The aim of this contribution is to provide a brief overview of the current and future earth
observation (EO) technologies that can be used to assess and manage the EU coastal flood …

This article aims to provide a tour of satellite missions for Coastal Hazards Monitoring, of
relevant applications, as well as the downstream International Services such as the …

The traditional approach for coastal monitoring consists in ground investigations that are
burdensome both in terms of logistics and costs, on a national or even regional scale. Earth …

This paper summaries findings from a survey of European sea level infrastructure (tide
gauges, telemetry methods, ancillary information) conducted at the end of 2008 on behalf of …

The Netherlands is a small deltaic country nearly completely situated in the coastal zone of
the North Sea and at the mouth of two medium sized rivers: the Rhine and the Meuse and a …

The coast is home to unique ecosystems, where complex ecological processes take place
through the interaction of terrestrial, aquatic, atmospheric, and human landscapes. However …

With an uncertain future that includes climate change, sea level rise and increasing coastal
populations, being able to make informed policy decisions in coastal zones will be critical for …

In the past years, several studies have shown that Earth Observation (EO) data can be
successfully used for analysing shoreline evolution trends and assessing coastal erosion …

The risk of flooding due to runoff is a major concern in many areas around the globe and
especially in Romania. In recent years river floods and associated landslides have occurred …

Coastal flood events generate important damages and economic losses along European
coastlines. Flood risk of low-lying areas, where socio-economic activities are in continuous …