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Flapping their ears also helps cool down the front of their body as the flapping creates a slight breeze. Fapping ears keeps pesky insects at bay. too! Do Big Ears Give Elephants Better Hearing?
Warm blood flows into the capillaries, releasing excess heat into the environment. This effect is increased by flapping the ears back and forth. Larger ear surfaces contain more capillaries, and more heat can be released. Of all the elephants, African bush elephants live in the hottest climates and have the largest ear flaps.
Flapping them creates air currents and exposes the ears' inner sides where large blood vessels increase heat loss during hot weather. The trunk is a prehensile elongation of its upper lip and nose. This highly sensitive organ is innervated primarily by the trigeminal nerve , and is thought to be manipulated by about 40,000–60,000 muscles.
The animals' reactions demonstrated they were happy with their move, the elephants’ manager Erin Gardiner said. “The behaviors that we saw that indicated to us that they felt really comfortable and also excited to see each other were lots of ear flapping, trunk touching, lots of vocalizations,” Gardiner said.
The African bush elephant has grey skin with scanty hairs. Its large ears cover the whole shoulder, [12] and can grow as large as 2 m × 1.5 m (6 ft 7 in × 4 ft 11 in). [13] Its large ears help to reduce body heat; flapping them creates air currents and exposes large blood vessels on the inner sides to increase heat loss during hot weather. [14]
Asian elephants have large ears and long trunks. ©Dmytro Gilitukha/Shutterstock.com African elephant ears are far bigger than those of their ancestors and are said to take on the shape of Africa .
Elephants have hair all over their bodies but unevenly scattered. Most of their hair is around their eyes, ears, chin, trunk tip, and the end of their tail. Let’s dig into the purpose of hair ...
A great cormorant swimming. Aquatic locomotion or swimming is biologically propelled motion through a liquid medium. The simplest propulsive systems are composed of cilia and flagella. Swimming has evolved a number of times in a range of organisms including arthropods, fish, molluscs, amphibians, reptiles, birds, and mammals.