Extreme coastal events linked with climate variation. Understanding low salinity episodes in the Bay of Brest, north-eastern Atlantic
Aims
- To detect and characterise extreme events in a coastal ecosystem by combining in situ high-frequency observations and high-resolution numerical simulations
-To describe the interannual variability of extreme events in a context of climate change
-To quantify the links between extreme low salinity episodes and both large and local scale processes, using weather regimes, precipitations and river runoffs as proxies of hydro-climate forcing
Keyword(s)
In-situ observations, High and low frequency measurements, Extreme events, Numerical simulations, Bay of Brest, Weather regimes.
Poppeschi Coline, Charria Guillaume, Unterberger Maximilian, Rimmelin-Maury Peggy, Goberville Eric, Barrier Nicolas, Petton Sebastien, Grossteffan Emilie, Repecaud Michel, Quemener Loic, Theetten Sebastien, Le Roux Jean-Francois, Treguer Paul (2020). Extreme coastal events linked with climate variation. Understanding low salinity episodes in the Bay of Brest, north-eastern Atlantic. EGU 2020 General Assembly. 4–8 May 2020, Online. https://doi.org/10.5194/egusphere-egu2020-14936, https://archimer.ifremer.fr/doc/00631/74346/
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MAREL Carnot (2025). High Frequency measurement of the coastal environment in the eastern English Channel. Data from MAREL CARNOT - COAST-HF (Coastal ocean observing system - High frequency) monitoring programme within the Research Infrastructure ILICO. SEANOE. https://doi.org/10.17882/39754
DOI 10.5194/egusphere-egu2020-14936 