FearlessLeader2 said:
Your failure to accept the answer is not my problem. I 'have to answer' it because you keep asking it, and God forbid I should fail to answer, or you'll think you've 'got me' or something.
However your answer is incomplete as is doesn't address the branched portion of it.
FearlessLeader2 said:
Because evolutionism is an explanation of those observations, not a theory that predicted them.
Also: "If two organisms have a large convergence of structures, it makes more sense to use the same template and suppress or express different traits from that template than use traits from vastly different templates."
Because evolutionism is an explanation of those observations, not a theory that predicted them.
Because development and biochemistry are functions of genetics, and genetics are the same for all living things on earth (all use DNA or RNA for their reproduction), and there are only four base pairs to code for all of the functions of life, so there have to be similarities between similar organisms because they have to code for similar proteins to be similar. In other words: "If two organisms have a large convergence of structures, it makes more sense to use the same template and suppress or express different traits from that template than use traits from vastly different templates." (That makes FOUR times now I've answered this question. Are you done asking it yet?)
Because evolutionism is an explanation of those observations, not a theory that predicted them.
Similarities don't cut it, because a correspondance of similarities could work in a non-branched system of life! For example you could have bird-reptilians reptilian-mammels mammelian-fish and fish-birds in a non-branched phylogeny. The key word is
branched.
Oh, and by the way, evolution did predict the correspondance of branched phylogenies of genetics, development, and biochemistry with that of the fossil record, proving that there really is a branched phylogeny.
WHY DOES LIFE FOLLOW A BRANCHED PHYLOGENY?
FearlessLeader2 said:
A kind is exactly what I said it was.
When did you say that?
FearlessLeader2 said:
A group of creatures that share enough common traits to be visually identified with each other, but dissimilar enough to other creatures as to not be identified with them. They also have to be able to reproduce and have offspring that retain those similarities and differences.
Various strains of wheat all make seeds that, when planted, sprout wheat. Creation can be falsified if there ever naturally comes to be a strain of wheat that makes seeds that, when planted, grow into fig trees, or barley, or hemp, or tigers, or cans of franks and beans, or pretty much anything but wheat.
Good just call a clade a kind and fits entirely within evolution, you would have to accept that new clades can arise within old clades (but it doesn't make them not in the clade anymore). A clade is all species derived from a certain species, so, all cordates are a clade, all mammels are a clade, all primates are a clade. And since they all retain a similarity with their evolutionary forbearers and have differences with other clades you could call all of them a kind.
As a demonstration
Do primates share many traits with one another? Yes
Do primates have dissimilarities with other creatures? Yes
Do primates retain those similarities/differences after reproduction? Yes
Primates are a kind.
Do mammels share many traits with one another? Yes
Do mammels have dissimilarities with other creatures? Yes
Do mammels retain those similarities/differences after reproduction? Yes
Mammels are a kind.
Do cordates share many traits with one another? Yes
Do cordates have dissimilarities with other creatures? Yes
Do cordates retain those similarities/differences after reproduction? Yes
Cordates are a kind.
Do animals share many traits with one another? Yes
Do animals have dissimilarities with other creatures? Yes
Do animals retain those similarities/differences after reproduction? Yes
Animals are a kind.
Do eukaryotes share many traits with one another? Yes
Do eukaryotes have dissimilarities with other creatures? Yes
Do eukaryotes retain those similarities/differences after reproduction? Yes
Eukaryotes are a kind.