Researchers wearing headlamps and protective clothing rush to untangle the claws and wings of bats trapped in a large net after nightfall in the Philippine province of Laguna.
The small animals are carefully placed in tissue bags to be taken, measured and rubbed, with the recorded details and saliva and fecal matter collected for analysis before being returned to nature.
“As we continue to have close contact with wildlife, we are deliberately exposing ourselves to disease and danger. If we cannot prevent this, we can also develop control measures to reduce the impacts of possible future outbreaks, at least. that’s why this research is important. Having the baseline data on the nature and occurrence of the potentially zoonotic virus in bats, we can somehow predict possible outbreaks and establish adequate, solid and scientifically based health protocols, “said bat ecologist Kirk Taray.
Alviola holds a bat caught on Mount Makiling.
“I can teach and continue to be a student. It’s fun. Being in the field even for 24 hours is better than being in the office from eight to five,” said Cosico.
“With the pandemic underway, more care is taken into account when studying bats. Various measures and protocols are in place to protect researchers and bats. In addition, community quarantine and travel restrictions have added difficulty, especially in access to potential areas of study. “said Taray.
History
Human exposure and closer interaction with wildlife meant that the risk of disease transmission was now greater than ever, said bat ecologist Kirk Taray.
“Having basic data on the nature and occurrence of the potentially zoonotic virus in bats, we can somehow predict possible outbreaks.”
PHOTO EDITION MARIKA KOCHIASHVILI; WRITING MARTIN PETTY, EDITING KARISHMA SINGH; LAYOUT JULIA DALRYMPLE