Saturday, August 13, 2022
BusinessResearchers to study the communication of bats in a bid to shed...

Researchers to study the communication of bats in a bid to shed light on the evolution of the human language

RESEARCHERS at a Scottish university will look into the way bats communicate in an attempt to shed light on the evolution of the human language in a £1.5m study.

Dr Sonja Vernes received the funding from the UKRI Future Leaders Fellowship Scheme to look into the animals over seven years but will only cover the first four years and further funding will follow.

It will look into the vocalisations of bats, and by comparing them with other mammals, to understand more clearly the mechanisms by which human language has evolved

Dr Vernes, currently of the Max Plank Institute and the Donders Institute for Brain Cognition and Behaviour in the Netherlands, will begin the project at the University of St Andrews in November.

The project will specifically explore the behavioural abilities bats have to learn new vocalisations in a social context and compare these with other vocal-learning mammals such as seals and dolphins.

The research team, led by Dr Vernes, will investigate the neurobiological, molecular and genomic factors contributing to these abilities.

The researchers will look into the language of bats to try and the evolution of out language image supplied

They will then integrate the findings from human language disorder studies to identify parallels between the mechanisms that allow these social-vocal communicative behaviours in bats and other mammals to those that underscore human language abilities and evolution.

Dr Vernes said: “Our ability to communicate via spoken language requires a complex skill set built upon cognitive and physiological processes.

“Bats present a unique opportunity to shed light on these issues because they are an extraordinary group of animals with intricate social structures and communication abilities.

“They feature speech and language relevant traits such as vocal learning – the ability to learn new vocalisations, a crucial component of how we learn to speak.

“However, this potential has rarely been exploited. My goal is to use bat models to understand the biological encoding of social-vocal communication abilities.

“By comparing these findings with other mammals and with humans, it will be possible to shed light on mechanisms by which human language evolved.”

Future Leaders Fellowships is a £900 million fund that is helping to establish the careers of world-class research and innovation leaders across UK business and academia.

Professor Frank Gunn-Moore, Head of the School of Biology at the University of St Andrews, welcomed the announcement.

He said: “We are delighted to welcome Dr Vernes and this very exciting project to St Andrews in November.”

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