GEOLOGIC DATING II 107 LAB EXERCISE #1 PHYSICAL AND FOSSIL CORRELATION Here you can investigate both methods of correlation. Figure 6.1 depicts two related sequences of rock found 300 km apart. Each sequence comprises a variety of different sedimentary rock types. While the section to the west is largely complete, the section on the east is comprised of fewer rock units and two unconformities. 1. Using both the rock types and the patterns of the rock types (such as a similar set of a few rock types in vertical sequence) shown in Figure 6.1, provide a hypothesis of relationship between the two sec- tions. To do this, draw a set of lines to connect the rocks that you believe physically correlate to each other. Location A Location B
GEOLOGIC DATING II 107 LAB EXERCISE #1 PHYSICAL AND FOSSIL CORRELATION Here you can investigate both methods of correlation. Figure 6.1 depicts two related sequences of rock found 300 km apart. Each sequence comprises a variety of different sedimentary rock types. While the section to the west is largely complete, the section on the east is comprised of fewer rock units and two unconformities. 1. Using both the rock types and the patterns of the rock types (such as a similar set of a few rock types in vertical sequence) shown in Figure 6.1, provide a hypothesis of relationship between the two sec- tions. To do this, draw a set of lines to connect the rocks that you believe physically correlate to each other. Location A Location B
Applications and Investigations in Earth Science (9th Edition)
9th Edition
ISBN:9780134746241
Author:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Publisher:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Chapter1: The Study Of Minerals
Section: Chapter Questions
Problem 1LR
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GEOLOGIC DATING II 107
LAB EXEROCISE #1
PHYSICAL AND FOSSIL CORRELATION
Here you can investigate both methods of correlation. Figure 6.1 depicts two related sequences of rock found
300 km apart. Each sequence comprises a variety of different sedimentary rock types. While the section to the
west is largely complete, the section on the east is comprised of fewer rock units and two unconformities.
1. Using both the rock types and the patterns of the rock types (such as a similar set of a few rock types
in vertical sequence) shown in Figure 6.1, provide a hypothesis of relationship between the two sec-
tions. To do this, draw a set of lines to connect the rocks that you believe physically correlate to each
other.
Location A
Location B
FIGURE 6 1 Physical Correlation.
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