The current trend is to limit or eliminate cleaning operations in farms in order to preserve their reef effect, and thus reduce their environmental impact, while drastically limiting maintenance costs. This is only possible if the phenomenon of biocolonisation is sufficiently understood to be anticipated. A focus on mooring lines and dynamic cables seems essential, as these key components are presumed to have different hydromechanical behaviour and therefore different wear once colonised. As (…)
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BRIAND Jean-François
Articles
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Impacts of copper and lead exposure on prokaryotic communities originating from contaminated contrasted coastal seawaters: the influence of metal exposure history
8 September 2020, by JFB -
Impact de l’hydrodynamisme sur la structure de la communauté microbienne et l’expression métabolique des biofilms marins dans un environnement semi-contrôlé
25 August 2023, by JFB -
Electroactive Polyacrylate for antifouling applications
1 February 2018 -
Towards improving biofouling knowledge within MRE environments
25 April 2024, by ChB -
Spatio-temporal variations of marine biofilm communities colonizing artificial substrata including antifouling coatings in contrasted coastal environments
1 December 2017 -
Biofouling Integrative characterizatiOn & Description of HYdrodynamic Loadings
4 February, by JFB -
Dynamique de la colonisation de microplastiques par les diatomées et accumulation de métaux
25 August 2023, by JFB -
Shear stress as a major driver of marine biofilm communities in the NW Mediterranean Sea
1 July 2019 -
Metal resistance genes rich biofilm communities selected by biocide-containing surfaces in temperate and tropical coastal environments
19 October 2020, by JFB -
Synergistic effects of temperature and light affect the relationship between Taonia atomaria and its epibacterial community: a controlled conditions study
14 September 2021, by JFB