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Easter Egg Symbolism — Ukrainian Pysanky

Various Easter celebrations and fun activities revolve around eggs. Ancient people must have been amazed to see a new living creature emerge from a seemingly dead object. In ancient Persia, people gave eggs to each other at the spring equinox, and they set that date as the beginning of a new year. Easter egg symbolism arose much later as Christians used eggs to represent the rock tomb and the hatching chick as a symbol of Christ emerging from the tomb.

Lent was instituted to remember the fasting of Jesus, and people who were fasting would not eat meat from cows, sheep, pigs, or fowl. It was also common practice to avoid eating eggs, but chickens still laid eggs, so people decorated them. The original egg decorations were just plain vegetable dyes, but crimson eggs emerged in honor of the blood of Christ.

Eastern European people used intricate designs on eggs called pysanky, which they sold in Ukrainian shops. In Germany, people pierced and hollowed eggs and hung them on shrubs and trees like Christmas trees. In some countries, people used eggs in games. In addition to egg hunts, egg rolling activities were also conducted on the White House lawn. Some egg rollings were started at Sunday School picnics and parades before the Civil War.

The shell of a hen’s egg weighs only about one-fifth of an ounce, and it’s made from calcium carbonate just over one-hundredth of an inch thick. Despite the thin shell, chicken eggs can withstand 130 pounds of force. If it is set perfectly still with its pointed end up, an egg is almost impossible to break with one hand. Only an uneven force, like hitting it on something, can crack an eggshell.

Easter egg symbolism can remind us of Christ’s resurrection, but the egg’s design is one more example of the wisdom God has built into everything we see in the creation.

References: The Easter Book by Francis Weiser, The Old Farmer’s Almanac, and Wikipedia

We tend to think of frogs and toads as fairly common creatures, varying only in color and size. Dr. William Duellman has done extensive studies of the amphibian order Anura which includes more than 3800 separate species of frogs. His studies show enormous frog reproduction variations.

Some frogs lay eggs in clutches near, but not in, the water. They glue the eggs to vegetation or rocks where the tadpoles drop into the water when the eggs hatch. Other frogs lay eggs in a protective foam that protects the eggs and provides food and water that can last for up to ten days. One-fifth of all frog species hatch into froglets instead of tadpoles. Each four-legged froglet has an attached yolk to supply nutrition until it can catch its own food. The males of one frog species glue themselves to the back of the larger females. The female digs a burrow in the ground to lay the eggs. She then wets the eggs with water from her bladder, and the male fertilizes the eggs.

The males of the African hairy frog develop rigid hairlike extensions of their skin during breeding, so when the male sits on the eggs, he protects them from predation. In the poison dart frog of Costa Rica, both sexes guard the eggs. When they hatch, the female brings unfertilized eggs to the tadpoles to eat until they can find food on their own. The females of the Jamaican tree frog lays water-filled capsules along with the eggs to provide adequate water for the tadpoles. In some species, the tadpoles crawl onto the back of either parent. Some frogs have pouches on their backs that hold eggs that have gill-like structures that enable the embryos to breathe.

Other unconventional frog reproduction variations include Darwin’s frog in Chile. The male scoops up the newly hatched tadpoles into his mouth and broods them there for several weeks until they mature. Even more bizarre is an Australian frog in which the female swallows the eggs after fertilization and incubates them in her stomach. This process, called gastric-brooding, usually takes six weeks in which the female does not eat. The tadpoles secrete a substance called prostaglandin E-2, which neutralizes the hydrochloric acid and pepsin normally used for digestion.

All of these reproductive strategies are designed to cope with different environments. Frogs can exist in a desert or a tropical rain forest or even a polar area. Survival is only possible because their reproductive systems are designed to fit the environment in which they live. The intricacy of frog reproduction variations is an excellent example of the intelligence and design God has built into the simplest of living things.

To read more, you can find it in Scientific American, July 1992, pages 80-87. Available digitally HERE.

Tag: frog eggs

Easter Egg Symbolism

Frog Reproduction Variations