The bombardier beetle’s defense mechanism is a fascinating display of complexity. It defends itself by shooting a very hot (212 degrees F) stream of acidic material at an invading predator. The beetle mixes hydrogen peroxide and hydroquinone, which would explode in ordinary situations, but the bombardier beetle adds an inhibitor to control the reaction. A catalyst breaks down the peroxide, and a chemical known as peroxidase breaks down the hydroquinones so that the explosion does not occur.
The bombardier beetle has twin tail tubes that swivel like a gun turret to aim the hot, acidic mixture at enemies. Slow-motion photography has shown that the chemistry occurs in separate small bursts, so the beetle is not a one-shot wonder but can shoot repeatedly at a predator. This contrasts with skunks, which usually have one shot and require an extended time to replenish the odor fluid.
While many have proposed elaborate evolutionary theories to explain the bombardier beetle’s defense mechanism, The bombardier beetle’s defense mechanism is a fascinating display of complexity. It defends itself by shooting a very hot (212 degrees F) stream of the concept of intelligent design as a plausible alternative explanation.
Like all forms of life on our planet, the bombardier beetle has been designed with specialized equipment to survive in a world of predation. Proverbs 8 talks about the wisdom of God, and Romans 1:20 speaks of living things as a demonstration that allows us to “know there is a God through the things He has made.” The bombardier beetle seems to be a good example of both of these statements.
— John N. Clayton © 2024