A cephalopod rearing cage capable of maintaining a cephalopod alive, wherein at least a portion of the cephalopod rearing cage is constituted by using a mesh sheet of not less than 4 mesh. Also provided is a cephalopod escape prevention sheet capable of maintaining a cephalopod alive, wherein at least a portion of the cephalopod escape prevention sheet is constituted by using a mesh sheet of not less than 4 mesh.

A cephalopod rearing cage capable of maintaining a cephalopod alive, wherein at least a portion of the cephalopod rearing cage is constituted by using a mesh sheet of not less than 4 mesh. Also provided is a cephalopod escape prevention sheet capable of maintaining a cephalopod alive, wherein at least a portion of the cephalopod escape prevention sheet is constituted by using a mesh sheet of not less than 4 mesh.

The present invention features an elegantly-mounted pinwheel comprising alternating holographic red and silver non-metallic tape-like material. The pinwheel uses connector bolts and hexagonal coupling nuts to be mounted or positioned directly onto various components of a power pole or utility pole system such as bushings, fuse cutouts, regulators, reclosures, lightning arresters, or underground primary dips. The invention will deter animals such as birds and squirrels from scaling or landing on the power pole or utility pole system when the invention is properly mounted. The invention takes advantage of the alternating colors of the pinwheel to scare the animals. The present invention requires no housing, rotors, drums, or support plates. The invention does not rely on sound, and it requires no electricity or motor. The stainless steel hex standoff coupling nut comes preferably in ⅜″ and can be ordered in different sizes to accommodate the device.

The present invention features an elegantly-mounted pinwheel comprising alternating holographic red and silver non-metallic tape-like material. The pinwheel uses connector bolts and hexagonal coupling nuts to be mounted or positioned directly onto various components of a power pole or utility pole system such as bushings, fuse cutouts, regulators, reclosures, lightning arresters, or underground primary dips. The invention will deter animals such as birds and squirrels from scaling or landing on the power pole or utility pole system when the invention is properly mounted. The invention takes advantage of the alternating colors of the pinwheel to scare the animals. The present invention requires no housing, rotors, drums, or support plates. The invention does not rely on sound, and it requires no electricity or motor. The stainless steel hex standoff coupling nut comes preferably in ⅜″ and can be ordered in different sizes to accommodate the device.

A reflective bird deterrent, having a base, a center post attached to and extending up from the base, and first and second spinner assemblies having a plurality of fins rotatably attached to the center post. The plurality of fins on the first spinner are angled such that they spin in the opposite direction of the plurality of fins on the second spinner, and the plurality of fins on the first spinner and the plurality of fins on the second spinner are reflective.

A reflective bird deterrent, having a base, a center post attached to and extending up from the base, and first and second spinner assemblies having a plurality of fins rotatably attached to the center post. The plurality of fins on the first spinner are angled such that they spin in the opposite direction of the plurality of fins on the second spinner, and the plurality of fins on the first spinner and the plurality of fins on the second spinner are reflective.

A luminescent replica comprising a replica of a bird of prey is described. The bird of prey can be an owl, falcon or hawk. The bird of prey can be a great horned owl. The luminescent replica can include a luminescent material on a surface of the replica. The luminescent replica can include a luminescent material on a surface representing a ventral area of the bird of prey. The luminescent material can emit light having a wavelength of from about 600 nm to about 750 nm, and optionally, from about 450 nm to about 500 nm. The luminescent material can absorb ultraviolet radiation having a wavelength of less than about 400 nm. The luminescent material may include a porphyrin or derivative of a porphyrin. A kit and method for making the luminescent replica are also described.

A cephalopod rearing cage capable of maintaining a cephalopod alive, wherein at least a portion of the cephalopod rearing cage is constituted by using a mesh sheet of not less than 4 mesh. Also provided is a cephalopod escape prevention sheet capable of maintaining a cephalopod alive, wherein at least a portion of the cephalopod escape prevention sheet is constituted by using a mesh sheet of not less than 4 mesh.

A cephalopod rearing cage capable of maintaining a cephalopod alive, wherein at least a portion of the cephalopod rearing cage is constituted by using a mesh sheet of not less than 4 mesh. Also provided is a cephalopod escape prevention sheet capable of maintaining a cephalopod alive, wherein at least a portion of the cephalopod escape prevention sheet is constituted by using a mesh sheet of not less than 4 mesh.

A flying insect deterrence system and device is provided. The flying insect deterrence device may include a rotary element, a vertical column, a cordage, a cordage element, and a motor. The flying insect deterrence system may include a base and an insect deterrence device. The insect deterrence device may include a vertical column, a rotary element, a motor, a cordage, and a cordage element. The rotary device is located on top of the vertical column and is powered by the motor that spins a cordage attached to the rotary device to deter flying insects from flying or landing in the area.