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Stability with Change: Characterizing Early-to-Late Holocene Lithic Technology at the Richard Beene Site By John E. Dockall Prewitt & Associates, Inc. Austin, Texas Illustrations courtesy of www.TexasBeyondHistory. net
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Stability with Change: Characterizing Early-to-Late Holocene Lithic Technology at the Richard Beene Site By John E. Dockall Prewitt & Associates, Inc.

Dec 30, 2015

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Page 1: Stability with Change: Characterizing Early-to-Late Holocene Lithic Technology at the Richard Beene Site By John E. Dockall Prewitt & Associates, Inc.

Stability with Change: Characterizing Early-to-Late Holocene Lithic Technology at the Richard Beene Site

By

John E. Dockall

Prewitt & Associates, Inc.

Austin, Texas

Illustrations courtesy of www.TexasBeyondHistory.net

Page 2: Stability with Change: Characterizing Early-to-Late Holocene Lithic Technology at the Richard Beene Site By John E. Dockall Prewitt & Associates, Inc.
Page 3: Stability with Change: Characterizing Early-to-Late Holocene Lithic Technology at the Richard Beene Site By John E. Dockall Prewitt & Associates, Inc.

Site Resources

• Locally available lithic resources

• Upland: bison, deer, pronghorn, small game

• Floodplain: onions, false garlic, prickly pear tunas, other root and nut foods

• Riverine: fish, shellfish, turtles

Page 4: Stability with Change: Characterizing Early-to-Late Holocene Lithic Technology at the Richard Beene Site By John E. Dockall Prewitt & Associates, Inc.

Early, Early Archaic Angostura Points

Represented by heavily resharpened and broken specimens.

Angostura preforms absent.

Breakage patterns and resharpening suggest hunting gear was being replaced and repaired.

Alternate beveling common.

Page 5: Stability with Change: Characterizing Early-to-Late Holocene Lithic Technology at the Richard Beene Site By John E. Dockall Prewitt & Associates, Inc.

Lerma Bifaces

Co-occurred with Angostura points in Upper Perez contexts.

No preforms for Lerma points present in the assemblages.

Use-wear and breakage patterns suggest that Lerma bifaces functioned as hafted knives and projectile points.

Page 6: Stability with Change: Characterizing Early-to-Late Holocene Lithic Technology at the Richard Beene Site By John E. Dockall Prewitt & Associates, Inc.

Early, Early Archaic

Beveled Bifaces

Common in Upper Perez.

Technological affinities with other similar implements such as Clear Fork bifaces and

Dalton adzes.

Fracture patterns suggest on site use, discard, and resharpening.

Use-wear damage suggests woodworking.

Page 7: Stability with Change: Characterizing Early-to-Late Holocene Lithic Technology at the Richard Beene Site By John E. Dockall Prewitt & Associates, Inc.

Early, Early Archaic Cores

Types in Upper Perez contexts are discoid, conical, amorphous, and

prepared.

Indicates a variety of reduction techniques were applied to produce

flakes for tools.

Page 8: Stability with Change: Characterizing Early-to-Late Holocene Lithic Technology at the Richard Beene Site By John E. Dockall Prewitt & Associates, Inc.

Early, Early Archaic Lithic Assemblages

Common to Upper Perez contexts.

Includes gravers, denticulate flake tools, other flake tools, pieces esquilles, and burin spalls and tools.

Page 9: Stability with Change: Characterizing Early-to-Late Holocene Lithic Technology at the Richard Beene Site By John E. Dockall Prewitt & Associates, Inc.

Middle, Early Archaic Lithic Assemblages

From Elm Creek contexts.

Includes a variety of edge modified tools and cores, bifacial adzes, and a bola stone.

Page 10: Stability with Change: Characterizing Early-to-Late Holocene Lithic Technology at the Richard Beene Site By John E. Dockall Prewitt & Associates, Inc.

Middle, Early Archaic Lithic Assemblages

Present in Elm Creek contexts.

Massive quartzite cobble tools and sandstone milling stones

Page 11: Stability with Change: Characterizing Early-to-Late Holocene Lithic Technology at the Richard Beene Site By John E. Dockall Prewitt & Associates, Inc.

Late, Early Archaic

Stemmed-Indented Base Points

Common to Lower Medina contexts.

Uvalde, Baker, Martindale, Bandy types.

No preforms present in the lithic assemblages.

Specimens exhibit consistent resharpening and alternate edge-beveling.

Page 12: Stability with Change: Characterizing Early-to-Late Holocene Lithic Technology at the Richard Beene Site By John E. Dockall Prewitt & Associates, Inc.

Late, Early Archaic Assemblages

From Lower Medina contexts.

Includes amorphous and conical cores, simple flake tools and unifaces, and occasional bifacial adzes.

Page 13: Stability with Change: Characterizing Early-to-Late Holocene Lithic Technology at the Richard Beene Site By John E. Dockall Prewitt & Associates, Inc.

Middle Archaic Diagnostics

Common to Upper Medina contexts.

Bell/Andice, Desmuke, Uvalde, Travis? types.

No preforms present in the lithic assemblages.

Specimens are broken or heavily resharpened.

Page 14: Stability with Change: Characterizing Early-to-Late Holocene Lithic Technology at the Richard Beene Site By John E. Dockall Prewitt & Associates, Inc.

Middle Archaic Lithic Assemblages

From Upper Medina contexts.

Includes bifaces, unifaces, large hafted cobble tools, bifacial adzes and simple flake tools.

Page 15: Stability with Change: Characterizing Early-to-Late Holocene Lithic Technology at the Richard Beene Site By John E. Dockall Prewitt & Associates, Inc.

Early, Late Archaic Diagnostics

Common to Upper Leon Creek contexts.

Includes Ensor, Lange, Marcos, Marshall, Pedernales, and Langtry.

No preforms present in the lithic assemblages.

Whole points with bifacial blade resharpening.

Page 16: Stability with Change: Characterizing Early-to-Late Holocene Lithic Technology at the Richard Beene Site By John E. Dockall Prewitt & Associates, Inc.

Early, Late Archaic

Lithic Assemblages

Common to upper Leon Creek contexts.

Generalized percussion cores.

A variety of retouched flake tools.

Page 17: Stability with Change: Characterizing Early-to-Late Holocene Lithic Technology at the Richard Beene Site By John E. Dockall Prewitt & Associates, Inc.

Late Prehistoric

Lithic Assemblages

From Payaya contexts.

Perdiz arrow points but no arrowpoint preforms.

Small chert drill and expedient flake tools.

Generalized percussion cores.

Small number of plain ceramics.

Toyah phase occupation.

Page 18: Stability with Change: Characterizing Early-to-Late Holocene Lithic Technology at the Richard Beene Site By John E. Dockall Prewitt & Associates, Inc.

Raw Material Usage

0

10

20

30

40

50

60

70

80

90

100

UP EC LM UM LLC ULC Payaya

Medina cherts Sandstone Other cherts Quartzites

Page 19: Stability with Change: Characterizing Early-to-Late Holocene Lithic Technology at the Richard Beene Site By John E. Dockall Prewitt & Associates, Inc.

0

10

20

30

40

50

60

70

80

90

100

UP EC LM UM LLC ULC Payaya

Component

Per

cent

>19 mm 9.5-19mm <9.5 mm

Size Grade Groups by Component

Page 20: Stability with Change: Characterizing Early-to-Late Holocene Lithic Technology at the Richard Beene Site By John E. Dockall Prewitt & Associates, Inc.

0

10

20

30

40

50

60

70

80

90

100

Block

Per

cent

> 19 mm 9.5-19 mm < 9.5 mm

Size Grade Variability by Block

Page 21: Stability with Change: Characterizing Early-to-Late Holocene Lithic Technology at the Richard Beene Site By John E. Dockall Prewitt & Associates, Inc.

0

10

20

30

40

50

60

70

80

90

100

UP EC LM UM LLC ULC Payaya

Component

Pe

rce

nt

Bending Conchoidal Missing platform

Flake Types by Component

Page 22: Stability with Change: Characterizing Early-to-Late Holocene Lithic Technology at the Richard Beene Site By John E. Dockall Prewitt & Associates, Inc.

Comparative Ratios

• Flake/Core• Flake/Biface• Points/Formal Tools• Core/Biface• Core/Point• Flakes/Formal Tools

Page 23: Stability with Change: Characterizing Early-to-Late Holocene Lithic Technology at the Richard Beene Site By John E. Dockall Prewitt & Associates, Inc.

Other Comparative Measures

Measure of Use Intensity

Shannon-Wiener Diversity Index

Page 24: Stability with Change: Characterizing Early-to-Late Holocene Lithic Technology at the Richard Beene Site By John E. Dockall Prewitt & Associates, Inc.

0

1

2

3

4

5

6

7

8

9

10

Block

Rat

io V

alue

Point/Other Formal Tools Core/Biface Bifaces/Points

Selected Ratios by Block

Page 25: Stability with Change: Characterizing Early-to-Late Holocene Lithic Technology at the Richard Beene Site By John E. Dockall Prewitt & Associates, Inc.

0100

200300

400500600

700800

9001000

Block

Rat

io V

alu

e

Debitage/Cores Debitage/Non-point Bifaces

Additional Ratios

Page 26: Stability with Change: Characterizing Early-to-Late Holocene Lithic Technology at the Richard Beene Site By John E. Dockall Prewitt & Associates, Inc.

0

0.1

0.2

0.3

0.4

0.5

0.6

Block

Inte

ns

ity

Va

lue

Use Intensity

(Total Debitage Density per M2/total millennia)

Use Intensity

Page 27: Stability with Change: Characterizing Early-to-Late Holocene Lithic Technology at the Richard Beene Site By John E. Dockall Prewitt & Associates, Inc.

Shannon-Wiener Diversity IndexH pi p i

i

s

1

lo g

Assemblage Diversity

0

0.5

1

1.5

2

2.5

3

H Ha Hb Hc J L T Au Ga Gb Gc B lower

Block

Va

lue

D1

Page 28: Stability with Change: Characterizing Early-to-Late Holocene Lithic Technology at the Richard Beene Site By John E. Dockall Prewitt & Associates, Inc.

Conclusions

Assemblages tend to reflect low diversity and low use intensity

Patterning suggests decreasing group ranges or territories or increasing numbers of smaller groups with restricted territories through time

Similar patterns of use through time but with decreasing frequency of use from Early Archaic to Late Prehistoric

Behaviors reflect a mix of hunting and non-hunting subsistence related activities related to site location within an area of varied resource potential