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In the News

Wildlife fences

Cornell’s Dr. Steve Osofsky discusses ways to manage foot and mouth disease to enable African farmers to sell safe beef without the need for vast disease control fences that impede migratory wildlife.
Scopes Annual Report

Now more than ever, animal and human health issues require solutions that span oceans and borders - and the Cornell University College of Veterinary Medicine is hard at work. Read about the impacts our faculty and staff, students, and alumni are having around the globe.
Zebras

Our team is working with southern African partners to implement an alternative approach to beef production in places where foot and mouth disease virus resides naturally in wildlife, assisting poor farmers while allowing for a potential reassessment of disease control fences that have blocked key wildlife migration routes for generations.
Elephant standing behind a wirefence

News

Cornell researchers and partners are developing novel approaches for mitigating conflicts between livestock agriculture and wildlife conservation in southern Africa, where both sectors are vital to people and planet.
Wild buffalo on African plain

For generations, international trade practices have dictated that rural southern Africans cannot protect nearby wildlife and, at the same time, farm cattle because of animal disease concerns....
Workshop attendees

Announcement

Our work with southern African partners to reconcile decades of conflict between the livestock and wildlife sectors continues to progress. Proceedings are now available from the "Working towards a Win-Win Solution for Livestock Agriculture & Wildlife Conservation in Ngamiland, Botswana" forum held in partnership with the Government of Botswana.
Elephant near water

Cornell University's College of Veterinary Medicine was awarded $1.7 million from The Rockefeller Foundation to support our pioneering work in Planetary Health.
elephants and giraffe

Veterinary fencing, having killed hundreds of thousands of southern Africa's wild animals since the 1950's by disrupting their key migratory pathways, is no longer the only option for managing foot and mouth disease in the region.