Tidal stream energy has the potential to contribute to global renewable energy generation,
but this remains largely untapped. Technical developments have helped create a nascent …

The deployment of tidal energy arrays is gaining momentum to provide marine renewable
energy (MRE) to the global market. However, there are concerns over the potential impacts …

With rapid expansion of offshore renewables, a broader perspective on their ecological
implications is timely to predict marine predator responses to environmental change. Strong …

Abstract: Since the collapse of the Ostrea edulis stock in the mid‐1800s the oyster has
struggled to re‐establish itself in self‐sustaining assemblages in Europe. It is now widely …

There is increasing interest in macroalgae farming in European waters for a range of
applications, including food, chemical extraction for biofuel production. This study uses a 3 …

The shallow water kelp Laminaria digitata, abundant in coastal zones of the North Atlantic, is
exposed to a range of hydrodynamic environments that makes it ideal for assessing the role …

Coupled macroalgal-phytoplankton and shellfish models were used to investigate the effect
of macroalgae cultivation on phytoplankton and mussel growth in Strangford Lough …

There is global interest in marine renewable energy from underwater tidal turbines. Due to
overlap in animal habitat with locations for tidal turbines, the potential for collisions has led …

Oyster populations around the world have seen catastrophic decline which has been largely
attributed to overexploitation, disease and pollution. While considerable effort and resources …

The number of tidal flood events has been increasing in Indonesia in the last decade,
especially along the north coast of Java. Hydrodynamic models in combination with …