creation Archives

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

October 28, 2025October 27, 2025

Desertas Petrels Flying Into Hurricanes

Most sea birds stay ashore when they sense a storm is approaching. Frigate birds ascend to very high altitudes to avoid the strong winds of hurricanes. Albatrosses find calm in the eye of a hurricane. But not all birds see hurricanes as threats. For Desertas petrels, flying into hurricanes is a feast.

These small, agile seabirds with long, slender wings dive straight into the spinning air bands, reaching areas 124 miles (200 km) from the hurricane’s eye. In one study, a Desertas petrel was seen flying into winds over 60 mph and ocean waves taller than 26 feet. As a hurricane moves, these birds travel with it. Researchers have tracked Desertas petrels flying from Africa to the New England coast, over 7,000 miles.

This unusual behavior creates a feast for the Desertas petrels, key predators in the ocean. Hurricanes stir up life forms from depths as great as 3,280 feet. They also bring zooplankton and larger swimming prey up from the deep, allowing the Desertas petrels to feed and help maintain balance among different ocean life forms.

It’s easy for humans to misunderstand the careful design of ocean food chains. Without balance, a species could become overly numerous, consume all available food, and face extinction. Desertas petrels help maintain the balance of squid, octopus, cuttlefish, hatchetfish, and lanternfish. Francesco Ventura, a researcher at the Woods Hole Oceanographic Institution, has studied these birds in detail and has shown how they not only survive hurricanes but thrive in them.

We can learn many lessons from studying God’s creatures. We see how crucial it is for humans to care for ocean life without disrupting the balance, which ultimately affects our own food supply. Understanding how all life forms survive provides powerful evidence of God’s wisdom and design of our planet. We are not here by chance.

Reference: sciencedirect.com

October 27, 2025October 26, 2025

Alaskan Dinosaurs

We usually think of dinosaurs as reptiles that lived in tropical jungles, and were part of the ecosystem that produced fossil fuels like coal and peat. We even see articles about places like the Galápagos Islands referring to iguanas, lizards, and other reptiles, such as the Komodo dragon, as modern-day dinosaurs. The truth is that dinosaurs were unlike any modern creatures on Earth today, and there were Alaskan dinosaurs.

Alaska magazine reported on extensive fossil evidence of the northernmost dinosaurs that ever lived. During the time these dinosaurs existed, Alaska did not have a tropical climate, because many of the fossils were found in permafrost. The first fossil fragments of Alaskan dinosaurs were discovered in 1994 in the Talkeetna Mountains. In the Colville River watershed, researchers found fossils of a tyrannosaur called Nanuqsaurus, meaning “polar bear lizard.” In 2016, a hadrosaur fossil was announced, and in 2020, a velociraptor was displayed for the public. In 2021, Dr. Patrick Druckenmiller, the only vertebrate paleontologist in Alaska, published a paper in the journal Current Biology describing a dinosaur nest containing eggs with embryonic dinosaurs. Along with dinosaur fossils, large numbers of bird fossils and an early salmon ancestor have been found.

Discoveries of Alaskan dinosaurs reveal that they were adapted to thrive in a wide range of environments where modern animals, including humans, could not survive. Jurassic Park movies do not give a complete picture of the dinosaur world. God prepared the Earth for humans with purpose, intelligence, and design. Our planet was created with life in all environments, providing everything humans would need to survive, while also allowing humans to find and even synthesize these resources.

The discovery of dinosaurs, especially Alaskan dinosaurs, suggests that the human race is not a chance accident. The Creator had us in mind. God prepared Earth for human habitation so that we could fulfill His purpose. We were created for a purpose, and our world shows that we can know there is a God “through the things He has made” (Romans 1:20).

Reference: Alaska magazine for November 2025 (pages 38-40)

October 23, 2025October 22, 2025

Adam’s Origin Update

Genesis 2:10-14 indicates that the “Garden of Eden” was located where four rivers flowed—the Pishon, Gihon, Tigris, and Euphrates. This region is called the “Fertile Crescent” by modern mapmakers and gets its name because of the rich soil that once supported abundant plant life, as the Bible states. In recent years, some anthropologists have claimed that humans originated in Africa, and detailed “trees” of human evolution are included in anthropology textbooks. By asserting that humans were created in Africa rather than Asia, this theory conflicts with the biblical account, leading many people to doubt the Bible’s accuracy. So, what is the truth about Adam’s origin?

As technology advances, two ancient skulls discovered in China have been reclassified, once again altering the anthropological understanding of human history. The Yunxian skulls initially labeled as Homo erectus are now identified as Homo longi because modern technology reveals they lack the traits of Homo erectus. In addition to Homo sapiens, there are two racial groups for human-like fossils—Neanderthals and Denisovans. The Denisovans are the older race, and the skulls found in China exhibit their features.

The biblical account of Adam’s origin is not at odds with this new information since the Bible does not specify a date for Adam and Eve. We do know that DNA evidence shows we are all related. “God has made of one blood all the nations that they should inhabit the whole Earth” (Acts 17:26).

Reference: science.org and scienceandculture.com

October 22, 2025October 22, 2025

Solar Reflectors in Space

Joshua chapter 10 records an incident in which the Sun stood still to provide light for “about a full day” so that Joshua could lead the Israelites to defeat the Amorites in battle. I don’t pretend to know the details of how that happened, but I have heard a suggestion that God provided a miraculous way to reflect the Sun’s light into the Valley of Aijalon until the victory was complete. From the perspective of someone in that location, it would appear that the Sun stood still. Now, a California-based company called Reflect Orbital wants to do something like that with a constellation of solar reflectors in space.

Reflect Orbital hopes to launch a 60-by-60-foot (18-by-18-meter) mirror into orbit in April of 2026 to test the idea. If the plan succeeds, they want to place 4,000 solar reflectors in space to orbit in a sun-synchronous orbit between the poles. They would follow the boundary between day and night, providing reflected light to areas in the twilight zone. Reflect Orbital says it could enable solar power generation during peak morning and evening hours, improve crop growth, allow people to work into the night, and provide emergency lighting for disaster zones. Reflect Orbital has applied to the FCC for a license, claiming they have the funding and have already received 250,000 requests for service.

Astronomers and those interested in wildlife are very concerned. For example, Robert Massey, Deputy Director of the Royal Astronomical Society in the UK, said, “The central goal of this project is to light up the sky and extend daylight, and obviously, from an astronomical perspective, that’s pretty catastrophic.” With 4,000 solar reflectors in space, each reflection could cover a 5-kilometer area where some agency has requested and paid for service. However, atmospheric scattering would reach an undefined surrounding area. For up to 100 kilometers, the mirrors would appear like very bright stars.

Light pollution is already a problem, increasing by 10 percent per year since the introduction of LED lights, causing fewer stars to be visible in the night sky. Light pollution is also linked to the decline of beneficial insect populations, as well as increased sleep disorders and depression in humans. In addition to affecting astronomical observations, the solar reflectors in space could disrupt migratory birds that depend on the stars for guidance.

Instead of dreaming about what humans can do, maybe we should carefully consider what we should or should not do. Anyone who has experienced the night sky in one of the rare dark sky areas remaining can appreciate the words of the psalmist David: “When I look at your heavens, the work of your fingers, the moon and the stars, which you have set in place, what is man that you are mindful of him, or the son of man that you care for him? (Psalms 8:3,4 ESV)

Reference: space.com

October 21, 2025October 21, 2025

Hammer Orchid and Thynnid Wasp

Ten species of hammer orchids (genus Drakaea) are found only in Western Australia, and each is pollinated by a specific wasp species in the Thynnid family. Each orchid has a fake model of the pollinating wasp carefully placed to attract the real wasps. It sounds like a clever practical joke, but the hammer orchid has a “dummy” labellum on a stem attached to a hinge that only bends toward the orchid’s flower.

Of course, the dummy on the stem resembles a female thynnid wasp in size, shape, and color. At the right time for fertilization, the hammer orchid releases a pheromone that mimics the female wasp’s scent. Thynnid wasps are unusual because the female is flightless and waits on a stem or grass blade for a male wasp to carry her away to a food source for mating. When a male thynnid wasp falls for the trick and tries to carry away the dummy, a hinge throws him backward into the orchid, dusting him with pollen.

The humiliated male wasp then leaves and might be fooled by another hammer orchid, where he deposits the pollen he collected from the first flower. The male wasp might repeat this process several times (assuming he’s a slow learner), which is the only way the orchid gets pollinated. If the trick didn’t work, the hammer orchid would become extinct.

Consider all the things that must go right for this trick to succeed:

1. The orchid must produce a labellum that resembles the female wasp in size, color, and shape.

2. The male wasp must be programmed to grab a flightless female and carry her away as part of the mating ritual.

3. The orchid must produce the right complex chemical pheromone to mimic the female wasp at just the right time to attract the male.

4. The hinge must move in the right direction and not be too weak or too stiff.

5. The stem from the hinge to the dummy wasp must be exactly the right length to coat the male wasp with pollen.

6. The male wasp must not be clever enough to learn from his mistakes.

Could the unique design of the hammer orchid have happened by chance, or is design a better explanation? Could it also be that the Designer has a sense of humor?

Reference: wikipedia.org

October 20, 2025October 20, 2025

Precisely Nothing – Is It Something?

What is “precisely nothing?” Theoretical physicist Lawrence Krauss used that phrase in the preface of his 2012 New York Times best-selling book titled A Universe from Nothing. Krass at that time was a professor at Arizona State University and head of the Origins Project there. He later lost that position due to “moral failure,” and is now an anti-theist blogger. An anti-theist is more than an atheist. He does not believe in God, but also actively opposes faith in a creator. Like other anti-theists, he believes that faith in God is not just wrong, but destructive to society.

On what did Krauss base his statement that there was “remarkable new support for the idea that our universe arose from precisely nothing?” Krauss suggests that quantum gravity fluctuations could allow for “the creation, albeit perhaps momentarily, of space itself where none existed before.” Furthermore, “small-density fluctuations in empty space due to the rules of quantum mechanics will later be responsible for all the structures we observe in the universe today. So we, and everything we see, result out of quantum fluctuations in what is essentially nothingness…” He further writes that the universe arose through “a process whereby the energy of empty space (nothing) gets converted into the energy of something.”

Is what Krauss calls “precisely nothing” actually nothing? You may have the same feeling that I have that someone is trying to fool you into believing nonsense. When he writes that “getting something from nothing is not a problem,” I have trouble believing him. Perhaps I am simple-minded, but I prefer a simple explanation of why there is something instead of nothing. It’s explained in a video called a “Proof of God in 3 Minutes.” I encourage you to watch it by clicking HERE.

October 14, 2025October 14, 2025

Bumpy Snailfish Discovered

Researchers at the Monterey Bay Aquarium Research Institute announced the discovery of a new deep-sea snailfish species called the bumpy snailfish (Careproctus colliculi). This fish lives over 10,000 feet below the ocean’s surface and exhibits traits never seen before in the snailfish family.

Other deep-ocean snailfish are sleek and dark-colored, which helps them catch prey and blend into the dark waters. The bumpy snailfish is pink, with a large head and a body covered in bumps. These bumps are gelatinous, watery tissue that may help keep the fish buoyant under the high pressures of the deep sea.

Evolutionary explanations for how the bumpy snailfish came to be are unclear because its traits do not seem to increase its chances of survival but may instead make it more vulnerable to predators. Like all living things, it occupies a specific niche in the ecosystem. Dr. Mackenzie Gerringer, who analyzed the species in detail, said the discovery of this and two other species “is a reminder of how much we have yet to learn about life on Earth.”

As scientists develop new tools for deep-sea exploration, they continue to find life forms in every environment on our planet. Everywhere we look, we see a design in life that hints at an intelligent Creator who made Earth a living, dynamic place for humans. The truth of Romans 1:20, which states that we can know there is a God through the things He has made, appears more obvious today than ever in human history.

Reference: foxweather.com and mbari.org

October 9, 2025October 9, 2025

Fish Communication Methods

A fascinating question that marine scientists have explored is fish communication. Finding a mate, locating food sources, and defending territory are challenges all animals face. Terrestrial animals solve this problem by pushing air through their lungs, with different land animals having various designs to do this. Birds and lions produce sounds for communication differently, but both systems involve air in some form. So, the question is, how do fish communicate?

Researchers from Cornell University placed equipment in the ocean off Hawaii and Curacao to study this question and found that each fish species has its own method for communicating with others. Triggerfish slap their pectoral fins on specialized scales. Glasseye snappers rattle their swim bladders. Blackbar soldierfish use sonic muscles to vibrate their ribs. Aaron Rice, who was the project manager for Cornell, states that the “sounds lack the elegance of birdsong, but they are significantly more diverse.”

The more scientists learn about life on our planet, the more varieties of specialized designs they observe everywhere on Earth. Explaining the origin of things like fish communication as a chance occurrence in the distant past pushes credibility too far. Seeing these as outcomes of design is an example of intelligent purpose, allowing a vast diversity of life forms to exist.

References: Cornell Chronicle, sciencedirect.com, and fisheyecollaborative.org

October 7, 2025October 7, 2025

Biosphere 2 and Primary Succession

Beginning in 1987, a new glass and metal structure began to rise in the desert near Oracle, Arizona. In 1991, it opened as the world’s largest closed ecological system. It was called “Biosphere 2” because planet Earth is “Biosphere 1.” The idea behind the project was to test whether a closed system could support human life on another planet. This marked the start of a two-year mission in which eight people were isolated inside this artificial biosphere to simulate life on a space colony.

The experiment in Biosphere 2 ran from 1991 to 1993 with only limited success. It was attempted again for six months in 1994. Both attempts encountered technical issues and the strain of human group dynamics. Additionally, during the second try, the company managing the experiment was dissolved, leaving the project in limbo. Initially, Columbia University took control of the facility and used it for scientific research until 2003. When it seemed Biosphere 2 might be demolished for urban development, the University of Arizona (UA) took over in 2007 and gained full ownership in 2011.

Today, about 100,000 tourists visit Biosphere 2 each year while UA continues to conduct experiments there. One of the experimental areas is the Landscape Evolution Observatory (LEO). It consists of three artificial landscapes, each measuring 30 by 11 meters with a 4-meter depth of crushed basalt rock from a volcanic crater in northern Arizona. The scientists aim to observe how these landscapes change “from purely mineral and abiotic substrate to living, breathing landscapes that will ultimately support microbial and vascular plant communities” (UA’s words).

I wonder how the researchers could be sure that the one million pounds of basalt from a volcanic crater could be “abiotic,” meaning free of any life forms. However, if microbes or seeds are present, I believe the landscapes will “evolve.” The key is that for any life to develop, it must already be there. Evolution is change over time, but the development of life requires initial life to exist.

The UA scientists explain that the evolution of cyanobacteria—the first microscopic organisms to use photosynthesis—pumped oxygen into the atmosphere, facilitating the development of aerobic life. This paved the way for multicellular life, an ozone layer to shield life from harmful ultraviolet radiation, and weathering to break down rocks into soil.

Considering the history of Biosphere 2, I doubt it will be around—or that the scientists will be—long enough to observe significant evolution. It takes time for rocks to break down into soil. They describe the “process of primary succession,” where simple microbes expand into organisms of increasing “complexity and biodiversity.” The researchers state that photosynthesizing cyanobacteria will capture nitrogen from the air, preparing the way for mosses to grow. The next step involves “colonization by larger plants with roots,” and the primary succession continues.

Long before Biosphere 2, Genesis 1:11-12 details the process of primary succession: “And God said, Let the earth bring forth grass” (Hebrew deshe, meaning tender grass such as lichen or algae), “the herb yielding seed” (Hebrew eseb, meaning naked seed or gymnosperm), “and the tree yielding fruit” (Hebrew ets, meaning tree, wood, or timber). The process of primary succession then continues. (For more on this, see John N. Clayton’s booklet “God’s Revelation in His Rocks and His Word.”)

As the UA scientists describe in their explanation of LEO, “The Earth system consisting of air, water, soil, plants, and microbes is a complex, interacting system.” And so it is, as God revealed to Moses thousands of years ago. Complex, interacting systems require an intelligent Designer.

References: theconversation.com and biosphere2.org