Environmental Data: Shape still matters - experimental quantification ...

Keywords:
BREAKING ENERGY
DISSIPATED ENERGY
EOTA
FOREST
LYING DEADWOOD
PROTECTIVE EFFECT
ROCKFALL
ROCKFALL EXPERIMENTS
SENSOR TECHNOLOGY
STONENODE
WINDTHROW
Keywords:
BREAKING ENERGY
DISSIPATED ENERGY
EOTA
FOREST
LYING DEADWOOD
PROTECTIVE EFFECT
ROCKFALL
ROCKFALL EXPERIMENTS
SENSOR TECHNOLOGY
STONENODE
WINDTHROW

Description

We conducted an experimental rockfall campaign on a forested slope with deadwood and on with the windthrown area cleared in Schiers (CH). Two different roc...

Citation

Ringenbach, A., Schmucki, G. R., Meyrat, G., Bebi, P., Ortner, G., Piazza, N., Munch, J., Völk, S., Stihl, E., Bast, A., Simeon, C., Bleiker, J., Guetg, M., Sanchez Moreno, M. A., Mayer, P., Caviezel, A. (2022). Shape still matters - experimental quantification of deadwood effects on rockfall dynamics. EnviDat. https://www.doi.org/10.16904/envidat.359.

Resources

  • StoneNodeInSituSensorData.zip

    Matlab datasets containing all the available in-situ StoneNode data featureing acceleration (acc) and rotational data (gyr).

    StoneNodeInSituSensorData.zip

  • SpatialDataArchive_Input&Depositionpoints.zip

    The spatial data, such as the deposition points, the orthophotos, the digital surface models (drones), the detected and measured trees, and the shape files of the deadwood-areas, are summarized in this archive.

    SpatialDataArchive_Input&Depositionpoints.zip

  • Deadwood_arrangement_RF44.zip

    During RF44 (10.04.2021) we placed several deadwood logs. Their arrangement was recorded by a terrestrial laser scanner. Additionally, the logs diameter were measured every 3 m (within the excel file)

    Deadwood_arrangement_RF44.zip

  • LiDAR.zip

    LiDAR data sets of the experimental area.

    LiDAR.zip

  • RAMMS_inputs.zip

    input data for the ramms simulations including DEM (.asc), the deadwood files (.pts), the treefile, the release line, othophoto, rocks and soil parameters.

    RAMMS_inputs.zip

  • ReconstructedTrajectories.zip

    Two tables per experimental run: a jump table including all parablic jumps, sliding and rolling. On the other hand also the table of all soil impacts, inbetween two jumps. These tables are the results from the trajectory reconstruction, which based on the synchronisation of StoneNode data the Videodata and their geolocations. This synchronisation was dane based on the excel spread sheets, which are aditionally saved in this zip folder.

    ReconstructedTrajectories.zip

  • SoilMoisture_Values_and_SpatialData.zip

    All soil moisture data measurements acieved by GS1 and MPS6 sensors and logged by a Decagon EM 50 data logger. Additionally, the location of the data logger (.shp file) and the area, which is considered as represented by the measurements (also .shp files) are saved in this .zip file.

    SoilMoisture_Values_and_SpatialData.zip

  • StoneNodeInSituSensorFigures.zip

    Figures of the rotational and gyroscopic StoneNodeData and where available the impact categories.

    StoneNodeInSituSensorFigures.zip

  • TreeDeflectionsAfterRockImpacts.zip

    A (not further analyzed) attempt to describe the tree deflections after rock impacts summarized in an Excel spreadsheet.

    TreeDeflectionsAfterRockImpacts.zip

  • VideoArchive_HD_Resolution.zip (all videos)

    This archive contains all recorded runs from RF32, RF33, RF35, RF37 and RF44 in HD quality (roughly 1900x1200 pixels). The file size is, therefore rather big (>40GB). Single videos can be downloaded in the "individual video directory"

    VideoArchive_HD_Resolution.zip (all videos)

  • VideoArchive_HD_Resolution (individual video directory)

    VideoArchive_HD_Resolution (individual video directory)