Abstract: A multi-component hummingbird feeder which can be completely disassembled. The hummingbird feeder has a liquid reservoir comprised of a cup-shaped bottom and a dome-shaped top. A hollow neck protrudes vertically from the bottom and through a central aperture in the top. A collar is seated on the top and surrounds the portion of the neck which extends above the top. A head which is adapted to coact with the collar is placed in the upper end of the neck and tightened until the top and bottom elements are in a tight sealing interengagement. Located in the top are feeding ports to provide access to a liquid food supply in the reservoir.

Abstract: A bird feeder has a seed storage compartment at least partially defined by a side wall. Improved feeding ports are provided in the side wall through which birds may extract seeds from the storage compartment. Each feeding port comprises an opening in the side wall which is partially occluded by one or more resilient finger members. The finger members are arranged to prevent a free flowing escape of seeds from the storage compartment, and are flexible to accommodate forcible extraction of seeds from therebetween.

Abstract: An improved bird feeder is disclosed herein of the type having a hollow housing for holding a main supply of bird feed with a plurality of feeding apertures located at different heights thereon. This improved bird feeder has means for retaining a supply of bird feed at the vertically staggered feeding apertures which are independent of the level of main supply in the housing. Because of this, bird feed is provided at a feeding aperture even after the main supply has dropped below that feeding aperture.