PROBABILITY OF YOU DRINKING A GLASS OF WATER THAT CONTAINS A WATER MOLECULE THAT ALLSO PASSED FROM A DINOSAUR IS ALMOST 100%

The water on our earth that we drink today is the same water that’s been here for about 5 million years. Only little bit of its has broken free into space and water hasn’t formed either. That means they’re a very high chance that the water in your glass is what thirsty dinosaurs were gulping in the time of their existence.

As the water of lakes, oceans, and rivers warm up due to heat, it travels into the sky has very tiny vapour. When the water vapour gets colder in the atmosphere, it turns back to liquid to form clouds. When the liquids gets so heavy, it can’t stay in the atmosphere anymore, so it fails, or “precipitates”, and the cycle continuous.

The water in your glass can be the same water that dinosaurs drank, but it’s also the same water that’s going to keep life on our planet in the years to come.

“SIBERIAN UNICORN” THAT LOOKED MORE LIKE A HAIRY RHINOCEROS, ROAMED THE EARTH AS RECENTLY AS 29,000 YEARS AGO!

The ‘siberian unicorn’ (Elasmotherium) reproduction sculpture.

Elasmotherium was a genus of large rhinoceros endemic to Eurasia during the late pliocene through the pleistocene existing from 2.6 Ma to at least as late as 39,000 years ago in the late plesitocene. A more recent date of 26,000 BP is considered less reliable.

Three species are recognized. The best known, E. Sibiricum, or Siberian unicorn was the size of a mammoth and is thought to have borne a large, thick horn on its forhead.

Theories about the function of his horn include defense against predators, attracting mates, driving away competitors, sweeping snow from the grass in winter, and digging for water and plant roots. Like all rhinoceroses, elasmotheres were herbivores. Unlike any other rhinos, its high crowned molars were ever growing.

The known specimens of E. sibiricum reach up to 4.5m (15ft) in body length with shoulder heights over 2m (6ft 7 in) while E. Caucasicum reaches at least 5m (16ft) in body length with an estimated mass of 3.6-4.5 tonnes (4-5 short tons), based an isolated molars that significantly exceed those known from the Siberian species. Bother species were among the largest in the family Rhinocerotidae.