I'll use the scientific definition - because that's what we're discussion. Science.
I will only consider it a scientific definition, if it has the backing of consistent applied mathematical modelling, that I as an Engineer can apply in the real world to the particular species, to which the term speciation is applied by Evolutionist fictional authors of childrens picture books.
You complain about use of the term 'species', and then raise fictitious terms like "neomorphing" and "xenomorphing"? Please provide definitions of both terms, with examples of both occurring in reality.
These are not fictitious terms, because when you convert from one species to another over a claimed period of millions of millions of years, then you will scientifically expect to get countless of death cycles of half formed hybridised sea and land based mammal neomorphs before life finds a way in realising intermediate xenomorphs, which are short lived half and half hybrids of sea and land based mammals, that eventuates to that particular land based species. This also applies vice versa from land to sea base. Things don't happen overnight, when one species converts to a totally different species, according to Darwin's defintion of evolution of species.
If you really want to challenge the observation of speciation in the Galapagos finches - take it up with the Grants. Here are some references for you - enjoy the reading.
Permitting time, I will delive critically into these books, however enjoyment, I will not anticipate, because I am an Engineer and I need concrete applied mathematics to validate scientific reasoning.
I'll use the scientific definition - because that's what we're discussing. Science. Not English literature.
Science, English and Maths go hand in hand, did they not teach you this at school?
Science cannot be definitive if not firmly grounded consistently by Maths and if the proper English terminoligies are not applied, then we have failed both Maths and Science.
You complain about use of the term 'species', and then raise fictitious terms like "neomorphing" and "xenomorphing"? Please provide definitions of both terms, with examples of both occurring in reality.
These are not fictitious terms, but would be firmly grounded in expected scientific findings and should be theoretically backed by mathematics modelling of the conversion of one species to another, that is a sea based to a land based and vice versa. No conversion is expected to take place without numerous intermediate hybrids which move from dead chance models to short lived models to then fully formed land based species and vice versa. We would not expect one species to convert to another the first time, as a fully formed mammal. If Evolutionists think that a fully formed whale can be converted over millions of millions of years to a monkey in discrete whole steps or tip toe from one species to another, then there would a place for it in fictional childrens book, but that is all.
Cool. As I've done none of the above, then you'll presumable keep interacting with me.
Sure.
Cool. As I've done none of the above, then you'll presumable keep interacting with me.
Sure.
Some speciation events are rapid, some speciation events are gradual. Hence, why there was a very long, very intense debate within the scientific community about punctuated equilibrium vs gradualism.
Where is the consistent mathematical modelling to back up each term equilibrium and gradualism, in the scope of observable real world?
You find nada, nothing!
The terms are being used without any recourse to English or Mathematics and this is a pseudo science at best.
Nature is highly complex with multiple mechaisms operating at different speeds and scales.
Sure, show me the differential equations that model these speeds and scales. YOU DON'T EXPECT ME TO BELIEVE IN HEARSAY, DO YOU?
There are at least five observed types of speciation that I'm aware of that have been observed, either in the wild, in the lab or via the result of human intervention.
Show us the mathematically real world modelling that accompanies those five observed types.
You see friends pseudo science never applies Maths or the proper use of English terms and this is inherent with evolution theory.
I'm sure there are more - as my knowledge on the topic is that of an interested lay-level enthusiast with a year of tertiary level biology.
Show the Maths friend.
Speciation, the origin of novel species, is a complex and multilayered process that has remained hard to understand for empiricists and theoreticians alike. Researchers have dedicated much effort to pinpointing the factors and conditions that are responsible for some taxa diversifying rapidly while others linger in a speciation stasis. Only now are we realizing that it is the coupling of different intrinsic (e.g. natural history, genetics) and extrinsic (e.g. climate, habitat, behavioral interference) factors that produces the speciation momentum of adaptive radiations
Whenever I read a statement
hard to understand, I take it as a disclaimer from the author that he really doesn't know what the something (pun intended) is going on.
I back up my pun by saying that there is no mathematical grounding of what is being asserted and the disclaimer is just another attempt to say that we cannot mathematically model it because we don't know what the something (pun intended) is going on.