The PNAS paper has a helpful bibliography of recent publications supportive of the hypothesis. It’s worth a separate block quote below.
Nice how the links take you to the cites themselves at the PNAS website.
“Some independent workers have been unable to reproduce earlier YDB results for MSp, CSp, and NDs (6⇓–8), as summarized in a “News Focus” piece in Science (9)…
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I am trying to get the Powerpoint from Michael Davias, which I will post. I am sure it is very, very cool. His website is here: http://cintos.org/
Goldsboro Ridge: How does a lake form on a hill?
SURFICIAL QUARTZ SAND DEPOSITS ON THE ATLANTIC COASTAL PLAIN: EOLIAN, FLUVIAL OR MARINE? THE CASE FOR A CATASTROPHIC DELIVERY MECHANISM
DAVIAS, Michael, Cintos Research, 1381 Hope…
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I’m at home struggling with the flu, but this certainly perked me up. I have read every edition of the Journal since 1989. What a thrill.
Saturday, March 17, 2012
A Global-Cooling Theory Gets a Second Chance
By MATT RIDLEY
Scientists, it’s said, behave more like lawyers than philosophers. They do not so much test their theories as prosecute their cases, seeking supportive evidence…
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Sunken Civ, The moderator of the Gods, Graves and Glyphs board at Free Republic, keeps a nice list of articles on hand concerning our subject and related matters, and reprints it each time there is some news. He has done such a good job keeping it up I am going to make a ‘stand-alone” page of it. But in the meantime, here is a look back at some of the press Sunken Civ has…
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Paul DeCarli
Nick Pinter claims here that diamonds were misidentified in earlier YDB studies. The paper this month was Paul DeCarli’s first formal appearance with the YDB team but his presence as a co-author undermines Pinter’s accusation. DeCarli is a diamond pro. And more importantly he is an eager scientist more given to discovery than criticism. I have seen the old fellow out…
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From a University of California – Santa Barbara Press Release:
“In the entire geologic record, there are only two known continent-wide layers with abundance peaks in nanodiamonds, impact spherules, and aciniform soot. These are in the 65-million-year-old Cretaceous-Paleogene boundary layer that coincided with major extinctions, including the dinosaurs and ammonites; and the Younger…
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