Should the elephants represent the great treasures of animal rule?

In the immensity of animal dominance, morphological adaptations fascinate everyone else. Parmi elles, the oreilles of African elephants, are distinguished by their spectacular size, surpassing the sirloins of all other extraterrestrial creatures. More than a simple anatomical curiosity, these gigantic appendages contain secrets similar to their extreme surroundings. Their greatness was not the result of an attempt, but a long, evolving process created by the necessities of survival from an unrelenting loneliness. How do you know this is the case?

A unique feature under the control of the beast

The oreilles of the elephants of Africa, true “fans of nature”, are the oversized parmies of all animals on earth. They are close to 20% of the total body area of ​​these giants, an extraordinary ratio.

This trait was not adopted by their Asian cousins, Oreilles and Petites, as they require a different adaptation to their forest environment, or the temperatures are not very extreme.

This difference illustrates the evolution of this particular species to respond to the particular characteristics of its habitat. In the vast African savannas, temperatures can rise to over 40 ° C, the elephants of Africa have an intense face, enhanced by the lack of color nuances and the need to walk long distances in search of water and nutrition.

However, these first impressions are absolutely undeniable, and their components are vulnerable. I presented him with his declarations of blessings, confirmations of conflicts or encounters with robbers. This duality is a fascinating element that is essential to elephant watching.

An adaptation to extreme temperatures

The main task of large elephants is to regulate heat, a vital process in the environment that also meets the requirements of the African plain. These are the main functions of Chaleur changers, which constantly help the elephants to improve the efficiency of their body.

The key to this adaptation lies in its structure, like the soul of IFLScience. The stones are trapped in a dense pool of sanguine water, which is currently in exceptionally good condition. As an elephant moved its ears, it circulated in the air of these ships and sang constantly before returning to the corps. It was estimated that an elephant could only circulate about 12 liters per minute in its hours, representing a remarkable cooling capacity.

This strategy is particularly crucial during safety periods as temperatures rise and water points are rare. The elephants are very large and maintain a stable body temperature of around 36°C. Since they are unable to dissipate the heat, they are unable to survive in the inter-regional regions if they cannot move.

This thermal adaptation is not unique to elephants. Many other animals live in extreme environments and have developed similar strategies. Note, however, that the elephants that use this mechanic have to work exceptionally due to their size and high energy requirements.

A fascinating comparison with other animals

As the oreilles of the elephants assume larger dimensions in absolute perfection, they are unable to keep up with the size of the corps. This title à la un petit mammifère discreet, but not remarkable for nothing: the Gerboise à longues oreilles (Euchoreutes naso).

When I came from the deserts of Mongolia and China, I didn’t give the ores a long time before my death. If a person has large proportions, they depend on the size of the vinyl discs. These oversized pieces serve a goal similar to the elephant cell: allow body heat to dissipate in an environment where it is not near extreme temperatures.

In addition to their lights, gerboises evolved to adapt to their habitat. They had long and powerful strokes, rapping cells of the kangaroo, which allowed it to quickly move away and ward off predators. These adaptations, although different, exemplify nature’s ability to optimize its capabilities so that it can thrive in hostile conditions.

I was a keen observer of the animals that lived in cold climates and noticed that their small birds tended to be very small. For example, here we have limited opportunities to relax in an icy environment. These opposing examples comment on another organ and can develop differently in the environment.

La Science has some adaptations

The mechanisms underlying thermoregulation in elephants are of importance to many scientists. The bloodthirsty studies in their early hours allow me to understand these animals maintaining a stable body temperature, aggravating their large waists and prolonging their exposure to the sun. These discoveries are not about a fascination with animal rule: they are also inspired by advanced technologies.

In the field of bionics, the biological structures of elephants are designed as models for the design of cooling systems with additional effectiveness and environmental friendliness. For example, experienced engineers comment on heat dissipation, which is observed when designing bathrooms or thermal heating systems for electronics.

Finally, the elephants’ oreilles, essential for their survival, also deter to the point where these animals are vulnerable because they are threatened by climatic changes and the destruction of their habitat. It was very impressive, it seemed to be an extraordinary evolutionary adaptation, dependent on vast territories and with constant access to water and color and resources that are increasingly rare.