Understanding the ecological mechanisms driving early life history stages is fundamental to elucidate the processes that facilitate the replenishment of coral populations. This is particularly important in the context of the current degradation of coral reefs around the globe.
Our goal is to identify the key players (from organisms to molecules) influencing coral recruitment with the aim to aid reef recovery and sustain ecosystem resilience.
Our consortium runs different projects on coral reef ecology and restoration that touch upon various disciplines such as ecology, microbiology, genetic and metabolomics.
July 2020 | On-going experiments in the water and baby corals | Chloé and Hugo have launched a second experiment and are setting up coral larval behavioral tests. ... read more
June 2020 | Congratulations Dr. Hendrikje Jorissen! ǀ Hendrikje successfully defended her PhD thesis using videoconference on June 26th. ... read more
May 2020 | Wet again after 2-month pause due to COVID-19 | Chloé and Hugo who stayed at the CRIOBE station despite the COVID-19 can carry on fieldwork again. ... read more
March 2020 | ICRS 2020 postponed to 2021 due to COVID-19 | Session on coralline algae also postponed .... read more
December 2019 | TURBOCORAIL field experiment launched! | Fabio returns home after a successful fieldtrip to Moorea manipulating sea urchin densities and experimenting with algal spores... read more
October 2019 | International Coral Reef Symposium | ICRS2020 | Bremen, Germany | Maggy is co-chairing a session at ICRS with ... read more
Grant no. ANR-18-CE02-0009