disaster-lesbianbeau: new fave insult: this is a weird hill you’ve chosen to die on, but at least you’re dead.
littleskrib: Happy Daisuga Day! Look out for the counterpart coming on 01.02! 02012019 -
If you like what you see pls consider supporting me by buying me a coffee or checking out my redbubble page! For more art visit my blog! Thank you!
typhlonectes: Tomasz Sulej, Grzegorz Niedźwiedzki Vol. 363, Issue 6422, pp. 78-80 DOI: 10.1126/science.aal4853 A proto-mammalian giantEarly terrestrial
amniotes evolved into two groups: the sauropsids, which led to the bird
and dinosaur lineages, and the synapsids, which led to mammals.
Synapsids were diverse during the Permian but were greatly reduced after
the end-Permian extinction (about 252 million years ago). The few
groups that survived into the Triassic were mostly small and retained a
sprawling gait. Sulej and Niedźwiedzki, however, describe a dicynodont
from the Late Triassic of Poland that is as large as some coexisting
dinosaurs and appears to have had an erect gait—like modern mammals.
Thus, megaherbivores in the Triassic were not only dinosaurs.
AbstractHere, we describe the dicynodont Lisowicia bojani,
from the Late Triassic of Poland, a gigantic synapsid with seemingly
upright subcursorial limbs that reached an estimated length of more than
4.5 meters, height of 2.6 meters, and body mass of 9 tons. Lisowicia
is the youngest undisputed dicynodont and the largest nondinosaurian
terrestrial tetrapod from the Triassic. The lack of lines of arrested
growth and the highly remodeled cortex of its limb bones suggest
permanently rapid growth and recalls that of dinosaurs and mammals. The
discovery of Lisowicia overturns the established picture of the
Triassic megaherbivore radiation as a phenomenon restricted to
dinosaurs and shows that stem-group mammals were capable of reaching
body sizes that were not attained again in mammalian evolution until the
latest Eocene.
Read the paper here.
typhlonectes: Purple Sea Pen, Virgularia sp.
You
might be surprised to find out that this feather-like structure—dubbed a
sea pen—is actually a colony of polyps that work together to survive in
the ocean. Different polyps have different responsibilities depending
on their location on the body. There are feeding polyps that catch
plankton, as well as polyps that circulate water to keep the colony
balanced and upright. About 300 species of sea pens can be found swaying
on the ocean floor around the world.
Photograph by Nhobgood Nick Hobgood
via:
American Museum of Natural History
sougwen: What are the #sensorymixesofthefuture?
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Process studies for #m̴y̴c̴e̴l̴i̴a̴, a sculpture series exploring mycelium networks as a model for consciousness .
Resin prints, Drawn and sculpted in #VR . http://bit.ly/2LUdFGw
littleskrib:
Finally allowed to post my contribution for the @domestickurodaizine “Midnight to Morning Coffee”!
Shoutout to @cupofkoushi for all the hard work you put into creating this zine and also @ellessey-writes who I teamed up with for a beautiful wholesome collab - thank you so much for this wonderful experience guys!
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If you like what you see pls consider supporting me by buying me a coffee or checking out my redbubble page! For more art visit my blog! Thank you!
littlecofiegirl: yijitumbles: I got really bummed out that I couldn’t find a cute Psyduck wallpaper for my computer. Then I remembered I do art.
This is awesome. It looks like a screenshot from the cartoon!!! ♡♡♡♡♡
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