Bye bye Noemi! We had a blast hosting you for your @euerasmusplus.bsky.social mundus project.

More 🐠 👀 🧠 research to drop soon.

@wensungceph.bsky.social

Ops(es)in(g) in Prague with an amazing bunch of researchers @fishevo.bsky.social @joostraeymaekers.bsky.social l
@emiliapsantos.bsky.social & Marta Barulenga :)

Deep-sea fish reveal an alternative developmental trajectory for vertebrate vision Hybrid photoreceptors in larval deep-sea fish reveal evolution of an alternative developmental trajectory for vertebrate vision.

A new #ScienceAdvances study finds three deep-sea fishes see light unlike any other vertebrates, thanks to hybrid retinal cells. https://scim.ag/3Oo1dmx

Table coral

Three-way hybridization of table corals in the Acropora hyacinthus group from the southern Great Barrier Reef results in parallel adaptive introgression. Check out our new preprint: doi.org/10.64898/202...

#CoralSky #MarEvol #coral #popgen #consgen #genomics

Deep-sea fish larvae rewrite the rules of how eyes can be built Deep-sea fish larvae combine features of both rods and cones into a single, highly specialised cell that is optimised for life in between light and darkness.

#LilyFogg and I wrote a #popscience article about the recent #deepsea #fish visual development paper in @theconversation.com

Study in @science.org is here
tinyurl.com/ytxtttft

theconversation.com/deep-sea-fis...

I am happy to share a new review article, as part of a future special issue on vision in challenging environments, led by @fishevo.bsky.social and @drfishvis.bsky.social

@biologyopen.bsky.social highlighting our new #OA paper on the impacts of uvr☀️on clownfish embryo development 🐠🥚

@craigefranklin.bsky.social @drfishvis.bsky.social

doi.org/10.1242/bio....

Deep-sea fish reveal an alternative developmental trajectory for vertebrate vision Hybrid photoreceptors in larval deep-sea fish reveal evolution of an alternative developmental trajectory for vertebrate vision.

Fresh off the press 💥

Deep-sea fish reveal an alternative developmental trajectory for vertebrate vision | Science Advances www.science.org/doi/10.1126/...

This Thursday, 13:00 GMT+1 (1pm UK, 2pm Europe) we have the Sussex Vision series coming back. Tune in at m.youtube.com/playlist?lis... to hear Fabio Cortesi talk about vision in coral reef fishes. See you there!

We're hiring a postdoc!👀
Join us to explore the amazing world of (deep-sea) fish vision! We're looking for a curious researcher to work with histology, FISH, and even crispr!
Apply by 14 July 2025.
Thks for sharing!
#PostdocJobs #DeepSea #FishVision #Evolution www.fishevo.com/open-postdoc...

Our latest on the use of colour in marine critters - this one is about fiddler crabs waving their enlarged claw as a predator distraction 🦀

Watch the movie for some good entertainment ;)

CrossFilt: A Cross-species Filtering Tool that Eliminates Alignment Bias in Comparative Genomics Studies Comparative functional genomic studies are often affected by biased read mapping across species due to inter-species differences in genome structure, sequence composition, and annotation quality. We d...

We developed CrossFilt, a read-level, cross-species filtering approach that avoids these errors without sacrificing usable data. It outperforms all existing strategies and exposes just how much signal in comparative genomics has been misread.

doi.org/10.1101/2025...

New review on deep-sea fish vision and the contribution of genomic and transcriptomic data. Part of the future special issue on vision in challenging environments in Functional Ecology:-). With @drfishvis.bsky.social in @funecology.bsky.social
besjournals.onlinelibrary.wiley.com/doi/10.1111/...

An (omics) perspective on the evolution of vision in deep‐sea fishes reveals exceptional adaptations to life in the extreme Read the free Plain Language Summary for this article on the Journal blog.

💥 New perspective out in @functionalanalysis.bsky.social w. @fishevo.bsky.social

An (omics) perspective on the evolution of vision in deep‐sea fishes reveals exceptional adaptations to life in the extreme 🐟🧬👀 besjournals.onlinelibrary.wiley.com/doi/10.1111/...

The planktonic microbiome of the Great Barrier Reef Large genome databases have markedly improved our understanding of marine microorganisms. Although these resources have focused on prokaryotes, genomes from many dominant marine lineages, such as Pela...

Very excited to present the Great Barrier Reef Microbial Genomes Database (GBR-MGD), a comprehensive DB of 1000s of high-quality prokaryote, virus, plasmid, and chromosome-level eukaryote MAGs using Nanopore long reads. Subthreads incoming. Please share widely. 🙂

www.biorxiv.org/content/10.1...

3/3 Once the larvae have hatched they enter a 10-14 day pelagic phase where they need to feed like crazy on various types of zooplankton (copepods, rotifers and brine shrimps in the lab) before they return to the reef, or in our case the pot, to settle and metamorphose into a mini #nemo

2/n Once the eggs have been successfully fertilised, they will turn black after 2-3 days as the embryos begin to develop their black pigment in the skin.

After ~8-10 d the eyes start silvering up and the embryos will hatch shortly thereafter, this usually occurs at night. See next post for larvae

1/n Amphiprion percula aka #nemo ready to spawn. This is one of our most proficient breeding pairs in the University of Queensland breeding colony. The female will adhere her eggs to the pot for the male to fertilise —> see next post

A standardized nomenclature for the rods and cones of the vertebrate retina Vertebrate photoreceptors have been studied for well over a century, but a fixed nomenclature for referring to orthologous cell types across species has been lacking. In this Consensus View, the autho...

A vertebrate #vision community effort to standardise the way we call image forming photoreceptors, with new marker genes to delineate the receptor types.
👀📸📞

PR0 = rod photoreceptor
PR1 = formerly lws receptor
PR2 …
PR3 …

journals.plos.org/plosbiology/...

A total-evidence phylogenetic approach to understanding the evolution, depth transitions, and body-shape changes in the anglerfishes and allies (Acanthuriformes: Lophioidei) The anglerfishes and allies (Lophioidei) are a diverse group of fishes with over 400 carnivorous species that are renowned for their remarkable hunting behavior employing a modified first dorsal-fin s...

1/11 New #OpenAccess #anglerfish paper in @plosone.org! We combine genomic, mitochondrial, and morphological data to produce the most complete evolutionary hypothesis for anglerfishes! Includes new body shape, habitat analyses, and a new frogfish subfamily) 🦑
doi.org/10.1371/jour...

*** Academic BFD alert ***

We just published a new global bird phylogeny. It synthesizes the work of thousands of researchers before us, and it will grow and improve over time. @snacktavish.bsky.social @birdsoftheworld.bsky.social www.pnas.org/doi/10.1073/...

Physiological Traits for Predicting Poleward Extensions in Tropical Fishes: From Lab to Management We review the physiological mechanisms that permit poleward range expansions of tropical reef fishes into temperate waters. Filling in key knowledge gaps, we develop a framework to improve the implem...

Our 🚨new paper🚨 in @globalchangebio.bsky.social reviews & roadmaps how physiology can improve our understanding of 🔥#climatechange🔥 induced #tropicalisation🔃 of marine fishes🐟 & help inform management!

onlinelibrary.wiley.com/doi/full/10....

Social media postcard that says: Are you an early-career researcher within five years of your first appointment to a faculty position? You could be eligible for our new grants for junior faculty staff The Journal of Experimental Biology logo is in the bottom left corner. The Kickstart grant logo, two hands shaking, is in the bottom right corner.

If you're a new PI within 5 years of your first faculty position, here are two fantastic grants to help develop your research: the Kickstart Travel Grant & ECR Visiting Fellowships

Find out more at biologists.com/grants/#jeb

The next application deadline is 6 June

Please repost to spread the word

Junior faculty job alert in Germany - Marine Evolutionary Genomics @geomarkiel.bsky.social / University of Kiel www.geomar.de/en/karriere/... Marine study system of your choice (no microbes, sorry…), excellent infrastructure and ship access, moderate teaching requirements, closing date 6 June

Nice, I call I the grey sky puzzle 🧩 challenge in my classes.

Blue-lined #octopus 🐙 That’s the post…

@wensungceph.bsky.social

Monday blues 🐢 #turtle #heronisland

#JobOpportunity at University of Tasmania… 👋🐟🌿

🚨Deadline: Wed 9 April 🚨
🎣 #Postdoc in Seagrass Restoration, to aid recovery of red #handfish
🗓️ Fixed, full time – to June 2026
💰 $121,737

👀 careers.utas.edu.au/en/job/50094...

Bad romance: male octopuses inject deadly venom into their mates Nature - The paralysing toxin deployed by the male blue-lined octopus might help to protect him from being eaten.

Male blue-lined octopuses inject females with venom during mating to avoid being eaten by their partners

https://go.nature.com/3R8vRym

Blue-lined #octopus 🐙 That’s the post…

@wensungceph.bsky.social