The near-continuous time series of point clouds was acquired in the snow-covered area of the Schneeferner at the Zugspitze mountain in Germany using hourly terrestrial laser scanning (TLS) over a period of five days in April 2018. The dataset comprises around 130 epochs of 10 to 25 million points per scan with centimeter-scale accuracy and point spacing. The 4D geospatial dataset of the experimental near-continuous laser scanning setup can be used for analysis of snow cover dynamics and in general method development for change analysis of natural scenes using laser scanning time series
Measurements of surface topography have been performed using a Terrestrial Laser Scanner (VZ-400i, R...
Measurements of surface topography have been performed using a Terrestrial Laser Scanner (VZ-400i, R...
The registered xyz coordinates in the form of a point cloud captured by terrestrial laser scanner an...
Terrestrial laser scanning (TLS) allows one to acquire point clouds representing the surface at a ce...
This study tested the potential of a short time series of very high spatial resolution (cm to dm) re...
A permanently installed terrestrial laser scanner (TLS) helps to investigate surface changes at high...
This study tested the potential of a short time series of very high spatial resolution (cm to dm) re...
COMInternational audienceSteep slopes represent 35% of Austre Lovén glacier basin, a small valley gl...
This contribution presents an automated terrestrial laser scanning (ATLS) setup, which was used duri...
Permafrost phenomena like active rock glaciers are increasingly mapped and monitored with close rang...
International audienceAlthough both the temporal and spatial variations of the snow depth are usuall...
Global climate change affects mountain regions such as the European Alps. Consequently, glacier exte...
This dataset contains snow depth distribution observations obtained in two high mountain experimenta...
Snow cover is one of the most dynamic land cover parameters that can be monitored from space and pla...
Mountainous regions are particularly vulnerable to climate change, and the impacts are already exten...
Measurements of surface topography have been performed using a Terrestrial Laser Scanner (VZ-400i, R...
Measurements of surface topography have been performed using a Terrestrial Laser Scanner (VZ-400i, R...
The registered xyz coordinates in the form of a point cloud captured by terrestrial laser scanner an...
Terrestrial laser scanning (TLS) allows one to acquire point clouds representing the surface at a ce...
This study tested the potential of a short time series of very high spatial resolution (cm to dm) re...
A permanently installed terrestrial laser scanner (TLS) helps to investigate surface changes at high...
This study tested the potential of a short time series of very high spatial resolution (cm to dm) re...
COMInternational audienceSteep slopes represent 35% of Austre Lovén glacier basin, a small valley gl...
This contribution presents an automated terrestrial laser scanning (ATLS) setup, which was used duri...
Permafrost phenomena like active rock glaciers are increasingly mapped and monitored with close rang...
International audienceAlthough both the temporal and spatial variations of the snow depth are usuall...
Global climate change affects mountain regions such as the European Alps. Consequently, glacier exte...
This dataset contains snow depth distribution observations obtained in two high mountain experimenta...
Snow cover is one of the most dynamic land cover parameters that can be monitored from space and pla...
Mountainous regions are particularly vulnerable to climate change, and the impacts are already exten...
Measurements of surface topography have been performed using a Terrestrial Laser Scanner (VZ-400i, R...
Measurements of surface topography have been performed using a Terrestrial Laser Scanner (VZ-400i, R...
The registered xyz coordinates in the form of a point cloud captured by terrestrial laser scanner an...