Abstract: Traps are disclosed for controlling flying insects such as wasps. The traps are pre-packaged with attracting liquid prior to sale, and then sealed with a peel-off film in a manner that prevents leakage prior to use. When the trap is about to be used, the peel-off film is removed to expose both a trap entry and a pivotable stand. A rain/sun shield is then mounted on the stand, preferably with the upper portion of the stand projecting through the shield to form part of a hanger.

Abstract: Bait stations are provided which present the ability to monitor bait and expand capacity of bait without materially adversely affecting feeding activity. In one form a slow acting toxicant-laced attractant is provided in the station. The station has an outer housing, an openable opaque lid, and a transparent window moveable relative to both the lid and housing. One can move the lid while leaving the window in place, or move both the lid and window. Removal of both permits attachment of a second such housing to the first, while the first remains in place. The lid and window can then be affixed to the second housing. These stations can be used to control termites and other crawling pests.

Abstract: A dual bait toxicant station includes a wick that can be moved to access a liquid reservoir, thereby activating the liquid feeding portion of the station. The wick can be selectively forced downward into the reservoir by activation of a lid which can have a bi-stable portion. The station may have a pie wedge-shaped top view, with multiple entrances along an arc portion of the station side.

Abstract: An insect control device includes a first substantially non-permeable surface having a first critical surface tension value. An insect control volatile agent is disposed on the first surface and has a surface energy at least about 5 dynes/cm2 less than the first critical surface tension value.