Fidji Berio, PhD
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fidjiberio.bsky.social
Fidji Berio, PhD
@fidjiberio.bsky.social
1.3K followers 330 following 9 posts
Postdoctoral researcher #DiSantolab
Evo-devo of skeleton 🦈
Mineralization under climate change 🐠🌊🌡️
Biomechanics of walking 🦈 and schooling 🐠

fberio.github.com
@fidjiberio@ecoevo.social
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Reposted by Fidji Berio, PhD
reef-pulse.com
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Reef Pulse | LinkedIn
Reef Pulse | 2,511 followers on LinkedIn. Sound recording and AI to scale coral reef monitoring globally 🪸 #PAM #bioacoustics #ecoacoustics #soundscape | More than a billion people depend on coral re...
linkedin.com
October 17, 2025 at 4:44 AM
Reposted by Fidji Berio, PhD
reef-pulse.com
📺 Ce reportage est un extrait des épisodes réalisés par Jean-Rémi Haas pour la CINOR dans le cadre de la semaine européenne du développement durable et peut être retrouvé ici

⤵️

www.antennereunion.fr/infos-et-mag...
CINOR, TERRE D'AVENIR 2025 - Vendredi 26 Septembre 2025 - antennereunion.fr
A l’occasion de la semaine Nout Ter Ansanm sur Antenne Réunion, la Cinor nous présente 5 entreprises qui œuvrent durablement pour notre ile. Primées, lors de la soirée Pépites du Nord, ces entreprises...
www.antennereunion.fr
October 2, 2025 at 6:20 AM
Reposted by Fidji Berio, PhD
vdisanto.bsky.social
8/8 Thank you, @scrippsocean.bsky.social, for covering this new work. On to the next fish adventure!🐟🦈
scripps.ucsd.edu/news/fish-ho...
For Fish, Hovering Is Not Restful
Fish make hanging motionless in the water column look effortless, and scientists had long assumed hovering was a type of rest. Now, a new study reveals that fish use nearly twice as much energy when h...
scripps.ucsd.edu
July 7, 2025 at 10:22 PM
Reposted by Fidji Berio, PhD
vdisanto.bsky.social
Post-ablation, fish swam faster, took more direct paths, and made frequent contact with obstacles, perhaps sensing with snout and fins… or just bumping into things.
Congratulations to Sonia and Fidji Berio (Postdoc in the lab!) for the nice work!!
April 18, 2025 at 12:51 AM
fidjiberio.bsky.social
We found that the sharks:
- adjust their body posture and tail movements across speeds 📐
- display higher variation in kinematic patterns at low versus high speeds, suggesting reduced hydrodynamic stability ⚖️
- display a peak in kinematic efficiency at higher speeds than more active shark swimmers ⏩
April 10, 2025 at 5:17 AM