Galloping is a pronunciation that comes from the way horses run when they are speeding, even though their gallops do not touch the ground at the same time. This feature, which is identified with horses today, was also seen in many different animals millions of years ago compared to scientific people.
When you think about it, you may not be able to imagine any animal galloping apart from horses and similar animals. Scientists said that abilities such as jumping and galloping first appeared in animals with breasts 210 million years ago. But new research has revealed that this is not the case, and that most animals, other than horses, were able to gallop long ago.
Millions of years ago, many interesting animals were able to gallop
McElroy and Michael Granatosky of New York Institute of Technology, USA, animals’ walking and running abilities were much higher than previously thought. thought they might have developed it before, and this curiosity prompted them to investigate the past of animals. Previous studies showed that breasted animals first emerged 210 million years ago with asymmetrical movement abilities such as jumping, leaping and galloping. This research by the duo revealed that animals had these abilities long before the previous research. Studying 308 animal species known to use asymmetrical gaits, the researchers discovered that the cetaceans of many animals, including fish, can coordinate their limbs asymmetrically to propel themselves or remove them from their surroundings.
After months of research, 472 million years ago, when there was no human life on land now; It turns out that animals have abilities such as jumping, leaping and galloping. According to the research, crocodiles, elephants, lizards, frogs and many other animal types that have lost these abilities today were able to gallop millions of years ago. However, scientists also note that galloping or being able to move asymmetrically is not a behavior unique to animals with breasts. According to the information obtained, the ancestors of some fish species could even propel themselves along a seabed with the help of their fins.
Scientists suggest that animals that have lost the ability to move asymmetrically may have lost the boundaries that coordinate these movements to date, and that it is because they have grown too large to take off or move their limbs faster.