Animals Archives

December 4, 2025November 30, 2025

Horns and Antlers – What Are They Good For?

Ronald Johnson asked us a question we’ve heard from animal rights advocates before. Are horns on animals only useful for fighting, showing God to be war-like, angry, and sadistic? The God of the Bible is a loving, caring, merciful, and patient God. When there is violence, killing, and war, the cause is always human power struggles and selfish motives, not the will of God. So, what other purposes do animal horns serve? Here are four non-violent uses for horns and antlers:

1) Horns act as shovels that help animals access food sources they otherwise could not reach. Vegetation is often either too high or too far underground for many animals to reach. Horns allow animals to break off hard-to-reach vegetation or move logs or rocks to reach food sources.

2) Antlers store nutrients that other animals recycle. Many animals, birds, and insects eat discarded antlers to get the extra nutrients they contain.

3) Horns and antlers are used as communication tools with other animals of their kind. Those of us who spend a lot of time in the woods have seen “deer rubs.” This is when a deer uses its antlers to scrape a mark on a tree, signaling its presence, size, and how long ago it was there to other deer.

4) Horns serve as shields against predators like hawks, eagles, falcons, wolves, bears, lions, hyenas, tigers, cheetahs, dogs, and other carnivores. The animal with horns can protect itself and others nearby. I have seen musk oxen defend their young by forming a ring around them with all the horned animals facing outward. A pack of wolves circled the group but never tried to attack.

Animals certainly have other uses for horns and antlers, but the main point is that in most animals, they are rarely used for fighting. God has provided all living things with what they need to live on our planet, and we can see His wisdom and design in the things He has made (Romans 1:20).

December 1, 2025November 30, 2025

Helicopters and Dragonflies

Igor Sikorsky is recognized as the father of the modern helicopter, but what may not be as widely known is how he gathered the information that led to its development. This is the story of helicopters and dragonflies.

Sikorsky dedicated years to observing birds and insects to understand how to achieve stable, controlled flight. Dragonflies stood out because their wings operate independently, each capable of rotating, tilting, and shifting angles to produce quick changes in lift.

As helicopter technology has advanced, engineers continue to draw inspiration from the dragonfly. Its sideways dashes, backward flight, sudden stops, and precise hovering are still studied by engineers. Even the dragonfly’s timing patterns, rotational wing strokes, and quick lift adjustments have been emulated to improve the stability of helicopter rotor systems.

Dragonflies offer a blueprint for aerial agility, and their design is an engineering marvel. The big question is how the dragonfly’s design came about. It seems impossible to explain this complexity as the result of random chance. It appears to be a design from a Master Engineer.

Helicopters and dragonflies serve as another example of biomimicry and provide evidence that all life is a product of intelligence, demonstrating the truth of Romans 1:20 that we can know there is a God through the things He has made. as made.

November 18, 2025November 18, 2025

Camels Are Amazing Animals

You might think a camel is a funny and awkward-looking creature. The fact is, camels are amazing animals. Consider the properties of a camel:

1) A camel can drink freshwater or saltwater. Camels can even drink water from the Dead Sea without harm because their kidneys filter it, removing the salt and turning it into fresh water.

2) A camel can eat thorns with no damage to its stomach or intestines because its saliva dissolves the thorns.

3) A camel has two sets of eyelids: one is thin and transparent, and the other is thick and fleshy. When a sandstorm blows in the desert, it closes the transparent eyelid to prevent sand from entering its eyes.

4) A camel can regulate its body temperature. If it’s cold, its temperature rises, and if it’s hot, its temperature drops. In the desert, temperatures can range from 120 degrees during the day to below freezing at night.

Camels are amazing animals, specially designed to live in the desert. There is no way that all of these abilities can come into existence by a “long series of beneficial accidents.” The camel’s amazing design provides thoughtful people with strong evidence for the existence of a creator God.

Reference: Our thanks to Gary W. Stephenson for sending us this information, taken from Quora.com.

November 14, 2025November 11, 2025

Electric Rays in the Ocean

The oceans are home to many ray species. Some are more familiar than others. Stingrays are found almost anywhere in shallow beach waters, and manta rays can grow to enormous sizes. Most rays have a stinger, which they use to defend against predators or attackers. Steve Irwin, the Australian conservationist, was killed while swimming next to a large manta ray. Rays are generally slow swimmers, so their stingers serve as their main defense. A lesser-known group of rays that don’t use stingers is the electric rays, also called torpedo fish.

Larger electric rays can generate an electric shock of up to 220 volts. That’s enough to electrocute their prey or stun an adult human. Researchers have observed a large white shark approach an electric ray and turn away when it came too close. Electric rays primarily use their electric power to capture prey while hiding beneath the ocean floor, waiting for prey to swim by.

God has equipped all living things with survival and defense mechanisms. Some can run at high speeds, others use camouflage, and some have venom or toxins. Electric rays are among the few that use high-voltage electricity. The variety of designs in living things shows evidence of a Designer.

Reference: Ocean Conservancy for winter 2025, page 3, and wikipedia.org

November 12, 2025November 11, 2025

Paranthropus boisei – The Media’s Man

A Reuters article by Will Dunham claims that bones linked to an extinct human relative have been discovered in Kenya. Soon after this article was published, we received emails asking if this supposedly disproves the biblical account of Adam and Eve. Paranthropus boisei is another example of the media seizing an opportunity to undermine the Bible. Let’s examine the evidence:

1) The fossils have been assigned to the species Paranthropus boisei. The first discovery of this species was made in 1959 by Mary and Louis Leakey, who described the specimen as “gorilla-like.” The brain volume is 450 to 550 cubic centimeters, which is chimp-sized. By comparison, the average human brain is 1,300 to 1,400 cc. In 1959, the media nicknamed Paranthropus boisei “Nutcracker man” because of its large teeth and powerful chewing muscles.

2) Hand bones of the specimen indicate it could make and use stone tools. Today, we know that tool use does not necessarily demonstrate a direct connection to humans. Even birds use tools to extract insects from holes, and monkeys break open coconuts with large rocks.

3) The fossils show that Paranthropus boisei could walk upright on two legs. Many animals can walk on two legs, including birds, kangaroos, some monkeys, and some dinosaurs. An erect posture has nothing to do with whether a fossil is from a human ancestor.

The biblical definition of a human is a life form created in the image of God. This is a spiritual likeness, not a physical one. In Genesis 2:7, we read, “And the Lord God formed man of the dust of the ground.” The Hebrew word translated “formed” is “yatsar,” meaning to shape or mold, as an artist shapes a statue. If God used physical prototypes to house His spiritual creation, that is not a problem.

Paranthropus boisei has no bearing on the biblical account or the human spiritual nature in God’s image. This is simply another desperate attempt by the media to discredit the Bible.

Reference: reuters.com

November 11, 2025November 10, 2025

Apex Scavengers Have a Purpose

People often react with disgust when they see videos of hyenas eating decaying remains of a dead cow or deer. Vultures have long been viewed negatively because people associate them with feeding on the carcasses of dead animals. However, these apex scavengers have a purpose in the natural world. They help control diseases that could otherwise spread uncontrollably.

The list of diseases that apex scavengers help prevent is extensive. Diseases like anthrax, botulism, salmonella, E. coli, and rabies are just some of the illnesses that could be avoided if healthy populations of apex scavengers were maintained. Between 1992 and 2006, the use of a veterinary drug caused India’s vulture populations to crash. This led to an increase in feral dogs consuming carrion, resulting in over 48,000 rabies deaths from dog bites.

Humans generally see apex scavengers as evil and have often destroyed them. The Red List of Threatened Species, published by the International Union for Conservation of Nature, states that 36% of apex scavengers are threatened or declining. Without their presence, smaller scavengers like rats thrive and spread zoonotic diseases that apex scavengers could help prevent.

Millions of people die each year from zoonotic diseases, and that number will rise if apex scavengers are eliminated. God created everything for a reason, and apex scavengers have a purpose. Their intentional destruction of scavengers (and predators) is a classic example of how human ignorance has caused human misery. When we look at the problems facing humanity today, many stem from the violation and misuse of the good things God created.

Reference: Discover magazine, November/December 2025, page 10, and discovermagazine.com.

November 10, 2025November 9, 2025

Human Hibernation Research

One of the most fascinating aspects of the natural world is how different animals survive the winter. Hibernation allows various animals to enter a state for weeks or even months in which their body functions slow down, and they return to normal when warm weather arrives. Researchers in medical science are exploring ways to induce human hibernation. Besides enabling long space journeys, it could also be very useful in treating heart attacks and strokes.

Among the animals being studied are Arctic ground squirrels and grizzly bears. Arctic ground squirrels have a body temperature of 99 degrees F (37 °C) from April to October. From October to April, their body temperature drops to 27 degrees F (-3 °C), and their heart rate can drop as low as one beat per minute. A hibernating brown bear doesn’t experience such drastic temperature changes. The bear’s temperature drops to around 90 degrees and stays at that level from November to March, then rises back to summer levels. The bear undergoes a 5-month period of torpor that conserves energy and supports normal functions. For female bears, this includes giving birth and nursing cubs.

The effectiveness of these and other hibernation strategies is clear. Small animals like squirrels can’t store enough body fat to survive the winter, but bears can accumulate enough fat to sustain them for five months. Bears lose this weight so that when they emerge from the den at the end of winter, they are very lean and very hungry.

Medical scientists are investigating how to induce human hibernation because it could extend the window for critical care of stroke and heart attack patients. The research focuses on how humans might benefit from changes in body temperature to fight various diseases. Like everything else, we aim to develop medical treatments by learning from what God has already created.

References: nationalgeographic.com and wikipedia

November 3, 2025November 2, 2025

The Unique Design of Hammerhead Sharks

Many forms of life are so unique that no other living or fossil species could have evolved into them. A prime example is the hammerhead shark. Most sharks have a similar body shape with a pointed or bullet-shaped head, but the unique design of hammerhead sharks is a radical departure from this norm.

All sharks share a common feature: the ampullae of Lorenzini. These are jelly-filled sensory pores that detect electric fields generated by ocean creatures. In most sharks, these organs are located in the snout. However, in hammerhead sharks, they are spread across both ends of the head. This gives them greater resolution and helps locate prey more accurately.

The unique design of hammerhead sharks enables them to make quick, sharp turns to ambush prey effectively. The shape also provides a binocular field of vision of 48 degrees, compared to about 15 degrees in normal sharks.

Attempting to find an evolutionary explanation for the hammerhead’s distinctive design is nearly impossible. There is no fossil evidence showing gradual changes in the heads of ancient sharks. This remarkable design is the work of an exceptionally skilled engineer. We believe that engineer is God.

Reference: The 2025 BBC series on unique life forms and the BBC Learning Hub

October 30, 2025October 28, 2025

Weaver Ants Work as a Team

One of the most remarkable creatures in the biological world is the weaver ant. With their sticky feet and strength, weaver ants working together can suspend objects much heavier than themselves. Researchers found that an individual weaver ant could pull 59 times its own body weight, but when ants work in a group of 15, each can pull 103 times its own weight. When humans form a physical team, such as in a tug-of-war, each individual exerts less energy. In contrast, when weaver ants work as a team, each ant exerts more energy.

To complete their work, weaver ants form chains of two to four, with one behind the other. When working on a leaf, the front ants bend their legs to pull the leaf tip with their mandibles, while the rear ants hold the leaf to prevent it from flipping back. This chain of ants functions like a force ratchet, with the front ants actively pulling and the rear ants passively resisting. The rear ants grasp the bodies of the front ants, plant their sticky feet firmly on the leaf, and store the forces generated by the front ants.

For weaver ants to do their work, their feet must have enough stickiness to withstand the forces involved. Their legs need to be strong and rigid enough to twist a stiff leaf. The way weaver ants work as a team is just one example of the wisdom and design built into creation that allows life to thrive on our planet. Such examples are not accidents but carefully engineered according to forces that science is only beginning to understand. Everywhere we look, we see God’s wisdom and design.

Reference: Scientific American, November 2025, page 15.

October 29, 2025October 28, 2025

Female Moths Listen to Plants

For years, scientists have known that plants vibrate at ultrasonic frequencies when their internal water pressure changes. Recently, they learned that drought-stressed plants or plants that have been cut produce ultrasonic sounds loud enough to be detected by a moth’s ultrasonic hearing. Dr. Yossi Yovel and a team of researchers at Tel Aviv University took this a step further to see whether female moths listen to plants and avoid laying their eggs on those that are distressed.

The researchers found that female Egyptian cotton leafworm moths avoided laying eggs on tomato plants that made distress-related sounds. Unhealthy plants do not allow the moth larvae to thrive. The sounds plants make when they are distressed or unhealthy are outside of the range of human hearing, but insects, bats, and even some small mammals can hear them.

Learning that female moths listen to plants, Professor Yovel speculates on whether “all sorts of animals will make decisions based on the sounds they hear from plants, such as whether to pollinate or hide inside them, or eat the plant.” Taking this even further, Dr. Lilach Hadany, also of Tel Aviv University, speculates on whether plants can pass information to each other through sounds and act on those sounds. “This is an exciting question,” she told BBC News. Previously, researchers learned that plants can communicate with each other through their roots.

The researchers, however, emphasize that plants are not sentient and that this interaction cannot be considered “communication” in the “conservative definition of the term.” Nonetheless, we can look at our own bodies and recall the statement of David in Psalms 139:14, “I praise you because I am fearfully and wonderfully made; your works are wonderful, I know that full well.” Likewise, we see that other forms of life are “fearfully and wonderfully made” as well. Everywhere we look in the natural world, we see evidence of a wonder-working hand that has gone before.

References: bbc.com and elifesciences.org