Bottlenose Dolphin Research Paper

What: The Maui dolphin is the world’s rarest and smallest known subspecies of dolphin. It is a subspecies of the Hector’s dolphin and has genetic and skeletal differences which make it distinct from the rest of the Hector’s species. The Maui dolphin has distinctive grey, white and black markings. The sides and back are light grey, with white “flames” reaching up along the sides of its body. The underside is whitish, while the face, flippers, dorsal fin and tail are all black. There is a crescent-shaped black mark between its blowhole and eyes. It has a short snout and is easily recognized by the round shape of the dorsal fin. Females grow to 1.7 metres long and weigh up to 50 kg. Males are slightly smaller and lighter. They are known to live up to twenty years. The calves live on their mothers’ milk for up to a year although they can learn to eat at about six months. They use

world. They can teach, learn, and show feelings and emotion. Dolphins are always learning new tricks. They can also speak using sounds and whistling. Dolphins have strong memories as well. Dolphins have shown they are good at problem solving. They are pretty intelligent because they have proven they have self-awareness. This means they can recognize themselves as an individual and recognize themselves in a mirror. Some dolphins can use tools. For example, they will cover their snouts with a sponge when looking for food to protect it from injuring it.

In addition to this nature, they are capable of advanced communication skills that allow them to teach new tactics they have learned to their fellow dolphins. I am also the same as a Bottlenose Dolphin when it comes to efficient communication skills.. My style of learning requires me to go through an exhaustive process of trial and error until I have efficiently learned what I have desired to learn. With the knowledge that I have gained, I have been able to ascend to higher levels of academic studies with the ability to use my acquired thinking and comprehension skills which help to aid me in everyday life. However, I am not one to hoard any information that I have managed to learn. I will share any knowledge that I know with my fellow peers around me so that I may aid them throughout life just like a Bottlenose

Cetacean intelligence has been studied for many years both in captivity and in the wild. A milestone discovery in cetacean intelligence is self-awareness. An experiment was conducted with two male captive bottlenose dolphins in New York Aquarium. The dolphins were marked on a part of their body that was not visible without a mirror. After being

For the first seven months of their training period, the dolphins were acquainted with several gestures and sounds. They were presented with simple two-choice sound-discrimination stimuli to familiarize them with some sounds that the study would use. Correct responses were rewarded with freshly thawed silver smelt fish. The positive reinforcement aimed at developing a positive attitude toward learning and encouraging dolphins to solve problems. Gestural training was also initiated in this period to accustom the dolphins to responses that that would later be expected from them in the study. Akeakamai was made to specialize in gestural

Benoit-Bird seek to investigate the acoustic communication of spinner dolphin, Stenella longirostris during the foraging behaviour in cooperative groups. Acoustic communication of marine mammals, especially in foraging behaviour occurred in the underwater were not clear because it is hard to detect due to limited approaches in the last few decades.

Frist of all, the author in the article considers that humpback whales are well-developed in cognitive ability, so it can provide a sound basis for the ability to use a complex abstract system of sensory to navigating by stars for long distances migration. But the professor claims that the high intelligence is no real connection with abstract sensory. Because ducks can also navigate external object by distinct.

A bottlenose dolphin’s diet typically consists of mainly fish. Dolphins usually hunt in groups but can also hunt independently. They use echolocation to help them while hunting. By making clicking sounds and waiting for return echoes, dolphins are able to determine how far away the nearest object is, and also the shape of the objects nearby. This is not only useful in hunting, but it also to allows them to discover when a predator may be nearby.

Transition: After learning about a dolphin’s sense of communication, we can now build upon this information by examining their unique behavior.

Chimpanzees are animals that are capable of determining on who and when to collaborate with when it comes to getting help. They are the only non-human species that posses this ability. Experimenters set up different situations to see if the coral trout fish also had the ability to collaborate with organisms to obtain food or chose to ride solo and obtain the food itself. The experimenter used two different types eels to compare. Some of the eels used were good collaborators to the fish and some eels were bad collaborators, in which just swam away. The trout fish then collaborated with the eel that was most beneficial, which resulted in trapping the prey and being able to benefit both parties. The results concluded that the trout fish were similar to chimpanzees when it came to determining who to collaborate or find beneficial in order to obtain food or other needs.

Dolphins are known as some of the most intelligent creatures so why are they being used for profit and abusive entertainment purposes? In the documentary “Cove”, former dolphin trainer and activist Ric O'Barry's quest to document the dolphin hunting operations in Taiji, Wakayama, Japan. In the 1960s, O'Barry helped capture and train the five wild dolphins who shared the role of "Flipper" in the hit television series of the same name. The show was very popular, and it fueled widespread public adoration of dolphins, further influencing the development of marine parks that included dolphins in their attractions. After one of the dolphins, in O'Barry's opinion, committed

In this Paper I will be discussing the physical charcteristics of a great white shark and a Bottlenose dolphin. In other words, a Carcharodon carcharias and a Tursiops Truncatus. I will be comparing the physical charcteristics of both and the subtopics I will be looking at and comparing will be teeth/jaws, eyes(vision), and ears(hearing).

I think that dolphins are very smart they are very easy to train because of their memory they have a very good memorie. When they memorize something it stays there for there whole life. That’s why dolphins are in aquariums and they have shows for them. Dolphins are very like apes they use tools to find the answer to a problem.

There is something about dolphins that fascinates me. They are some of the most intelligent and beautiful animals that I have ever seen. Their faces are so cute that every time I look at a dolphin it looks like it is smiling at me and wants to tell me something. The noises they make represent some kind of language and it makes me wonder if they can really communicate. I also want to know what kind of feeling they have and whether they have emotions. This is why I chose to do this I-search project on dolphins; the different kinds of dolphins there are, the places that they can be found and their mental abilities.

The shark is a fish. He processes oxygen from ocean water as it passes through his gills. His skeletal structure is composed completely from cartilage. He has rows of sharp teeth unlike his less threatening fellow ocean dweller the dolphin. The dolphin is a mammal. She must come to the surface as needed to breathe with her blowhole and lungs. Her skeletal support is made of bone. While observing both, consider what these two differing species have in common.