Thrilled to share a new look inside how the alligator foot functions, out #OA in @J_Exp_Biol! Here we show how #metatarsals (the dominant skeletal elements in the foot) continuously reconfigure to conform with the ground. 🐊 Let's talk feet 🐊1/10 https://t.co/M3OaB7VNSA
🐊New paper out!🐊 "Inner workings of the alligator ankle reveal the mechanistic origins of archosaur locomotor diversity" with Stephen Gatesy in @JAnatomy#OA paper here: https://t.co/rkTB6h2p7y
Many thanks: @NSF@EEB_Brown@AdskMaya, the #XROMM community, + more!
Humbled to have won the Alfred Sherwood Romer Prize at the #2022SVP#SVP2022 annual meeting — very grateful to my PhD advisor, Steve Gatesy @EEB_Brown, and my postdoc advisor, @AnjanBhullar@yalepeabody, for being so supportive of this work 🦖
I had a fantastic time at my first in-person #IEEEVIS. Thank you to all my new friends, colleagues, and mentors for such engaging vis conversations and for all the encouraging discussion on #skeletalMotion visualization for #dinosaur locomotion research. Let's stay in touch!🦖
How do salamanders move, and how can we visualize joint range of motion (RoM)? Excited that the final papers from my PhD are now out! We developed a method to collect and visualize joint RoM, and use it to compare salamander hindlimb in vivo and ex vivo RoM. Thread [1/n]
Immense size of sauropodomorph dinosaurs necessitated soft tissue pads to reduce the stress within pedal bones.
Jannel et al 2022 @ScienceAdvances Softening the steps to gigantism in sauropod #dinosaurs through the #evolution of a pedal pad
https://t.co/XGYm8iZm9g
Excited to announce our new paper in early view at @JAnatomy detailing phalangeal development in #Hemidactylus#geckos! #GeckoEvoDevo
Collab w: @tony_gamble1, AM Bauer, AP Russell
https://t.co/OdvkVXmQX6
Just out, with lead author Chris Griffin, former postdoc @chico_botelho, and a fantastic team of coauthors: the culmination of 7 years of work on the embryology and anatomy of the archosaur, and especially the dinosaur, hip. 1/12 https://t.co/ytLIweNuHK
5000 double pendulums, with a tiny (0.000001 rad) variation on starting angles. Color line connects original neighbours, thickness proportional to how close they remain (firs bifurcation starting at 0:12 provides a good understanding of what's going on).
@elimendoza__ State what field(s) your background is in/introduce your perspective to help the audience contextualize some broader statements you might make throughout the presentation.