Eric Parmentier

From sunlit coral reefs to 300 m in pitch-black depths, fish communities sound different, and we’ve captured it.sciencedirect.com/science/articl… @RaickXavier @UniversiteLiege

Krishna Das's short story was chosen for inclusion in the book 'Peur Bleue' – a truly beautiful text! @das_kri

Bravo @EricParmentier7 🦈🦈🦈

Ever heard a shark click? New findings show that some sharks can make sounds, challenging old views about our ocean's quiet predators. @RiseULiege @CarolinNieder #ULiege doi.org/10.1098/rsos.2…

Inside every fish ear there are tiny bones called otoliths that contribute to the fish's hearing & now @EricParmentier7 & co reveal that one of these bones, the sagitta, also contributes to the fish's sense of balance 🧵1/2 journals.biologists.com/jeb/article/22…

Les chercheurs passent-ils trop de temps à chercher des financements plutôt qu’à se concentrer sur leurs travaux scientifiques ? dailyscience.be/20/12/2024/352…

Synthesis: from hand-held to mobbing, aggressive & social signalling sounds in holocentrid fishes 🐠 Excited to share my new paper that has been awarded one of the Annual Prizes 2024 by the Société Royale des Sciences de Liège! 🎉😊👇 popups.uliege.be/0037-9565/inde… @UniversiteLiege

Against the odds: versatility in sound production in wild holocentrids 🐠 See our new paper 👇 #PLOSONE: Same calls, different meanings: Acoustic communication of Holocentridae doi.org/10.1371/journa… @UniversiteLiege @ULiegeRecherche @EricParmentier7

🐟 Fish sounds can help identify species! This is the first large-scale study on fish acoustics showing that sounds can be effective taxonomic markers, from subfamily to species level. 🧵 1/5 @NaturePortfolio @Nature_NPJ @MarineBanse @EricParmentier7 nature.com/articles/s4418…

@MarineBanse @DavidLecchi @fred_bertucci @UniversiteLiege Amazing study based on the manual analysis of more than 7000 sounds from 33 different species collected in French Polynesia, Guadeloupe, Seychelles, Guam and Philippines!!! Really nice job.

Large scale acoustical analysis on Holocentridae 🐠🔊🎧 challenges the species-specific character of sounds in fishes but reveals that sounds can reflect broader taxonomic levels ! See our new paper below 🧐👇 nature.com/articles/s4418…

Analysis of otolith shapes in 697 species. Nice results! Strong correlation between otolith shape and that of the sulcus, suggesting that the otolith plays a key role in amplifying the forces exerted on the sensory cells of the sulcus.@UniversiteLiege dx.doi.org/10.1093/biolin…

🔬Poste de technicien à pourvoir dans le Département de Biologie, Ecologie et Evolution et dans la Cellule d'Aide à la Recherche et à l’Enseignement en Microscopie uliege.be/upload/docs/ap…

. @UniversiteLiege is pleased to contribute to the #MOOBYF project funded by @EU_Commission as part of the BiodivErsa+ programme. This project aims to use Fish Aggregating Devices to understand the biodiversity of the pelagic zone. sciences.uliege.be/cms/c_12701470…

Squirrelfish are definitely amazing. After their acoustic communication with cleaner fish, we now report that they can also engage in acoustic mobbing with moray eels. What next? link.springer.com/article/10.100… @MarineBanse @UniversiteLiege @DavidLecchi

@DelensMegan @vdwnico @UniversiteLiege @Stratasys ....Depicting the sound-producing apparatus, with ribs, sound-producing muscles and swim bladder :) @MarineBanse

3D printed skeleton for my colleague @EricParmentier7 @UniversiteLiege . Great job of @DelensMegan @Stratasys

Explore the acoustic communication abilities of holocentrid fish! Our recent research reveals that these fish use sound to indicate their refusal or termination of symbiotic interactions with cleaner fish. rdcu.be/dH33t @MarineBanse @UniversiteLiege

Our new App (pc - android) in French and English to study the anatomy of mussel and ascaris (cross section and 3D!) morfonct.uliege.be/cms/c_9321907/… @UniversiteLiege

Diving into dual functionality: Swim bladder muscles in lionfish for buoyancy and sonic capabilities @MarineBanse @fred_bertucci @AnthonyHerrel @UniversiteLiege onlinelibrary.wiley.com/doi/epdf/10.11…

SPECIAL ISSUE: FISH BIOACOUSTICS This study on piranhas demonstrates that sounds can be used to categorize fish not just by their species, but also by their genus. doi.org/10.1121/10.002… #acoustics #bioacoustics @RaickXavier