Evolutionists: We Now Have Empirical Evidence For the Evolution of Kin Recognition

Here We Go Again

In a new study out of the University of Liverpool evolutionists now say they have found empirical evidence that a genetic complex, involving dozens of protein-coding genes related to altruism, can evolve. Such a finding would be truly ground-breaking given that, at least up until now, the evolution of even a single protein has been found to be scientifically unlikely. It would be astonishing if now evolutionists have overturned a substantial body of work establishing molecular evolution to be effectively impossible. But of course evolutionists have done no such thing. There was no finding of molecular evolution, no new proteins or genes, no empirical evidence, nothing. Just another ridiculous claim made by evolutionists. It’s the same old pattern—evolutionists look at profoundly complicated biological structures, assume they evolved, and then claim they have found evidence of evolution.

Altruistic behavior creates many problems for evolution. You can see my explanation of some of them here. One problem I did not explain was the starting point: kin recognition. As I explain, evolutionists unsuccessfully tried to explain altruism using the concept of kin selection, and while that creates many scientific problems, you can’t even get to kin selection without kin recognition. How do animal siblings or cousins recognize each other.

The new study out of the University of Liverpool has found a genetic basis for kin recognition. It is a genetic complex of a couple dozen protein-coding genes and the problems with this are several.

First, it means that kin selection hinges on several proteins working together. Evolving a single protein is, from a scientific perspective, so unlikely as to be effectively impossible. But here evolution needs several proteins. Evolve just one protein and you still don’t have kin recognition. You would have to evolve several others, so the problem is even more difficult.

Second, the genetic cluster is species-specific. Apparently there is no common kin recognition mechanism across the vertebrates as evolutionists had assumed. Of course evolutionists had assumed this, for to have different mechanisms, particular to species or groups of species, would make their theory even more absurdly improbable. Kin recognition would have to re-evolve, in various ways, over and over. Well that is exactly what this new finding is suggesting. As usual, biology shows specific, particular, solutions that are unique to one or a few species, rather than falling into the expected common descent pattern.

Once again, common descent fails to serve as a useful guide. And once again evolutionists, in spite of the science, claim more proof for their theory.

Evolutionist: “In a Very Real Sense, Our Species Invented Itself”

The Aristotelianism Just Keeps on Getting Stronger

Evolution is a narrative, not a law-driven theory, and narratives are all about plot lines, conflicts and resolutions, good guys and bad guys, value-laden themes, motives, goals, objectives and so forth. These elements repeatedly appear in the evolution literature. For instance, in evolution there was at one point a “push” toward smaller dinosaur sizes, and the smaller sizes in dinosaurs helped to “trigger” a host of different traits. A wing-like surface area would have developed “to help glide” from tree to tree. After all, dinosaurs “were experimenting” with flight in various modes and finally “made the crucial leap” to powered flight, and so birds “were born.”

Cells worked together for a common goal of reproducing more cohesive units, and thereby worked in a concerted way toward increasing their fitness.

Conserved non-coding DNA was the result of regulatory innovations.

The genetic code emerged to avoid random protein sequences.

Small-headed snakes rapidly evolved “to probe eel burrows.”

Oxytricha trifallax, a profoundly complex single-cell organism, was “one of nature’s early attempts to become more complex.”

The brittlestar’s distributed and multifunctional vision system was “designed to minimize spherical aberration and birefringence.”

New proteins evolved because “Nature probably uncovers new topologies in order to fulfill new functions, and optimizes existing topologies to increase their performance.”

The amazing leaproache “evolved to do what grasshoppers do—jump between stems.”

The harp sponge evolved its elaborate candelabra-like structure “in order to increase the surface area.”

The list goes on and on and these are but a tiny sampling of the teleological Aristotelianism one finds in the evolution literature (see more details of these examples here, here and here).

So we were not too surprised to see Peter Corning’s 2013 paper on how behavior has shaped evolution. Corning explains that the behavior of organisms has had a significant influence in the evolutionary process of creating new species. There has been, Corning explains, “a flood of research on how behavioral influences contribute to the ongoing evolutionary process but “the theoretical implications of this paradigm shift still have not been fully integrated into our current thinking about evolution.”

Indeed. Gone is the evolutionary notion of random variation subject to natural selection, otherwise known as “chance and necessity.” Instead, organisms, whose behavior is driven by goals, play an active and major role in evolution. Simply put, as Corning concludes, “our species invented itself”:

Behaviour has a purpose (teleonomy); it is ends-directed. Living organisms are not passive objects of ‘chance and necessity’ (as Jacques Monod put it). Nor is the currently popular concept of phenotypic plasticity sufficient. Organisms are active participants in the evolutionary process (cybernetic systems) and have played a major causal role in determining its direction. It could be called ‘constrained purposiveness’, and one of the important themes in evolution, culminating in humankind, has been the ‘progressive’ evolution of self-determination (intelligence) and its ever-expanding potency. I call this agency ‘Teleonomic Selection’. In a very real sense, our species invented itself. For better and worse, the course of evolution is increasingly being shaped by the ‘Sorcerer's Apprentice’. Monod's mantra needs to be updated. Evolution is a process that combines ‘chance, necessity, teleonomy and selection’.

There is, as always, a problem in this Greek drama. Those organisms, and their behaviors, had to be created by evolution. In other words, evolution just happened to create incredibly complex biological agents with incredibly complex behaviors which then just happened to be crucial influences on the evolutionary process. In short, just as Corning concludes that our species invented itself, we must also conclude that evolution invented itself.

Whereas evolution once called on fairly basic mechanisms such as random variation, it now is at the other end of the spectrum, calling on diploid genetics, horizontal gene transfer, etc., and now human behavior—the most complex mechanisms one can imagine. And those mechanisms must have been created by evolution. Perhaps it is time for a Deus ex machine, for this level of serendipity is beyond silly. At least evolution is entertaining.