A variable-volume birdhouse comprises an internal nesting volume that varies in height, width and breadth to suit desired bird species. The nesting volume maintains a generally cubicle interior shape. A plurality of generally orthogonal, intersecting plywood panels form the enclosure. The base panel supports a pair of spaced-apart, side panels that removably mount an upper roof panel. A perpendicular back panel extends between the side panels in spaced relation relative to a front door panel that is hinged to the enclosure for easy user access. Hooks projecting from the panels are received within suitable slits in adjacent panels to lock them together. An internal, vertical partition is slidably fitted within selected grooves in the base and rear panels to establish internal width. An appropriately-sized shelf is fitted between the partition and the right side panel. The nesting volume rear is bounded by an appropriately dimensioned rear wall. By adjusting dimensions of the partition, the shelves and the rear wall during assembly, a desired volume preferred by a selected bird species results. A plurality of internal storage volumes contain substitute floor shelves and rear walls that are deployed for different nesting volume. A variable-diameter hole system in the front panel provides access to the nesting volume. A magazine slidably received within the front panel has an orifice aligned with the hole system that is occluded by a selected restrictor ring. Different restrictor rings stored in the magazine have different hole diameters suitable for different bird species.
A prefabricated bird house for easy assembly and transport and method of assembling the same. The bird house includes a plurality of walls wherein each pair of adjacent walls presents at least one pair of complemental latches that are configured for latching interengagement when the adjacent walls are assembled. When the latch elements are in latching interengagement, the walls are interconnected in such a manner that they are permitted to shift freely lengthwise relative to one another, but are prevented from shifting in a generally transverse, lateral direction.
A man-made nesting structure for northern rough-winged swallows for mounting on a wall having a substantially upright surface, such nesting structure being substantially elongated and mounted parallel on the wall surface with an entrance defined at one end and a nesting area defined at the opposite end.
A birdhouse with a changeable effective entrance size and that is easily disassembled is provided. A main body is provided having a top and a bottom, and a main body hole of a first size therebetween. The main body can be round or have a flat side. A roof is connected to the main body top. The birdhouse has a floor removeably connected to the main body bottom. A constrictor plate with a constrictor plate hole of a second size is also provided. The constrictor plate can be slidably held between screw heads and the inside surface of the main body, or can be hingedly connected to the main body. The user moves the constrictor plate between a first position and a second position to change the effective opening size of the entrance. The constrictor plate can have more than one constrictor plate hole.
A birdhouse where breeding pairs of birds build a nest, lay eggs and brood young birds with a fledging board or platform which is deployed just below the entrance hole in order to provide an exercise area for the young birds so that they may test their legs and wings just prior to taking their first flight. During the incubation period and when the young birds are growing up the fledge board is concealed in such a manor that no accouterments are present that would offer a footing to a predator who might otherwise use the board as a staging area to reach inside and raid the nest. The fledge board is deployed only when the young birds emerge from the cramped interior of the nest for the first time allowing them the opportunity to flex their legs and wings before taking their first flight into the world thereby reducing the likelihood of injury or death.
A carpenter bee trap comprises a housing having a hollow interior and at least one solid wall having a hole formed therein to permit carpenter bees to enter the hollow interior of the housing, the hole having about the same size as holes normally made by carpenter bees so that the hole tends to attract such bees. The preferred hole size is in the range from about 5/16 inch to about 1/2 inch. The exterior surface of the solid wall around the hole preferably has a light color, and the walls of housing are preferably opaque so that the hole appears dark from outside the housing. The interior surface of the solid wall forming the interior edge of the hole is preferably substantially flat. The trap may be made of a single piece of molded plastic with molded hinges connecting selected pairs of adjacent walls, and including integral latching means for releasably latching selected pairs of adjacent walls.
