The complexity of living things gives evidence of design rather than accidental chance. Flamingos that live in southern Florida, the Galapagos Islands, and throughout the Caribbean provide an example of that complexity. You have probably seen photographs of these five-foot-tall pink birds wading in shallow waters and using their long necks to find food. The pink color comes from pigments in their foods, such as brine shrimp and algae. The color is absorbed by body fat and deposited in the flamingo’s feathers. Flamingo complexity involves more than color.
Flamingos move their heads through the water because their tongues pump water into their bills, where comblike structures strain out their food. This activity helps purify the water and provides nutrition for the flamingos. Their legs are an engineering marvel. What looks like a backward knee is actually an ankle joint that can be locked. You would think that a bird with no talons and no sharp beak would be easy prey for various animals that live in coastal areas. The reality is that flamingos can rest and even sleep with their ankle locked while standing on one leg in the water far from shore, out of the reach of predators.
Flamingo complexity also involves their efficient reproductive system, with monogamous pairs producing one egg a year. They build a mound away from the shore and take turns incubating the egg by sitting on the nest mound. During incubation, the flamingo will frequently stand, stretch its wings, preen itself, and carefully lift and turn the egg with its bill. The incubation period is between 27 and 31 days.
The more we learn about the unique design of various birds, the more we have to doubt that this is the product of blind opportunistic chance. In Job 39:13-30, God challenges Job to explain the unique characteristics of birds, including the ostrich, stork, hawk, and eagle. If flamingos lived in Job’s area, they surely would be included as an example of God’s wisdom and design.
— John N. Clayton © 2024
References: National Geographic for December 2024, pages 86-87, and Wikipedia.