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Study looks at how domestic rabbits become feral
“We hope that this study will help lawmakers understand the importance of preventing domestic animals from being released into the wild" - Leif Andersson.
Researchers found mix of domestic and feral DNA in introduced rabbits.

A new study has uncovered the genetic changes that help domestic rabbits re-adapt to living back in the wild.

The researchers, who looked at the DNA of almost 300 rabbits from three continents, found that many of the characteristics which have been bred into rabbits as part of their domestication are lost through natural selection in feral populations.

Genomes of 297 Europeans rabbits (Oryctolagus cuniculus) from Europe, South American and Oceania were sequenced by scientists from Texas A&M School of Veterinary Medicine and Biomedical Sciences (VMBS), USA, in collaboration with the Research Center in Biodiversity and Genetic Resources, Portugal.

To their surprise, the researchers found that the rabbits from introduced populations had a mix of feral and domestic DNA.

Leif Andersson, a professor in the VMBS’ Department of Veterinary Integrative Biosciences and a professor at Uppsala University in Sweden, said: “This was not what we had expected to find — we expected that feral rabbits were domestic rabbits that have somehow relearned how to live in the wild.

“But our findings show us that these rabbits already had a portion of wild DNA helping them survive in nature.”

The genetic changes in feral rabbit populations not only included genes that influence things such as coat colour, but also genes that affect elements of behaviour such as tameness.

Rabbits have been introduced by humans around the world, sometimes with a significant impact on local environments and ecosystems. The researchers are hopeful that the study will offer insights for those looking at other feral populations.

Dr Andersson added: “We hope that this study will help lawmakers understand the importance of preventing domestic animals from being released into the wild.

“This project has helped us understand not only how rabbits become feral but also how other species like pigs and cats can become feral nuisances.”

The study has been published in the journal Nature Ecology and Evolution.

Image © Shutterstock

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Two new roles on BEVA Nurse Committee

News Story 1
 The BEVA has opened two new roles on its Nurse Committee.

There is one role available for a full member (for three years) and one role for a student member (until they qualify).

Members must attend all meetings, occurring four times a year. They will assist the committee in understanding the field, identifying issues and engaging with external parties.

More details can be found here

Click here for more...
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BSAVA publishes Guide to Nutrition in Small Animal Practice

The BSAVA has added a small animal nutrition advice booklet to its series of BSAVA guides.

The BSAVA Guide to Nutrition in Small Animal Practice offers a resource for veterinary professionals to provide appropriate nutrition for animals. As well as maintaining the wellbeing of healthy pets, the guide explores how nutritional requirements change in times of illness and disease.

The guide is divided into five sections, which explore the importance of nutritional assessment; diet types; feeding at different life stages; feeding for specific situations; and feeding for specific diseases. Online resources are also in the BSAVA Library including client handouts and videos.

It is designed to be suitable for referencing, in-depth case planning and team training sessions.

The BSAVA Guide to Nutrition in Small Animal Practice can be purchased online from the BSAVA store.