Sperm whales consume enormous squid and other deep-sea animals. As a result, they'll drop more than a kilometer. " Then they surface to breathe and digest, and as it turns out, they defecate and pee. The urine is rich in minerals that help keep them healthy down here in the dark.
Whales have three main ways to eliminate waste: through their skin, by spouting water, and through their blowholes. Humans can learn how to do these things too! For example, scuba divers are able to breath without air tanks because they use reflexes learned from whales. Also, sailors who go overboard are able to survive because they use the same techniques used by whales for elimination.
In conclusion, sperm whales eat huge quantities of food while at sea. This makes them need to defecate and pee frequently to keep themselves clean. These wastes contain valuable nutrients which are important for whale health.
Sperm whales seek for food during long dives that can last 45 minutes and reach depths of 2,000 feet. Because sperm whales spend the most of their time in deep seas, their food consists of deep-water creatures such as squid, sharks, skates, and fish. To capture its prey, the whale uses its massive head to break the surface of the water while emitting loud clicks. The sound waves produced by these clicks travel through the water and catch the attention of nearby prey.
When not diving, sperm whales stay near the surface because air contains less oxygen than water. They also use their huge tongue to filter out tiny organisms from the surrounding water. This process gives them access to breathable air and allows them to eat without suffering from oxygen deprivation.
In order to communicate with other members of their pod, sperm whales use a complex system of clicks, whistles, and songs. They also use flukes, tailfins, and dorsal fins as additional means of communication.
Because sperm whales don't need to breathe every day, they have developed other ways to survive. They produce large amounts of lipids (fatty substances) that allow them to store energy for periods when there is no food available. At those times, the whale will sink down to deeper waters where it feeds on smaller animals that require less energy to sustain life.
Sperm whales expel a digestive sludge known as ambergris into the water, where it hardens as it bobs along. It eventually collects along coasts, most frequently by chance, as in the instance of eight-year-old Charlie Naysmith in the United Kingdom a few days ago. He was playing on the beach when he discovered the source of the fragrant substance.
When sperm whales die at sea, their bodies sink to the bottom of the ocean quickly due to their large size. However, the ambergris remains buoyant and can be washed ashore up to 50 miles away from where the body sank. Scientists have only been able to study the chemical composition of ambergris through samples taken during postmortem examinations. Although it may seem like an unpleasant job, finding dead whales is common practice for scientists who need tissue or blood samples to study diseases or genetic markers that may help in conservation efforts.
All that's left after removing the skin and any other fleshly material is a hard mass that looks similar to rubber. This is because sperm whale droppings are made up mostly of ammonium sulfate and proteins. As they decompose, these materials mix with air bubbles to form a solid piece of amber.
Ammonia gas is also released into the atmosphere when pigs or cattle die, however, this waste product is usually removed via manure spreading or hunting.
Whales, like other mammals, breathe air; they do not have gills that allow them to breathe underwater, like fish do. They must hold their breath underwater before rising to the surface and breathing via blowholes on top of their heads. The emission of a whale's breath, known as the "blow," is quick and powerful. It can reach speeds up to 50 miles an hour and carry sediment and pollutants in suspension from hundreds of yards away.
Blowholes are openings through which air is exhaled by whales. There are two types of blowholes: active and passive. Active blowholes develop within the body of the whale and expel water and air through one opening. Passive blowholes develop on the sides of the head or back and often exude air through several holes clustered close together. Although most whales possess both types of blowholes, sperm whales (Physeter catodon) have only passive blowholes.
Passive blowholes are usually closed by bone or cartilage, but some whales, such as pilot whales (Globicephala melaena), use plastic plugs to cover them when they sleep or play. These plugs are either removed when the animal needs to breathe or stay in place like nose plugs for unneeded breaths.
Active blowholes open and close with great speed, generating large amounts of cold air that freezes onto surrounding objects. This process, called flaring, is used by some species of whale to communicate with others of their kind over long distances.