James Sutherland

TL;DR: In this paper, the authors present information of coastal processes on these time scales and assess the predictive capabilities of Profile models with respect to hydrodynamics and morphodynamics at sandy beaches on the time scales of storms and seasons.

TL;DR: A set of criteria is proposed that identify the desirable attributes of statistical measures of the performance of coastal morphological models, and the attributes of the different performance measures are compared with the proposed desirable criteria, and those that match them best are selected.

TL;DR: Analysis and interpretation of monitoring data for the seabed bathymetry local to offshore windfarm foundations has shown how the scour develops in time and highlighted variations between sites with different seabing sediment characteristics, i.e. sands and clays.

TL;DR: The hydrodynamics around the mouth of the Teign estuary (UK) have been simulated using two coastal area numerical modelling systems in this article, where model performance statistics were calculated to assess the accuracy of the predictions of the measured currents at a number of locations around the estuary mouth.

TL;DR: In this article, the authors advocate and outline a new integrated modelling framework that deploys coupled mesoscale reduced complexity models, reductionist coastal area models, data-driven approaches, and qualitative conceptual models.