07/03/2026
After having time to reflect on Honey Harvest 2026, it was, without a doubt, the worst season I’ve experienced in more than two decades of beekeeping.
Here in our area, a drought arrived just as the clover flow began. White clover (Trifolium repens) has historically been one of the largest contributors to my honey. Based on pollen analysis from Texas A&M University’s Palynology Lab and DNA floral-source analysis from Tennessee Technological University, clover often accounts for more than 40% of my honey’s floral composition. The remainder is a blend of dozens of other nectar sources—grape, blackberry, holly, dogwood, apple, dandelion, poison ivy, crape myrtle, oregano, cucumber, and MANY more.
Most beekeepers would say that poor honey yields during a drought simply can’t be avoided.
For most of my beekeeping years, I have believed that too.
But after reviewing this year’s harvest data, one colony stood out. While many of my overwintered hives produced only 6–8 pounds of surplus honey, one colony produced 16 pounds—and it wasn’t even an overwintered hive. It was a swarm that moved in this spring.
Why such a dramatic difference?
I can’t say for certain, but one factor stands out: this swarm was housed in an insulated hive from Primal Bee. With an insulation value of approximately R-50, the colony may have been able to spend less energy regulating hive temperature and more time raising brood and foraging for nectar and pollen.
One season doesn’t prove a hypothesis, but it certainly gives me hope for a fall honey harvest—and even bigger hopes for what this colony might accomplish as a fully established hive during Honey Harvest 2027.