The Design of the Woodpecker’s Tongue

One of the great questions ornithologists must answer is how a woodpecker can pound its beak on wood day after day without suffering brain damage. In previous articles, we have talked about the shock-absorbing features of the woodpecker’s skull. Researchers have learned more as they study the design of the woodpecker’s tongue.

Woodpecker tongues are much longer than their beaks. The design of the woodpecker’s tongue extends back into the skull, wrapping around the brain and looping around the eye socket. Woodpeckers slam their beaks into wood 20 times per second, and the tongue’s unique path acts like a biological seatbelt, distributing impact forces and protecting the brain. The woodpecker’s specialized hyoid apparatus (tongue-supporting bone and soft tissue) is a design feature that helps protect its brain from concussions.

Oak trees line our home office by the St. Joseph River in Michigan. We have five kinds of woodpeckers, ranging from the large pileated woodpecker to the downy woodpecker, which is the size of a house sparrow. Watching wood chips fly as they hammer at the oak trees to reach insects reminds us of God’s design and the impossibility of it resulting from chance mutations.

The Bible calls us to look at the evidence. The more we see, the more we realize that atheists and biblical skeptics must deny more and more of what science learns. As we look at the creation, we see the Creator’s wisdom, even in the design of the woodpecker’s tongue.

— John N. Clayton © 2025

Reference: nih.gov