Topo-bathymetric LiDAR data captured with modern systems are complex. The primary
information received is a time-dependent amplitude variation of the reflected light. These so …

Typically, airborne laserscanning includes a laser mounted on an airplane or drone (its
pulsed beam direction can scan in flight direction and perpendicular to it) an intertial …

For morphodynamic modelling, riverbed survey data are essential as the basis for the
evaluation of temporal riverbed development, mesh creation, and model calibration. To …

In the Netherlands, a country-wide, multi-temporal, and publicly available Areal Laser
Scanning (ALS) dataset exists, the Actueel Hoogtebestand Nederland (AHN). ALS has been …

Die Airborne LiDAR Bathymetrie (ALB) verfügt über das immense Potential, selbst
kleinräumige morphologische Strukturen flächig erfassen zu können. Eine durchaus offene …

The many facets of river hydromorphology are of crucial importance to assess the condition
of rivers. Generating new knowledge is the key in achieving the water framework objectives …

Detailed knowledge about river bathymetry is required to solve the present-day challenges
of hydraulic engineering. Airborne Hydromapping (AHM) is a unique method used to derive …