip