Dr Alice Clement
@draliceclement.bsky.social
570 followers 200 following 80 posts
Evolutionary Biologist & Palaeontologist 🦴Lungfish Enthusiast 🐟 Loves Brains & CT 🧠 Flinders Palaeontology 🇦🇺 Virtual Australian Museum of Palaeontology 🩻 Royal Society SA Vice President 👑
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draliceclement.bsky.social
YES you should!! It’s the best logo!
draliceclement.bsky.social
Don't forget to get your #CAVEPS merch here using our amazing logo featuring #plesiosaur Umoonasaurus, #lungfish Metaceratodus, #echidna Megalibgwilia, and #flamingo Phoeniconotius, designed by Dr Jonathan Cramb: www.toothygrin.com.au/shop/categor...
CAVEPS 2025
We create amazing designs.
www.toothygrin.com.au
Reposted by Dr Alice Clement
michael-s-y-lee.bsky.social
Fully funded PhD scholarship on Scorpion Evolution at Flinders University, working with Russell Bicknell, Bruno Buzzato
@brunobuzatto.bsky.social and myself

Details at this link:
www.flinders.edu.au/scholarships...

Please spread the word!
draliceclement.bsky.social
The functional trait space of fish communities reflects evo history, habitat and climate.

Devonian and modern fish communities differed in trait composition, implying that ancient communities functioned differently. But habitat and climate functional diversity patterns were consistent across time.
draliceclement.bsky.social
This work was led by John Llewelyn with coauthors John Long, Richard Cloutier, Alice Clement, Giovanni Strona, Frédérik Saltré, Michael S.Y. Lee, Brian Choo, Kate Trinajstic, Olivia Vanhaesebroucke, Austin Fitzpatrick & Corey Bradshaw @conservbytes.bsky.social @flindersuniversity.bsky.social
draliceclement.bsky.social
“Trait-space disparity in fish communities spanning 380 million years from the Late Devonian to present”, published now in Palaeogeography, Palaeoclimatology, Palaeoecology, comparing trait space occupation between 3 Late #Devonian communities with modern ones

www.sciencedirect.com/science/arti...
Trait-space disparity in fish communities spanning 380 million years from the Late Devonian to present
The diversity and distribution of species' traits in an ecological community determine how it functions. While modern fish communities conserve trait …
www.sciencedirect.com
draliceclement.bsky.social
This work was led by Kate Trinajstic, with co-authors Zerina Johanson, Carole Burrow, Moya Meredith Smith, John Long, Alice Clement, Brian Choo, Anton Maksimenko & Vincent Dupret, and supported by ARC funding (DP1092870, DP140104161, DP220100825, DP240102156)

#GogoFormation #arthrodire #dentition
draliceclement.bsky.social
48 hours, 8 sharks, 3 researchers and a WHOLE LOT OF DATA! 🦈 🩻 Another busy and successful trip to @ansto.bsky.social synchrotron!

With @weisbeckerbblab.bsky.social for an exciting new project with @charlie-huveneers.bsky.social @meyer-sci.bsky.social & our other fabulous collaborators… 🦈🦈🦈
Reposted by Dr Alice Clement
conservbytes.bsky.social
Trait-space disparity in fish communities spanning 380 million years from the Late #Devonian to present www.sciencedirect.com/science/arti...

#traits #fish #evolution #ecology 🌏🧪
Reposted by Dr Alice Clement
fishfetisher.bsky.social
Visualizing this as a morphospace, we see the lungfish jaws (on the right) are much thicker and stockier compared to ray-finned fishes (lower left). 11/15
A morphospace plot. Each dot in the plot is colored according to a mechanical advantage value (yellow is the highest and dark purple the lowest). The dots generally go from dark purple in the lower left hand corner and gradually change color to yellow in the top right corner. There are representative CT scan models of lower jaws throughout the plot.
Reposted by Dr Alice Clement
fishfetisher.bsky.social
If we look at jaw shape as a morphospace thru time, we see lungfish (Dipnoi) burst out of the gate during the early Devonian, leaving the ray-finned fishes, and most of their lobe-fin relatives, far behind. 9/15
 A traitgram through time. There is a geological scale on the x-axis going from the Silurian period (430 million years go) to the end of the Devonian (359 million years ago). The y-axis shows PC1, or principal component 1 of the shape analysis. There are colored dots in the plot representing 1 individal species. There are seven major groups represented by a colored silhouette: Actinopterygii is lime green, Stem Sarcopterygii is red, Onychodontida is dark blue, Actinistia is light blue, Tetrapodomorpha is yellow, Non-dipnoan dipnomorpha is light purple, and Dipnoi is orange. Overall, most dots in the traitgram cluster together through time, but the species in Dipnoi extend far into the upper portion of shape space.
Reposted by Dr Alice Clement
fishfetisher.bsky.social
When we compare how fast/slow these jaws are evolving, we find a neat pattern. Devonian lungfish really stand out with their super fast rates, while early ray-finned fishes are comparatively very slow. 8/15
A circular phylogenetic tree with seven major groups of fishes indicated around the branches. There are colored silhouettes representing each bony fish clade (Actinopterygii is lime green, Stem Sarcopterygii is red, Onychodontida is dark blue, Actinistia is light blue, Tetrapodomorpha is yellow, Non-dipnoan dipnomorpha is light purple, and Dipnoi is orange. The tree branches are colored by rate of shape, some branches are dark blue (indicating slow rates) and some are purple to yellow (fastest rates). Most of the tree is dark blue to light purple branches, but the Dipnoi clade (lungfishes) are light purple to orange to yellow, indicating fast rates of jaw shape evolution).
draliceclement.bsky.social
Flinders Uni “fishy crew” catch up, extra special with John and Heather in town!!! 🦈🐟
draliceclement.bsky.social
Want to do a PhD on White Sharks using high-powered imaging to analyse form and function of their teeth and jaws?

You will work with me and the dream team @charlie-huveneers.bsky.social @meyer-sci.bsky.social @weisbeckerbblab.bsky.social & #SARDI at Flinders Uni

🦈🦷🦴 Interested? Get in touch!
draliceclement.bsky.social
Congratulations #Monkeystack, the amazing animators who brought our #Carboniferous #amniote "Manny" to life.

The video won 🥈 in the Education and Infographics category at the Australian Effects and Animation Festival Awards!

Watch it again 'cause it is just SOOO GOOD! youtu.be/KTU0hY-JZuc
Fossil footprints found in Australia the oldest evidence of amniotes
YouTube video by Guardian Australia
youtu.be
draliceclement.bsky.social
Very proud of Flinders Palaeontology PhD student, Joshua Batt, who won second place for the best student presentation (Lars Brundin Award) at the recent Willi Hennig meeting in Hong Kong! Great stuff Josh!! 👏🏼