Multi-decadal shoreline change along the Kuwaiti coast using Google Earth Engine and the Digital Shoreline Analysis System (DSAS)

Satellite-Based Framework for Detecting Seabed Dynamics from Shoreline Variability along Spit Coasts—A Pilot Study from the Hel Peninsula

This study presents a pilot, data-driven framework for detecting nearshore seabed dynamics based on shoreline variability derived from high-resolution satellite imagery, integrated with in situ bathymetric measurements along the Hel Peninsula in the southern Baltic Sea. The approach focuses on assessing whether satelli...

Satellite-Derived Shorelines Reveal Typhoon-Driven Erosion and Monsoon-Gated Recovery on the Macrotidal Coast of Fujian, China

Satellite-derived shorelines (SDS) reconstruct storm-scale beach change, but their accuracy degrades on macrotidal coasts. The prevailing storm-response and recovery framework, moreover, was built on microtidal, swell-dominated coasts. We combine CoastSat multi-mission shorelines (Sentinel-2, Landsat 7–9, 2015–2026) wi...

SATELLITE-BASED COMPARATIVE ASSESSMENT OF SHORELINE DYNAMICS USING DIGITAL SHORELINE ANALYSIS SYSTEM (DSAS) IN TERENGGANU AND JOHOR, PENINSULAR MALAYSIA

The current study aims to analyse long-term coastal processes along the coast of Terengganu and Johor in Peninsular Malaysia over a 34-year period (1990–2024) with the aim of comparing two quite different coastal systems that vary in geomorphological characteristics and level of anthropogenic alteration. The eight year...

Coastal erosion dynamics along the central coastline of Ghana (2000–2024): a DSAS-based assessment of ecosystem service implications and coastal management

Coastal ecosystems provide critical ecological, economic, and socio-cultural services but are increasingly threatened by coastal erosion driven by natural processes and anthropogenic pressures. Along Ghana’s central coastline, persistent shoreline change has raised concerns over ecosystem degradation, infrastructure vu...

Algerian shoreline changes (1986–2024) monitored and assessed using remote sensing and GIS techniques

This paper assesses diachronic shoreline dynamics in Algeria. To achieve this, remote sensing and Geographic Information System (GIS) techniques were employed to analyse shoreline changes over the 38-year period from 1986 to 2024. Landsat mission satellite images were processed and analysed to extract the shoreline. Fo...

Multi decadal shoreline dynamics of the Gwadar coast, Pakistan: insights from DSAS and satellite remote sensing data