What is the composition of the beluga whale s soft forehead?

Beluga whale's forehead is soft, but it's mostly fat. Just like a person's buttocks, because of the very high fat content, it will be soft and elastic to the touch. It is definitely useful for the beluga whale to have so much fat on its forehead, because the beluga whale has a groove at the hilum of the brain to collect echoes, and there is a lot of fat in the front, which is more conducive to the collection of echoes.

And because the plasticity of fat is relatively high, the shape of the whale's forehead can also change, so beluga whales can use it for echolocation.

The habits of beluga whales are social animals, and they are generally in large groups together, so even in the marine world, it is rare to see a beluga whale living alone, and at least several beluga whales accompany each other. And the beluga whale is a very easy to approach animal, very gentle personality, basically not aggressive, although it looks very large, but it is very friendly. Polar bears and killer whales feed on beluga whales, which usually eat small fish, shrimp and plankton.

The benefits of beluga whale Beluga whale is actually an angel among animals, scientific studies have shown that beluga whale is very good for some human diseases, especially some autistic patients or anxiety patients, if you can stay with beluga whale for half an hour, it will play a role in conditioning and improving their disease. Beluga whale will have some micro-waves, which is very good for the human body.

Although the forehead of the beluga whale looks very cute and the forehead part is very soft, because the forehead of the beluga whale is an important positioning system, you should not always pat its forehead when you come into contact with the beluga whale. In particular, some underwater worlds like to play kissing games with beluga whales, but this action is also very threatening. After all, humans carry a lot of microorganisms and bacteria, and when they come into contact with the mouth of a beluga whale, it is likely to lead to cross-infection.

Perhaps microorganisms that are not harmful to humans will kill beluga whales.

It is a structure composed of lipid and adipose tissue, which can be used to control the nasal cavity to produce different sounds, and has the function of echolocation, just like the principle that people will return to their ears after encountering obstacles in shouting in the mountains.

The forehead of the beluga whale is made of fat, which is an important organ in the body of the beluga whale, mainly used for echolocation, and at the same time, the beluga whale can also control the sound in the nasal cavity by this organ.

The forehead of the beluga whale is fat, although it is soft to the touch, but the fat here is different from other parts, it is specially used for echolocation, and the beluga whale determines its position in the ocean by the forehead.

The top of the beluga whale's head is a structure of lipid, fatty tissue that can be used to control the nasal passages to produce different sounds.

Beluga whale has a prominent and rounded forehead, a short beak, a broad lip line, and a very pale body color, which is distinctively white. The only noticeable difference between beluga whales and other cetaceans is that they can be molted when they have a yellowish hue in the summer**.

Usually slow to swim and difficult to identify in waves and ice floes, beluga whales prefer to live at or near the surface; The diving ability is quite strong, and it is very well adapted to the ice floe environment of the Arctic.

It is a structure made of lipids, fatty tissue, which can be used to control the different sounds produced by the nasal cavity. Not the brain.

There's meat on the inside, and the bones of its brain grow later.

Overhead, overhead.

Brains, of course.

You say what you have to pay back.

The head of the beluga whale is softer to the touch and this is because there is a cavity inside the head of the beluga whale. In the cavity is adipose tissue, and the substances in it are mainly various fatty acids, so it is relatively soft to the touch. In fact, the head of the whale of the toothed whale suborder basically has this structure, but the shape is different.

The head of the beluga whale is protruding, more like a ball. This structure has many functions, the main one of which is echolocation, because this is the organ where the sound waves are focused. <

Beluga whale is a very cute and human-friendly whale. We can see beluga whales in the aquarium. If we touch their heads with our hands, we will feel that their heads are actually very soft, because of the special structure in their heads.

Although their heads are comfortable to touch, it is best not to touch them too often, as humans may have substances on their hands that are harmful to beluga whales.

As mentioned above, the head of the beluga whale is soft to the touch because of the special structure in the head. In fact, most of the whale heads in the suborder of toothed whales have a cavity with some fatty tissue in this cavity, which is the special structure of the head of the toothed whale. Specifically, the main substances in the cavity are various fatty acids, in addition to some other substances, but the proportion is not large.

Toothed whales generally have this structure, but the exact shape is different. Beluga whales are also a type of toothed whales, and they also have cavities in their heads, which have fat structures and are spherical in shape, so it looks like beluga whales have a rounder head and are softer to the touch.

Beluga whales have this structure in the process of evolution because it plays an important role in the life activities of beluga whales, they are used for echolocation, and they are the organs of sound wave focusing. With the help of this structure, beluga whales can hide from some objects or animals that are harmful to them and play a role in self-defense. In addition, the head structure of beluga whales also helps them control their nasal passages, which allow them to make different sounds.

Most toothed whales have a cavity in the middle of the hilum that contains a clump of adipose tissue that looks like a melon, which is the organ used by toothed whales for echolocation. The forehead of the beluga whale is different from that of other toothed whales, its forehead is very prominent, and the fat melon in the forehead is round like a ball, and the shape changes with the sound.

The fatty melon in the forehead of the beluga whale is composed of fatty acids, of which isovaleric acid accounts for 60% and long-chain branched-chain acids account for it. Miraculously, the fat composition of the fat melon is different from that of other fatty tissues in the beluga whale's body. Specially adapted for acoustic focusing during echolocation.

The spherical protrusion on the top of the whale's head is called melon in English, (some translate it as "elong", but I think it is much more vivid to translate it as "melon protrusion"?) Watermelon is called "watermelon" in English). But this melon-shaped head is not unique to beluga whales, it is also a common feature of toothed whales, such as sperm whales.

There is also a species of toothed whale called the "melon-headed whale". It's just that the forehead on the head of the beluga whale is particularly sleek and looks very flattering.

The vast majority of the world's beluga whales live in the waters north of Europe, Alaska and Canada.

The forehead of white gold is made of oil; Beluga whales live in the seas north of Europe, Alaska and Canada in the United States.

The protruding portal can recognize the sense of direction, and there are sensations, for example, when someone passes by, it can be seen, and it is also like the door of the human brain, and then its brain portal can also think about problems.

Many people mistakenly think that the forehead is made up of muscles, but if you touch it carefully, you will find that it is a layer of soft tissue, the main component of which is fatty acids, and the forehead is similar to the radar of an airplane, which can echolocate it.

The beluga whale's brain is made of fat, but fat is a protective effect, and it acts as a sound wave gathering effect, recovering itself in the water to locate itself to find the location of its prey and escape danger.

The forehead of the beluga whale resembles the forehead of an Antarctic fairy, bulging and smooth. There is a thick layer of fat inside, and the bulging hilum can be identified in the sea water through echolocation.