Human language and dolphin movement patterns show similarities in brevityJuly 31, 2009Two researchers from the Polytechnic University of Catalonia (UPC) and the University of Aberdeen in the United Kingdom have shown for the first time that the law of brevity in human language, according to which the most frequently-used words tend to be the shortest, also extends to other animal species. The scientists have shown that dolphins are more likely to make simpler movements at the water surface. "Patterns of dolphin behaviour at the surface obey the same law of brevity as human language, with both seeking out the simplest and most efficient codes", Ramón Ferrer i Cancho, co-author of the study published in the journal Complexity and a researcher in the Department of Languages and IT Systems at the UPC, tells SINC. The law of brevity, proposed by the American philologist George K. Zipf, along with others, shows that the most frequently-used words are the shortest ones. Ferrer i Cancho, together with the scientist David Lusseau from the University of Aberdeen in Scotland (although they actually carried out this study while working at the Universities of Barcelona and Dalhousie in Canada, respectively) have shown that when dolphins move on the surface of the water they tend to perform the most simple movements, in the same way that humans tend to use words made up of less letters when they are speaking or writing, in so-called "linguistic economy". The research study includes the case of Oscar Wilde's novel The Picture of Dorian Gray. The most-used word is the three-letter article "the", while other larger ones, such as "responsibilities" are hardly found at all. Among bottlenose dolphins in New Zealand, the researchers looked at their behaviour patterns at the surface of the water. Each pattern is made up of up to four basic units. So, the "tail slap" pattern is made up of the units "slap", "tail" and "two", while the "spy hop" pattern is made up of the units "stop", "expose" and "head", and the "side flop" pattern" comprises "leap" and "side", and the "tail-stock dive" only involves the "dorsal arch" unit. In total, the scientists counted more than 30 patterns of behaviour and their related units, and have shown that dolphins carry out more behaviour patterns made up of just one unit, while those involving four units are used less frequently. "The results show that the simple and efficient behaviour strategies of dolphins are similar to those used by humans with words, and are the same as those used, for example, when we reduce the size of a photographic or video image in order to save space", says Ferrer. The researcher says that studies such as this one show that human language is based on the same principles as those governing biological systems, "which leads us to the conclusion that the traditional barriers between disciplines should be removed". FECYT - Spanish Foundation for Science and Technology |
|||||||||||||||||||||
| Related Human Language Current Events and Human Language News Articles What's the semantic organization of human language? Language networks are small-world and scale-free, although they are built based on different principles. Similar global statistical properties shown by language networks are independent of linguistic structure and typology. Mouse Model Provides Clues to Human Language Development Scientists of the German Mouse Clinic at Helmholtz Zentrum München have made a major contribution to understanding human language development. Great Ape Trust graduate student's paper sheds light on bonobo language What happens when linguistic tools used to analyze human language are applied to a conversation between a language-competent bonobo and a human? Yerkes researchers identify language feature unique to human brain Researchers at the Yerkes National Primate Research Center, Emory University, have identified a language feature unique to the human brain that is shedding light on how human language evolved. The study marks the first use of diffusion tensor imaging (DTI), a non-invasive imaging technique, to compare human brain structures to those of chimpanzees, our closest living relative. The study will be published in the online version of Nature Neuroscience. Bird brains suggest how vocal learning evolved Though they perch far apart on the avian family tree, birds with the ability to learn songs use similar brain structures to sing their tunes. Neurobiologists at Duke University Medical Center now have an explanation for this puzzling likeness. Bats add their voice to the FOXP2 story When it comes to the FOXP2 gene, humans have had most to shout about. Discoveries that mutations in this gene lead to speech defects and that the gene underwent changes around the time language evolved both implicate FOXP2 in the evolution of human language. Eavesdropping comes naturally to young song sparrows Long before the National Security Agency began eavesdropping on the phone calls of Americans, young song sparrows were listening to and learning the tunes sung by their neighbors. Researchers discover genetic cause for word-finding disease Northwestern University researchers have discovered a genetic cause of a mysterious neurological disease in which people have trouble recalling and using words. Where the brain organizes actions Researchers have discovered that Broca's area in the brain—best known as the region that evolved to manage speech production—is a major "executive" center in the brain for organizing hierarchies of behaviors. 'Uniquely human' component of language found in gregarious birds Although linguists have argued that certain patterns of language organization are the exclusive province of humans - perhaps the only uniquely human component of language. More Human Language Current Events and Human Language News Articles |
|||||||||||||||||||||
|
|||||||||||||||||||||
|
|||||||||||||||||||||