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Border collies help reduce seaside bacteria
cmu researchers with collie
CMU researchers are working with collies to reduce the level of E. coli in water and sand.

Dogs used to chase away gulls to cut E. coli levels in sand and water

Border collies have been set to patrol beaches in west Michigan, helping to reduce bacteria levels by keeping gulls away.

A team of five research students
from the Central Michigan University (CMU) worked on four beaches in Ottowa County last year.

They aimed to find out whether collies could keep gulls away from the beach and if this would reduce the levels of E. coli and other pathogens in sand and water.

Findings suggest that border collies are effective in reducing the number of gulls on beaches, and in turn, E.coli levels are reduced in the sand if gulls are removed early in the beach season.

Leading the two-year study is CMU's Elizabeth Alm. She says: "The gull population in the Great Lakes has exceeded historic levels.

"The large numbers of gulls attracted to public beaches are not only a nuisance, but microorganisms from gull droppings interfere with water quality monitoring and may pose a risk to public health."

Members of the public and beach managers have voiced concern over the number of gulls on public beaches, due to health and safety as well as the economic impact.

Students were trained as handlers for two border collies who were leased for the project. The pair had been trained to chase geese and other birds.

Sand and water samples from the beaches were tested for levels of E.coli and other bacteria. The team also tallied the number of gulls visiting the beaches each day.

Researchers found that in early summer, samples from beaches where the dogs had chased away gulls had significantly lower E. coli counts compared to the control beaches.

Dr Alm told the BBC about their findings: "If the E. coli establish in the sand early in the season, they appear to be able to persist, and probably even grow in the sand so that even though the dogs can remove the gulls from the beach later in the season, this late reduction in gulls does not translate in to a late season reduction in E. coli."

CMU biology graduate Dusty Jordan said: "Gulls have been found to carry a lot of bacteria and other pathogens in their faeces, so having them on the beach in such large numbers is a health hazard."

Image courtesy of CMU

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Greyhound Board announces change to vaccination guidance

News Story 1
 The Greyhound Board of Great Britain has published new vaccination guidance, with all greyhounds registered from 1 January, 2027 required to have the L4 leptospirosis vaccination, rather than L2.

The change comes in response to the reduced availability of the 'L2' Leptospirosis vaccine across the UK, and aims to support best biosecurity practice across the racing greyhound population.

GBGB veterinary director Simon Gower, said "While rare, Leptospirosis is a serious infectious disease that can affect both dogs and humans, so it is vital that we offer our greyhounds the broadest possible protection.  

Click here for more...
News Shorts
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.