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Las moscas de patas largas (familia Dolichopodidae) constituyen una de las familias de Dipteros con más especies y viven en todo el mundo. Los adultos son voraces depredadores que se alimentan de pequeños artrópodos. #Illustraciencia1 https://t.co/ICP7dP81hy
javelinadactylus sagebieli from the #paleostream
My azhdarchoid skills are rusty af
I need to start sketching them again
#pterosaurs
#maastrichtian
#cretaceous
#paleoart
Results from the #paleostream!
Denversaurus, Javelinadactylus, Skybalonyx and Argentinosaurus (the sauropod)
#paleoart #pterosaurs #dinosaurs #ankylosaur #sauropod #cretaceous #triassic #drpanosaurs #sciart #scicomm
@youyu_654160 大家好,我是新加入的雷克斯夥伴。我是翼手龍小翼。我原本是很怕飛行的,後來在雷克斯的鼓勵下。我終於展翅翱翔。之後我們的故事會用小說呈現,敬請期待。棉花糖募集中
https://t.co/0b5PLep0RN
Hello everyone, I am a new partner of Rex. I am Pterodacty.Nice to meet you.
Pterosaurs, the First Flying Dinos, Could Fly as Babies, Says Research https://t.co/agFdTxEvYX
Episode 8 of the @chasmosaurs podcast is here! Hatchling pterosaur flight, Halszkaraptor furcula, & Nagasaki hadrosaur in the news; VDA discussion: Ely Kish's illustrations for Russell's Odyssey in Time; and Marc & I interview @JCTArtStudio.
https://t.co/ORjD9hMsWO
Last up for today's #paleoart at #Patreon #FossilFriday extravaganza: a high-res version of my PR art for last week's hatchling pterosaur paper is now available. It shows, obviously, the terrific Pterodaustro - one of the best flying reptiles, surely. https://t.co/Ar9owkZRKB
Jiro and his blade-pterodactyl Kuru. Character by me. Art by me. Commissions open!
Un paseo por el #Mesozoico con @cesarsamaniego
▶️ https://t.co/FCOjnwnsKM
#dinosaur #pterosaur #crocodile #illustration
Evening quickie: Bellubrunnus
This pterosaur from Germany is known from a small fossil with curved wingtips and flexible long tail
ArtDaily recommends:
Newly-hatched pterosaurs may have been able to fly #pterosaurs #fly #research #newspaper
Read more about this here: https://t.co/Fan3ODHJ72
「翼竜」は、生まれたばかりの頃から、滑空だけでなく羽ばたいて飛行できるという事が、化石から復元したモデルの解析で判明したよ!リプで解説するね!
Darren Naish et al. "Powered flight in hatchling pterosaurs: evidence from wing form and bone strength". Sci. Rep., 2021; 11, 13130.
Pterosaurs were Capable of Flapping Flight during Earliest Phases of Life, Study Suggests
https://t.co/DGZp2mmuVI
#paleontology #science
#Pterosaur baby article at #TetZoo now with numerous reader comments, thanks to those who've contributed thoughts or challenged us on some points... https://t.co/LU8vHXytjY #pterosaurs #fossils #animals #evolution
#History #Science: baby #pterosaurs could probably fly within minutes of hatching from their #eggs — their #wings were already ideally suited for powered flight, according to a new analysis of #fossil #WingBone
👁 https://t.co/tQABhdPElY via @NewScientist
But other pterosaur-bearing rocks, like those of Solnhofen, preserve both young juveniles AND adults. We can't, therefore, entirely rule out parental care in sp. like Rhamphorhynchus or Pterodactylus. Maybe they did look after their young. Maybe they didn't.
This is an area where we need more data. Some pterosaurs - like Pteranodon, below - are essentially only known from adult specimens: we have one juvenile among thousands of adults. So they _may_ not have been looking after their offspring.