In 1519, Spanish forces arrived in Mexico with weapons both seen and unseen. Between 1545 and 1550, up to 80 percent of the native Aztec population is believed to have been wiped out by disease, possibly a deadly form of salmonella.
In 1987, the varroa mite arrived in the United States with weapons both seen and unseen. In the most recent beekeeping season from 2015 to 2016, beekeepers lost an estimated 44 percent of their bees.
Coincidence? Maybe not. Some thoughts on the evolution of honey bees and varroa mites. Continue reading
Aside from a single white morning this winter, we have had very little snow in Virginia. The weather is unusually warm and the bees seem to get a flying day once a week or so. I suspect the insect population will be robust this year, from small hive beetles to other assorted insects, due to our lack of cold weather. Soon the bees will start ramping up for spring, and I have been keeping an eye on the mite populations in Mars and Jupiter.
Average mite drop per day in Mars and Jupiter. The count spiked in early December after I applied an oxalic acid dribble.
My prior post You may bee right was never intended to have a sequel. Yet it elicited a somewhat critical response from a local beekeeper who was disappointed in my lack of mite checks. I know I’m supposed to check mites, but it takes time, and I didn’t know how, and its my first year I’m still trying to get comfortable with bees flying around my head. In any case, while the top bar hive was the one to suspect, everything I’ve read indicates that a new hive with new comb in a new spot is likely to survive the first winter. So it was that I set out to prove the criticism unfounded and myself correct. Hence, a sequel.
A brood comb from Venus on Oct 12, 2015. The top part of this and other brood comb now has capped honey.