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Poland found elephant-sized primitive mammals, the largest single-porous suborders have friends who want to identify fossils can follow me after a private message reply "fossils" to contact me

author:Fossil world

Researchers have unveiled a creature called Lisowicia bojani, an ancient animal in the Synapsid suborder that eventually evolved into a mammal. This becomes a new clue to the changing changes of our terrestrial ancestors, where it provides evidence of the existence of larger monoporous suborder branches – they were often considered small during the Triassic period.

Poland found elephant-sized primitive mammals, the largest single-porous suborders have friends who want to identify fossils can follow me after a private message reply "fossils" to contact me

Lisowicia bojani was one of the last monoporous suborders on Earth and the largest monoporous suborder at the time.

The creature and some of its relatives have recently been spotted in southern Poland. The researchers found them in Lisowice, 2 km west of Lublinz.

In particular, this large herbivoore lived alone among the dinosaurs. Although there are other early, small pre-mammals in the theropods, they are much smaller in size. Our vast friend wanders among different species.

Poland found elephant-sized primitive mammals, the largest single-porous suborders have friends who want to identify fossils can follow me after a private message reply "fossils" to contact me

It is understood that the creatures found in the pit are only about 1.5 meters in size, shorter than humans (if they really walk on all fours). The largest is about 2.6 meters high and weighs about 9 tons. One may never know exactly how heavy the animal weighs because its fat is not well preserved, but researchers can estimate their weight more accurately based on modern relatives of these animals.

Poland found elephant-sized primitive mammals, the largest single-porous suborders have friends who want to identify fossils can follow me after a private message reply "fossils" to contact me

<h1>Friends who want to identify fossils can follow me and reply to "fossils" in a private message to contact me

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