The application of advanced remote sensing technologies, including terrestrial laser
scanning (TLS), to the Earth sciences has increased rapidly in the last two decades …

Simulating swash zone morphodynamics remains one of the major weaknesses of beach
evolution models. One of the reasons is the limited availability of data on morphological …

This paper presents an investigation into the use of a 2‐dimensional laser scanner (LiDAR)
to obtain measurements of wave processes in the inner surf and swash zones of a microtidal …

The present study suggests a methodology for acquiring wave elevation fields using a depth
camera sensor, with assessment results for the test uncertainty. The depth camera module of …

Measuring nearshore waves remains technically challenging despite wave properties are
being used in a variety of applications. With the promise of high-resolution and remotely …

Beach topographic and hydrodynamic measurements are essential for coastal geology and
engineering studies as well as sustainable coastal management. Standard approaches …

Abstract In Russian Federation rich oil and half of all gas reserves are distributed along the
sea shelves. Severe weather conditions, frequent storms and intense sea waves, complicate …

The current methods for measuring ocean surface waves include free-floating wave-buoys
and radars located on offshore platforms. In this paper, an introduction is made to a new …

Three dimensional terrestrial laser scanners have the potential to provide new insights into
multidisciplinary coastal studies due to the extremely high spatial data resolution, speed of …

New methods and approaches for carrying out comprehensive measurements of hazardous
waves (tsunami, storm surges) and background wave climate with telemetrically related …