None, not one of the fossils you posted is an intermediate. They are all distinctly separate.
Are you really not aware that even most hard core evos acknowledge the fossil record does not support evolution?
They don't. Even assuming your quotes aren't taken out of context (and that's a very generous assumption based on my experience), you are brandishing the views of two guys out of millions in this field. To support the claim that "most" acknowledge whatever nonsense you said about the fossil record. That is a giant evidence fail, plain and simple.
"I regard the failure tofind a clear 'vector of progressss' in life's history as the most puzling fact of the fossil record...we have sought to impose a pattern that we hoped to find on a world that doe snot really display it."(Stephen J Gould, "The Ediacaran Experiment," Natural Hisstory(Vol 93, Feb 1984).
You have no idea what this quote is about, do you?
Gould is not saying that the fossil record does not support evolution. Evolution =/= progress, and in fact, that is
exactly his point.
The article is primarily about mass extinctions, and more generally about the role of chance events in the history of life. He is arguing that chance (as opposed to adaptation or lack thereof) played a much bigger role than people expected, and that the path of life through time is more like a snowflake being swept by turbulent winds than the traditional "march of progress". (I nicked the snowflake analogy from
this book.)
For example, on the Permo-Triassic mass extinction, he writes on pp. 295-6:
For a removal so profound [i.e. ~96% of all animal species], we must seriously consider the possibility that entire groups will be lost for purely random reasons.
On the last page, he offers an explanation for the lack of general progress* in the fossil record. First of all, he argues that a punk-eek type evolutionary process doesn't really produce progress even though it produces plenty of change:
[Punk eek posits that] the pattern of normal times is not one of continuous adaptive improvement within lineages. Rather, species form rapidly in geological perspective (thousands of years) and tend to be highly stable for millions of years thereafter. Evolutionary success must be assessed among species themselves, not at the traditional Darwinian level of struggling organisms within populations. The reasons that species succeed are many and varied--high rates of speciation and strong resistance to extinction, for example--and often involve no reference to traditional expectations for improvement in morphological design.
And secondly, big extinctions that take species basically at random can reset any progress that has been made:
[FONT=Times New Roman, Times, serif]Whatever accumulates by punctuated equilibrium in normal times can be broken up, dismantled, reset, and dispersed by mass extinction. If punctuated equilibrium upset traditional expectations, mass extinction is even worse. Organisms cannot track or anticipate the environmental triggers of mass extinction. No matter how well they adapt themselves to environmental ranges of normal times, they must take their chances in catastrophic moments. And if extinctions can demolish more than 90 percent of all species, then we must be losing groups forever as a result of pure bad luck among a few clinging survivors designed for another world.[/FONT]
[FONT=Times New Roman, Times, serif]
You can argue over whether or not he's right, but nowhere does this article talk about evolution as anything other than a fact.
*I find "progress" a deeply problematic concept as applied to the living world. "Progress" is something that depends on a choice of values. If you think organismal complexity is a mark of progress, then life has generally progressed through time. Prokaryotes were joined by eukaryotes, then simple multicellular eukaryotes, then such complex creatures with differentiated tissues and organs as animals and land plants. But if your chosen value is, say, metabolic diversity, then life hasn't really "progressed" since the first oxygenation of the atmosphere, and eukaryotes are frankly a regression rather than an improvement.
[/FONT]
Most evos acknowledge that the fossil record does not support evolution. One of your heros in the faith, Stephen Gould says, "I find the failure to find a clear 'vectdor of progress' in life's history as the most puzzling fact of the fossil record...we have sought to impose a pattern that we hoped to find on a world that does not really display it."
Since when is Gould anyone's "hero of the faith"? In fact, Gould is a pretty controversial figure who made some very good points, but also held some rather extreme opinions that aren't generally accepted by the community.
Your whale expert, Gringich, puts a dog-like animal in the linage of whales.
For Pete's sake, people, can you at least get
Gingerich's name right? Copy-paste if you're not sure.
What genetrics causes a dog-like land amimal doing quite well on land to lose it legs and nose and acquire fins and a blowhole. That actually contradits know genetics.
Do tell me about that. What known genetics does it contradict?
Look at them for goodness sake. There is no simialarity between a hipo and packicetus except both had 4 legs and a tail. One had fur, one didn't.
Now, how do you know whether
Pakicetus had fur?
How did packicetus lose it legs? How did the thick, heavy hipo llegs become lim legs?
Why are we suddenly talking about hippos? Hippos are not the ancestors of whales.
Punctuate equilibra wa snot aboaut trends. It wa about the fossil record refuting the time honored dogma of gradualism.
No. It was about the fossil record refuting the time honoured dogma of even distribution of evolutionary change over time. That's all phyletic gradualism means. It's simply the idea that species turn into new species via a slow, continuous, gradual process. Eldredge and Gould argued that instead most change is concentrated around relatively rapid speciation events.
You know what's really funny to anyone who read their
original punk eek article?
They proposed punk eek
to introduce up to date evolutionary theory into palaeontology.
They argued that
evolutionary theory actually predicts exactly what we see in the fossil record, and palaeontologists should stop looking for species to species transitions that
evolutionary theory predicts they are unlikely to find in fossils! Here, I can quote:
Eldredge and Gould said:
The central concept of allopatric speciation is that new species can arise only when a small local population becomes isolated at the margin of the geographic range of its parent species. [...] As a consequence of the allopatric theory, new fossil species do not originate in the place where their ancestors lived. It is extremely improbable that we shall be able to trace the gradual splitting of a lineage merely by following a certain species up through a local rock column.
Another consequence of the theory of allopatric processes follows: since selection always maintains an equilibrium between populations and their local environment, the morphological features that distinguish the descendant species from its ancestor are present close after, if not before, the onset of genetic isolation.
And so on. I encourage you to read the whole paper before parroting erroneous second-hand interpretations of it...
[Allopatric speciation (i.e. speciation by geographic isolation) is the dominant mode of the formation of new species according to the modern evolutionary synthesis that emerged from the integration of genetics with Darwin's theory of natural selection.]
If they aer lacking at the species level, you cnnot say they ar present in the larger level.
This simply does not follow. Large-scale transitions involve multiple species and often large geographic areas, and take much longer than individual speciation events. Thus none of Eldredge and Gould's points about species to species transitions need apply to them.
I didn't say it doesn't translate to all animal. It does. Thatg is the point. Each species has its own unique DNA. Even more distinct, it can tell if we are related.
I can't parse what your point is here.
it can tell tht we are not related to apes or chimps or anyothe mammal. If we had the DNA from pakitecus it would show it is not related to hippos.
How does the DNA of two unrelated mammals look? Do you think mice and rats are related?