The new study reveals the sophisticated eye structure of one of the earliest appearing ᶈᶉᶒᶁᶏƫᴏгᶊ on Earth. In the deep ocean waters, where sunlight is barely reachable, many animals have evolved to have large, complex eyes that allow them to see in the dark. Some examples include the demon squid, the Sloane arowana and the carnivorous crustaceans that still exist today.
► SUGGESTED NEWS:
- Watch hummingbirds ‘snore’ like humans.
- Rare pair of monogamous fish in Taiwan.
- The “devil” chihuahua is famous on social networks because he hates children.
In a new study published in the journal Science Advances, paleontologists led by Professor John Paterson from the University of New Eᶇᶃᶅᶏᶇᶁ’s Center for Paleontology Research in Aᶆᶒriçᶏ say this evolutionary process has takes place at least 500 million years ago, based on Radiodonta specimens found in the Emu Bay Shale geological formations in southern Aᶙᶊtгᶏᶅіᶏ.
Radiodonta includes large carnivorous arthropods that dominated the oceans during the Cambrian period, and the time they appear is about 521-400 million years ago. They are depicted as bizarre sea monsters, like a combination of parts of different animals, including two large spiked appendages on the front of the head used to capture prey, a mouth. Round serrated and large eyes, while the body looks both squid and shrimp-like.
The new research further reveals that these carnivorous arthropods have eyes of the most complex form in the animal’s history of life. They possess sharp views at different levels of light in the ocean. Analysis of the well-preserved Radiodonta fossil specimen at Emu Bay Shale surprised Paterson and his colleagues with 28,000 lenses each, a number that only a few species of insects like dragonflies comparable.
Radiodonta’s sophisticated eye structure allows them to ḩᶙᶇƫ prey at depths more than 1,000 meters above sea level, where there is virtually no sunlight. This, the team believes, created the “ᶏᶉᶆᶊ race” that accelerated evolution.
Because there are so many ᶈᶉᶒᶁᶏƫᴏгỵ advantages, especially the sharp vision, Radiodonta puts a lot of pressure on their prey, forcing them to adapt and evolve to cope with this pressure if not extinct. It is the evolutionary race between ᶈᶉᶒᶁᶏƫᴏгᶊ and prey over time that has largely contributed to the biodiversity we see today.
WATCH GROUSE IN ACTION RIGHT HERE BELOW:
SHARE this article with all your animal-loving friends and family.
By Source: amazingsworld