Coastal inundation due to sea level rise (SLR) is projected to displace hundreds of millions
of people worldwide over the next century, creating significant economic, humanitarian, and …

Global wave hindcasts provide wave climate information for long time periods which helps to
improve our understanding of climate variability, long term trends and extremes. This …

The physics-based approach is the most common framework for modelling ocean
engineering processes; however, in the last years data-driven models are becoming more …

Anthropogenic climate change is driving sea level rise, leading to numerous impacts on the
coastal zone, such as increased coastal flooding, beach erosion, cliff failure, saltwater …

Long-term and accurate wave hindcast databases are often required in different coastal
engineering projects. The assessment of the nearshore wave climate is often accomplished …

Forecast downscaling for accurate nearshore wave conditions is important for a range of
marine and coastal users. However, it is complex and high-resolution forecasting methods …

Coastal hazards often result from the combination of different simultaneous oceanographic
processes that occur at multiple spatial and temporal scales. To predict coastal flooding and …

Rising seas coupled with ever increasing coastal populations present the potential for
significant social and economic loss in the 21st century. Relatively short records of the full …

A global atlas of ocean wave spectra is developed and presented. The development is
based on a new technique for deriving wave spectral statistics, which is applied to the …

Key Points A novel modeling approach to shoreline prediction is presented and compared
with an established model at two study sites A decomposition of different time‐scales (from …