ICR Research at GSA Convention | The Institute for Creation Research
ICR Research at GSA Convention

Recently, the ICR Column Project team presented their research at the Geological Society of America’s (GSA) annual meeting in Phoenix, Arizona. Over 5,500 people representing 44 countries attended the four-day event, which is the largest gathering of academic geologists in North America.

The ICR team participated in both the oral and poster presentations. Our oral presentation, which had 60 to 70 in attendance, focused primarily on the Sauk and Tippecanoe Megasequences. The traditional secular sea level curve shows a pronounced rise in sea level then of about 300 meters—almost 1,000 feet (Figure 1).1

Using our new findings, we argued that this part of the curve fails to reflect the true nature of the stratigraphic data across the continents.2 We pointed out that contrary to what has been taught in geology classes for many decades, the Sauk and Tippecanoe have the least extent and volume of all six megasequences. In fact, their limited extent and thickness suggest that only minimal continental flooding occurred during their deposition.

Figure 1. The secular global sea level curve on the left is modified from Vail and Mitchum.1 The new conceptualized sea level curve on the right is based on the volume and extent of Phanerozoic sedimentation across four continents.
 

This revised sea level curve better represents the actual rock data and closely matches the biblical account showing a single global flood that started slowly and progressively inundated the continents. Peak water level wasn’t achieved until Day 150, as shown by the high water level of the Zuni Megasequence (Figure 1).

Our poster presentation showcased the results of our recently completed column study across Europe. Many conference attendees appreciated the continental-scale study of 499 columns since few geologists conduct such macro-scale research. Although we didn’t directly mention the global Flood described in Genesis, the evidence was there and spoke for itself.

The research also offers implications that have great bearing on the Flood/post-Flood boundary issue for creation geologists.3 Our basal Tejas rock-type map across Europe shows that marine limestone comprises the majority of the deposition around Turkey, Syria, and Iraq. Recall, the Tejas represents the Tertiary strata.4

Assuming the Ark landed in eastern Turkey (the mountains of Ararat) as the Bible says, it’s clear from our mapping that the Flood couldn’t have been over during the early Tejas, the sixth megasequence. The rocks from the basal beds upward are mostly limestones, salt beds, and other marine rocks. These data show the floodwaters were still present during the deposition of the Tejas through at least the Miocene around Turkey, North Africa, the Middle East, and much of Europe. Rock data clearly show the Flood hadn’t fully drained off the land around Turkey until after most, if not all, of the Tejas strata were deposited.

Our research offers significant evidence for a single rise in global sea level, not the multiple rises and falls taught for decades. We look forward to more opportunities like this to showcase our research.

References

  1. Vail, P. R. and R. M. Mitchum, Jr. 1979. Global Cycles of Relative Changes of Sea Level from Seismic Stratigraphy. American Association of Petroleum Geologists Memoir. 29: 469-472.
  2. Clarey, T. 2019. A Rock-Based Global Sea Level CurveActs & Facts. 48 (2): 9-10.
  3. Clarey, T. L. 2017. Local Catastrophes or Receding Floodwater? Global Geologic Data that Refute a K-Pg (K-T) Flood/post-Flood Boundary. Creation Research Society Quarterly. 54 (2): 100-120.
  4. The Tertiary System, which coincides with the Tejas Megasequence, is the bulk of the Cenozoic Erathum, minus the Quaternary System at the top that includes the post-Flood Ice Age. Recently, the Tertiary was subdivided into the Paleogene (Paleocene, Eocene, and Oligocene) and Neogene (Miocene and Pliocene) Systems.

* Dr. Clarey is Research Associate at the Institute for Creation Research and earned his Ph.D. in geology from Western Michigan University.

Cite this article: Tim Clarey, Ph.D. 2020. ICR Research at GSA Convention. Acts & Facts. 49 (1).

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