Nesihonsu

compulsive nonbeliever

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Fuzzy-Paleofauna

LowerSilesia

Future-Evolution

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About Nesihonsu

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Artist // Hobbyist // Varied

Poland
Deviant for 14 years
She / Her

Badges

Snowball: Someone likes you, and it’s snow joke! (1)

My Bio

My nick is taken from the Egyptian princess's name - the second wife of the pharoah Pinodzhem II.

I'm into everything that deals with the past of life and Earth: paleontology, geology, history (seen from the female and biological perspective, so no war and weapons, politics and economy as little as necessary but most of all dynastic genealogy, marriages, love, childbearing and so on).

Works posted here are 100% amateurish. Most of them show Mother Earth's bones - rocks, her mantle which is atmosphere and her children - living beings.

Favourite Visual Artist

Mauricio Anton in paleoart, Zdzisław Beksiński

Favourite Movies

Interview with a Vampire, Shadowmakers, Dracula by Coppola, The Force Awakens

Favourite TV Shows

The A-Team

Favourite Bands / Musical Artists

Biffy Clyro, Stoneburner

Favourite Books

Dune, Lays of Beleriand, Earth Children series, Love and Louis XIV, ASOIAF

Favourite Writers

JRR Tolkien

Favourite Games

none

Favourite Gaming Platform

none

Tools of the Trade

words

Other Interests

origin and evolution of mammals, phylogeny and systematics, horror (but not gore), women in history, British rock, Earth sciences, geotourism, modern physics.

Posts

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Nesihonsu

Oct 19, 2020

Kalaallitkigun jenkinsi

2 min read

Another haramiyidan revealed, the oldest of them all! source: https://www.pnas.org/content/early/2020/10/07/2012437117 The earliest-known mammaliaform fossil from Greenland sheds light on origin of mammals Tomasz Sulej, Grzegorz Krzesiński, Mateusz Tałanda, Andrzej S. Wolniewicz, Błażej Błażejowski, Niels Bonde, Piotr Gutowski, Maksymilian Sienkiewicz, and Grzegorz Niedźwiedzki Significance Mammals underwent an adaptive radiation shortly after the acquisition of several morphological characters in their dentition and jaw. Most of these innovations evolved to facilitate more efficient food processing. The double-rooted molariforms with a specialized crown are one such innovation, but their role in the early diversification of mammals has remained poorly understood. This study shows a comprehensive analysis of an early mammaliaform dentary, which combines data from comparative anatomy, CT scanning, and FEA. The new fossil fills an important gap in our understanding of mammaliaform