Abstract: Embodiments of a fume board are disclosed. In one embodiment, a fume board includes a fume board box, a blower, a repellant liner, and an air diverter. The fume board box has an upper panel and an open bottom face oppositely vertically disposed from the upper panel. The upper panel defines an air intake portal and an interior surface where the repellant liner is attached on the interior surface of the upper panel. The blower is configured to generate an air flow. The air diverter is connected to the blower through the air intake portal, wherein the air diverter is configured to redirect the air flow across the repellant liner. In this manner, the air flow can be provided with low air pressure but still more evenly capture the repellant volatized from the repellant liner to remove the bees from the honey super.

Abstract: Embodiments of a fume board are disclosed. In one embodiment, a fume board includes a fume board box, a blower, a repellant liner, and an air diverter. The fume board box has an upper panel and an open bottom face oppositely vertically disposed from the upper panel. The upper panel defines an air intake portal and an interior surface where the repellant liner is attached on the interior surface of the upper panel. The blower is configured to generate an air flow. The air diverter is connected to the blower through the air intake portal, wherein the air diverter is configured to redirect the air flow across the repellant liner. In this manner, the air flow can be provided with low air pressure but still more evenly capture the repellant volatized from the repellant liner to remove the bees from the honey super.

Abstract: An improved fume board and methods related to the same are provided. An improved fume board employing a motorized fan to quickly and uniformly deliver repellant throughout a honey super to result in near complete clearance of bees from the honey super in an efficient manner without significant disruption to the bee hive. The improved fume board box has a top entry portal and fan-blower connecting mechanism which allow for the incorporation of various small, battery powered fan-blowers currently available on the market. The small fan-blower generates a steady, low-volume air-flow that mixes air with bee repellant, which is then evenly distributed down into the honey super. The low-volume air-flow significantly increases repellant dispersal without agitating or intoxicating the bees, and without the additional danger of injuring bees.

Abstract: A hygienic honey bee bottom board, hives employing the same, and methods related to the same are provided. The hygienic honey bee bottom board effectively diminishes small hive beetles in a bee hive without significant pollen loss. The invention has a solid bottom board platform with screened receptacles. Hygienically inclined bees instinctively chase small hive beetles into the screened receptacles in an effort to clean the hive. The small hive beetles fall through the screened receptacles into a beetle trap disposed below the bottom board receptacles and are thus removed from the hive with minimal disturbance of the hive. The screened receptacles of the hygienic honey bee bottom board comprise only a limited area of the otherwise solid bottom board platform. This allows worker bees to retrieve substantial amounts of pollen dropped onto the solid bottom board platform for use as foodstuff.