In this study, our objective is to evaluate the long-term variability of global wave power and
its underlying mechanisms, utilizing the longest wave reanalysis available (ERA5, 1940 …

Long-term ocean climate effects on wave energy are often analysed from the viewpoint of
the well-known increment of wave height over the decades. However, this increment …

Arctic warming alters land‐to‐sea fluxes of nutrients and organic matter, which impact air‐
sea carbon exchange. Here we use an ocean‐biogeochemical model of the southeastern …

Our ability to predict sandy shoreline evolution resulting from future changes in regional
wave climates is critical for the sustainable management of coastlines worldwide. To this …

Climate change will increase the duration of annual sea‐ice‐free periods and shift
precipitation patterns across the Arctic. Those factors are likely to increase erosion rates …

Renewable marine energy sources are rapidly develo** worldwide. With numerous
operational marine power plants in existence, it is becoming increasingly important to …

The HISEA-1 synthetic aperture radar (SAR) minisatellite has been orbiting for over two
years since its launch in 2020, acquiring numerous high-resolution images independent of …

Shoreline variability at embayed beaches can be characterized into modes where either
longshore or cross-shore sediment transport processes dominate the overall shoreline …

Wave power is affected by long-term fluctuations induced by natural variability. However,
long-term variability has not yet been integrated into the wave energy quantification and the …

Littoral seaweed beds often dominate rocky shores worldwide, providing a range of
important ecosystem services to human populations and housing rich biodiversity vital to the …