Direct and indirect impacts of climate change are alarming in the coastal areas of the world,
including the Mediterranean coasts. Extreme events (such as marine storms, medicanes …

Understanding the water circulation in oceans and coastal seas is among the key topics of
oceanographic and climate research. Hydrodynamic studies form the basis for many …

Understanding how natural and human-induced drivers will contribute to rising vulnerability
and risks in coastal areas requires a broader use of future projections capturing the spatio …

The coasts of the Mediterranean Sea are dynamic habitats in which human activities have
been conducted for centuries and which feature micro-tidal environments with about 0.40 m …

The global sea-level rise (SLR) projections for the next few decades are the basis for
developing flooding maps that depict the expected hazard scenarios. However, the spatially …

The coastal vulnerability along the Mediterranean coasts is increasing, especially in
response to the occurrence of tropical-like cyclones, known as Medicanes, which have …

Coastal ecosystems and anthropic activities are prone to be affected by the negative impact
of marine-related processes induced by climate change, such as erosion, flooding and …

The dynamics of the sandy coast between Castellaneta and Taranto (Southern Italy) has
been influenced by many natural and anthropogenic factors, resulting in significant changes …

Coastal districts of India being diverse in nature are under constant vulnerability to hazards.
The article analyzes vulnerability as a function of exposure, sensitivity and adaptation …

Employed for over a century, the traditional way of monitoring sea level variability by tide
gauges–in combination with modern observational techniques like satellite altimetry–is an …