4 July 2016 stevevw: M. Lynch (2012) has limits in one of many possible mutation–selection models for allele populations but does not state these stop macroevolution as you want.
The M. Lynch (2012) paper and its citations do not announce the evolution is dead

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So your now acknowledging that there are limits to evolution but that darwins theory is not dead. Well I guess a small acknowledgement is better then none. No one has said that there is no evolution. What we are talking about is the quality and quantity of that evolution. Darwin's theory of evolution through random chance mutations and blind natural selection isn't as creatively powerful as you think. Lynch doesn't mention the word macro evolution if thats what your trying to say he should say. But he does say that natural selection is in question and adaptive mechanisms cannot account for what we see in how life changes.
There are non adaptive forces that can mold and form life that rely on pre-existing genetic material and the ability of this being able to be drawn upon when needed. Adaptive evolution if anything works against organisms become more complex and therefore cannot account for what we see. The development processes of life (evolution-development), physical development influences the generation of variation (developmental bias), the ability of life to have some influence on how it works with environments (niche construction), how the environment directly shapes organisms traits (plasticity), populations having a say on what is selected or selected at all, genetic drift, extra-genetic inheritance other than genes being transmitted across generations, HGT, epigentics and other influences all have a say in how life can change apart from evolution through natural selection and random mutations. I have provided evidence for this in other papers which you have ignored such as
http://www.nature.com/news/does-evolutionary-theory-need-a-rethink-1.16080
All of which you and some others who have rejected or ignored thinking that natural selection and random mutations are the answer to everything and the god of creation of all life. This view is outdated and almost as dogmatic as you claim creationists are. So its not a case of whether evolution exists but that evolution alone has been put on a pedal-stool and given too much creative power. According to Lynch's other paper the evidence is clear for this. I suggest you read this paper as well.
The frailty of adaptive hypotheses for the origins of organismal complexity
- Michael Lynch*
Numerous aspects of
genomic architecture, gene structure, and developmental pathways are difficult to explain without invoking the nonadaptive forces of genetic drift and mutation.
In addition, emergent biological features such as complexity, modularity, and evolvability, all of which are current targets of considerable speculation, may be nothing more than indirect by-products of processes operating at lower levels of organization. These issues are examined in the context of the view that
the origins of many aspects of biological diversity, from gene-structural embellishments to novelties at the phenotypic level, have roots in nonadaptive processes, with the population-genetic environment imposing strong directionality on the paths that are open to evolutionary exploitation.
This section supports what was said about how supporters of evolution speculate about what evolution is capable of and that all of life can be explained by adaption (Darwin's theory of evolution) is perpetuated in modern literature without any evidence.
For the average person, evolution is equivalent to natural selection, and because the concept of selection is easy to grasp, a reasonable understanding of comparative biology is often taken to be a
license for evolutionary speculation. It has long been known that natural selection is just one of several mechanisms of evolutionary change, but
the myth that all of evolution can be explained by adaptation continues to be perpetuated by our continued homage to Darwin's treatise (6) in the popular literature.
It is impossible to understand evolution purely in terms of natural selection, and many aspects of genomic, cellular, and developmental evolution can only be understood by invoking a negligible level of adaptive involvement
it is difficult to reject the hypothesis that incremental expansions of eukaryotic gene complexity were largely driven by nonadaptive processes.
In contrast, unicellular lineages are expected to maintain streamlined genomes, not necessarily for metabolic reasons, but because of the exceptionally high efficiency of selection opposing the accumulation of mutationally hazardous DNA.
Most of the repatterning of the genomic real estate of eukaryotes occurred before the evolution of multicellularity.
In any event, the probability that two or three origins of multicellularity simply arose by chance within eukaryotes as opposed to prokaryotes is somewhere on the order of 1/4 to 1/2, well below the general standards of statistical validity.
Jacob (46) argues that “it is natural selection that gives direction to changes, orients chance, and slowly, progressively produces more complex structures, new organs, and new species.”
The vast majority of biologists almost certainly agree with such statements. But where is the direct supportive evidence for the assumption that complexity is rooted in adaptive processes? No existing observations support such a claim, and given the massive global dominance of unicellular species over multicellular eukaryotes, both in terms of species richness and numbers of individuals, if there is an advantage of organismal complexity, one can only marvel at the inability of natural selection to promote it.
Multicellular species experience reduced population sizes, reduced recombination rates, and increased deleterious mutation rates, all of which diminish the efficiency of selection (13). It may be no coincidence that such species also have substantially higher extinction rates than do unicellular taxa (
47,
48).
This section even implies that much of the genetic info for structures of eukaryotes were around before or at least the same time as unicellular life and that there is a simplification of life rather than a movement towards complexity which is the opposite of evolution. Natural selection is actually a deterrent for make things more complex because it demand such refinements which are beyond its capabilities.
Many developmental genes previously thought to have originated in the vertebrate lineage, owing to their absence in arthropods and nematodes, are now known to be present in basal lineages of animals lacking mesoderm (the cnidarians), and by inference must have simply been lost from various invertebrate phyla (
51).
Numerous examples of morphological simplification exist in animals (e.g., limb loss in lizards and salamanders, coelom loss in nematodes, and mouth and anal loss in hydrothermal-vent worms),
and a plausible,
albeit controversial, case has even been made that prokaryotic cell architecture is a simplified derivative of that of eukaryotes (
52).
The nature of cause and effect in these relationships is difficult to resolve, as all hypothetical lines of defense against introns appear to have been present in the stem eukaryote (
58),
raising the possibility that the colonization of nuclear genes by introns followed the origin of permissive cellular features, rather than the other way around.
Nevertheless, the idea that internal constraints played a role in cellular evolution is secure under either scenario.
And this is at the core of the debate when you say that many support evolution. Its easy to tell the story and explain the ideas of evolution. Its another thing to prove the step by step processes with scientific evidence showing how it works and came about, how mutations and natural selection (adaptive evolution) can construct those genetic pathways.
There is no evidence that gene-regulatory modules associated with complex functions arise as de novo integrated units, although some biologists seem to feel otherwise (
70). Rather, like all aspects of evolution, the origins of changes in genetic pathways must be a function of descent with modification. Mutant alleles arise independently at individual loci, with features being defined by prior historical contingencies.
Thus, although the idea that regulatory modules with functional significance in today's organisms can only have arisen via natural selection is seductive, it remains to be determined how the stepwise alterations necessary for the construction of genetic pathways come about.
http://www.pnas.org/content/104/suppl_1/8597.full