A nuisance animal trapping assembly for controlling a population of nuisance animals includes a box, which defines an interior space. The box has a top, which is open. A lid is hingedly engaged to the box and is positioned to selectively close the top. The box has a hole positioned in a side thereof proximate to a bottom thereof. A closure is engaged to the box proximate to the hole and selectively closes the hole. A bait station is selectively positionable in the interior space and attracts a nuisance animal through the hole into the interior space. The closure retains the nuisance animal within the interior space to trap the nuisance animal.

An animal trap (1) that provides ramped entryways for cane toads to pass through and a hands-free touchless method of disposing of cane toads captured in the animal trap that allows individuals to empty the animal trap without coming into contact with captured cane toads and/or the poison the captured cane toads secrete.

An animal trap (1) that provides ramped entryways for cane toads to pass through and a hands-free touchless method of disposing of cane toads captured in the animal trap that allows individuals to empty the animal trap without coming into contact with captured cane toads and/or the poison the captured cane toads secrete.

The present invention resides in a trapping assembly for capturing an animal, the trapping assembly comprising, an enclosure defined by a base, side walls, a rear wall, and a front wall provided with an opening, a stop plate extending from the opening into the enclosure, at least one pivotable gate connected to the front wall and biased to abut the stop plate. The present invention alleviates on or more issues associated with the presently available trapping assemblies and/or provides the consumer with a commercial alternative.

The present invention resides in a trapping assembly for capturing an animal, the trapping assembly comprising, an enclosure defined by a base, side walls, a rear wall, and a front wall provided with an opening, a stop plate extending from the opening into the enclosure, at least one pivotable gate connected to the front wall and biased to abut the stop plate. The present invention alleviates on or more issues associated with the presently available trapping assemblies and/or provides the consumer with a commercial alternative.

A gate for a feral hog trap is provided, comprising a frame having side frame assemblies, a top member, and a reinforcing member. Netting material is secured across the side frame assemblies and across the front of the frame. The netting material is attached to the frame using ropes which are secured to the frame members. The front netting material remains loosely gathered along a bottom edge and is preferably weighted to keep the bottom edge in contact with the ground. When feral hogs enter the gate, they pass under the front netting such that the netting falls back to the ground, making it difficult for the feral hogs to exit the gate as they step on the bottom edge of the front netting.

A gate for a feral hog trap is provided, comprising a frame having side frame assemblies, a top member, and a reinforcing member. Netting material is secured across the side frame assemblies and across the front of the frame. The netting material is attached to the frame using ropes which are secured to the frame members. The front netting material remains loosely gathered along a bottom edge and is preferably weighted to keep the bottom edge in contact with the ground. When feral hogs enter the gate, they pass under the front netting such that the netting falls back to the ground, making it difficult for the feral hogs to exit the gate as they step on the bottom edge of the front netting.

An electric rodent trap includes bait attracting rodents to climb entry ramps reaching up to entries, and a high voltage grid in a housing bottom portion to euthanize the rodents. The entries may include interior ramps sloping down and into the trap and the ramps may include a low voltage grid to stun the rodents causing them to stumble into the trap while remaining alive. A manual switch is later activated to energize the high voltage grid in the housing bottom portion to euthanize the rodents, and the dead rodents are removed.

An electric rodent trap includes bait attracting rodents to climb entry ramps reaching up to entries, and a high voltage grid in a housing bottom portion to euthanize the rodents. The entries may include interior ramps sloping down and into the trap and the ramps may include a low voltage grid to stun the rodents causing them to stumble into the trap while remaining alive. A manual switch is later activated to energize the high voltage grid in the housing bottom portion to euthanize the rodents, and the dead rodents are removed.

The present disclosure provides a smart animal capture device and system capable of determining whether an animal that has triggered a motion sensor is a desired target animal by taking a photograph and performing image recognition against an image database with images of the target animal species. The device is in wireless communication with a server and can thus be monitored and controlled remotely via a user device such as a mobile phone.