Use of Megasequences to Re-Create Pre-Flood Geography
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1 Use of Megasequences to Re-Create Pre-Flood Geography Timothy L. Clarey and Davis J. Werner Institute for Creation Research
2 Goals of the Study 1. Examine the Sedimentological Record Megasequence-by-Megasequence Across Three Continents 2. Analysis of the Fossil Record by Megasequence 3. Establish Criteria For Pre-Flood Geography
3 Methods Compiled Stratigraphic Columns-Rockworks Lithologies, 6 megasequences Published Columns, Oil Wells, Outcrops, Seismic and Cross-section Data 710-N. America, 429-Africa, 405-S. America
4 Example Column Michigan Basin
5 Sloss-type Sequences
6
7 Transgressive/Regressive Cycles
8 Sequences Make Good Reflectors Seismic Stratigraphy
9 Correlated the Sequences Globally
10 Results 1. Similarity in Areal Extent of Sauk, Tippecanoe, and Kaskaskia Megasequences
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12
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14 Results 2. Similarity in Fossils within the Sauk, Tippecanoe and Kaskaskia Megasequnces
15 The Geologic Column Kask. Tippe. Sauk
16 Sauk Fossils Shallow Marine
17 Tippecanoe Fossils Shallow Marine
18 Kaskaskia Fossils Shallow Marine
19 Results 3. Limited Sediment Volume in Sauk, Tippecanoe and Kaskaskia Megasequences
20 In Cubic Kilometers
21 In Cubic Kilometers
22 In Cubic Kilometers
23 Combined Sauk, Tippecanoe, Kaskaskia Thickness Maps
24 Results 4. Increasing Terrestrial Fossils in the Absaroka, Zuni and Tejas Megasequences
25 Absaroka Megasequence
26 Animal Fossil Occurrences in Paleobiology Database 12 Aquatic Phyla Sauk-Kask. Abs.-Zuni 3 Terrestrial Phyla, Mammals, Reptiles, Insects
27 Plant Occurrences in Paleobiology Database Courtesy of Dr. Nate Jeanson
28 Results 5. Increasing Areal Volume and/or Coverage of Absaroka Megasequence
29 Sauk, Tippecanoe, Kaskaskia Absaroka
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31 Sauk, Tippecanoe Kaskaskia Absaroka
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33 Sauk, Tippecanoe Kaskaskia Absaroka
34
35 Creation of a New Ocean Crust
36 Sedimentary Wedge from West Coast Subduction Continental crust
37 Splitting Up of the Continents
38 Shift in Depositional Pattern Reflects Change in Tectonics Sauk-Kaskaskia Thickness Absaroka Thickness
39 Absaroka: 1st Global Appearance of Large Sand Waves
40 1 st Appearance of Extensive Coal Beds
41 Absaroka Fossils Large Land/Marine Reptiles Mix
42 Results 6. Maximum Extent/Volume Globally During Zuni Megasequence
43
44
45 Tejas
46
47
48 Tejas
49 Zuni Fossils Large Land/Marine Reptiles Mix
50 Zuni Absar.
51
52
53 Tejas
54
55 Assumptions 1. Pre-Flood lows would be filled in first Sauk, Tippecanoe, Kaskaskia 2. Higher land would be filled in later Absaroka 3. Flood reached a maximum height at 150 Days Zuni was the maximum extent/volume
56 Identified Three Environments 1. Shallow Seas-S,T,K level 2. Lowlands-Absaroka/Zuni Level 3. Uplands- Shield Areas Tejas level
57 How did Dinosaurs survive the early Flood?
58 How did the Dinosaurs Survive the early Flood?
59
60 How did the Dinosaurs Survive the early Flood? Sauk-Kaskaskia Thickness
61
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63 Uplands Dinosaur Peninsula
64 Tejas Likely Wiped Off Highest Areas And the Lord said, I will wipe off man whom I have created from the face of the land, from man to animals to creeping things and to birds of the sky; for I am sorry that I have made them. Gen 7:23 (Russ Humphreys).
65
66 Tejas
67 Tejas Fossils Large Land Mammals/ Marine Mix
68 Conclusions 1. Results Based on observable data 2. Pre-Flood world segregated by topography 3. Propose Ecological Zonation-Megasequence Model 4. Defined by the extent of Megasequences
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USE OF SEDIMENTARY MEGASEQUENCES TO RE-CREATE PRE-FLOOD GEOGRAPHY
Clarey, T.L., and D.J. Werner. 2018. Use of sedimentary megasequences to re-create pre-flood geography. In Proceedings of the Eighth International Conference on Creationism, ed. J.H. Whitmore, pp. 351
GLOBAL STRATIGRAPHY AND THE FOSSIL RECORD VALIDATE A FLOOD ORIGIN FOR THE GEOLOGIC COLUMN
Clarey, T.L., and D.J. Werner. 2018. Global stratigraphy and the fossil record validate a Flood origin for the geologic column. In Proceedings of the Eighth International Conference on Creationism, ed.
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