Downy Woodpecker

This feather belongs to the Downy Woodpecker, a small but energetic bird known for its acrobatic foraging. The bird is mostly black and white with a white back and breast; males have a small red patch on the nape. It measures roughly 6 inches with a 10-12 inch wingspan.

Classic black-and-white 'checkered' pattern. It features a deep black (eumelanin) base color with distinctive, large white oval spots or bars along both the leading and trailing edges of the vane.

Tightly interlocked pennaceous barbs throughout the main vane, transitioning to a small plumulaceous section at the base (superior umbilicus).

Relatively stiff and smooth with a slight satin gloss. The surface is durable to withstand the abrasive nature of trunk-clinging and cavity-nesting behaviors.

Small size, deep black color, and bold white spotting that does not cross the central rachis into solid bars, appearing instead as discrete spots on either side.

Deciduous forests, woodlots, orchards, and urban parks/gardens. They prefer areas with a mix of live and dead wood for foraging and nesting.

Year-round resident across most of North America, from Alaska and Canada throughout the United States (excluding parts of the desert Southwest). They are non-migratory.

Primary cavity nester and insectivore; they help control populations of wood-boring beetles and provide nesting holes for secondary cavity nesters like bluebirds and wrens.

Hairy Woodpecker feathers are nearly identical in pattern but are significantly larger (3+ inches for similar wing positions). Yellow-bellied Sapsucker feathers have more irregular mottling rather than distinct spots.

Despite their small size, they have extremely long tongues that wrap around the back of their skull. They also play a 'drumming' rhythm on hollow wood to communicate territory rather than singing.

Fair to Good. There is significant wear and fraying at the tip (distal end) and some separation of the barbs on the trailing edge, suggesting this may be a molted feather at the end of its life cycle.