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In the News

A white-tail deer stands in the woods, alert and looking towards the camera with

Cornell's Krysten Schuler co-authored a study that developed an artificial intelligence–driven model designed to enhance the early detection of wildlife diseases, such as chronic wasting disease, while reducing the costs associated with traditional models. 
The Cornell K. Lisa Yang Center for Wildlife Health's Catalyzing Conservation Fund

Why are eastern rockhopper penguin populations plummeting in New Zealand? What’s a reliable, rapid test for detecting rodenticide poisoning in live birds of prey? How can we use technology to help diagnose wildlife diseases in Nepal while training local scientists?
A closeup of takahe bird with a wide red orange beak and blackish feathers

New Zealand is racing to protect the imperiled kākāpō parrot species from the global spread of avian influenza through proactive measures, including the vaccination of captive breeding populations ahead of migratory bird arrivals.
A moose standing in a field of white flowers

Wildlife researchers have found that the transmission of deer parasites is hindering the growth of New York's moose population.
A mallard duck resting among blooming white flowers in a field.

Cornell Atkinson has awarded six new Academic Venture Fund projects to drive bold, interdisciplinary research tackling global sustainability challenges, including one focused on highly pathogenic avian influenza transmission chains between wildlife and livestock.
A yellow bird perched on a bird feeder.

As bird flu continues to spread, Dr. Krysten Schuler of the Cornell Wildlife Health Lab offers expert advice on best practices for bird enthusiasts to maintain a safe, healthy feeder this spring.
World Vet Day infographic

On World Veterinary Day this year, we are celebrating Cornell's wildlife and ecosystem health teams and their tireless efforts to build a healthier future for wildlife, people, and planet.
Adult white tailed deer followed by a fawn

For Your Information

A recent study examines the challenge of determining the sample size needed to confidently declare a local wildlife population disease-free—an essential factor in effective disease surveillance and wildlife health management.
A wild bobcat shown after being tagged by researchers.

Avian influenza – which has devastated poultry flocks, wildlife populations and increasingly poses a public health risk – has now been confirmed in wild bobcats in New York state, according to a new study by Cornell scientists.
Two bobcats sitting in the wild

For Your Information

A recent study by Cornell researchers assessed the presence of antibodies for highly pathogenic H5N1 influenza A in live-captured bobcats in New York.