Remote sensing (RS) technologies are extensively exploited by scientists and a vast
audience of local authorities, urban managers, and city planners. Coastal regions …

In a context of climate change, flash‐floods are expected to increase in frequency.
Considering their devastating impacts, it is primordial to safeguard the exposed population …

The high exposure of coastal areas worldwide to natural and anthropogenic disasters
emphasizes the relevance of disaster management processes that ensure a prompt damage …

High-resolution coastline detection and monitoring are challenging on a global scale,
especially in flat areas where natural events, sea level rise, and anthropic activities …

In this study, a new methodology integrating spatial coastal vulnerability index (CVI) and hot
spot analysis was proposed for a comprehensive and holistic coastal infrastructure (natural …

The joint exploitation of complementary information from independent satellite and ground-
based SAR observations can allow reconstructing the three-dimensional (up-down, east …

This research employs multi-source data including big data, remote sensing raster data, and
statistical vector data. Through the superposition of tourism activity points of interest with …

Many land cover products with different resolutions and types have been produced by
researchers, which provide important information on changes in the terrestrial surface …

The expected acceleration in sea level rise (SLR) throughout this century poses significant
threats to coastal cities and low-lying regions. Since the early 1990s, high-precision multi …

Coastal erosion is a common issue in urbanized areas located on sandy barriers in Latin
America, making them highly vulnerable to both natural and human induced disasters. This …