@article{Chataigner_Yates_Dantec_Suanez_Floch_Bouvard_Leary_Petton_Cailler_2020, title={EQUILIBRIUM MODELING OF CURRENT AND FUTURE BEACH EVOLUTION: VOUGOT BEACH, FRANCE}, url={https://icce-ojs-tamu.tdl.org/icce/article/view/10214}, DOI={10.9753/icce.v36v.sediment.17}, abstractNote={<html>The impacts of climate change, including sea level and wave climate changes, may increase future erosion risks. Thus, it is important to improve knowledge of the dominant physical processes controlling medium- to long-term shoreline evolution, as well as the performance of beach evolution models reproducing past observations and predicting future changes. Empirical equilibrium beach change models may be an optimal choice at these spatial and temporal scales. Here, morphological changes at Vougot Beach (Brittany, France) are analyzed by evaluating the cross-shore evolution of contour elevations (-1 to 6m) along six intertidal beach profiles using observations and an equilibrium beach change model, and then three methods for estimating the impacts of climate change are applied and compared.<br><br><b>Recorded Presentation from the vICCE (YouTube Link): <a href="https://youtu.be/p70KuzjR1kU">https://youtu.be/p70KuzjR1kU</a></b></html>}, number={36v}, journal={Coastal Engineering Proceedings}, author={Chataigner, Teddy and Yates, Marissa and Dantec, Nicolas Le and Suanez, Serge and Floch, France and Bouvard, Gabin and Leary, Matt and Petton, Coretin and Cailler, Nicolas}, year={2020}, month={Dec.}, pages={sediment.17} }