Using multiple dating methods for different materials helps you to constrain your date, sometimes significantly, allowing you to examine smaller snapshots in time. The best way to figure out the maximum and minimum dates for your site is to put your data on a timeline. Your most constricted date range for your site is the space where all the date ranges pverlap. 3 Ма 1.5 Ma Present 2.25 Ma 0.75 Ma Burnt stone tools TL Equus sp. Biostratigraphy Normal polarity K-Ar Tuff 2.2 Ma 0.921 Ma | 0.891 Ma 0.35 Ma 1.06 Ma 0.9 Ma 12. Choose the maximum and minimum dates for your site based on your data. 0.921 - 0.9 Ma O 1.5 - 0.35 Ma O 2.2 - 0.9 Ma O 1.5 - 1.06 Ma

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B7
Occupation 4: Reflection
Using multiple dating methods for different materials helps you to constrain your date, sometimes
significantly, allowing you to examine smaller snapshots in time.
The best way to figure out the maximum and minimum dates for your site is to put your data on a
timeline. Your most constricted date range for your site is the space where all the date ranges
overlap.
3 Ма
1.5 Ma
Present
2.25 Ma
0.75 Ma
Burnt stone tools TL
Equus sp. Biostratigraphy
Normal polarity
K-Ar Tuff
2.2 Ma
0.921 Ma| 0.891 Ma
0.35 Ma
1.06 Ma
0.9 Ma
12. Choose the maximum and minimum dates for your site based on your data.
O 0.921 - 0.9 Ma
O 1.5 - 0.35 Ma
O 2.2 - 0.9 Ma
O 1.5 - 1.06 Ma
Transcribed Image Text:Occupation 4: Reflection Using multiple dating methods for different materials helps you to constrain your date, sometimes significantly, allowing you to examine smaller snapshots in time. The best way to figure out the maximum and minimum dates for your site is to put your data on a timeline. Your most constricted date range for your site is the space where all the date ranges overlap. 3 Ма 1.5 Ma Present 2.25 Ma 0.75 Ma Burnt stone tools TL Equus sp. Biostratigraphy Normal polarity K-Ar Tuff 2.2 Ma 0.921 Ma| 0.891 Ma 0.35 Ma 1.06 Ma 0.9 Ma 12. Choose the maximum and minimum dates for your site based on your data. O 0.921 - 0.9 Ma O 1.5 - 0.35 Ma O 2.2 - 0.9 Ma O 1.5 - 1.06 Ma
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