whale Archives - DOES GOD EXIST? TODAY

August 20, 2022August 16, 2022

Arctic Whales Called Narwhals

When they see an unusual physical characteristic in an animal, evolutionists try to find a sexual explanation for it. If your religious belief is “survival of the fittest” and reproduction is a major part of explaining who is fit and who isn’t, you look for sexual explanations for everything in the animal kingdom. We see an example of why sexual selection is not always the complete answer in Arctic whales called narwhals.

Narwhals can weigh up to 3000 pounds and reach over 15 feet long. Their unusual feature is the world’s longest tooth. The narwhal’s tooth is a spiraling, pointed tusk that can reach nine feet long. Since the tooth appears in male narwhals, evolutionists have said that it’s just another example of sexual selection. Females pick the males with the longest tusk. That explanation is similar to cases like the peacock, where the males have elaborate feathers, which they use to attract females. Another idea is that narwhals use the tusks as weapons in conflicts between males. However, no one has ever seen the tusks used that way, and no dead narwhals have been found with a wound that appears to have come from being stabbed by a tusk.

Researchers at the Smithsonian working with the Harvard School of Dental Medicine have studied the tusks under an electron microscope. They discovered millions of tubules leading from the surface to nerve endings deep inside the tusk. The researchers believe this system allows narwhals to detect changes in water pressure, temperature, and salinity. That information would enable the narwhals to tell when water is starting to freeze, allowing them to avoid getting trapped. It also may help them locate food. Of course, that leaves a question of why females don’t have tusks, but since they travel in groups, it may be that the tusks identify the leader.

We know that the Arctic whales called narwhals have a tusk like no other animal. We know it is a tooth in structure and form, but how it became an integral part of the species is a mystery to evolutionists. We suggest it is another example of God’s design in which every animal has what it needs to survive in a given environment. The Arctic Ocean is a place where narwhals might need special survival equipment.

Reference: The Chronicle Review Volume 52, Issue 37, page B16.

May 12, 2020May 11, 2020

How Do Sea Animals Drink Water?

Yesterday we discussed how fish drink water. In the ocean, the problem isn’t water but salt. Ocean fish are designed with specialized gills that support the kidneys in getting rid of salt accumulations that would otherwise pickle the fish. Obviously, not all animals that live in the ocean have gills. How do sea animals drink water?

Albatrosses and petrels are birds that can spend a year or more in the open ocean, but they need to drink water. Whales and seals also do not have land-based water supplies, and yet, like all mammals, they need water to survive. So how do sea animals drink water when ocean water is salty? God’s design of living creatures always includes unusual equipment to enable them to deal with their environment.

In the case of sea birds, they have a set of salt glands in their heads that connect to the bird’s nostrils. The birds drink seawater, but the glands are so efficient that within three hours, all of the salt is removed through the nostrils.

Whales and other aquatic mammals produce urine that has extremely concentrated salt content. By allowing high salt concentrations in the urine to diffuse into the ocean, the salt never reaches toxic levels inside the animal. An interesting sidelight to this is that the milk of these sea mammals is very low in water content. In that way, they conserve water. Milk from seals has only half the water content of lean hamburger.

Everywhere we look in the natural world, we see that a wonder-working hand has gone before. These marvelous designs are not the product of mindless chance. They show an Intelligence who created with purpose and wisdom. When we realize that ocean water has high salt content, we question, “how do sea animals drink water?” God already took care of that.

In Job 38-40, God challenged Job to advance his understanding of God’s power and wisdom by considering the natural things of creation. When Job questioned God’s wisdom and purpose in his personal struggles, he did not recognize the wisdom shown in creation’s design. We too need to look at what God has done and “know there is a God through the things He has made” (Romans 1:18-20).

Data from National Wildlife magazine, June/July 1995, pages 30-34.

February 4, 2020January 29, 2020

Value of a Whale

Many years ago, an atheist challenged my statement that everything in the creation had a designed purpose and filled a need. My atheist friend insisted that the whale is one example of a poorly designed creature with no purpose. He said that they eat massive amounts of the ocean’s food that could be eaten by other, more useful creatures. He also challenged that they contribute nothing to the ecology of the oceans. At the time, I didn’t have a good answer to why whales are useful. Whale oil seemed to me to be a weak answer. Since then, I have learned the value of a whale.

One of the things I love about science is that it continues to look for understandings of the world in which we live. New studies of whales have revealed some facts that show the whale is incredibly useful. The current winter edition of Defenders of Wildlife magazine reports data on the value of a whale.

Whales live a long time, and they accumulate carbon in their bodies. When the whale dies, it takes that carbon to the ocean bottom, removing it from the atmosphere. New research shows that each whale takes 33 tons (30 metric tons) of carbon out of the atmosphere. By comparison, a tree absorbs 48 pounds (22 kg) of carbon dioxide a year. In 60 years, which is the lifespan of most whales, a tree would remove one ton of carbon from the air. Whales play a role in removing the greenhouse gas that people are concerned about today.

In a whale’s lifetime, it will bring minerals to the ocean surface to stimulate phytoplankton growth. This plankton contributes more than 50% of the oxygen we breathe and absorbs 37 billion tons (33.5 metric tons) of carbon dioxide a year. Phytoplankton also sustains many fish species, and today, fishing is a 150 billion dollar industry.

So what is the value of a whale? Defenders of Wildlife maintains that each whale is worth more than two million dollars. God has a purpose for everything He created, but sometimes it takes us a long time to understand how His creatures help us.

March 22, 2019March 20, 2019

Guilty of Anthropomorphism

The Oxford English Dictionary defines anthropomorphism as “the attribution of human traits, emotions or intentions to non-human entities.” We are all guilty of anthropomorphism when we attribute the behavior of our pets to human emotions. The Oxford dictionary goes on to say that anthropomorphism “is considered to be an innate tendency of human psychology.”

When a dog is jumping around and barking and licking us, we assume that the behavior of the dog is because of joy. In reality, this is an instinctive behavior in animals when establishing dominance within the pack. When the same dog tucks its tail between its legs and slinks away, we assume it is feeling guilty when it is an act of submission for fear of being attacked.

Some scientists attempt to prove that humans are just animals acting out animal responses to various environments. They conduct experiments to show that animals do the things we think are unique to humans. An example is attempting to explain the human smile. For us humans, a smile is an expression of happiness, warmth, and friendliness. When an animal grins, it shows its teeth expressing terror or aggression. When you see a monkey or ape grin on a commercial, sitcom, or movie, there is a trainer behind the camera threatening it.

Human traits which are not seen in animals include worship, guilt, sympathy, and creativity in art and music. It is essential to look at other explanations when considering the behavior of animals. Recently people witnessed a female whale carrying her dead calf for nearly a week. Several newspaper articles were guilty of anthropomorphism by saying that the whale was expressing grief. Many times animals in the wild avoid the scavenging of a dead sibling or offspring by maintaining a vigil over the corpse. That instinctive action assures that the offspring is, in fact, dead, and avoids spreading the disease that killed the dead animal.

I remember a field trip I had in my NSF graduate workshop for science teachers. At an aquarium in Chicago, we watched a demonstration of natural selection. A hungry northern pike was placed in an aquarium with three small fish. One was a wounded and incapacitated minnow. Another was a slightly wounded but otherwise relatively healthy fish of the same species. The third was a healthy well-fed fish. The lesson plan said that the students should predict which of the three fish the pike would eat. Our group of teachers all agreed it would be the incapacitated minnow. For the next 30 minutes, we watched the pike tear up the aquarium trying to get the healthy minnow and avoiding the two wounded fish. We teachers debated as to why that happened, but the aquarium workers said it was frequently the case.

Humans are unique because we are created in the image of God. That allows us to do things that reflect that unique makeup. When we interpret animal behavior in human terms, we are guilty of anthropomorphism.

For more on the data see Discover Magazine, April 2019, page 52 -57.

December 2, 2018November 29, 2018

Design in Hearing

One of the amazing features of animals is design in hearing. Humans can hear sounds between 20 and 20,000 vibrations per second (Hertz). That range allows us to communicate through the air and enjoy music. Various animals can hear sounds in different parts of the frequency spectrum.

Dogs can hear frequencies higher than 20,000 Hertz. We call these sounds ultrasonic because they are above the frequencies we can hear. We use ultrasonic sounds for examining the organs inside the human body. We use it to view unborn babies inside their mother’s womb. Ultrasonic sound has uses such as cleaning of jewelry or other items. But we can’t hear it. The ability to hear ultrasonic sounds gives dogs and other animals a defense advantage. Try to sneak up on a dog. If you open a door or step on a floorboard creating an ultrasonic squeak which you can’t hear, the dog will hear and know that you are coming.

Elephants, whales, and other large animals can hear low frequencies and use them to communicate over many miles because low frequencies travel more efficiently through the ground or water. But it isn’t just large animals that use these subsonic sounds. Some small animals, like moles, can also hear low frequencies since those sounds travel well through the ground. If a mole communicated through sounds we could hear, finding and killing them would be easier for their predators and us. Because they communicate at frequencies below 20 Hertz, they are not easily detected by animals above the ground.

Design in hearing also applies to frogs, snakes, and many insects that can also hear very low or very high frequencies allowing them to communicate with others of their kind without detection by different species. Different creatures use various portions of the audio spectrum. If a creature gives off sounds that its predators can hear, they will literally be “dead meat.”

The world of sound rings out loudly the incredible design of the Creator who gave various creatures the ability to hear the sounds they need to hear. We can be thankful that God gave us the ability to hear the beautiful sounds of music and the spoken voice.
–Roland Earnst © 2018

February 6, 2017November 8, 2018

Migrating Insects: Another Incredible Design

Migrating Insects - Arthropods — Arthropods

Over the years we have presented data on some amazing migrations. We have had several discussions about the Arctic tern and how it makes its incredible 12,000-mile journey. Research has shown that the Arctic tern uses multiple cues including magnetism, sight, smell, and even sound. We have also talked about whales, salmon, and sea turtles and the way they benefit multiple ecosystems by their migrations. Now we have a new migration that has just been discovered and is equivalent to 20,000 flying reindeer. It’s migrating insects.

According to the study, 2-5 million migrating insects fly over the United Kingdom each year. The study is reported in the December 23, 2016, issue of Science by a team headed by Jason Chapman. Tracking these arthropods involves the use of special radar designed to detect insects. The team estimates that the total biomass of these arthropods is 3200 tons which is 7.7 times more than the biomass of the songbirds in the same area. These are tiny creatures with some of them weighing less than 10 milligrams.

Chapman notes that these arthropods are not just accidentally caught up in the wind. Some of them climb to the top of a plant to launch their flight. Some stand on tiptoe and put out silk until the wind catches them and carries them away. The animals only launch when the wind is to the north from May to June, and in August and September, they launch when the wind blows to the south. Chapman concludes “these arthropods must have some kind of built-in compass plus a preferred direction and the genetics that change that preference as they or their offspring make the return migration.“

We would suggest the programming of the DNA of these creatures is not a product of chance. It is incredibly complex and requires an intelligent programmer. Migrating insects benefit the life forms that depend on them for food as well as having food benefits for themselves. They also avoid weather conditions that could be fatal to them. If that much is happening in the United Kingdom and Africa where the migrations end up, it most certainly is happening throughout the whole world. The complexity of this migration system over the Earth is far greater than anyone imagined.
–John N. Clayton © 2017

January 20, 2017October 8, 2018

Sophisticated Sonar

Pod of Narwhals with Single Spiral Tusk Visible

Let me introduce you to an animal that lives in the Arctic Ocean, spending much of its time under the pack ice. This animal has a refined sonar that is so intense and so directional that it can narrow or widen the sonar beam to find prey over short and long distances. The sound beams are asymmetric, narrowing on the top which minimizes noise clutter coming from the surface of the ocean or from the pack ice it swims under.

This is the most sophisticated sonar observed in a living species, and the animal that possesses it is the narwhal. The mechanism that generates the sonar is like that of a porpoise with clicks being emitted by the animal. The narwhal can do things that no other animal can do. Because narwhals can scan vertically as they dive, they always know where open patches of water exist so they can get back to a place where they can breathe.

Animals live everywhere on earth, but some places like the Arctic Ocean pose significant problems. Not only are there the obvious problems of cold, darkness, and hundreds of square miles of pack ice but the narwhal’s food is spread out over the entire Arctic area. Locating food would be virtually impossible without some specialized equipment, and the narwhal has a tool that humans have only learned to apply to similar situations in recent years. Everywhere we look in the creation we see that a wonder-working hand has gone before. Data from Plos One researcher’s report for November 9, 2016.
–Jnohn N. Clayton © 2017