Recent advances in structure-from-motion (SfM) techniques have proliferated the use of
unmanned aerial vehicles (UAVs) in the monitoring of coastal landform changes, particularly …

The degree of boulder mobility in response to coastal storms likely varies spatially and
temporally along rocky shorelines, but this is difficult to evaluate from field monitoring of …

Accurate digital elevation models represent the basic tool for a large spectrum of
applications, including geological, architectonic, archaeological, and urbanistic studies …

This study demonstrates how a large-scale satellite-derived dataset can be used to
investigate statistically robust trends in shoreline position over a 31-year period from 1987 to …

Poland as well as other countries keep extensive collections of 20th and 21st-century aerial
photos, which are underexploited compared to such other archival materials as satellite …

High-resolution aerial imagery captured from low altitudes enables the detailed
reconstruction of the geomorphological features of submerged beachrocks and the …

Camping in the mountain regions has several negative impacts, including soil erosion in the
campsites. In many national parks, efforts to monitor and manage campsite soil erosion are …

Beaches in estuaries and bays (BEBs) are critical landforms along many coastlines,
providing vital protection to human infrastructure and ecosystem services. Like open-ocean …

The use of scanning technologies and digital photogrammetry with the help of drones in the
field of agritourism activities in Romania is a topic of novelty, because all the data necessary …

A preliminary sediment budget for the sandy shores flanking the entrance to Western Port, a
large bay in Australia, was formulated using a comparison between two Digital Surface …