Yes that's precisely what I mean. Eukaryotes will always be eukaryotes, tetrapods will only give birth to tetrapods, mammals remain mammals, Carnivora remain Carnivora and felidae remain felidae.
Exactly as always observed, kind after kind. We agree, so why do you still have a problem with definng kinds, seems you just did a good job right there.
Only ever seen examples, not a single definition.
Define it how you like. Feline is a kind, canine is a kind, grasshoppers are a kind. That you feel the need to subdivide kinds into useless classifications does not mean it is valid. You define the cat kind into several different species. Violating your own given definition, since housecat can breed with Lynx, Lynx with Oscelot, Oscelot with Jaguar, Jaguar with Panther, Panther with Lion, Lion with Tiger. So now, according to you, we have several different species interbreeding, even though you define species as only those that can interbreed.
So which is it, is there one cat species or 20?
No problem. So what are echidna an platypus? One kind? Two kinds? More? What objective criteria would you use to work that out?
Each is its own kind, just as ALL felines are of a kind. Common sense for one. Which I suspect evolutionists sorely lack being as species are interbreeding animals, yet cats are classified into different species, even though they are capable of interbreeding. This is why evolutionists have a species problem, because even with a definition you still can't be consistent.
I'm not arguing with you. You just can't take yes for an answer.
I agree that there is no evidence of evolution, merely kind changing basic appearance.
Demonstrably untrue. Almost every mutation has no effect. You and I have around 50-150 single base mutations that neither of our parents had. Given the human population there is mutations at every single non-lethal site in the genome which is most of it.
We don't have a single mutation, unless you get cancer. Those genes were in your parents genes, in your grandparents genes, and in their grandparents genes. Some merely remain dormant, others come to the fore. Every single gene you have came from one of your parents's genetic line. There is nothing mutated in any person at all. Which should only show you the diversity within kinds, as unless you are an identicle twin the odds of another looking just like you is slim, even within families. Yet you are still human are you not? Or did you evolve into something else last we talked?
There are several beneficial mutations recorded in certain human populations.
So you say, so you say. Yet I doubt what you call a mutation is actually a genetic mutation. Merely one gene or several switching on or off.
As I said I'm not arguing with that, as you said, only diversity within kinds, within tetrapod kind, within primate kind, within eukaryotes kind, within life kind.
That's because creatures vary but populations evolve.
No argument. I just understand the concept better than you do.
I doubt that at all, else you would understand the futility of evolution, that such has never been observed. Not even in a Petri dish with every single evolutionist in the world trying to make it happen.
Mutations just happen science or no, and most are neutral.
Sorry, all genetic studies show mutations are overall harmful to the individual. That our very own DNA has control mechanism in place that help correct mutations, that repair the damaged genes if possible.
You can't get a population to change with respect to its heritable characteristics without change occurring in the genome.
Yes, genes are turned off, and genes are turned on in different combinations, genes that already existed within the population to begin with. There is no doubt changes occurr in the genome. Yet when all these changes have occurred, a cat is still a cat, a dog is still a dog, and a human is still a human, and an ape is still an ape. Kind after kind, not new kind from existing kind.
Tetrapods are tetrapods, eukaryotes are eukaryotes, yeah I get it. Do you?
"Kind" which you have yet to define beyond a vague "sort".
Which you still seem to have trouble with, being that you want to divide different kinds into different species, even when that classification violates your own definition of what a species is.
Evolutionists still can't get species right, supposedly the lowest taxonomic scale, it is no wonder they are still confused as to what a kind is.
And don't forget the rest of that definition of species:
In biology, a species (plural: species) is one of the basic units of biological classification and a taxonomic rank. A species is often defined as a group of organisms capable of interbreeding and producing fertile offspring. While in many cases this definition is adequate, the difficulty of defining species is known as the species problem. Differing measures are often used, such as similarity of DNA, morphology, or ecological niche. Presence of specific locally adapted traits may further subdivide species into "infraspecific taxa" such as subspecies (and in botany other taxa are used, such as varieties, subvarieties, and formae
So we got several ways to classify a species, basically any way I want, by DNA, morphology (looks), or even because they live in the same kind of environment. Well that isn't too broad a deffinition, just allows me to classify anything any way that sounds good at the time. Let's talk about the use of the word vague shall we?