@article{Maza_Lopez-Arias_Lara_Losada_2020, title={ECOSYSTEM BIOMASS AS A KEY PARAMETER DETERMINING ITS COASTAL PROTECTION SERVICE}, url={https://icce-ojs-tamu.tdl.org/icce/article/view/10114}, DOI={10.9753/icce.v36v.management.29}, abstractNote={<html>Estimation of the flow energy dissipation induced by an ecosystem that accounts for its characteristics (i.e. biomechanical properties, morphology, density) and the incident hydrodynamic conditions is crucial if ecosystem-based coastal protection measurements want to be implemented. Characterization of a vegetated ecosystem by measuring leaf traits, biomechanical properties of plants and the number of individuals per unit area involves a lot of effort and is case-specific. Standing biomass can be a unique variable defining the flow energy attenuation capacity of the ecosystem. To explore its relation to the induced energy attenuation on the flow, a new set of experiments using real vegetation with contrasting morphology and biomechanical properties, and subjected to different incident flow conditions is presented. The obtained standing biomass-attenuation relationships will help to quantify the expected coastal protection provided by different vegetated ecosystems based on their standing biomass and the flow conditions.<br><br><b>Recorded Presentation from the vICCE (YouTube Link): <a href="https://youtu.be/-qaKkBWZApk">https://youtu.be/-qaKkBWZApk</a></b></html>}, number={36v}, journal={Coastal Engineering Proceedings}, author={Maza, Maria and Lopez-Arias, Fernando and Lara, Javier L. and Losada, Inigo J.}, year={2020}, month={Dec.}, pages={management.29} }