Battle of the Splitters and Lumpers

Battle of the Splitters and Lumpers

As we have reported before, an interesting debate in the scientific community has been the battle of the splitters and lumpers.

The splitters are scientists who consider every fossil specimen they find to be a different species and give it a unique name. The famous anthropologist Louis Leakey was an example of a splitter attaching numerous new names to specimens he discovered. Later it turned out that several specimens which he had given individual names were actually just variations of the same species. In recent years, anthropologists have given individual names to variations of the Neanderthals. Subsequent DNA evidence showed that many of those forms were just racial variations of the same species.

Lumpers suggest that, in general, we see many variations in a species, but we rarely see a new species. In modern days, we have various races that can look very different but are one species. A pygmy and a seven-foot-tall NBA basketball player have vast physical differences, but they are fertile with each other and therefore are one species.

It is becoming increasingly evident that ancient forms were not as diverse as some have assumed. A dinosaur discovered in the 1940s was given the name Nanotyrannus. The picture is an artist’s conception of what they looked like. It is now becoming clear to many scientists that the Nanotyrannus is a juvenile form of Tyrannosaurus rex. Because of their size, the diet of these two specimens was different. With reptiles who continue to grow, they can have a dramatic change in physical makeup as they age.

When we carry the battle of the splitters and lumpers to the question of human origins, the implications become extremely important. Were there many different species of humans that were infertile with each other? Or were they all one species, and the physical variations were simply adaptions to the environment and diet? The Bible indicates that all humans are one and that we all descended from a common human ancestor. The lumpers tend to agree, and the evidence continues to accumulate, verifying that we are all one.

— John N. Clayton © 2020

Reference: Science News, February 1, 2020, page 15.

Should We Go to Mars?

Should We Go to Mars?
Concept of Future Mars Outpost

Chances are you have seen the movie The Martian or the National Geographic TV series on Mars, with the hypothetical first colonization of the red planet. Politicians have jumped into the popular hysteria by making proposals about establishing human occupation of the planet. Some wealthy private companies are proposing to offer trips to Mars. But should we go to Mars?

There is nothing in the Bible that would attempt to restrict humans from leaving Earth. By the same token, there is no encouragement to do so. What the general public does not seem to understand is that God incorporated an incredible number of design features into the Earth for us to be able to live here. We have discussed those features over and over in our printed publications, in our Dandy Designs series, and also on our Facebook page. When you don’t have those design features available, human life becomes very tentative.

NASA has recently discovered that astronauts who flew to the moon were four times more likely to die from heart disease than those who had even the minimal protection of the International Space Station. Astronauts are also showing signs of what has been nicknamed “Space Brain.” This involves dementia and cognitive impairment. The effect of weightlessness is still being studied, but the loss of bone and muscle mass is known to be a consequence of living without gravity.

The cost of resolving all these issues is huge. Even though we will probably be able to overcome these problems in the distant future, we need to understand that God’s design of Earth is highly complex. Should we go to Mars? We may want to make sure we use our resources to solve the hunger, homelessness, and ecological issues before we venture to other worlds. 

–John N. Clayton © 2017

NASA data is available in The Week, December 23, 2016, page 27.

The Design of Frogs and Toads

The Design of Frogs and Toads such as the Tungara frog
Tungara Frog

One of the books in our children’s series shows the design of frogs and toads. Re-reading that little book, written at a child’s level, motivated me to look into some of the unusual things about these amphibians. Of the 7,537 species of amphibians, 6,631 are frogs and toads.

The Old Testament Hebrew word “min” (translated as “kinds” in most translations) is not the same as the English word “species.” “Kind” has a much broader meaning. We find the same concept of “kinds” in the New Testament. In 1 Corinthians 15:39, the writer tells us that there are four kinds of flesh – the flesh of men, of beasts, of fishes, and of birds.

We suggest that changes due to environmental pressures have caused frogs to speciate to enable them to adapt to their individual environments. Frogs living in trees don’t need the same equipment functioning in the same way as frogs in a pond, in a sand dune, or in a cold place. This factual evolution is seen in most animals, but very clearly in the frogs. We still have much to learn about this. Toads and frogs have an organ called a “Bidder’s organ,” the purpose of which is unknown. It is present in all toads in early development but only in the males in adulthood.

Some frog behaviors are amazing. The Tungara frog, which is common in South and Central America, is a good example. During the mating season, the female releases a protein that the male collects on his feet. When he has collected a sufficient amount, he begins kicking his feet vigorously producing a foam into which the eggs are placed to grow into tadpoles.

Other frogs produce a similar foam, but by completely different methods. Researchers are trying to learn how the frog acquires this ability, but it is pretty obvious that it isn’t acquired in stages. The genome may tell us whether it is built into the frog’s DNA or whether it is a learned behavior, but it appears to be genetic. To program a code takes intelligence and purpose, and chance explanations are difficult to justify. The design of frogs and toads shows evidence of a Designer.

 –John N. Clayton © 2017

Data from Discover magazine, July/August 2016, page 74.