A great deal of fossil evidence exists to show that the Diprotodon existed. Diprotodon (giant wombat) fossils are found throughout outback Australia. They have most commonly been found in the Darling Downs in southern Queensland; inland areas of New South Wales such as the Wellington Caves, Tambar Springs and Cuddie Springs; Bacchus Marsh in southern Victoria; and eastern parts of South Australia such as the Naracoorte Caves and Burra, and on King Island. Hundreds have been found in Lake Callabonna in South Australia, from animals apparently trapped in mud. There is also evidence that Diprotodons co-existed with the Australian Aborigines.
Diprotodon (giant wombat) fossils are found in outback Australia, through the inland plains.The most common locations for Diprotodon fossils have been the Darling Downs in southern Queensland; inland areas of New South Wales such as the Wellington Caves, Tambar Springs and Cuddie Springs; Bacchus Marsh in southern Victoria; and eastern parts of South Australia such as the Naracoorte Caves and Burra. Hundreds have been found in Lake Callabonna in South Australia, from animals apparently trapped in mud. They were also known on King Island, but not the nearby state of Tasmania; nor have they been found in either the Northern Territory or in far southwest Western Australia.
Lichens are believed to have existed for hundreds of millions of years. Fossil evidence suggests that lichens have been around since the late Silurian period, dating back over 400 million years.
To date, fossil evidence shows that humans existed in the Western Hemisphere as far back as 10,000 BC BCE. There is also evidence of tools that also match the fossil remains.
There is no scientific evidence to suggest that a supercontinent called Rondia existed. Earth's geological history is primarily characterized by supercontinents such as Pangaea, Rodinia, and Gondwana, which have been well-documented through geological research and evidence.
The four main types of evidence supporting the continental drift theory are: Fossil evidence showing similar plant and animal species existed on continents that are now widely separated. Geological evidence such as matching rock formations and mountain chains across different continents. Paleoclimatic evidence, where past climate data from different continents align when the continents are reconstructed as a single landmass. Seafloor spreading and magnetic stripes on the ocean floor supporting the movement of continents.
They found fossils
No. Cryptids are legendary creatures for which no hard evidence exists - only "sightings" which are unsubstantiated. Diprotodon (giant wombat) fossils have been found through much of outback Australia, giving solid evidence for the existence of these megafauna.
'Diprotodon optatum' is the scientific name for the Diprotodon, or giant wombat. The Diprotodon was the largest of the marsupials and probably the best known of Australia's megafauna, living many millennia ago. It stood 1.8 to 2 m high at the shoulder and was 3 to 3.8m long from head to tail.
What evidence did the archaeologist find to suggest that the Tainos existed
The scientific name for the extinct animal known as the Diprotodon is Diprotodon optatum. Otherwise known as a giant wombat, this animal is the one from which the order 'Diprotodontia' was derived. Diprotodontia encompasses marsupials such as wombats, koalas, kangaroos and possums (but not opossums, which are of a different order).
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the castles
We know Cleopatra existed because of the written evidence from the ancient writers.
Archeological evidence. Pyramids, statues, foundations, pottery etc.
The Diprotodon (giant wombat) no longer exists. When it did exist, it was the largest of the marsupials. It measured up to 1.7 m at the shoulder, and its length averaged 3.8 m from head to tail.
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