CONTINUED
John Heffner, a math professor and a fossil hunter/digger like myself has shown that population genetic calculations using the accepted math formula {Biology, by Raven and Johnson, page 525) can trace the earth’s population of 6.5 billion people today back to Noah’s family of eight. Some factions of Academia (on this thread) have suggested that we descended from a group of 1000 to 3000 pairs of evolving hominids 100,000 to a few million years ago? Do the math; there aren’t that many electrons in the whole universe let alone people. We and Noah’s family obviously descended from one pair of humans and not so long ago, whether you wish to call them Adam and Eve or not.
JOE TAYLOR ALSO PERFORMED.AN INTERESTING EXPERIMENT ----“about 15 years ago I was washing Triassic crocodile bones and Blancan horse bones in my kitchen sink. The residue mud from both was poured into a quart jar. The red clay from the Triassic mixed with the whitish gray clay from the Blancan to make a nice pink slurry. The Triassic is, by the evolutionary view, about 180 million years old, The Blancan about 30 million. Everywhere I have collected Triassic reptiles in these canyons in West Texas, they are overlaid by Pliocene or Pleistocene mammals. The contact between the two stratums is almost always flat, with no canyons between the layers. After 24 hours, a fine line began to form in the slurry, with Blancan mammal clay above Triassic red clay, just as they are found in the field. I conceived a test, which I haven’t made yet, of mixing Blancan mammal bones with Triassic bones and their respective matrixes and see if the bones sort into ‘mammal above, reptile below.’ The same clays could be used with recent reptiles and recent mammals to see if they follow the same pattern.”
Joe Taylor
Mt. Blanco Museum
What does the above experiment tell you? If you can’t figure it out then e-mail the above to your paleontology professors and let them do similar experiments. Most paleo guys don’t mind playing in the dirt.
I simply ask that these experiments be performed so that we all might learn from them as I did when I ran a similar experiment in five inch tall fruit jars back in 1990 with our youngest daughter for her school science exhibit. I was using a Guy Berthault experiment from his 1988 paper which I had come across in a University library. I simply obtained 60 and 320 mesh sand from a store: (1) Put about one inch each thick of the course and fine sands into the jars. (2) Added water almost to the top. (3) Attached the lid. (4) Shook vigorously and almost instantly the particles settled into two separate strata with the course on the bottom [apparently following the laws of mechancis and physics]. After shaking the jar contents many times we noticed that more fines were produced from erosional contact and they took a lot longer to fall out—even up to 24 hours before the solution was again clear.
Joe Taylor’s red and grey clay particles from the West Texas red and grey clays took over 24 hours to segregate so they must have been very fine in size and perhaps were produced by vigorous water movement as they eroded each other down to such tiny sizes. Your paleontology professors can use the following references to guide their lab and flume experiments.
Berthault, G. 1988. Sedimentation of a heterogranular mixture, experimental lamination in still and running water. Comptes Rendus de l’Academie des Sci¬ences, Serie II 306:717–724.
Berthault, G. 2002-a. Geological dating principles questioned. Paleohydraulics: A new approach. Journal of Geodesy and Geodynamics 22 (3): 19-26 China.
Berthault, G. 2002-b. Analysis of main principles of stratigraphy on the basis of experimental data. Lithology and Mineral Resources, vol. 39. No. 5, Vol. 37, No 5, 2002, pp. 509-515.
Berthault, G. 2004. Sedimentological interpretation of the Tonto Group stratigraphy (Grand Canyon Colorado River) Journal of the Russian Academy of Sciences, Lithology and Mineral Resources, vol. 39. No. 5,
Fineberg, J. 1997. From Cinderella’s dilem¬ma to rock slides. Nature 386:323–324.
Flood, R. 1981. University professors probe Flood geology. Moody Monthly 81(5):96–98.
Julien, P.Y., Y. Lan, and G. Berthault. 1993. Experiments on stratification of heterogeneous sand mixtures. Bulletin de la Société Géologique de France 164(5):649–660.
Lalomov, A.V. 2001. Flood geology of the Crimean Peninsula, Part I: Tavrick For¬mation. CRSQ 38(3):118–124.
Makse, H.A., S. Havlin, P.R. King, and H.E. Stanley. 1997. Spontaneous strati¬fication in granular mixtures. Nature 386:379–382.
McKee E.D., E.J. Crosby, and H.L. Berry¬hill. 1967. Flood deposits, Bijou Creek, Colorado, June 1965. Journal Sedimen¬tary Petrology 37:829–851.
Juergen Schieber and John B. Southard, “Bedload transport of mud by floccule ripples—Direct observation of ripple migration processes and their implications”, Geology, June 2009, v. 37, no. 6, p. 483-486, doi:10.1130/G25319A.1.
Juergen Schieber, John B. Southard, Kevin Thaisen,“Accretion of Mudstone Beds from Migrating floccule ripples", Science, 14 Dec. 2007, v. 318, no. 5857 p. 1760-1763
