The Complex Communication of Gibbons

The exact sound of these monkey calls is unknown from this article, but their songs and calls are judged to have no natural relationship with the symbolic objects. Another core design function of language is productivity. Productivity means that language users can create and understand new words (Bauer, 2006, pp. 49-57). By combining language elements in various ways, humans can generate various kinds of information.

Complex communication distinguishes us from all other animals on the planet. However, the difference in complexity is not as large as originally thought. Indeed, other group of researchers confirmed 26 sounds made by white gibbons. It can be explained almost in words. According to the research team, these are the first type of sounds that humans may use to communicate with each other over 1.8 million years ago. During the analysis of the gibbon monkeys, the scientists said that some sort of sound is useful as a warning against certain predators, adding predators as to whether it is moving or stationary, how far it is I was able to provide information.

Gibbons is an out group: The new research shows that Gibbon is not a human, but the outlier of the superfamily Hominoidea, and the remaining ticks are more closely related to each other than any Gibbon. Through this division, after moving the huge python to the same family as a human, the ribbon (Hylobates etc.) is separated. The term "primitive" now covers a larger population taxonomy of human families. Trichotomy requires scientists to know which genus is the most "unrelated" to other genera.

Among the living primates, humans are most closely related to monkeys including small toads (gibbons) and gorillas (chimpanzees, gorillas, orangutans). These so-called apes, gibbons, giants and humans, appeared and diversified during the Miocene during the period of 23 to 5 million years ago. (The last common ancestor where humans lived with chimpanzees lived from about 6 million to 7 million years ago.) From an important moment when these branches diverged, a common ancestor of cricket and human It is not known yet. There is little evidence of fossils from this part of a primate family tree consisting mainly of isolated teeth and fragments of a broken jaw. Therefore, even if they were born in Africa and Eurasia, researchers can not be sure what the last common ancestor of baboons and humans is.