ÁùºÏ²Ê¿ª½±Íø

From the Deep South to Down Under: ÁùºÏ²Ê¿ª½±Íø flying fox research, new technology combine to prevent viral transmission

From the Deep South to Down Under: ÁùºÏ²Ê¿ª½±Íø flying fox research, new technology combine to prevent viral transmission

Contact: Samuel Hughes

STARKVILLE, Miss.—From some 8,000 miles away, Mississippi State scientist Manuel Ruiz-Aravena in the university’s Forest and Wildlife Research Center is studying flying foxes, or fruit bats, in Australia to determine the likely causes of viral spillover from animal to human.

The assistant professor in wildlife, fisheries and aquaculture watches thousands of signatures streak across his computer screen as a cauldron of flying foxes leave their roost near Australia’s east coast to forage. It’s a novel experience made possible for the first time using emerging technology——alongside Ruiz-Aravena’s international research.

The field team conducts bird observations for the deployment and testing of the MAX(R) radar at the Ballina-Byron Gateway Airport in New South Wales, Australia. From left to right, Niko Koukourigkos (Robin Co, NL) and Will Jamieson (Avisure, Aus) observe the data processed by the on-board server, while Alex Coccia (Robin Co) visually confirms the birds detected by MAX(R). (Photo by Manuel Ruiz-Aravena)
The field team conducts bird observations for the testing and calibration of the MAX(R) radar at the Ballina-Byron Gateway Airport in New South Wales, Australia. From left to right, Niko Koukourigkos (Robin Co, NL) and Will Jamieson (Avisure, Aus) observe the data processed by the on-board server, while Alex Coccia (Robin Co) visually confirms the birds detected by MAX(R). (Photo by Manuel Ruiz-Aravena)

“It sounds cliché but imagine building the first telescope. No one before has seen Saturn this clearly, and now you’re seeing it. Thi