Recent evolutions in computing science and web technology provide the environmental
community with continuously expanding resources for data collection and analysis that pose …

Vegetated foreshores adjacent to engineered structures (so-called hybrid flood defenses),
are considered to have high potential in reducing flood risk, even in the face of sea level rise …

This paper describes the MICORE approach to quantify for nine field sites the crucial storm
related physical hazards (hydrodynamic as well as morphodynamic) in support of early …

The current paper discusses the topic of marine storm impact along European coastlines,
presenting results from two FP7 Projects currently focusing on this topic, one working on the …

Large, long-term coastal imagery datasets are nowadays a low-cost source of information for
various coastal research disciplines. However, the applicability of many existing algorithms …

Computing system reliability when system components are correlated presents a challenge
because it usually requires solving multi-fold integrals numerically, which is generally …

Process-based models are suitable tools for reproducing storm-driven erosion. However,
their performance has been mainly examined on mild-slope sandy beaches and their use on …

The content and calibration of the comprehensive generic 3D eutrophication model ECO for
water and sediment quality is presented. Based on a computational grid for water and …

Far field modelling of dredging induced suspended sediment plumes is important while
assessing the environmental aspects of dredging. Realistic estimation of source terms, that …

This paper presents a new storm impact database for European coastlines that facilitates the
upload, browsing and download of a broad range of physical and impact information related …