Abstract: A duck call device includes a tone board having a tone surface and a tone board port defined, relative to airflow, behind the tone surface. The tone board port is divided into multiple channels to form a multi-channel port. A reed is located on the tone surface and is configured to vibrate there against. The multi-channel port may be created by a longitudinal central rib dividing a portion of the tone board port, wherein the longitudinal central rib contacts the reed while air is passing through the duck call device. The tone surface may surround a portion of the tone board port with recessed edges, and the central rib may have recessed edges.

Abstract: A duck call device includes a tone board having a tone surface and a tone board port defined, relative to airflow, behind the tone surface. The tone board port is divided into multiple channels to form a multi-channel port. A reed is located on the tone surface and is configured to vibrate there against. The multi-channel port may be created by a longitudinal central rib dividing a portion of the tone board port, wherein the longitudinal central rib contacts the reed while air is passing through the duck call device. The tone surface may surround a portion of the tone board port with recessed edges, and the central rib may have recessed edges.

Abstract: A fishing lure is configured to be pulled below water. The fishing lure has a body defining an air cavity therein. A first hole is defined at a first end of the body, and a second hole is defined at a second end, opposite the first send, of the body. The air cavity is configured to carry air into the water and to progressively replace the carried air with water while diving below a surface of the water.

Abstract: A fishing lure is configured to be pulled below water. The fishing lure has a body defining an air cavity therein. A first hole is defined at a first end of the body, and a second hole is defined at a second end, opposite the first send, of the body. The air cavity is configured to carry air into the water and to progressively replace the carried air with water while diving below a surface of the water.