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Study suggests gorillas form social bonds with distant relations
(findings suggest that human social systems stretch back to the common ancestor of humans and gorillas
Gorillas found to interact with extended family in a similar way to humans

Gorillas form social bonds with distant relations in a similar way to humans, new research suggests.

The study led by the University of Cambridge found “social tiers with striking parallels to traditional human societies”.

Their findings suggest that human social systems stretch back to the common ancestor of humans and gorillas, rather than arising from the "social brain" of hominins after diverging from other primates.

In the study, researchers used more than six years of data from two research sites in the Republic of Congo where they documented the social exchanges of hundreds of Western lowland gorillas.

Gorillas live in small family units consisting of a dominant male and several females with offspring, or as solitary male “bachelors”. Lead author Dr Robin Morrison used statistical algorithms to reveal patterns of interaction between family groups and individuals between data sets.

By analysing the frequency and length of “associations”, she found that beyond immediate family there was a tier of regular interaction - an average of 13 gorillas - that is similar to “dispersed extended family” in traditional human societies. For example aunts, cousins and grandparents.

Beyond that, a further tier of association involved an average of 39 gorillas, similar to an “aggregated group” that spends time together without necessarily being closely related.

"An analogy to early human populations might be a tribe or small settlement, like a village," said Morrison.

She also found that where dominant males (silverbacks) were half-siblings, they were more likely to be in the same “tribe”. More than 80 per cent of the close associations identified, however, were between more distantly related-or even apparently unrelated silverbacks.

"Females spend time in multiple groups throughout their lives, making it possible for males not closely related to grow up in the same natal group, similar to step-brothers," said Morrison. "The bonds that form may lead to these associations we see as adults."

The results are published in the journal Proceedings of the Royal Society B.

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FIVP launches CMA remedies survey

News Story 1
 FIVP has shared a survey, inviting those working in independent practice to share their views on the CMA's proposed remedies.

The Impact Assessment will help inform the group's response to the CMA, as it prepares to submit further evidence to the Inquiry Group. FIVP will also be attending a hearing in November.

Data will be anonymised and used solely for FIVP's response to the CMA. The survey will close on Friday, 31 October 2025. 

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Free webinar explores congenital heart disease in dogs

A free webinar is to provide veterinary professionals, dog breeders and pet owners an new insights into congenital heart disease.

Chris Linney, a cardiology specialist and Veterinary Cardiovascular Society (VSC) member, will present the webinar from 7.00pm to 8.30pm on Wednesday, 12 November.

Dr Linney will explore the types, causes and clinical presentation of congenital heart conditions. This will include diagnostic approaches, treatment pathways and emerging research opportunities.

The session is the third to be organised by The Kennel Club, with the VCS, following an introductory webinar and a talk on acquired heart disease. Dr Linney's webinar consists of a one-hour presentation, followed by a 30-minute question and answer session.

Dr Linney said: "This webinar will be an opportunity to deepen understanding - not just of the diseases themselves, but of how breeders, vets and owners can work together to support affected dogs and improve outcomes for future generations."

Click here to register for the webinar.