Let’s see if we can detect these patterns with a few simple acts. Think of yourself as a whale. Try to sleep on the floor, not on a crib.
What happened? It’s conceivable that in one or two minutes, it will be all good, but some issues will arise with increasing time
1. First issues
It began to feel as if it were closing in for half an hour. Our chest is being pressed on. Suddenly, when you turn on your back, your chest will hurt for an hour. We may no longer be in a passive role after being woken up.
Lying on our back may also isn’t safe because… yes, our own weight pushes on our chest, particularly if we are on a hard bed. When sleeping on your back, your sternum and your ribs are stretched to support your weight are in an uncomfortable way.
If we sleep on our backs, our lungs will not be cramped. Since the intercostal muscles contribute to the forward expansion of the lungs (muscles between the ribs). Additional intercostal muscles also help stretch and raise the ribcage. And thereby free up space for the chest to expand as we sleep on our sides.
It is this way with the beached whales as well. Since she is so fat, she would be close to the point of passing out from lack of oxygen.
That is just the first of many problems you’re going to face.
2. Second issues
The second problem is that the whale is fully coated in blubber. Wonder how thick it is. About this broad or this thick:
When it gets colder, the blubber thickens, and when it gets warmer, it thins out. This layer of fat acts as an insulator for the whale from the cold. Thereby helping to maintain its body temperature.
It’s easier for a whale to shed blubber to become an enemy while it’s on the beach. The ocean’s coldness has no effect on the whale’s body temperature. When whale enzymes and other metabolic functions fail, the whale dies.
3. Third issues
The third issue is that the whales have huge muscles and skeletons but are poorly adapted to life on land. Its skeletal and muscular anatomy evolved to promote movement, not the greatest body size. The presence of the seawater caused the giant body support to form naturally.
When a whale becomes trapped, its muscles and bones are used up, and it starts to sink due to gravity. Whales cannot quickly haul themselves back into the ocean, like sea lions or seals. Whales are too big, and their fins are too decayed.