Bathymetric LiDAR technology is a technology used for simultaneous data acquisition
regarding the morphology of the bottom of water reservoirs and the surrounding coastal …

Uncrewed aerial systems (UASs) are becoming very popular in the domain of water
resource mapping and management (WRMM). Being a cheaper and quicker option capable …

Shallow bathymetric mapping is important for navigation safety and geomorphologic,
hydrologic and oceanographic research. However, field measurements and shipborne …

The rapidly increasing world population and human activities accelerate the crisis of the
limited freshwater resources. Water quality must be monitored for the sustainability of …

Changes in the seafloor relief are particularly noticeable in shallow waterbodies (at depths
up to several metres), where they are of significance for human safety and environmental …

Most satellite-derived bathymetry (SDB) methods developed thus far from passive remote
sensing data have required in situ water depth, thus limiting their utility in areas with no in …

Dolines are the characteristic landforms in karstic landscapes, and their morphometric
characteristics are commonly used for surface karst research. More than 140,000 dolines …

Hydrographic surveys enable the acquisition and processing of bathymetric data, which after
being plotted onto nautical charts, can help to ensure safety of navigation, monitor changes …

Detecting earthquake-induced bathymetric changes helps to understand the
geomorphologic process of tufa lakes. Traditional field measurement methods are difficult for …

Quantitative acquisition of surface water volume of tufa lake group is significant for protecting
the tufa landscapes. Limited by low spatial resolution, satellite remote sensing failed to …