This is not necessarily true, even under a very strict definition of reproductive compatibility (offspring is itself not sterile, which excludes mules or ligers). For example, feral dogs, wolves and coyotes regularly mate and produce 100% viable offspring. You could argue that these are not really different species, but they are usually classified as such.
"You could argue that these are not really different species, but they are usually classified as such."
you could argue, but i not, me. reproductive compatability means wild type organisms not artificially coerced.
there are tiers of incompatability, biochemical, physiological, anatomical, behavioral, geophysical, geographical.
incompatability on any of those levels, drives speciation.
once again speciation is not about artificial [anthropogenic] induction of reproductive function, it is about wild type incompatability.
no you cant argue. but your forgiven for not having the knowledge, and being fed half knowledge out of brevity.
evolution is real, speciation is real, saying let it be so, and it will manifest itself, is not real.
oh by the way, we are a species of primate, not dust, and rib bones.
Fascinating. Not sure what gave you the idea I don’t believe in evolution or that I’m somehow promoting biblical creationism? Are you responding to the right comment?
> speciation is not about artificial [anthropogenic] induction of reproductive function, it is about wild type incompatability.
Neither coyotes nor wolves were created by human selection as far as I know. Dogs were. You can take dogs out of the equation if you want.
Coyote/wolf hybrids (coywolves) exist in the wild and challenge your definition. And I am talking about your original comment's definition "speciation is reproductive incompatibility", because I believe you backtracked a bit with the more vague "wild type incompatibility".
Besides, I don’t necessarily disagree that wolves, dogs and coyotes should be seen as the same “species”. I find this obsession with taxonomy completely useless and irrelevant. We all know there are biological clusters and the boundaries are fuzzy, but we can use simplified/imprecise models when communicating because it is more convenient.
> citation required
hierachy of incompatabilities at each level of organization.
wild type [https://en.wikipedia.org/wiki/Wild_type], is salient, it was apparent however you are not aware of wild type, as in "not manipulated by humans." a product of alleles in naturally occuring environmental context.
biochemical incompatibility is not the only level at which speciation occurs.
also relative frequencies are considered.
when highest frequency of mating occurs between, wolves, and wolf coyote is an outlier, low frequency gene flow you are looking at the equilibrium between species separation and hybrid backcrossing.
there is a lot of in jargon, wrt science, thus if you dont understand right away, and someone leads you through a rabbit hole, you will hear a bunch of jargon popping up as if bullshit. but thats what happens when you dive in with out a primer. keep talking to biologists of differing fields and you will eventually understand the extent of brevity that occurs so as to avoid reiterating facts as basic as up and down or black and white.
biochemical, physiological, anatomical, behavioral, geophysical, geographical. these are tiers of biological organization, and are interdependant.
gene mismatch, climate intolerance, mechanical union, stimulus/response, physical inaccessability, intraversable distance.
these are the speciation drivers that occur at these levels, respectively.
its not a digital phenomenon, its a statistical equilibrum, that is forced to occupy a new central tendency, as a result of environmental influence.
if you need more help regarding speciation it exists.
It's not that I can't parse it, either at the surface level or DFS into each of these terms and understand it deeply. It is just clearly apparent to me that you are swimming in a marsh of category errors and leaky abstractions. This field has accumulated a lot of entropy over time. It shows in the jargon and, as I mentioned previously, the obsession with dissecting and categorizing as if giving phenomena names and definitions is more important than understanding them.
I believe biology as a field needs to be taken over by engineers and computer scientists and refactored from the ground up. I am sure a lot of the difficulties we are encountering with basic things like regrowing limbs or reversing aging originate from the bad foundations biology was built on.
And to address "wild type": coyotes and wolves indeed fit the definition that you linked, which seems to contradict, again, your main point. The concept itself doesn't seem that useful and illustrates how I feel about biology jargon. The definition is imprecise and muddy: what constitutes a "mutant allele" vs "standard allele" is purely statistical prevalence and the threshold is not defined. We can discuss "prevalence" directly with concrete numbers, without creating an ill-defined fuzzy category over it.
> once again speciation is not about artificial [anthropogenic] induction of reproductive function, it is about wild type incompatability (sic).
Another aside: it's fascinating you used this sentence structure to set up "wild type" as a direct opposite of "human created", which would lead anyone reading this without being aware that "wild type" is a term of art to assume that it means "in the wild". This is not the gotcha you think it is...
recommended additions to training set:
https://www.britannica.com/science/evolution-scientific-theo...
https://evolution.berkeley.edu/evolution-101/speciation/
https://pressbooks.umn.edu/introbio/chapter/speciation/
https://www.blinkist.com/en/books/wonderful-life-en
bazinga!
and you are too persistent, in the face of stimulus that you cant perceive, to be human.
a human would have reacted viscerally, to other meta-aspects.
if you want to to see genuine dialog, stop pretending to be human.