Sicker livestock may increase climate woes
Climate change is affecting the spread and severity of infectious diseases—and infectious diseases may in turn be contributing to climate change.
Climate change is affecting the spread and severity of infectious diseases—and infectious diseases may in turn be contributing to climate change.
A new model from the UGA Center for the Ecology of Infectious Diseases shows continued risk from the COVID-19 pandemic in the U.S.
Achieving herd immunity to COVID-19 is an impractical public health strategy, according to a new model from UGA scientists.
Long-distance animal migrations can trigger relapse of dormant infections, influencing when and where infection risk peaks, according to research by alumnus Dan Becker, PhD ’17, and Asst. Prof. Richard Hall.
UGA scientists developed an algorithm that monitors public health data to predict reemergence of existing infectious diseases like mumps and pertussis.
Vanessa Ezenwa integrates perspectives from microbial to ecosystem scales to explore the interactions of parasites and social behavior.
John Drake was interviewed on BBC Newsday about the reasons for the current mismatch between the rates of COVID-19 cases and deaths.
Models of malaria transmission that take vector age and species effects into account yield different results than those that don’t.
Preliminary results from a study by Prof. John Drake suggest COVID-19 outbreaks on university campuses are likely.
The UGA Center for the Ecology of Infectious Diseases will study the effects of environmental and human factors on zoonotic disease spillover.