The map depicts flood prone areas at global scale for flood events with 50-year return period. Resolution is 30 arcseconds (approx. 1km). Cell values indicate water depth (in m). The map can be used to assess flood exposure and risk of population and assets. N...

The map depicts flood prone areas at global scale for flood events with 500-year return period. Resolution is 30 arcseconds (approx. 1km). Cell values indicate water depth (in m). NOTE: this dataset is based on JRC elaborations and is not an official flood haz...

The map depicts flood prone areas at global scale for flood events with 20-year return period. Resolution is 30 arcseconds (approx. 1km). Cell values indicate water depth (in m). The map can be used to assess flood exposure and risk of population and assets. N...

The map depicts flood prone areas at global scale for flood events with 200-year return period. Resolution is 30 arcseconds (approx. 1km). Cell values indicate water depth (in m). The map can be used to assess flood exposure and risk of population and assets. ...

The map depicts flood prone areas at global scale for flood events with 10-year return period. Resolution is 30 arcseconds (approx. 1km). Cell values indicate water depth (in m). The map can be used to assess flood exposure and risk of population and assets. N...

The map depicts flood prone areas at global scale for flood events with 100-year return period. Resolution is 30 arcseconds (approx. 1km). Cell values indicate water depth (in m). The map can be used to assess flood exposure and risk of population and assets. ...

The map represents permanent water bodies at global scale (lakes and reservoirs), derived from a corrected version of the Global Lakes and Wetlands Database. Resolution is 30 arcseconds (approx. 1km). Natural water bodies (lakes) are indicated by value 1, Res...

(IMPORTANT NOTICE: This is version 1 of the European dataset of river flood hazard maps, for the most recent update please refer to the dataset "River flood hazard maps for Europe and the Mediterranean Basin region") The maps depict flood prone areas for rive...

This dataset contains the input and output data used to appraise costs and benefits of different adaptation strategies, aimed at reducing river flood risk across Europe under future climate and socio-economic scenarios. All the data and methods have been devel...

XXI century projections of river-related hazards (floods, droughts, water resources) at European scale, used in the PESETA IV project.

In this study we analyzed the global future trends in extreme wave energy flux along coastlines under a scenario of high emission of greenhouse gases. By the end of the century, results show a significant increase up to 30% in the wave power of the one-every-1...

The Extreme Sea Level (ESL) dataset presents the distribution of the total water level (TWL) design conditions at the European coastline. The TWL is estimated from the dynamical simulation of the major hydrodynamic sea level components (being the mean sea leve...

The Extreme Sea Level (ESL) dataset presents the distribution of the total water level (TWL) design conditions at the European coastline. The TWL is estimated from the dynamical simulation of the major hydrodynamic sea level components (being the mean sea leve...

The Extreme Sea Level (ESL) dataset presents the distribution of the total water level (TWL) design conditions at the European coastline. The TWL is estimated from the dynamical simulation of the major hydrodynamic sea level components (being the mean sea leve...

In this study we present the evolution of the global shoreline from 1984 to 2015 based on satellite observations. During this period, the eroded surface is estimated up to 28,0000 km2 which is twice the amount of accreted land. This study highlights the impact...

In this study we present probabilistic projections of Extreme Sea Levels (ESL) until the end of the 21st century along the global coastline, by considering the contribution of mean sea level, tides, waves and storm surges. Between the year 2000 and 2100 we pro...

In this study we investigate the probability of joint occurrence of storm surges, precipitation, river discharges and waves. A coincidence of those factors have a potential to cause compound floods. We use several pan-European datasets (observational and model...