Hafernik says he has timed the launch of the site for when the parasitized population begins its seasonal rise. "Right now is still the low season for parasitized bees," he explained, "but they will start ramping up in August. In the San Francisco Bay Area, infections peak in September through January. We hope to learn about the timing of infections in other areas of North America."
Since last year's report, Hafernik and his colleagues have embarked on an ambitious set of experiments to learn more about the plight of the infected honeybees. In one key project, the researchers, led by graduate student Christopher Quock, will tag infected bees with tiny radio frequency trackers to monitor their movements in and out of a specially designed hive. They hope the tracking system will tell them more about how the infection affects the bees' foraging behavior and why they eventually abandon their hives.
Hafernik and his collaborators are eager to learn as much as they can about the parasite, since it may be an emerging and potentially costly threat to honeybee colonies, especially those that cross from state to state to be used in commercial pollination.
The researchers hope the intense public interest in the parasitized bees earlier this year will encourage people to visit and contribute to the ZomBeeWatch site. "We're sort of a mom and pop operation at this point," Hafernik said, "but if we can enlist a dedicated group of citizen scientists to help us, together, we can answer important questions and help honeybees at the same time."
|Contact: Nan Broadbent|
San Francisco State University