|Feature Article - June 1999|
|by Do-While Jones|
Because of its association with gambling, thoroughbred horse racing may not enjoy as much respect as the breeding programs at prestigious universities. But fruit fly racing isnít a major American sport, so Drosophila breeding doesnít attract big bucks from corporate sponsors. On May 2, 1998, Real Quiet made a net profit of $738,800 for his owners in just two minutes and two and one-fifth seconds. Can you name any fruit fly that made nearly three quarters of a million dollars for the breeding scientist last year? We doubt it.
Our point is that money is a wondrously effective motivating force behind some serious breeding programs in countless stables that are not associated with universities. The goal of these breeding programs is to produce 3-year-old horses that can run 1ľ miles faster than any other horse born in the same year. What we want to know is, ďIs there a limit to how fast horses can run? Or can horses continually evolve to run faster and faster without limit?Ē
This is important because the theory of evolution holds as one of its postulates that there is no limit to how much a species can evolve. Evolutionists say this lack of a limit allowed a dinosaur to evolve into a hummingbird. Creationists claim that species can only evolve within certain limits set by the amount of genetic variability in the critterís DNA. Whose view is more consistent with the data?
This year Charismatic won the Kentucky Derby and Preakness Stakes. There was a possibility that he would win the Belmont Stakes and become a Triple Crown Winner. But he ran so hard that he broke his own leg and lost the Belmont Stakes. Have we reached the point where horsesí muscles are getting so strong that they are too strong for their own bones?
Here is a table of the Kentucky Derby winning times (in seconds) for the last 126 years. If you graph this data you can see there has been no noticeable improvement for the last 50 years. [This article was originally written in 1999; but the statistics have been updated to include Kentucky Derby results after 1999.]
|1929||130||Clyde Van Dusen|
|1982||122||Gato Del Sol|
|1985||120||Spend a Buck|
|1991||123||Strike the Gold|
|1992||123||Lil E. Tee|
|1994||124||Go for Gin|
|2009||123||Mine That Bird|
|2012||122||I'll Have Another|
The Kentucky Derby data does not show increasing speed without limit. The last six decades show remarkable consistency, which seems to indicate that the limit may already have been reached.
When researching the Kentucky Derby data, we stumbled across this interesting passage in the Thoroughbred Times On-Line Stallion Directory.
|Simply put, the fact that each cast of the genetic dice is governed by the laws of probability means that the offspring is likely to be closer to the genetic mean than either parent. Thus, even if you mate two Triple Crown winners, you are much more likely to get a modest runner than a Triple Crown winner. 1|
We canít help but point out that the only three fillies (young female horses) to have won the Derby were Regret, 1915; Genuine Risk, 1980; and Winning Colors, 1988. None of them went on to win the Triple Crown. Therefore, since all the Triple Crown winners were stallions, if you mate two Triple Crown winners you wonít even get a modest runner. But the point is still valid--offspring do tend toward the genetic mean.
(1) a) There is diversity within species (interbreeding populations). b) This is continually fueled by mutation, crossover, drift, gene duplication, horizontal transfer, etc. (2) More individuals are born than are able to reproduce. (3) a) Reproductive success is not random, but depends on individual traits. b) These traits are (at least partially) inherited. (4) a) This, along with environmental changes, reproductive isolation, founder effect, etc., is the basic mechanism by which the gene pool of a population changes over time. b) There is no known limit to this process. (5) a) All current species do in fact share a single common ancestor. b) This is shown by the genetic relatedness of all living species, as well as their geographical distribution and the fossil evidence of now-extinct ancestors.
We agree completely with statements 1a through 4a. We donít know of any creationists who donít agree with those statements. The only disagreement is with statements 4b though 5b. Specifically, we believe there are limits. The Kentucky Derby data suggests that there is a limit to how fast horses can run. Statement 4b is false.
Statement 5a depends upon statement 4b to be true. The only way all current species can share a single common ancestor is if there are no limits to how much genes can change. If there is a limit to how much a species can evolve, then all current species cannot share a common ancestor.
Statement 5b is merely a silly gloss intended to support statement 5a. Similarity of species does not necessarily show common ancestry. The similarities could just as well reflect the preferences of a creator.
Geographical distribution of species merely shows that children tend to be born near their mothers. This isnít a particularly profound statement, and in no way proves evolution. In fact, it would be better proof of evolution if species appeared in places where their parents had never been because that would be evidence that they evolved from something else. For example, if kangaroos suddenly appeared in Nebraska, without any kangaroos being introduced to the state, it would mean that they must have evolved from prairie dogs.
We are starting to grow weary of pointing out that the fossil evidence shows abrupt appearance of species, with very little change after their appearance. Unfortunately, statement 5b requires us to say it again.
Statement 5 is the issue. Students are being taught that all current species have a common ancestor. They are told this is possible because there is no limit to how much a population can evolve. Thatís why this essay is emphasizing that there are limits to biological change. The Kentucky Derby is just one example.
The Milk Limit
Farmers have been trying to breed cows that give more milk. (Itís that money thing again.) Is there a limit to how much milk a cow can give? We believe there is. Do we know what it is? No, we donít, but we are sure it is less than 1,000 gallons a minute. We are willing to bet it is a whole lot lower than that.
Seriously, milk contains about 150 calories per cup. Thatís 2,400 calories per gallon. Suppose a cow eats 15,000 calories a day. (We are just guessing. Weight Watchers doesnít publish any recommended diets for cows.) If she is 100% efficient, a cow can produce 6.25 gallons of milk (which contain a total of 15,000 calories) a day on a 15,000 calorie diet. Of course a cow has to expend some calories to grow muscles, and bone, and keep warm, etc., so she canít turn 100% of her input energy into milk. No doubt someone at an agricultural college has done a Ph.D. thesis relating diet to milk production and can tell us how efficient modern dairy cows are. We just could not find that thesis. 2 But we are confident that cows canít violate the law of conservation of energy, and cannot produce energy out of nothing. Therefore, there must be a limit to how much milk a cow can produce. One could make a similar argument about the egg production of chickens.
But for evolution to be true, there must not only be no limit to existing characteristics, there must also be no limit to the appearance of entirely new characteristics. According to statement 4b, there is no fundamental reason why horses canít grow wings and learn to fly. That sounds silly (we hope), and will draw criticism because it is a ďcreationist caricatureĒ, but it is true. Evolution depends upon the idea that a land mammal evolved into a porpoise, complete with sonar. Evolutionists must also believe that (over some controversial period of time) mice can sprout wings and evolve into bats, complete with sonar.
Is it so unreasonable to ask for the slightest bit of scientific proof that there are no limits to evolution? What is the proof that grain-eating mice can evolve into insect-eating bats that use sonar to fly through dark caves? As far as we can tell, the evolutionistsí reasoning is simply that bats exist. Since bats must have evolved from mice, there must be no limit to how much a species can evolve. Since there is no limit to evolution, mice could have evolved into bats. It is an obviously circular argument, which is why you donít hear evolutionists present it that way.
Yes, weíve put words in evolutionistsí mouths. Thatís because they wonít speak for themselves. What is the proof that there is no limit to how much a population can evolve? There isnít any. One has to accept, by faith, the doctrine that there are no limits to how much a population can evolve in response to the pressure of selection. Once you accept that false doctrine, then one can accept the false doctrine that all species share a common (unknown) ancestor.
Professional breeders know there are limits because theyíve been pushing those limits as far as they can. If someone could breed a horse that runs the Kentucky Derby in one minute, they would do it. If they could cross a horse with an eagle to produce a flying horse (like Pegasus), they would do it. (Imagine the money maker that would be!) The scientific evidence is that there are limits to the genetic variability of species, which prevent the evolution of entirely new species. Science is against evolution.
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2 Some time after we wrote this article, we happened to find Tidbits of the Eastern Sierra Nevada", 5 February, 1999. (Their registered service mark is, "All the News You Never Knew that You Never Needed to Know.") This particular issue said, "The average dairy cow produces about 1,600 gallons of milk annually." That works out to almost 4.4 gallons per day, which is 70% efficiency, if our estimate of caloric intake is correct.