Baboons have a high IQ. Will they live like human beings after training?

Baboons have a high IQ. Will they live like human beings after training? In the whole animal species, chimpanzees can be said to have almost the same IQ as humans. Through scientific research, chimpanzees and human ancestors have lived together for a long time. What is certain at present is that baboons can live together after long-term training. Baboon is the general name of baboon, simian subfamily and simian primate.

Most of them live in tropical rain forests, savanna, semi-desert grassland and plateau mountains, and like to live on low hills, plains or canyon cliffs. Baboons are one of the smarter primates. Baboons can be trained as human assistants. Baboons are recognized as primates with high IQ, so intelligent humans train them as helpers. Some farmers in Africa often train baboons to watch sheep. In order to be familiar with sheep, it is necessary to keep baboons and sheep together for a period of time, especially to let baboons know the habits of sheep and the physiological characteristics of each sheep, so that baboons can easily drive sheep together. This kind of training has achieved very good results.

Baboons have a high IQ. Will they live like human beings after training? The thief suddenly jumped out of such a fierce monster and was scared out of his mind. It was too late to escape, so he dared to steal the sheep again, because the thief had fled before the farmer's wife heard the news. Instead of chasing the thief, the baboon turned and gathered the scattered sheep until the master arrived. There are written records about thousands of years ago, Oracle Bone Inscriptions and parchment, which recorded the great activities and philosophical thoughts of ancient ancestors, but what about the sound? When did humans start talking?

Baboons have a high IQ. Will they live like human beings after training? Scientists believe that low throat is the key to producing vowels, and vowels are the basis of language. According to the anatomical structure of human fossils, modern agents began to speak 70,000 to 65,438+10,000 years ago. However, some studies have begun to challenge the low throat hypothesis. Scientists have found that other animals can't pronounce vowels because their throats are narrowed, while human babies can still pronounce the same vowel range as adults despite their high throats.