A beehive feeder barrier assembly includes a barrier that is positionable between a beehive and an entry feeder that is integrated to the beehive. In this way the barrier can inhibit bees that do not occupy the beehive from accessing the entry feeder. The barrier forms a tunnel between the beehive and the entry-feeder when the barrier is positioned therebetween. In this way the barrier facilitates bees living in the beehive to travel back and forth between the entry feeder and the beehive. A pair of bumpers is provided and each of the bumpers is coupled to the barrier. Each of the bumpers engages the entry feeder when the barrier is positioned between the entry feeder and the beehive such that the bumpers inhibit the barrier from being displaced.

A beehive feeder barrier assembly includes a barrier that is positionable between a beehive and an entry feeder that is integrated to the beehive. In this way the barrier can inhibit bees that do not occupy the beehive from accessing the entry feeder. The barrier forms a tunnel between the beehive and the entry-feeder when the barrier is positioned therebetween. In this way the barrier facilitates bees living in the beehive to travel back and forth between the entry feeder and the beehive. A pair of bumpers is provided and each of the bumpers is coupled to the barrier. Each of the bumpers engages the entry feeder when the barrier is positioned between the entry feeder and the beehive such that the bumpers inhibit the barrier from being displaced.

A beehive assembly has a column of hive bodies which are releasably connected to a vertical metal spine. Upper and lower metal pivot members extend between the spine and a post mounted to the ground. The upper pivot members extend away from the post and include a removable handle. Depressing the handle causes the column of hive bodies to ascend into an operating position where the bee colony within the hive bodies is elevated above the ground. Raising the handle brings the hive column to a lowered position for access by a beekeeper. A latch or latches are disposed to secure the pivot members with respect to the post at desired elevations. Springs extending between the post and the spine assist the beekeeper when raising or lowering the hive and cushion the lowering.

A beehive assembly has a column of hive bodies which are releasably connected to a vertical metal spine. Upper and lower metal pivot members extend between the spine and a post mounted to the ground. The upper pivot members extend away from the post and include a removable handle. Depressing the handle causes the column of hive bodies to ascend into an operating position where the bee colony within the hive bodies is elevated above the ground. Raising the handle brings the hive column to a lowered position for access by a beekeeper. A latch or latches are disposed to secure the pivot members with respect to the post at desired elevations. Springs extending between the post and the spine assist the beekeeper when raising or lowering the hive and cushion the lowering.

An apiary tool for breaking free and vertically lifting, removing, inspecting and transporting a frame from a bee hive box. The apiary tool having one or more handles, a cross member and one or more lever cams, where a lever cam includes a cam that slides underneath a bee hive frame top bar and an arcuate rolling surface. Rotation of a handle providing dual action that forces the arcuate rolling surface to hold down an adjacent frame while the lever cam pushes upward on the desired frame.

An apiary tool for breaking free and vertically lifting, removing, inspecting and transporting a frame from a bee hive box. The apiary tool having one or more handles, a cross member and one or more lever cams, where a lever cam includes a cam that slides underneath a bee hive frame top bar and an arcuate rolling surface. Rotation of a handle providing dual action that forces the arcuate rolling surface to hold down an adjacent frame while the lever cam pushes upward on the desired frame.

A bee nesting block, comprising: a first arrangement having a first slab, a second slab, a third slab and a fourth slab, wherein a stacked first arrangement forms a first staggered ledge and a second staggered ledge to provide a landing surface and greater planer space as a visual cue for improved nest recognition for one or more mason bees; and a second arrangement having a fifth slab, a sixth slab, a seventh slab and an eighth slab, wherein a stacked second arrangement forms a third staggered ledge and a fourth staggered ledge to provide a landing surface for the one or more mason bees; wherein the first arrangement is stacked onto the second arrangement to form the bee nesting block having a hexagonal shape; wherein the first arrangement stacked on to the second arrangement are fastened to one another using a plurality of bands or sleeves.

An attachable entrance bee feeder affixes to man-made bee hive boxes used by apiarists to raise and manage bees. The feeder attaches to the hive box landing board with screws through holes manufactured into the feeder. The feeder has an inner section which slides into the bee box entrance, plus an outer section that remains outside the bee box. A feeding cavity accepts an inverted fruit jar with lid and cap that holds viscous sugar syrup; plus, a cylindrical plug that can be installed into the feeding cavity in place of the fruit jar. The fruit jar lid contains holes that allow sugar syrup droplets to be consumed by honey bees. Bees enter the feeding cavity through feeding tubes to consume sugar syrup in the feeding cavity. The feeder may be secured to the bee box permanently or semi-permanently, and it accommodate feeding reservoirs of one quart and larger.

An attachable entrance bee feeder affixes to man-made bee hive boxes used by apiarists to raise and manage bees. The feeder attaches to the hive box landing board with screws through holes manufactured into the feeder. The feeder has an inner section which slides into the bee box entrance, plus an outer section that remains outside the bee box. A feeding cavity accepts an inverted fruit jar with lid and cap that holds viscous sugar syrup; plus, a cylindrical plug that can be installed into the feeding cavity in place of the fruit jar. The fruit jar lid contains holes that allow sugar syrup droplets to be consumed by honey bees. Bees enter the feeding cavity through feeding tubes to consume sugar syrup in the feeding cavity. The feeder may be secured to the bee box permanently or semi-permanently, and it accommodate feeding reservoirs of one quart and larger.

This disclosure relates to subnormothermic machine perfusion formulations for ex vivo preservation of allografts, and methods of use thereof.