Blubber
If an animal habitat is located in a cold, frosty area, such as the Arctic Circle, bearing with the weather could be a challenge. Many warm-blooded animals, such as whales and seals, rely on blubber to keep their body temperatures up. Whales, for example, are constantly swimming. They could not survive in the frigid water without their blubber protecting and keeping them warm. The icy water and dropping temperatures are definitely threats to any animal without blubber. Although it may seem only a petty part of the body, blubber is actually is the key for surviving in the wilderness.
Definition of Blubber
To many people, blubber is a useless layer of fat that is found on certain animals such as whales, polar bears, dolphins and seals. Blubber is actually the key to these animals surviving in the frigid weather. While this blubber is a fatty tissue, it does not mean that any animal could survive in the cold by gaining weight (Ryan, 2014). Blubber is a layer of fat, called adipose tissue, designed to keep animals warm. Blubber tends to cover the entire body, apart from fins, flippers, and flukes. There are 6 layers of blubber. These include the epidermis, dermis, blubber layer, connective tissue, fascia, and muscle. All of the layers cooperate with one another to provide a layer of fat that keeps the animal warm, buoyant, and energized. Blubber is an
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It is extremely unsafe to consume, and eating it could put your health at risk. Blubber provides warmth, stores energy, and helps the animals stay afloat in the water. Blubber is also used in many everyday items today, although it may not be recognizable. Unfortunately, many animals are killed in order to make these items. In conclusion, blubber is extremely beneficial to animals and to humans, but could become an issue if humans continue to kill animals for their
It was a spring night for Chubbers the chipmunk. It was an extremely challenging night for Chubbers. He was going to steal food that he desperately needed for winter, a twinkie. Chubbers was a very fat chipmunk, although that did not affect his ninja instincts. He spent five years developing his ninja instinct.
Soon, it will be time for her to start bulking up again for another winter and defend her crown as the fattest bear in Katmai". This means that Holly the bear is the fattest and that she will get ready for winter again by getting fat and food and be ready for hibernation. The benefit of that is that she will be ready,get as much food as she needs, and be able to keep her title as Fattest Bear. Another reason why why bears, particularly in Alaska, need to stock up on food before winter comes is because Alaska is freezing so if the bears want salmon they have to catch them and eat them in spring because in the text it clearly states" When the cold Alaskan winter hits, the bears’ food supply disappears. Temperatures drop, freezing the streams where tasty salmon swim.
The use of the tail is a physiological adaptation. When the fox is active, the tail is not used, but when it is cold, the fox curls up to sleep, with the tail wrapped around it. While small body, thick coat and furry tail are all structural adaptations, the Arctic fox also has various physiological and behavioural adaptations to survive the cold. The Arctic fox has a thick layer of body fat (physiological adaptation) for insulation and food storage, for times when prey are few. These animals also have countercurrent heat exchangers in their paws(physiological adaptation).
This condition arises because of the small amount of space the whales are given to swim in and because of their unnatural diet of thawed
As a consequence, these animals are now forced to spend more time on shore scavenging for food, often going without while awaiting new ice to form in the fall. There is also growing concern for polar bear cubs that are thought to be incapable of swimming the increasingly greater distances in open water between shrinking ice floes. As evidence, they offer the growing number of very young polar bear carcasses that they notice being washed up on shore. Many mother bears also appear to be dangerously thin and less able to fend for themselves and their young. This situation is quite noticeable among polar bears along the western shore of Hudson Bay, especially around the town of Churchill Manitoba, a location where polar bears traditionally spend the late months of fall foraging on shore awaiting the freeze-up, a freeze-up that now comes later each year.
But protection 's now not all there is; there may be added this component referred to as WARMTH. You see, while you 're up in higher elevation, it gets very bloodless. The temperature drops and the climate turn bloodless, and all that snow just makes it even chillier, and it will give you a chilly and sour beating. In different words, it will be freezing up there!
Ex: I need to maintain my anger. Blubber-Fat on a water animal to keep them warm. Ex: The seal had a lot of blubbers.
Polar Bears are a species that is in decline. They are currently listed as a vulnerable species because of the decline of their population. Climate change is a driving causes in the decline of Polar Bears. According to a study published in Ecological Applications, “Polar bears prefer sea ice concentrations exceeding 50% in the shallow, productive waters over the continental shelf” (634). This sea ice is essential to the Polar Bears because it allows them to feed off of their prey.
Although there is inconsistencies in the bear's body temperature the bear's body temperature is still changing. As seen in The Graph you can obviously see the body temperature going down during the winter (January-March) , when they're hibernating, and back up in the spring (April - `June). For the differences, for example - bears aren’t in a deep sleep. Although they aren’t in a deep sleep like most animals, bears sometimes wake up during hibernation to get a drink if they are dehydrated. So, they wake up because they have to if they don’t want to die of dehydration (Video) .
The nostrils are closed when the great mammal is under water to prevent internal drowning. As well as this, the hollow hairs (guard hairs) acts as a wetsuit. The blubber (fatty layer) keeps the bear warm as it moves through the freezing cold water. Polar bears are strong and fast swimmers and can obtain a swimming speed of approximately 10 kilometers per hour. This is a useful adaptation that helps them speedily escape when hunted by
Second exception is a sick horse or a horse with medical problems where there body is busy fighting to get better not helping them stay warm. Lastly an extreme drop in temperature would be a reason to blanket any
In a world of lies and deception, the truth is sometimes hard to detect. Fact is often hidden beneath statements of opinion, speculation, controversy and anger. The morality of seal hunting has been debated for many years and with every day that passes, the Inuit people struggle for a solution. The EU Seal hunting ban of 2010 created a barrier between the Inuit seal hunters and their traditional food source, which has been worsened by media shaming and constant stigmatization. The hunting of seals and the production of seal products should be legalized on account of the vast role that seal hunting plays in the sustenance, survival, tradition and history of the Inuit people.
A common misconception with polar bears is that the fur is white, however it is actually transparent and reflects any visible light making it perfect for keeping camouflaged in the snow. It consists of a dense insulating underfur topped by a protecting top coat of fur that varies in length but ranges from 1cm to as long as 15cm. They are completely covered In fur with the exception of there nose, and pads of there paws. It is water repellent and oily and doesn’t knot when wet letting them shake free of any water or ice. They have very long necks, which is useful for when they swim and when they drive their heads into holes to catch prey.
Reptile scales act as a protective layer to help prevent water loss from their bodies. Mammals are warm-blooded animals and reptiles are cold-blooded animals. Mammals are endothermic which means they can produce and control their body heat internally. Reptiles are ectothermic, they use their resources such as the sun to get
However, the animals to be discussed may not be truly adaptable to the changes in their climate, creating unendurable living conditions. Within the Arctic, sea ice supports the entire Arctic wildlife ecosystem. A reduction in sea ice is very likely to occur due to the increases in climate and will have devastating consequences for Artic animals such as: polar bears, ice-dependent seals, and some seabirds. The eventual elimination of sea ice may more than likely push some of these aforementioned species toward final extinction. The widespread visible melting of glaciers and sea ice and undisputable rise in permafrost temperatures presents additional evidence of strong Arctic warming and causes for alarm.