Ramon Nagesan

Are you interested in high-throughput #diceCT scanning. If so, check out our paper! @scaleyhan @jcroweriddell @jaimiAgray and Alison Davis Rabosky onlinelibrary.wiley.com/doi/full/10.10…

Scientists CT-scanned thousands of natural history specimens, which you can access for free Natural history museums have entered a new stage of scientific discovery and accessibility with the completion of open Vertebrate (oVert), a five-year collaborative project among 18 institutions to create 3D reconstructions of vertebrate specimens and make them freely available online. The project is led by the @FloridaMuseum of Natural History and includes several biologists from the University of Michigan. A paper summarizing the project and its impacts was published online March 6 in the journal BioScience. Natural history museums got their start in the 16th century as cabinets of curiosity, in which a few wealthy individuals amassed rare and exotic specimens, which they kept mostly to themselves. Since then, museums have become a resource for the public, with exhibits that showcase biodiversity for anyone interested in learning about it. However, most natural history collections remain behind closed doors, accessible only to scientists who must either travel to see them or ask that a small number of specimens be mailed on loan. The research team behind oVert wants to change that. “If you require someone to get on a plane and travel to you to collaborate, that’s prohibitive in a lot of ways,” said David Blackburn, principal investigator of the oVert project and curator of herpetology at the Florida Museum of Natural History. “Now we have scientists, teachers, students and artists around the world using these data remotely.” Between 2017 and 2023, oVert project members took CT scans of more than 13,000 specimens, with representative species across the vertebrate tree of life. This includes more than half the genera of all amphibians, reptiles, fish and mammals. More than 1,600 specimens from @umichLSA's Museum of Zoology collections were scanned as part of the #oVertTCN project—mostly mammals, reptiles, amphibians and fish, along with a few birds. The museum also scanned several hundred specimens for partner institutions. “The University of Michigan Museum of Zoology is the home to some of the largest collections of vertebrates in the world. We were able to utilize those collections and our own in-house CT scanner to produce 3D models of thousands of our voucher specimens, as well as material from collaborating collections,” said Cody Thompson (@codythompson51), mammal collections manager and associate research scientist at #UMMZ. The other U-M co-authors of the @AIBSbiology BioScience paper are Alison Davis Rabosky, Ramon Nagesan, Daniel Rabosky and Gregory Pandelis. Learn more: news.umich.edu/scientists-ct-…

Natural history museums have entered a new stage of scientific discovery and accessibility with the completion of open Vertebrate (oVert), a five-year collaborative project among 18 institutions to create 3D reconstructions of vertebrate specimens. #umeeb myumi.ch/kZ45z

Five years after its start, the openVertebrate project has made thousands of 3D natural history specimens available for free online. scim.ag/6b3 @NewsfromScience

Five years after its start, the openVertebrate project has made thousands of 3D natural history specimens available for free online. scim.ag/69C

With the completion of a years-long project called openVertebrate, the insides of more than 13,000 museum specimens are seeing the light of day. sciencenews.org/article/3d-ani…

What’s the most ridiculous way you’ve had to come up with to mount a specimen for CT scanning? 😂 This is a strongly curved gorilla rib at ~8 micron resolution!

@Friedman_Lab Hardcore.

@RamonSN Nay--forged in the cold iron heart of siderite!

Still goin' strong! 💪🤞

@Friedman_Lab Forged in sand- & mudstones...

@RamonSN Our filaments are made strong by scanning dreadful fossils.

@DragonflyWizard To your credit, it's been an amazing day 1.

I don't recommend event planning as a side gig. The stress of planning your first conference (hybrid meeting) without neglecting your normal full time responsibilities. 😬

Today we're learning some incredible things about micro-CT analysis and 3D rendering with @DragonflyWizard and other speakers at @OrsDragonfly3D first ever symposium, hosted at @UMich

@MannArjan @Paleoartologist Congrats!

I'd like to introduce the world to our new Carboniferous edaphosaur Melanedaphodon hovaneci gen et. sp. nov.. This mammal ancestor was one of the earliest to experiment with herbivory, not long after the origins of amniotes! Recon by @Paleoartologist nature.com/articles/s4159…

@hannahiweller Congratulations!!!

Dr. Weller!

I'm very happy to finally say Doctor @mirandanicole_c! Miranda successfully defended her Ph.D at @UMich. Congratulations to my partner in life, I'm incredibly proud of her!!

@klwilson23 I don't think I do unfortunately. But from the thread it looks like they may have found someone.

@RamonSN maybe you know folks?

I guess I can say I'm a "marathoner" now! #venturamarathon

Michigan friends, if you're around MSU please stay safe.

The @NoCTURNetwork is working to compile a comprehensive list of CT scanning labs in academic institutions around the world. If you work at, or know of, a lab that you think should be included in this list, please fill out this form! forms.gle/hwXcoJGLsjDuBq…

I'm really excited to finally share this. If you want to try diceCT on your fluid preserved fish, give our paper a read!