Wait a second!
More handpicked essays just for you.
More handpicked essays just for you.
Animal communication conclusion
Essay on animal communication
Animal communication conclusion
Don’t take our word for it - see why 10 million students trust us with their essay needs.
Recommended: Animal communication conclusion
Dolphins are extremely social animals with an advanced display of communication skills that scientist have been studying for years and have yet to fully understand it. Dolphins can communicate with each other through many different unique verbal entities. Dolphins also communicate behaviorally, studying this nonverbal communication helps us better understand these animals. The similarities between how human communicate and how dolphins communication has lead us to explore how humans and dolphins can communicate with each other.
The most prominent way dolphins communicate is verbally. There are three different categories that dolphin sounds are divided up into, they are whistles, clicks, and burst pulsed sounds (Herzing, 2014, p.354). Whistles
…show more content…
Leatherwood and Reeves studied four dolphins and found aberrant whistles occurred when these dolphins were put in stressful event of stranding and isolation. This study showed that when a dolphin is in a stressful situation they will tend to quaver or have breaks in their whistles, they also found that the whistles would get faster when stressed (Leatherwood & Reeves, 1990, p.223). The aberrant whistles can communicate to other dolphins that they are in danger. Certain types of whistles can differ over the different species of dolphins, geographic locations, social groups, populations, and even individuals of a different gender or age. Some dolphins do not use whistles, so these dolphins have to rely on echolocation or burst pulsed sounds as their form of communication. Echolocation works by the dolphin sending out clicks as sound waves by passing air between four air sacs at about 120 kHz (this sound frequency is much greater than anything a person could make or hear), they can direct where they want the sound waves to go through their melon. Then, the sound waves bounce off surrounding objects and return to the dolphin through their lower law to the ear with the information (Dudzinski & Frohoff, 2008, p.42). Clicks from
Watch out dolphins because you may no longer be the most intelligent animals anymore! Elephants, one of our lands largest creatures, are taking your spot! In the video, Elephants Show Cooperation, the article, Elephants Can Lend a Helping Trunk, and the passage, from Elephants Know When They Need a Helping Trunk in a Cooperative Task, the authors illustrate the intelligence of these pachyderms. They all show an experiment that proves this claim. Elephants “join the elite club of social cooperators: chimpanzees, hyenas, rooks, and humans.” Their cognitive ability even surprises the researchers. They not only make wise decisions, but also work well with their companions. All three sources depict the sagacity of these remarkable creatures.
This experiment in many ways mimicked those of primate mirror studies. In a sense this study tried to replicate primate tests, but because the two animals and their environments differ so much, certain issues about the validity of using a primate test to prove the existence of self-recognition for dolphins arose. Exposure time to the mirror for dolphins was extremely limited compared to the time that primates were allotted. Another discrepancy between the experiments was the fact that primates were anaesthetized as compared to the dolphins which used sham marking. Both studies focused on visual aspects of the self-recognition, but although vision is excellent in dolphins, audition is their primary sense (unlike primates).
One of the most common dolphins that are found in southern California is the bottlenose dolphin (Kelly). The bottlenose dolphin is mainly found in coastal waters between 45 degrees north and 45 degrees south, also in Northern Europe waters. It is believed that there are two types of bottlenose dolphin regional wise: oceanic form and coastal form. This species is studied the most by biologists (Jefferson). The coastal population lives in fairly open groups with twenty or less in a pod, some groups are found to contain more in open ocean. It is not uncommon for these species to interact and breed with other species, as would a human interact with other diverse humans. The dolphins feeding behavior is adapted to the availability of resources. They sometimes are known to work together to catch fish from large schools, they also trail behind large fishing boats to catch what falls behind (Leatherwood).
Heading out through the heads of Port Stephens to an area called Gravel Patch the excitement builds as everyone on the 15m catamaran Imagine wants to be the first to spot a pod. Andrew Parker, founder of Dolphin Swim Australia, says the dolphins are just as excited when they see humans.
Killer whales communicate by a series of clicks and whistles called vocalization. Each pod, or family, has their own unique language. This gives whales the ability to identify their own pods. Orcas have a brain that is about five ti...
They are the second smartest animal in the world. They nurture their young for most of their lives. They also socialise with any creature, unless they show signs of harm. Dolphins make very popular playmates and will come up to humans for almost anything. They rely on each other to live. They learn quickly and communicate well with one another. God designed dolphins with unique physical features and behaviors in order to glorify Him.
Bottlenose dolphins became part of a United States Navy program in 1959 for the purpose of conducting scientific research into their sonar and hydrodynamics in hopes of getting design ideas for submarines, ship hulls and weapons. It was discovered dolphins hear and navigate in the water by using their natural sonar, which happened to be more precise than most fabricated sonar systems. In the mid-sixties, Navy dolphins were used as mail carriers to underwater laboratories in their home of San Diego, California.
Communication is used throughout every primate and animal and it includes any behaviors, scents, and autonomic responses. Communication is used to indicate submission, reassurance, or amicable intentions. Vocalizations are used as a form of communication to inform others of predator or food presence. Social living would not be possible without communication.
Language is commonly held to be the province of humans, but other inhabitants of earth possess their own forms of communication. Birds, dolphins, and whales are some of those that have a language. Primates also use vocal communication with each other. Their utterances have varied uses and volumes, with each primate’s voice being distinct just as human voices are. These unique calls have given researchers insight into the social workings of primate groups. The very fact that primates have a language offers insight into the evolution of language and calls into question what the term human truly means.
Passive sonar allows military ships to detect submarines and other vessels without transmitting their own signals to other ships since World War I. Sonar allows a shipmate to be able to know the exact speed, coordinates, and how big the ship or submarine is. According to NOAA, “The technology steadily improved, and by World War II, was used once again for military purposes. Sonar is messing with the way whales communicate. In the 1960s, the development of digital computer technology made plotting of sonar data much easier”1 The military was going to try and communicate with whales but the whales were not found at their regular sites.
Their beautiful song can travel miles and miles underwater. These sequences of moans, howls, cries, and other noises are quite complex and often continue for hours on end. It is most likely that humpbacks sing to communicate with others and to attract potential mates (National Geographic). Humpback whales travel in groups called pods. These whales, like others, regularly leap from the water, landing with a tremendous splash. Scientists aren’t sure if this breaching behavior serves some purpose. These whales are famous for the water acrobatics. Humpback whales can frequently be seen leaping out of the water and sometimes can use their flukes to propel themselves completely out of the water (Animal Planet).
Dolphins have they're language, unique names and grammar, and yet we cannot understand them, which questions the whole concept of humans trying to contact even more alien species. The most widely accepted approach in communicating with alien intelligence is to use minimalistic message based on some universal facts, like the laws of physics, chemical elements, astronomy cartography or mathematics.
There are many reasons why dolphins are very intelligent animals, there are 33 different types of marine dolphins, 4 types of river dolphins, and 6 types of porpoises (dolphins are mammals). Some of the dolphinspeople may think they would be whales, because of their looks, but they are dolphins. Dolphins have a strong behavior; they are very social and travel in groups together. They commonly swim in groups of 2-15 . Severalof different groups of dolphins may temporarily join, for several minutes or hours. In the open waters of theocean, some dolphins will leave their group and change associates and adapt with different dolphins threw outtime (Dolphins communication). In the groups, some members will form a strong bond with one another in thepod. The sizes of the groups tend to increase with the water depth of the ocean and the openness of the habitat, this usually happens when protection with strong with each other and foraging st...
These dolphins are the type of dolphins common people would see at the Zoo or on a T.V. programed performance. Like the Common Dolphins, the Atlantic Bottle-Nosed Dolphins are highly skillful echolocators. They can produce a range of sounds, like a click, using it to analyze any object around them in the ocean (Whitfield 114). According to Whitfield on page 114, they can produce up to 100 clicks a second. They will use these clicks to also find food. They mainly eat Bottom-dwelling fish in inshore waters or surface swimming fish. They can do many other objects with their echolocation finder and using their