The Varroa mite is the leading driver of honeybee colony loss worldwide. These tiny parasites weaken bees, spread disease, and can collapse an entire colony within a single season — and existing treatments are struggling to keep up.
Honeybees pollinate a significant share of the foods we eat. As Varroa spreads, the risk extends far beyond individual apiaries — impacting agriculture and food security at scale.
Beekeepers in the US have reported losses approaching 45% in recent years, with Varroa the leading driver. Without better tools, those losses threaten long-term colony health and agricultural productivity.
Traditional approaches are losing ground. Chemical treatments face growing resistance and risk contaminating hive products. Non-chemical options often demand labor and disruption most beekeepers cannot sustain.
Varroa mites are rapidly developing resistance to the most commonly used miticides, reducing efficacy over time and leaving beekeepers with fewer reliable options each season.
Chemical treatments can leave residues in wax, honey, and brood — raising concerns for producers, consumers, and the long-term health of the colony itself.
Non-chemical alternatives often require frame removal, transport, or hours of active management — stressful for the colony and unsustainable for working beekeepers managing multiple hives.
ThermaHive is building a chemical-free, precision-controlled alternative designed to work within the realities of modern beekeeping. Our compiled research summary is available for beekeepers and researchers who want to dig deeper into the science behind thermotherapy.