ABSTRACT Benshila, R.; Thoumyre, G.; Al Najar, M.; Absessolo, G.; Almar, R.; Bergsma, E.;
Hugonnard, G.; Labracherie, L.; Lavie, B.; Ragonneau, T.; Simon, E.; Vieuble, B., and Wilson …

This paper uses physics-informed neural networks (PINNs) to simultaneously determine
nearshore water depths and wave height fields based on remote sensing of the ocean …

Coastal development and urban planning are facing different issues including natural
disasters and extreme storm events. The ability to track and forecast the evolution of the …

The ability to monitor the evolution of the coastal zone over time is an important factor in
coastal knowledge, development, planning, risk mitigation, and overall coastal zone …

In recent years precise and up-to-date information regarding seabed depth has become
more and more important for companies and institutions that operate on coastlines. While …

Accurate bathymetric data is crucial for marine and coastal ecosystems. A lot of studies have
been carried out for nearshore bathymetry using satellite data. The approach adopted …

Knowledge of the evolution of the littoral zone over time is paramount for coastal science
and coastal zone management. However, traditional bathymetric surveys using echo …

Estimation of nearshore bathymetry is important for accurate prediction of nearshore wave
conditions. However, direct bathymetry data collection is expensive and time-consuming …

Featured Application The main outcome and procedure described in this paper aim to equip
Public Administrations with a tool that can provide on-demand support. Abstract Bathymetric …

Timely observations of nearshore water depths are important for a variety of coastal
research and management topics, yet this information is expensive to collect using in situ …