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In late July��of 2016, more than a dozen��Liberian researchers set up a makeshift lab at the edge of the��rainforest in their nation’s��northern��, which shares the��border with��Guinea. Liberia is home to����and��houses some of the world’s rarest animal��species, including the Liberian mongoose and pygmy hippos. But Jackson Poultolnor and the other researchers, all clad in��rubber boots, N95 masks,��face shields, leather welding gloves, and��Tyvek suits, were there for bats.��

Bats have been a source of food in Africa and other parts of the planet��for thousands of years.��When Poultolnor��was a child, his��mother��prepared the meat in a sweet stew for him and his eight siblings. But the mammal��is also a reservoir of pathogens and to be the source of the 2013 Ebola virus outbreak, which led to more than 11,000 deaths across this region. So��Poultolnor and his team��ventured into the��dense vegetation to bind mist nets to��trees in order to capture and study the animal. It was Liberia’s first��wildlife-surveillance operation, and it was conducted as a part��of��, an organization launched in 2009 by the��U.S. Agency for International Development’s��(USAID)����to monitor infectious diseases.��

Since the organization’s inception,��American epidemiologists and sociologists have trained over��6,000 researchers in more than 30 developing countries to seek��out zoonotic diseases in wildlife and��collaborate��with local officials��to head off new outbreaks. Predict teams across the globe have discovered , including Ebola viruses and SARS-like coronaviruses.��

In January��2019, after sampling over 5,000 bats��every two��weeks��for more than two years, the Liberian Predict��team found for Ebola. It was the first time the type of Ebola virus responsible for the 2013��epidemic was detected in a Liberian bat. The discovery could help scientists learn more about how that virus infected humans��and, by extension, how to prevent other zoonotic diseases with pandemic potential��from spreading.

A few months later, in the fall of 2019,��the Trump administration for Predict, leaving more than ��around the world in limbo.��

At the heart of the Predict��project are the principles laid out by the , which seeks to foster collaborations between professionals in various science fields��that will benefit the��well-being of humans, animals, and the environment.

It’s an all-in-one philosophy that has deep historical roots. Hinduism’s ahimsa dictates that all living things are sacred because they are part of God and the natural world. Totemism, popular among may African tribes, posits��a kinship between humans and��wildlife.��Similarly, One Health,��which was started by��veterinarians and doctors in the United States , looks��to understand the human-wildlife interface,��encouraging��interdisciplinary collaborations in governent and academia, discouraging human encroachment��on natural habitats, and calling��for the extensive surveillance of pathogens.��

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There are ��lurking in animal hosts across the globe, and more than 650,000 have the potential to��infect people, according to researchers at the at the University of California at��Davis. In fact, nearly 75 percent of the diseases affecting humans today stem��from wildlife. SARS-CoV-2, the virus responsible for the current pandemic,��is thought to have originated in bats and believed to have been��transmitted��to humans via at an open-air market in Wuhan, China.

In addition to the vast number of viruses, scientists at the One Health Institute��say��that viruses��are also��mutating faster than ever. Urbanization and climate change, as well as activities like logging, poaching, and��animal��trafficking, have shrunk and fragmented natural habitats, which in turn has led to��increased��contact between humans and wildlife and more opportunities for viral mutation.��

“Trying to find these viruses in the wild is like finding a needle in a haystack,” says��, an American field veterinarian who was appointed by the Obama administration to lead Predict��in Liberia. That doesn’t mean it’s worthless to try. Although it cost $20 million to operate Predict��each year, some have estimated that the current��COVID-19��outbreak could cost the world . A future pandemic could cost much more.

Though Predict��failed to identify��the virus that results in��COVID-19,��a Predict-supported publication by scientists at the Wuhan Institute of Virology back in 2015 warned about in China and Southeast Asia.��

On April 1, as confirmed cases of COVID-19 surpassed one��million in the U.S.��and three��million worldwide, Predict��received ��from USAID to focus��on the coronavirus. But the money was far from enough to host teams in different countries.��Luckily, in May, USAID announced a new project:��set to launch this��September,�� will leverage the data collected by Predict��to develop interventions that will��reduce the risk of the transmission of dangerous pathogens passing from animals to people.

For too long, when it comes to disease outbreaks, there’s been a cycle of panic (as threats ramp up) and neglect (when they subside), says��Tierra Smiley Evans, a wildlife veterinarian and epidemiologist at the One Health Institute. She hopes this pandemic will result in something different. “We can’t leave a single country out in understanding the importance of the connection between human and animal health and working together on the prevention of the next pandemic,” she says. “Through the tragedy that is happening now to the planet, I hope we come out stronger on the other end.”