of which €325,444 (ANR - French National Research Agency)
LIENSs (LIttoral, ENvironnement et SociétéS)
EPOC (Environnements et Paléo-environnements Océaniques et Continentaux), Bordeaux-France
During the summer, the number of days of sunshine is at its highest, which directly leads to a rise in beach visitor numbers, which has the knock-on effect of a significant increase in the use of sunscreen. Meanwhile, the water temperature is increasing due to climate change, which is disturbing marine ecosystems, in particular the physiology of filter-feeding benthic organisms (such as mussels). No study has yet simultaneously assessed the environmental impact of these phenomena. Through a multidisciplinary approach (biology, physiology, chemistry), the CUTE project, jointly funded by the French National Research Agency (ANR), aims to tackle this issue, by describing the impact of the combined action of temperature rise and sunscreen usage on mussels’ filtration capacity and more generally on their state of health.
During the first year, Cedre will focus mainly on developing analytical protocols. Initially, the aim will be to identify the representative molecules of sunscreen, i.e. the molecules which can then be considered a marker of their use. Thereafter, the analytical protocol will be implemented in the laboratory to detect and quantify these molecules in seawater as well as in the tissues of marine organisms.
ANR project page (in english)