Sea level rise (SLR) poses a hazard to ecosystems and economies in low-lying coastal and
estuarine areas. To better understand the potential impacts of SLR in estuaries, a …

Over the last two decades, a large body of academic scholarship has been generated on
wave and tidal energy related topics. It is therefore important to assess and analyse the …

Tidal-stream energy devices currently require spring tide velocities (SV) in excess of 2.5 m/s
and water depths in the range 25–50 m. The tidal-stream energy resource of the Irish Sea, a …

Climate change induced sea level rise (SLR) is likely to impact estuarine hydrodynamics
and associated processes, including tidal energy. In this study, a hierarchy of factors …

Temporal variability in renewable energy presents a major challenge for electrical grid
systems. Tides are considered predictable due to their regular periodicity; however, the …

Realistic oceanographic conditions are essential to consider in the design of resilient tidal-
stream energy devices that can make meaningful contributions to global emissions targets …

Throughout a renewable energy project, a developer must be confident in their
understanding of the available resource. They will need information about the power yield …

As devices move from full-scale prototype to commercial installations, it is important that
developers have detailed knowledge of the tidal energy resource. Therefore, the spatial …

As the marine renewable energy industry evolves, in parallel with an increase in the quantity
of available data and improvements in validated numerical simulations, it is occasionally …

The ocean contains a variety of renewable energy resources, little of which has been
exploited. Here, we review both tidal range and tidal stream energy, with a focus on the …