The influence of the principal lunar semidiurnal tidal constituent M2 is significant in the
Malacca Strait, the Andaman Sea, and the Bay of Bengal. However, in the Indian Ocean …

Renewable energy is the cornerstone of preventing dangerous climate change whilst
maintaining a robust energy supply. Tidal energy will arguably play a critical role in the …

The generation and evolution of tidally-induced vortices in coastal and estuarine regions
can influence water quality and sedimentary processes. These effects must be taken into …

Abstract The Clarence Strait, Northern Territory, Australia has been identified as a promising
region for tidal energy, however little detail is known of the resource potential of the Strait. To …

Shipwrecks are an integral part of our maritime archaeological landscape and are
associated with diverse societal and cultural interests, yielding significant management …

Understanding the temporal and spatial characteristics of turbulent coherent structures is of
interest to the emergent sector of marine renewable energy for power generation from tidal …

Abstract Representation of the marine environment is key for reliable coastal hydrodynamic
models. This study investigates the implications of common depth-averaged model …

Resource acquisition is integral to maximise fitness, however in many ecosystems this
requires adaptation to resource abundance and distributions that seldom stay constant. For …

Within the development needed for economy viability of tidal stream energy, adaptability of
laboratory converters to sea flow conditions is a milestone. The objective of this work is to …

Flow in coastal waters contains multi-scale flow features that are generated by flow
separation, shear-layer instabilities, bottom roughness and topographic form. Depending on …