Species may be the Latn word for "kind" but this is completely irrelevant as the creation of man came before Latin.
This statement is irrelevant. What Linneaus was trying to do was catalog all the "kinds" that were created in Genesis. What you don't get is that "kind"
is "species". Just like Yahweh is "God". Yahweh is the word used for God in Hebrew, "God" is the word used in English.
The broadest delineations on "kind" were given in Genesis 1 and again to a lesser degree, in 1st Corinthians 15:39. These are the planes of life and represent the most basic and most fundamental level of distinction. On that level alone, and that alone, Darwinism is challenged and the evidence is highly generous to creationism.
Notice you said "and that alone". Which means that this is the
only level that you can challenge Darwinism or that you think the evidence is favorable to creationism. Which is what I said when I said "It's only when you take the
broadest definition of "kind" that you can even hope to have any wriggle room about "limits". " Thanks for agreeing with me.
But this is negated by phylogenetic analysis. The flesh of beasts, fish, birds, and humans are all
one flesh. They all come from a common ancestor and this is shown in their flesh: in the sequences of amino acids in their DNA. For instance, the BMP in humans, which causes bone formation, causes bone formation in rats, mice, and birds.
It's also negated in the fossil record. We have transitional species linking "beasts" (dinos) to birds, fish to beasts, and, in humans, transitional individuals linking many species such that there is a link from beasts to humans.
to see the results being obtained from long term experimentation in the real world environment. These results, and the limits encountered, fall well well, well short.
What "real world" experimentation are you referrring to? I am referring to real world experimentation with phylogenetic analysis.
It appears that you are putting "kind" at least at the level of "class" (since mammals, reptiles, fish, and birds are all classes in phyla Vertebrate). But you may be putting "kind" even broader, since I bet you regard all bacteria as a single "kind". Do you? How about all insects? Are they a single "kind"?
If the term "kind" is retained to describe the level of intelligent creative influence, then there has to be severe constrictions imposed by Creationists to keep up with the observations being made.
The problem I see here is that you are doing the
opposite of imposing constrictions. Instead, you are are
widening the concept of kind because of the observations being made. Instead of robins, hawks, eagles, and penguins being separate kinds, as implied in Genesis 1, you are stating that all birds are a single kind (going with 1 Corinth 15:39). Those aren't "severe constrictions", but rather few constrictions.
Experimental results are giving a clear and concise view on level of adaptation involved, and its limits.
Please cite these experimental results. Be specific and name particular papers. At the very least cite the source that told you this.
Most notably the idea that it should not show Creationism because you are convicted to the idea, that Creationism is wrong. Unfortunate.
Again, you have that backwards, You need to remember that creationism was
the accepted scientific theory prior to about 1831.
All scientists, including Darwin, were creationists. What convinced them that creationism was wrong was the data. That data hasn't gone away. If anything, there is more data, like the phylogenetic analysis that you keep ignoring

, that keeps falsifying creationism.
As it relates to speciation, "after their kind" has not meant the same species. ... ... Should the offspring of a lineage man experience variation resulting in the inability to reproduce with the rest of the population and hoping that others unrelated to them within the population experience the same kind of alteration at the same time, then they would still be reproducing after their kind as man. Producing man, and populating as man. Nothing has changed, or even close.
Actually, Greg, it
has changed. Because H. sapiens could not interbreed with H. ergastor. You can't ignore that. Yes, as the population goes from generation 1 to generation 1,000, the members of each generation can interbreed with each other. BUT, the members of generation 1,000 can no longer interbreed with generation 1 (if they were still around). This has been done experimentally by splitting a single population into 2 and having one population remain in the same environment but putting the second into a different environment. After 260 generations the population in the different environment could no longer interbreed with the population in the same environment: 5. Toxic Tailings and Tolerant Grass by RE Cook in Natural History, vol90(3): 28-38, 1981 and 1. G Kilias, SN Alahiotis, and M Pelecanos. A multifactorial genetic investigation of speciation theory using drosophila melanogaster Evolution 34:730-737, 1980.
The publications of speciation events either surf on an extremely loose definition of the term, or are not the result of the mechanism deployed to account for the emergence an indefinite level of adaptation.
Neither of those are true. The definition of "species" used is very strict: no longer interbreeds. And the selection pressure is such to require the species to do something that species has never done before. So it means the aquiring of a new trait. Once it can be shown that
a new trait can be acquired, there is no reason to suppose that a
second new trait cannot be acquired in the new species to form a third species, then another new trait for a 4th species, and so on. And that is the "indefinite level of adaptation". Actually, what you want here is not "indefinite level of adaptation" but rather "indefinite divergence to form the diversity of life seen on the planet".
As for phylogenetics, these are speculative assertions based on events contrary to what is being gathered. You are ferociously adamant to plunge into the security of phylogenetic speculations, the cousin of comparative anatomy and close relative of nested hierarchy.
Again, you should look at what phylogenetic analysis
is before you start trying to discredit it. Phylogenetic analysis is based on the sequence of bases in DNA. With new technology of automated DNA sequencers and supercomputers, now large data sets of of hundreds or thousands of DNA sequences, each of which has thousands of nucleotides, are now routinely being analyzed. These come from all types of organisms: corn, bacteria, fungi, fish, humans, mammals, birds, insects, worms, sequoias, etc. This makes phylogenetic analysis independent of anatomy or nested hierarchy (which also falsify creationism, BTW). DNA sequences are not anatomy nor are they necessarily going to be in a nested hierarchy.
Now, think for a bit. Kinds are
independent creations, aren't they? Not related to any other organisms, right? Humans are not related to apes, or other mammals, or corn, or bacteria, right? That is what you think 1 Corinthians 15:39 says. "Separate flesh". Well, if that is the case, the DNA sequences must
also be separate. Because it is the DNA sequences that determine what the "flesh" is.
So, after we get all these DNA sequences, what do we find? Do we find that DNA sequences from humans are independent of DNA sequences of other organisms? Do we find that DNA sequences from fish are independent of DNA sequences in birds? Or even that sequences in bacteria are independent from those in humans?
NO! " Units of study in biology (from genes through organisms to higher taxa) do not represent statistically independent observations, but rather are interrelated through their historical connections." That "interrelated through their historical connections" is evolution. That God used evolution to create us is written in the very sequence of bases in our DNA.
DM Hillis, Biology recapitulates phylogeny, Science (11 April) 276: 276-277, 1997. Primary articles are JX Becerra, Insects on plants: macroevolutionary chemical trends in host use. Science 276: 253-256, 1997; VA Pierce and DL Crawford, Phylogenetic analysis of glycolitic enzyme expression, Science 276: 256-259; and JP Huelsenbeck and B Rannala, Phylogenetic methods come of age: testing hypotheses in an evolutionary context. Science 276: 227-233, 1997.