Listen to the first four minutes of this presentation by Günter Bechly on the fossil record:
This is extremely misleading nonsense. Günter references a paper that says mostly FAMILIES of organisms in the Cenozoic and Mesozoic are well represented in the fossil record, to argue that the fossil record is essentially complete, so he can dismiss all appeals to taphonomy.
Here’s the paper:
Gunter shows the abstract in his talk, with this sentence(in bold) highlighted:
Measuring the completeness of the fossil record is essential to understanding evolution over long timescales, particularly when comparing evolutionary patterns among biological groups with different preservational properties. Completeness measures have been presented for various groups based on gaps in the stratigraphic ranges of fossil taxa1,2 and on hypothetical lineages implied by estimated evolutionary trees3±5. Here we present and compare quantitative, widely applicable absolute measures of completeness at two taxonomic levels for a broader sample of higher taxa of marine animals than has previously been available. We provide an estimate of the probability of genus preservation per stratigraphic interval6,7, and determine the proportion of living families with some fossil record8±10. The two completeness measures use very different data and calculations. The probability of genus preservation depends almost entirely on the Palaeozoic and Mesozoic records, whereas the proportion of living families with a fossil record is influenced largely by Cenozoic data. These measurements are nonetheless highly correlated, with outliers quite explicable, and we find that completeness is rather high for many animal groups.
When we also go into the paper and read, we find this:
The proportion of living chondrichthyan families with a fossil record is high because many families can be extended back in time on the basis of fossil teeth. It is instructive to divide the fossil genera into those ®rst appearing during the Palaeozoic Era and those ®rst appearing during the Mesozoic (Fig. 2b). Many Palaeozoic forms are whole-body fossils from deposits with exceptional preservation12. These are thus single-interval taxa, contributing to low estimates of completeness (see Methods). Mesozoic forms, like the fossil representatives of their living counterparts, tend more to be described from teeth outside of exceptional fossil deposits13; they thus have longer ranges and higher completeness values.
So basically fossil record completeness even at the family level is low from the end Permian(~250 mya) and older, but gets better nearer to the present, though most families and genera are represented only by things like teeth. Which nevertheless counts towards completion. LOL.
I’m sorry for disturbing your sensitive nature with my sarcasm here, but that’s totally Not a misleading statement to draw from that reference at all. Nope.
Now what this shows is that it is a waste of time to debate these people in real time. You don’t have time to check the references as you’re sitting there for an hour of live debate and discussion, and yet it is from selective and superficial readings of the literature that Günter like to make his assertions. So you’re required to know them basically by heart if you’re going to rebut statements like he made in the discussion with Swamidass.
It’s the classic disproportionality of bullshit(Brandolini's law - Wikipedia). It takes ten seconds to throw out four misleading, confident-sounding assertions of seemingly huge significance, with a reference name-dropped. But then it takes 30 minutes to an hour to unpack and refute just one of them.
And that presentation just gets worse and worse. But hey, now we know what material Günter gets his crap from. Check one of his slides:
Waiting for target double mutations(evolution with targets, lol), and we see a paleontologist confuse cousin species for ancestor-descendant relationships.