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

Shallow bathymetry inversion algorithms have long been applied in various types of remote
sensing imagery with relative success. However, this approach requires that imagery with …

Combining geometric and optical methods based on a low-cost UAV platform can achieve
high-resolution bathymetry map** without ground-truth data in optically shallow water …

The river cross-section elevation data are an essential parameter for river engineering.
However, due to the difficulty of mountainous river cross-section surveys, the existing …

Short-term changes in shallow bathymetry affect the coastal zone, and therefore their
monitoring is an essential task in coastal planning projects. This study provides a novel …

Bathymetric surveys of shallow waters are increasingly necessary for navigational safety
and environmental studies. In situ surveys with floating acoustic sensors allow the collection …

Shallow bathymetry map** using proximal sensing techniques is an active field of
research that offers a new perspective in studying the seafloor. Drone-based imagery with …

Recently, the use of unmanned aerial vehicles (UAVs) in bathymetric applications has
become very popular due to the rapid and periodic acquisition of high spatial resolution data …

In this work, we introduce the first pipeline that combines a refraction-aware structure from
motion (SfM) method with a deep learning model specifically designed for airborne …

Nearshore sandbars are dynamic features that characterize shallow morphobathymetry and
vary over a wide range of geometries and temporal lifespans. Nearshore sandbars influence …