Posted on February 16, 2017
The stillness of a summer evening was just beginning to set in. But looking down on the wide grassy area, it buzzed with life. In the summer, swarms of dragonflies loved this area that could be seen from my favorite sunset-watching perch on the roof. These small creatures seemed simply to bubble over from a bottomless well of energy and joy, as if they were dancing in the air, praising their Creator with an endless well of zeal and excitement. They were beautiful, simple, elegant, extravagant, and inspiring. Dragonflies are fun to watch today, but did you realize we find fossil dragonflies, too? Fossil dragonflies can be found buried in the same rock layers that hold dinosaur bones (more about fossil dragonflies here).
Dragonflies are a beautiful example of a “living fossil” – a creature that can be found both as a fossil buried in rock layers and living today. Among other fossils, the Solnhofen rock formation in Germany holds many beautifully preserved creatures, including dragonflies, katydids, beetles, crickets, and mayfly fossils, all of which look very similar to those living creatures today. The Solnhofen is most famous for the discovery of Archaeopteryx. This rock layer is classified as part of the Jurassic rock unit (learn more about rock units & the geologic column here), known for containing stegosaurus and other dinosaurs. Dragonflies and other creatures that look almost just like what we see today lived with stegosaurus and other dinosaurs.
Did you know that a fossil boa constrictor snake, looking a lot like modern boa constrictors, was found buried in rock with a triceratops? Or that salamanders, frogs, turtles, and crocodiles, very similar to these modern creatures, all lived with dinosaurs? Even fossils looking very similar to modern lizards, like iguana, gliding lizards, and tuataras, can be found buried in rock layers with dinosaurs. These are living fossils – creatures that we can find living today and buried in rock layers with dinosaurs.
We tend to think that dinosaurs and other extinct fossil creatures lived in “prehistoric” times. We tend to envision their world as a strange place full of odd creatures, but taking a look at the fossil record shows us that odd creatures like dinosaurs lived with modern-looking insects and other creatures. They also lived among and probably ate plants just like some of the plants we have today – ginkgo trees, sycamore trees, palm trees, pine trees, and various types of ferns. Even birds, including parrots, penguins, ducks, and owls have been found as fossils, buried in dinosaur rock.
Today we covered some of the types of living fossils of land animals, insects, and plants. Last week, we covered living fossils of fish and other sea creatures (read that here). Next week, we will answer some of the common questions people have about living fossils. We can see an underlying theme in the preservation of living fossils – creatures that survived the global flood and other dramatic changes. That theme is the merciful faithfulness of God to preserve the creatures He created. You will probably live through many seasons of change or hard times. You may encounter tragedy. But, try to remember that the same God who preserves fossil creatures through many different trials and disasters can also preserve you.
“Are not two sparrows sold for a copper coin? And not one of them falls to the ground apart from your Father’s will. But the very hairs of your head are all numbered. Do not fear therefore; you are of more value than many sparrows.” ~ Matthew 10:29-31
Copyright Sara J. Bruegel, 2017
- Werner, Dr. Carl. Living Fossils. Evolution: The Grand Experiment, Vol. 2. 2008. Audio Visual Consultants, Inc. New Leaf Press. Green Forest, Arkansas, USA.
Updated on February 8, 2017
In those quiet moments just before dawn, the rhythmic sound of rolling waves cascading against the sandy beach was the only sound. The wet sand gradually began to glisten as the minutes passed and the first rays of sunshine struck the microscopic crystals within the sand. The early morning stillness was broken by the dull, thudding noise of small, running bare feet, interspersed with high-pitched giggles as a child ran along, leaving footprints in the damp sand. Suddenly, the child stopped and dropped to the ground on bent knees to examine a small treasure. Running a slender finger along the edges of the delicate, smooth object, the child was intrigued by the shape, beauty, and wonder of the object. Carefully, those fingers lifted the object, brushing off the sand to reveal the complete sea shell.
Many people love collecting sea shells today. Not only are they beautiful, interesting objects, but they are also made and used by living creatures. You might have a shell collection that could include half of a clam or oyster shell, a swirled snail shell, or even a spiraled nautilus shell. We find fossils of shells almost exactly like those modern shells, buried in rock layers with dinosaur bones. These are living fossils. Last week, we started talking about living fossils – creatures we find both in the fossil record and still living today (read the previous article here). Living fossils present a challenge to evolution. If creatures are supposed to be changing into other things, why do we find so many creatures that stay the same throughout supposed millions of years of evolution?
Living fossils present a problem for one theory for the supposed evolution of fish. Dr. John Long is considered an expert on the evolution of fish. According to Dr. Long’s ideas on the evolution of fish, both cartilaginous fish (a group that includes sharks and rays) and bony fish (like salmon, gars, and sardines) evolved from their shared granddaddy, the jawless fish. But, we still find jawless fish, like the blood-sucking lampreys alive today. If both shark-like creatures and bony fish were “better” or “more-evolved” versions of jawless fish, why did jawless fish survive until today? Take a look at modern waters and the fossil record: we find fossil sharks, rays, salmon, gars, and sardines, along with jawless lampreys in both places. Doesn’t it seem more likely they have all been around the whole time than that they evolved?
The Solnhofen formation in Germany provides many examples of these living fossils, beautifully preserving delicate creatures (read about jellyfish fossils in this formation here). In these rock layers, you can find shrimp, lobsters, prawns, and horseshoe crabs, all that look very similar to what we see today. This rock layer is classified as part of the Jurassic group – a group of layers in which dinosaur fossils can be found (more about rock layers & geologic column here). Looking at life in the waters, we can see that the fossil record isn’t quite as bizarre as it’s often made out to be.
Without evolution and vast ages of time, the Biblical global flood provides a good explanation for what we see in rock formations and fossils throughout the world. When reading about Noah’s ark and the flood in the Bible, you may have noticed that only land dwelling creatures were on the ark. That would mean no fish tanks on the ark. This often brings up the question, how did fish survive the flood? There are more fossils of water-dwelling creatures than any other type of creature. Numerous fish, clams, and other sea creatures died in the flood. But, through living fossils, we can see that many of the same types of fish buried in the flood are also alive today. The flood would not have been a perfectly mixed soup, so fish and other sea creatures that survived probably found pockets of water that were suitable for them. Living fossils that survived the flood are a beautiful reminder of God’s grace and preservation.
©2017, Sara J. Bruegel
- Batten, Don and Sarfati, Jonathan.How did fish and plants survive the Genesis Flood? February 24, 2006. Creation Ministries International. Retrieved 2-8-17. http://creation.com/how-did-fish-and-plants-survive-the-genesis-flood
- Levin, Harold. 2010. The Earth Through Time, 9th edition. Pages 361-6. John Wiley & Sons Inc. United States.
- Werner, Dr. Carl. Living Fossils. Evolution: The Grand Experiment, Vol. 2. 2008. Audio Visual Consultants, Inc. New Leaf Press. Green Forest, Arkansas, USA.
Posted on February 3, 2017
As I scanned the display of familiar Kansas fossils, taking lots of pictures for my personal research record, there was one oddly shaped fossil that didn’t quite seem to fit in with the others. But, with the overwhelming number of fossils at the annual fossil show in Tucson, I didn’t give that fossil much thought until recently. It looked like two globs of pale tan against the gray surrounding rock that had spikes sticking out of them in a random pattern. They were sea urchin fossils. What’s remarkable about them is that they look almost identical to the live sea urchins we find in the oceans today.
When you think “fossil”, dinosaurs and other strange creatures that are considered “extinct” probably come to mind. But, did you realize that our modern oceans, beaches, forests, and yards are crawling with all kinds of living things we find throughout the fossil record? “Living Fossils” are creatures found in the fossil record that are also alive today, like the sea urchin fossils.
Living fossils present a big problem for the idea of pond-scum-to-people-evolution. The word “evolution” just means change – change over time. Living fossils are a problem for evolutionary ideas because they are creatures that have not been changing, even over vast amounts of time (at least, in theory). We tend to want to depict dinosaurs living in strange worlds with other odd creatures, unlike anything we see today. But, taking a better look at the fossil record, you can see that many fossil creatures look an awful lot like the modern creatures we have today. A big, long-necked Apatosaurus could have munched the branches of a tree just like the one in your yard; sea creatures you find in an aquarium today, like coral, eels, rays, and jellyfish were there when fierce mosasaurs roamed the seas.
Aquatic creatures are the most common type of fossils, and living fossils swimming in our modern oceans are also quite abundant. Those sea urchin fossils I mentioned at the beginning were from central Texas, found in the Winchell Limestone. This rock layer is officially classified as part of the Pennsylvanian group (read more about rock layer grouping & the geologic column here). According to evolutionary theory, those sea urchins are supposed to be about 300 million years old, yet, the fossil looks an awful lot like the modern Pencil Sea Urchin. We find star fish, sea cucumbers, sponges, various corals, and sand dollars, to name a few that are all considered at least 65 million years old (i.e., living with the dinosaurs, according to evolutionary ideas). Crinoid (sea lily) fossils look a lot like modern “sea lilies”, virtually unchanged after a supposed 400 million years of evolution.
If “evolution” keeps the crinoid, jelly fish, sea urchins, and other things unchanged for hundreds of millions of years, why would we expect fish to grow legs and start walking and change into lizards, dinosaurs, and a variety of mammals all within that same timespan? Why would these creatures stay the same over those vast amounts of time? Perhaps a better explanation is that 1) they really haven’t been around hundreds of millions of years, 2) each basic type of creature was fully-formed from the start, with the ability to diversify within limits (e.g., different breeds of dogs, but all are still dogs), 3) all of the animals we know of today lived at the same time because they were all created at the same time, and 4) fossils were buried during different stages of the global flood, just a few thousand years ago.
Over the next few of weeks, we will be digging in to more of the different types of living fossils and what they mean. Living fossils are a beautiful illustration of the faithfulness of God. He not only created all of these marvelous creatures we see in our world today, but He also preserved them through the global flood. May living fossils be a reminder to you that the Lord is faithful in His love for you and His desire to preserve you:
Now to Him who is able to keep you from stumbling, and to present you faultless before the presence of His glory with exceeding joy, to God our Savior, Who alone is wise, be glory and majesty, dominion and power, both now and forever. Amen. ~ Jude 24-25
©2017, Sara J. Bruegel
- Werner, Dr. Carl. Living Fossils. Evolution: The Grand Experiment, Vol. 2. 2008. Audio Visual Consultants, Inc. New Leaf Press. Green Forest, Arkansas, USA.
Posted on January 27, 2017
Breathe through my nose? What do you mean? That’s the problem. I can’t breathe through my nose – it’s stuffy! These were my first thoughts when I heard about using certain breathing exercises to help relieve my seasonal allergies to pollen, dust, animals, and other things (in Texas, it’s called “Hay Fever”). The more I studied these methods, the more sense it made and the more I found out it actually seemed to be working. Learning more about it, I came to appreciate the amazing design of the human nose. The key point was learning how to breath the way our bodies were originally designed to do this essential function.
The smelling ability of your nose is pretty incredible, but there’s so much more to the nose than just smelling. Did you know that your nose is specially equipped to clean, warm, and humidify the air you breathe? Nitric Oxide is released when you breathe through your nose, sterilizing the air as it goes to your lungs, among other functions. As nasty as the topic may seem, nose hairs, mucus, and boogers have important functions to help defend your body and especially your lungs. As you breathe, nose hairs and mucus help collect harmful things in the air and tiny hair-like structures (called cilia) help move more of these tiny harmful things to a safe waste zone. Those potentially dangerous things usually get safely sneezed or swallowed.
The inside of the human nose is built in such a way that it can perfectly channel the direction and speed of the air coming in and out of the nose. These air streams are just turbulent enough to gently bring a sample of air to the smelling sensors, but smooth enough to go through the right processes it needs to get to the lungs. Your mouth is equipped to be able to breathe, too, but the mouth has a number of other important jobs, and the nose is best equipped for breathing.
If you’re ever temped to look in the mirror and criticize what your nose looks like – how big or small, pointed or flat, narrow or wide, freckled or not etc. – remember how incredibly designed it is. Remember how your Creator lovingly designed the way it works to protect and nourish you. He is a creative artist Who made you one of His grand, beautiful, unique masterpieces. He formed Adam from the dust and breathed the breath of life into him. God carefully crafted your flesh, and gave you life and breath. The stars, rocks, animal, and molecules are all spectacularly amazing works of God, but it was you that He sent His Son to rescue. And to those who have accepted that gift, He also gives the life-breath gift of His Holy Spirit, true life living inside us. As you breathe through your nose today, remember how carefully God made it, and all the ways He is using it to protect you, and remember to thank Him and praise Him for it.
©2017, Sara J. Bruegel
- Thomas, B. 2008. The Amazing Design of the Human Nose. Acts & Facts. 37 (8): 14.Institute for Creation Research http://www.icr.org/article/amazing-design-human-nose
- UpChurch, John. Getting Close to Gross. April 1, 2011; last featured March 6, 2011. Answers in Genesis. Retrieved 1-27-17 https://answersingenesis.org/human-body/getting-close-to-gross/
- Demick, David. The breath of life: God’s gift to all creatures. December 2004. Creation 27(1):42–45. Creation Ministries International. Retrieved 1-27-17
- Research Australia. (2008, May 30). New Breathing Exercises Help Manage Asthma. ScienceDaily. Retrieved 1-27-17 www.sciencedaily.com/releases/2008/05/080528095853.htm
- Williams,Amber. FYI: What’s the Point of Nose Hair? January 3, 2012. Popular Science. Retrieved 1-27-17 http://www.popsci.com/science/article/2011-12/fyi-whats-point-nose-hair
- Guliuzza, R. 2009. Made in His Image: Breath of Life. Acts & Facts. 38 (6): 10. Institute for Creation Research http://www.icr.org/article/breath-life
- Mercola, Dr. Joesph. Why Nose Breathing Is so Important for Optimal Health and Fitness. July 30, 2016.Retrieved 1-27-17. http://articles.mercola.com/sites/articles/archive/2016/07/30/buteyko-breathing.aspx
- Mercola, Dr. Joseph.How the Buteyko Breathing Method Can Improve Your Health and Fitness. November 24, 2013. Retrieved 1-27-17 http://articles.mercola.com/sites/articles/archive/2013/11/24/buteyko-breathing-method.aspx
Posted on January 19, 2017
“May I hold it?” I asked, marveling at the two small objects in his hands. The man placed them in my hands. Gently, I rolled around the small, imperfectly shaped little ball. It felt lighter than I had expected, almost as if it had been made of wax. I was holding a fossil pearl and part of the oyster shell that went with it. The man traded me for another object – this time several pearls were still inside the oyster, but the bump of the pearl was still clearly visible.
While I had certainly seen lots of fossil oysters and clams, scattered all over the ground at the dig site in Kansas, I had never really thought about fossil pearls. One of the fossil pearls that I held was found near the region of Kansas where I have been digging in past years. Walking along the surface of our dig sites, the ground is strewn with pieces of clams. Often, a very large clam would be sitting on the surface. On these large clam halves, one side is smooth, looking like more like a typical shell you would find on the beach, but the other side often has a very different texture. This texture is actually made by a colony of small oysters that became fossilized with their host clam.
Let’s take a look at modern pearls forming in oysters before digging into the fossil pearls too deeply. Oysters get their food by filtering tiny delicious tidbits (like algae) out of water. Sometimes a small object gets stuck between the soft body parts inside and the shell, causing irritation. Usually, it’s food or a parasite (not a grain of sand). Our marvelous Creator designed the oyster with a special way of responding to this irritation. After isolating the parasite, the oyster gently coats it with “nacre”, made of a special protein combined with calcium carbonate. Oysters continue to give that irritant one coat of nacre at a time, layer upon layer, slowly making it into the beautiful rounded object that we call a pearl.
Just like the minerals in clam and oyster shells get replaced and turned into rock during fossilization, the pearl can also become replaced, so that it is made of rock instead of the aragonite, or calcium carbonate, that we see in pearls today. Sometimes the pearls can be completely replaced, but you can still see the rings made by the layering done by the oyster. Other fossil pearls still have the same nacre that modern pearls do on the inside, and only some of the layers of the pearl are turned into rock. Because they are replaced, most women (except the author) would probably not find a string of fossil pearls nearly as attractive as modern pearls.
Fossil bivalves (that fall under the same category as clams and oysters) can be found in some of the lowest and oldest rock layers of the world. They are found throughout the fossil record and in modern day. Isn’t it interesting, that even in the oldest rock layers, these creatures were still basically the same as what we have today? Yes, there are variations. We see different sizes, shapes, and species, but they still had the same basic abilities and characteristics. If the evolution and millions-of-years old earth models were true, why would these creatures suddenly appear, then stay basically unchanged through a supposed five hundred million years while everything else is theoretically evolving and getting better? Perhaps a better explanation is that God created oysters, clams, and other creatures with their unique features and ability to adapt, and they became preserved during different stages of the global flood.
Pearls, both fossil and modern offer a stunning illustration. When someone or something irritating gets under your skin, you have some important choices to make. It may be some kind of parasite of the heart – bitterness, hurt, selfishness or something else. Like an oyster, our Creator has given you a very unique ability to control your thoughts and attitudes. Instead of letting those “parasites” creep in and take over, you can choose to coat them with the love of Christ and truth from the Word of God. It may take time, but eventually, you will end up with a stunning treasure instead of a destructive disease. Choose to be like the oyster today.
©Sara J. Bruegel, January 2017
- “Kari”.Largest Known Fossil Pearl: Vienna, Austria. Kari Pearls. Retrieved 1-19-17. http://www.karipearls.com/fossil-pearl.html
- How Pearls are Formed. Pearls.com . Retrieved 1-19-17. http://www.pearls.com/pages/how-pearls-are-formed
- Brosius, Liz. Kansas Geological Survey. Fossil Clams and Other Bivalves.GeoKansas. Retrieved 1-19-17. http://www.kgs.ku.edu/Extension/fossils/bivalve.html
- Fossil Oyster With Fossil Pearl – Smoky Hill Chalk, Kansas. Sold Specimen. Fossilera. Retrieved 1-19-17. https://assets3.fossilera.com/fossils/fossil-oyster-with-fossil-pearl-smoky-hill-chalk-kansas
- Everhart, Mike. 2011. Inoceramids: Giant clams of the Cretaceous. Oceans of Kansas. Retrieved 1-19-17. http://oceansofkansas.com/Inoceramids.html
- Nacre. Pearl-Guide.com. Retrieved 1-19-17. http://www.pearl-guide.com/forum/content.php?80-Nacre
Updated on January 12, 2017
The dark gray sky glowed with eerie shades of sickly green, rusty red, and deep purple. Patches of smoky black lingered low in the sky, sometimes broken by torrential shafts of rain. Deep rumbling noises and echoes of boiling water as it let off steam sounded constantly in the distance. Occasionally, those distant sounds were broken by sudden sharp noises of splintering wood, avalanching cliffs, explosions, and other noises.
Giant, brown waves swept back and forth across the land, carrying rocks of all sizes, shredded trees, and whatever else it picked up along the way. A retreating wave revealing the wet sandy beach. Moments later, the area shook, but not from an earthquake this time. The sooty air rang clear with distressed wails and dire groans of a stampede of strange creatures as they tried to run across the wet sand, leaving deep footprints.
Another surge of water intruded the area before the animals could go very far, filling in their fresh footprints with new mud. They waded through the fast-rising waters until the water rose to their hips and started to sweep them off their feet. Struggling against the strong current the creatures frantically tried to paddle with their strong legs and short arms. Occasionally, they could feel the mud below touching their toes, then just the tips of their clawed toes touched the bottom. But, soon, these creatures were swept away by the waters and all the dry land was completely covered.
This is a picture of what it might have looked like when dinosaurs were trying to escape the rising waters of the world-wide flood, mentioned in the Bible in Genesis 6-9. Many paleontologists have trouble giving a good explanation for the different types of dinosaur footprint fossils because they believe that the earth is billions of years old and dinosaurs lived and died long before humans came on the scene, dismissing the idea of a global flood before it has even been seriously considered as a good model for explaining what we see. What I call “toe-print” fossils are good examples of a type of dinosaur footprint fossil better explained by models of the global flood than by the old earth models.
“Toe-print” fossils capture just the toes and claws of a two-legged dinosaur (like velociraptor or Iguanodon) touching wet sand. We have two options: either these dinosaurs were skilled ballerinas who danced along beaches and swamps, or their weight was being held up by water and they were moving their legs (trying to swim). “Toe-print” fossils like this have been found in several different places around the world. Some were discovered in China in 2013 and another site is in Australia.
Lark Quarry Dinosaur Trackway in Queensland, Australia was first thought to be a stampede of small two-legged dinosaurs being hunted by a bigger dinosaur. By using computers to compare these tracks with other fossils, researchers recently discovered that they were actually made by all vegetarian dinosaurs (none trying to eat each other) and were originally mis-identified as the wrong type of dinosaur because they are “toe-print fossils”, not full footprints. Some of the marks left by dragging claws made them look like footprints belonging to another type of dinosaur.
Some paleontologists say that these dinosaurs got caught in a small river flooding, just like rivers sometimes flood today. However, ripple patterns, dents made by dragging debris, and other markers in the rock indicate fast rising water and drastic changes happening within seconds, more severe than what we see today. If you zoom out, the rock layer containing Lark Quarry Dinosaur Trackway would require a “river” at least as wide as the Australian state of Queensland. That’s wider than the state of Texas. Putting that into perspective if you haven’t tried to drive across Texas, it would take over sixteen and a half hours of non-stop driving on a straight road at sixty miles per hour to go that distance. That would be a very wide river. Taking that in the context of the other fossils and rocks we see around the world, it seems best explained by a global, catastrophic flood.
Thinking about the global flood, it sounds very catastrophic and violent. Many creatures and people died in those flood waters. People often ask why God would horrifically destroy the earth and people He created and loved. But, perhaps there’s another question we should be asking: why has God been so very gracious and given people another chance over and over again?
This I recall to my mind, therefore have I hope. It is of the Lord’s mercies that we are not consumed, because his compassions fail not. They are new every morning: great is thy faithfulness. ~Lamentations 3:21-23
©2017 Sara J. Bruegel
- University of Alberta. (2013, April 8). New evidence dinosaurs were strong swimmers. ScienceDaily. Retrieved January 12, 2017 from www.sciencedaily.com/releases/2013/04/130408123502.htm
- Oard, Michael J. A stampede of swimming dinosaurs. January 2014. Creation 36(1):38–41. Creation Ministries International. Retrieved January 12, 2017 from http://creation.com/dino-stampede
- Thomas, Brian, M.S. New Dinosaur Tracks Study Suggests Cataclysm. January 25, 2013. Institute for Creation Research. Retrieved Janurary 12, 2017 from http://www.icr.org/article/7249/265
- Clarey,Tim, Ph.D. Dinosaurs Swimming out of Necessity. April 26, 2013. Institute for Creation Research. Retrieved January 12, 2017 fromhttp://www.icr.org/article/dinosaurs-swimming-out-necessity
Updated on December 17, 2016
“Look, it’s a piece of bone!” I knelt and picked it up, then another, and another of the pale fragments on the ground. It was a pleasant, sunny autumn day, perfect for an afternoon of casual fossil hunting with my boyfriend. As we followed the bone fragments, I almost stepped on a large, pale fossil just barely sticking out of the ground. It really was quite an extraordinary find – the fossils were preserved surprisingly well, and there were several others that we found just behind the bone I had nearly stepped on. Then there was something odd behind the bones . . . it was hard to tell at first, but more digging revealed that it was a small, wooden box! I was baffled, until my boyfriend opened the little treasure box, revealing a diamond ring. He offered our “rare find” to me, and I accepted it. Getting to dig up my own diamond like this reminded me of where diamonds come from, and how incredible they are.
Every diamond actually does have to be “dug up”, but human mining abilities can only sift through diamonds that have already been brought close to the surface. Diamonds start out at least ninety miles below Earth’s surface – much deeper than people can even hope to mine. To put this into perspective, the deepest part of the ocean is almost seven miles deep and the area where diamonds form is about thirteen times deeper. Shallower than this, the temperatures and pressures are not enough for diamonds, and they break down into graphite, like black pencil lead. Much lower than the diamond zone, the temperatures and pressures are too much, and the diamond breaks down. Diamonds were probably formed around the time God first created land, about six thousand years ago, sitting below the “basement rock” that was the main foundation for land before the global flood.
For a while after creation, these valuable gems were likely still out of reach, well below Earth’s surface. The volcanic activity during the global, catastrophic flood (and for a while after the flood) provided just the right way for diamonds to travel up to the surface. Today, these precious stones are found in very special rock sections of either kimberlite or lamproite, formed into deep, narrow “pipes”. These rocks are basically a type of volcanic rock with some interesting extra minerals that the magma (underground lava) picked up on its way to the surface. Diamonds rode this stream of magma up through Earth’s surface. As mentioned before, these gems will turn into pencil lead if they’re not in their special diamond zone. To get diamonds up to the surface without breaking down, they need to move very quickly. They needed to travel all ninety miles in just seven to twenty hours. Magma moving this fast would create an eruption much bigger than Mount St. Helens and unlike anything in our world today. We know that something catastrophic must have brought diamonds close enough to dig.
Diamonds are incredible gem stones that point to creation and the catastrophic flood, showing remarkable evidence that the Earth is young (only about six thousand years old). Their dramatic entrance is only part of the story. Carbon-14 is a radioactive chemical that breaks down and would become undetectable after about fifty-thousand years. Traditionally, diamonds are thought to be one to three billion years old, but Carbon-14 could not last that long. These valued stones confirm what the Bible says about the history and age of the earth.
The journey of a diamond coming up to the surface is a beautiful thing to think about. Valuable gems start out in the depths of the earth where it’s dark and extremely hot. Literally tons of pressure are pushing all around it. They need to be picked up by a flow of magma, getting ready to explode toward the surface. Those diamonds need to be carried fast enough so that they don’t break down. To become jewelry, these gem stones must be cut and shaped, even after all they’ve traveled through, because that cutting and shaping will reveal the deep beauty under the surface. All that these diamonds travel through keeps them pure, brilliant, sharp, and valuable. One of the most beautiful things about a diamond is the way it reflects light. May your life be like a diamond, made better through the pressures and changes over the years, kept in just the right place at just the right time (by your Maker), and cut away so that you may brilliantly reflect the Light of the World – Jesus.
©December 2016, Sara J. Bruegel
- Snelling, Dr. Andrew. Dazzling Diamonds by Special Delivery. April, 2015. Answers Magazine. Answers in Genesis. Last accessed 12-16-16. https://answersingenesis.org/geology/rocks-and-minerals/dazzling-diamonds-special-delivery/
- Snelling, Dr. Andrew. Diamonds—Evidence of Explosive Geological Processes. Originally published in Creation 16, no 1 (December 1993): 42-45. Last accessed 12-16-16 https://answersingenesis.org/geology/rocks-and-minerals/diamonds-evidence-of-explosive-geological-processes/
Updated on December 9, 2016
Did you ever play the game, “Telephone”, passing a whispered phrase down the line of people? By the time the person on the end blurts out whatever they heard, it’s usually not what the first person said. The silly game of telephone can teach us memorable and fun lessons about the dangers of rumors. It’s amazing how quickly a rumor can circulate around a close-knit circle of people. Rumors are also dangerous in the realm of science. A scientific rumor is when people come to hasty conclusions about science, before they have all the data needed to make those conclusions, and then they go spread it around.
Have you seen the news lately? Perhaps you’ve seen the numerous headlines proclaiming that a well-preserved dinosaur tail has been found in amber with feathers intact. Many magazines and websites are jumping on this supposed momentous scientific discovery. But, when it comes to exciting scientific discoveries, people are much too eager to spread the news and not eager enough to first learn all the details. We must not make hasty judgements before all the facts are known and understood.
A group of Chinese scientists have been studying a very interesting piece of amber. Amber preserves beautifully detailed plant and insect fossils. But, instead of leaves in this amber, these scientists found feathers that look to be still intact, including what appears to be a tail section of some kind. Looking at their original report, it appears that they did find feathers. These feathers had hooks and barbules – a complex, beautiful system specific to feathers. There definitely are feathers, but what animal they belong to is more questionable. There are several types of bird fossils found in this unit of rock layers.
Since this team just published their finds on December 8, 2016 (yesterday), it’s still too early to say much about this fossil, but let’s take a quick look at what they did discover and some of the potential problem areas in their conclusions. One of the main reasons these scientists think that it’s dinosaur is because the individual tail bones (vertebrae) are not stuck together like they usually are in the tip of a birds’ tail called the “pygostyle”. However, keep in mind that we only have a middle part of the tail – both ends are gone. It’s questionable that they would even have enough of the tail to know definitively whether or not the bones at the end are stuck together like a bird’s pygostyle. The piece they have is only about one and a half inches long.
These scientists say the tail section they have belongs to a dinosaur. However, to match it up with a dinosaur skeleton, including only bones, you would need to get a good look at the bones. According to their original publication, they weren’t able to get a good look at the bones because of how the feathers and skin were covering them. It sounds like there were only a few parts that could be seen well enough to make much of a sound judgement. We really need more good, solid data before much else can be said about this popular discovery. We need more peer-review from other scientists in their specific fields. Don’t let your faith rely on the changing winds of human opinion and whatever is popular – rather, make sure you base your life, beliefs, and judgements on the firm foundation of the faithful Word of God.
©December 2016, Sara J. Bruegel
- Lida Xing, Ryan C. McKellar, Xing Xu, Gang Li, Ming Bai, W. Scott Persons IV, Tetsuto Miyashita, Michael J. Benton, Jianping Zhang, Alexander P. Wolfe, Qiru Yi, Kuowei Tseng, Hao Ran, Philip J. Currie. A Feathered Dinosaur Tail with Primitive Plumage Trapped in Mid-Cretaceous Amber. Current Biology, 2016. http://www.cell.com/current-biology/fulltext/S0960-9822(16)31193-9
- University of Bristol. (2016, December 8). Amber specimen offers rare glimpse of feathered dinosaur tail. ScienceDaily. Retrieved December 9, 2016 from www.sciencedaily.com/releases/2016/12/161208141637.htm
- “Dinosaur” in Amber: Evolutionists Spin Another Tail. December 9, 2016 https://answersingenesis.org/dinosaurs/feathers/dinosaur-in-amber-evolutionists-spin-another-tail/
Updated on December 2, 2016
The bright morning sun glistened off the different colored rock crystals, all squeezed together into a block of granite rock. “Oh look! There’s schist, and I think that’s pegmatite!” I declared, delightedly leaning as close as I could to the jumble of shining rock on the other side of the railing. Mount Rushmore was great, but this nerdy rock-lover was more interested in the surrounding rocks than the actual carving of the presidents’ faces. The rocks were beautiful to look at, but how they got here today is an incredible story.
Some of the original rock here may have been made on creation week, when God first separated the waters, making land. That original rock was heated and squeezed by pressures that likely came from Earth’s moving plates near the beginning of the flood, transforming it into the shimmering rock, called schist. This was one of the rock types I saw below the presidents at Mount Rushmore. The other main type of rock I saw there was granite. Granite formed when underground magma (basically the same as lava, just underground) squeezed up into the schist rock that was already there and cooled into the hard rock that the presidents’ faces are carved out of at Rushmore.
If you look closely at George Washington and Abraham Lincoln, you will notice white streaks across their foreheads. Those streaks are made up of a special type of granite, called pegmatite. What makes pegmatite different from regular granite? Just the size of its crystal grains. If you’ve ever seen a granite counter top, polished smooth, you can tell that it’s made up of a bunch of tiny colorful mineral crystals. Pegmatite is the same, just made up of bigger mineral crystals. Some granite counter tops will also have a streak of bigger crystals (pegmatite) going through the regular smaller crystals.
Traditionally, geologists who wanted to believe that Earth is millions of years old would have said that the bigger the crystals, the more time it took to form. But, research has shown that large pegmatite crystals can form much quicker than expected because of water in the magma. Forming these pegmatite crystals is basically a cooling process, and water speeds up this process, helping it cool faster. In general, putting water on something hot (e.g., a pan or hard-boiled egg) will help it cool down faster because as the water evaporates, turning to steam, it will take away some of the heat-energy from the object. The same basic idea applies to pegmatite. Water mixed into the magma helps it cool faster than normal by taking some of the heat-energy and forming the big crystals of pegmatite granite that we can see as white streaks on two of the presidents’ foreheads at Mount Rushmore.
Pegmatite is not the only thing that cooled faster than normal because of water. There were giant blobs of magma, called “batholiths”, that cooled and hardened into granite like the rock the presidents are carved from at Rushmore. The presence of water would also help these giant underground heat chambers cool, but cracking from the fast cooling would also speed up their cooling. Pretty much all granites around the world are cracked, showing evidence of rapid cooling. In the end, it’s not about how much time you have, but about the chemistry and physics of what is happening. What’s so important about getting cool rock? It all points back to the global flood. Both at the time of original creation the flood and , water would have gotten trapped in magma, helping cool the magma into the granite rocks that we have today. You don’t need millions of years to make granite – you only need the right conditions.
Copyright Sara J. Bruegel, December 2016
- Geology Field Notes: Mount Rushmore National Park.Explore Geology. Nature & Science. National Park Service. U.S. Department of the Interior. Last accessed 12-2-16 http://www.nature.nps.gov/geology/parks/moru/
- Snelling, Andrew and Woodmorappe, John. Rapid Rocks: Granites … They Didn’t Need Millions of Years of Cooling. December 1, 1998. Originally published in Creation 21, no 1 (December 1998): 42-44. Answers in Genesis. Last accessed 12-2-16 https://answersingenesis.org/geology/geologic-time-scale/rapid-rocks/
- Marshark, Stephen. Earth: Portrait of a Planet. , Third Edition. 2008. W. W. Norton & Company, Inc. Page 168-9.