ML20083L790

Descriptive Rept of Archeological Investigation for 220-61 Transmission Line Right-of-Way in Association W/Limerick Nuclear Generating Station,Montgomery & Chester Counties, Pa

ML20083L790
Person / Time
Site:	Limerick
Issue date:	12/31/1984
From:	Raymond Hoffman, Joire K, Zatz K JOHN MILNER ASSOCIATES
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ML20083L762	List: ML20083L759 ML20083L769 ML20083L790
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NUDOCS 8404170364
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A Descriptive Report of an Archeological Investigation for the 220-61 Transmission Line Right-of-Way in Association with l The Limerick Nuclear Generating Station, i Chester and Montgomery Counties, I Pennsylvania l

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John Milner Associates, Inc.

Architects e Archeologists

• Planners l

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8404170364 e40412 PDR ADOCK 05000352 A pyg

A DESCRIPTIVE REPORT OF AN ARCHEOLOGICAL INVESTIGATION FOR THE 220-61 TRANSNISSION LINE RIGHT-OF-WAY IN ASSOCIATION WITH THE LINERICE NUCLEAR GENERATING STATION, l CHESTER AND MONTGONERY COUNTIES, PENNSYLVANIA submitted to Philadelphia Electric Company 2301 Market Street Philadelphia, PA 19101 by Karyn L. Zatz Kenneth M. Joire' Robert F. Hoffman with a contribution by Michael Parrington 1

John Nilner Associates, Inc, 309 North Matlack Street West Chester, PA 19380 1984

TABLE OF CONTENTS 2aSR PREFACE . . . . . . . . . . . . . . . . . . . . . . . . . . V LIST OF TABLES . . . . . . . . . . . . . . . . . . . . . . vii LIST OF FIGURES . . . . . . .. .. . . . . . . . . . . . . viii LIST OF PLATES . . . . . . . . . . . . . . . . . . . . . . ix I. INTRODUCTION . . . . . . . . . . . . . . . . . . . . 1 A. Scope of the Project . . . . . . . . . . . . . . 1 l *B. Previous Investigations . . . . . . . . . . . . 2 l

C. Description of Transmission Line 220-61 .... 3 II. ENVIRONMENTAL SETTING OF THE PROJECT AREA ..... 5 A. Topography and Geology . . . . . . . . . . . . . 5 B. Hydrology and Soils . . . . . . . . . . . . . . 5 C. Climate, Flora, and Fauna . . . . . . . . . . . 6 III. CULTURAL OVERVIEW . .... . . . . . . . . . . . . 9 A. Paleo-Indian (c.10,000 B.C. - c.8,0 0 0 B.C.) .. 9 B. Archaic (c.8,000 B.C. - c.1,0 0 0 B.C. ) . . . . . 10 C. Transitional (c.2,00 0 B.C. - c.1,0 0 0 B.C.) . . . 12 D. Early-Middle Woodland (c.1,000 B.C. - c.A.D.

1000) . . . . . . . . . . . . . . . . . . . . 13 E. Late Woodland (c. A.D. 10 0 0 - c. A.D. 1550) .. . 14 i

F. Contact (c.A.D. 15 5 0 - c. A.D. 1750) . . . . . . 16 G. The Schuylkill Valley (c.10,000 B.C. -

c.A.D. 1550) . . . . . . . . . . . . .. . . 18 H. Historical Summary of the Schuylkill Valley . . 21 IV. RESEARCH METHODS . .. . . . . .-. . . . . . . . . . 23 A. Introduction . . . . . . . . . . . . . .. . . 23 1

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I B. Existing Data Review . ............23 C. Informant Interviews . . . . . . .... . . . . 24 D. Phase I Surface Testing ............ 24 E. Phase II Surface Testing . . . . . . . . . . . . 26 F. Phase II Subsurface Testing .. .......27 G. Phase III Data Recovery .......... . . 27 H. Laboratory Procedures ............29 V. SURVEY RESULTS ...... . . . . . . . . . . . . . 31 A. Structures 1/1 and 1/2 . ........ .. . 31 B. Structures 1/3 and 1/4 (Site 36 CH 103) . . . 31

1. Introduction . .. ... . . . . . . . . . . 31

2. Phase I ...... .. . . . . . . . . . . 33

3. Phase II . . . . . .... . . . . . . . . . 33

4. Data Recovery ....... . . . . . . . . 37

a. Introduction . ... . . . . . . . . . . 37

b. Site Stratigraphy ...... . . . . . 38 (1) Lower Terrace .. . . ..... . . 38 (2) Upper Terrace .. . . . . . . . . . 38 (3) The Scarp . . . . . . . . . . . ..39

c. Artifacts .. . . . . . . . . . . . . . 39 (1) Historic Artifacts . . . . . . . . 39 (2) Prehistoric Artifacts ......40 l

d. Features . . .............43 i

(1) Introduction ... . . . . . . . . 43 l

t (2) Historic and Modern Features ... 44 l

(3) Prehistoric Features ....... 45 11 i

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e. Cultural-Chronological Evaluation . . . 49 (1) Radiocarbon Dating . . . . . . .49 (2) Cultural Periods .. ...... 50 C. Structure 1/5 (Site 36 CH 382) .. ...... 51 D. Structures 1/6,1/7,1/8, 2/1, and 2/2 .... 53 E. Structure 2/3 (Site 36 CH 105) ........ 53 F. Structures 2/4, 2/5, and 2/6 ......... 54 G. Structure 2/7 (Site 36 CH 106) .. ...... 54 H. Structure 2/8 (Site 36 CH 106) ........ 55 I. Structures 2/9, 3/1, and 3/2 ......... 56 J. Structures 3/3, 3/4, 3/5, 3/6, and 3/7 (Site 36 j CH 55) . . . . . . . . . . . . . . . . . . 56 K. Structure 3/8 (36 CH 56) ........... 57 L. Structures 3/9, 3/10, 4/1, 4/2, 4/3/, 4/4, 4/5, and 4/6 . . . . . . . .. . . . . . . . . . 58 M. Structures 4/7, 4/8, 4/9, 4/10, 5/1, and 5/2 (Sites 36 CH 43 and 36 CH 111) ...... 58

, N. Structures 5/3, 5/4, 5/5, 5/6, 5/7, 5/8, 6/1, 6/2, 6/3, 6/4, 6/5, 6/6, 6/7, 6/8, 7/1, 7/2, 7/3, 7/4, and 7/5 ........ . . 59 O. Struct'ures 7/6, 7/7, and 7/8 (Site 36 CH 383) . 60 i'

P, Structure 7/9 (Site 36 CH 47) .. ....... 60

( Q. Structures 8/1, 8/2, 8/3, and 8/4 . . . . . . . 61 l

l R. Structures 8/5 and 0/6 ... .. . .... .. 61 l

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SUMMARY

AND CONCLUSIONS . . ..... . ...... 62 l

VII. REFERENCES CITED . . . . . . . . . . . . . . . . . 64 APPENDICES:

APPENDIX 1: Tables APPENDIX 2: Figures lii

i APPENDIX 3: Plates APPENDIX 4: Artifact Inventory APPENDIX 5: Pedologic and Geologic Investigation of Schuylkill River Floodplain Site 36 CH 103, Chester County, Pennsylvania APPENDIX 6: Pennsylvania Archaeological Site Survey Forms APPENDIX 7: Pennsylvania Historical and Museum Commission Coordination I

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PREFACE The Philadelphia Electric Company (PECo) has proposed construction of four transmission lines totalling 45.5 linear miles to serve the Limerick Nuclear Generating Station. The Pennsylvania Historical and Museum Commission (PHMC) and the Pennsylvania Public Utility Commission (PUC) requested that an archeological investigation be conducted to assist in compliance with the i National Environmental Policy Act of 1969, the National Historic l Preservation Act of 1966, Executive Order 11593, and other federal and state mandates. John Milner Associates, Inc. (JMA) is conducting the investigation on behalf of PECo.

The four transmission lines included 220-61, Limerick to Cromby on the westerly side of the Schuylkill River; 220-60, Limerick to Cromby on the easterly side of the Schuylkill River; 220-62, Cromby to North Wales; and 220-63, Cromby to Plymouth Meeting.

Each of these lines was subject to archeological survey, testing, and data recovery in accordance with procedures developed by PECo l and JMA and concurred with by PHMC.

} Five reports will be generated by the ino.stigation. The first

, four reports, including the one presented herein, describe the i research conducted on each of the four transmission lines. The j purpose of these descriptive reports is to document the work conducted in order to expedite agency review. The final report

! will present the analyses of data from the four rights-of-way and

, will provide a regional prehistoric cultural cynthesis of the Middle Schuylkill River Valley.

j The field survey of the Limerick transmission lines was carried

out over a period of 13 months, from November 3, 1982 through j December 23, 1983, under the direction of Karyn L. Zatz, Kenneth i M. Joire', and Robert F. Hoff man. Field assistance was provided by 21 archeologists including Lauren Archibald, David Bachman, Julie Baker, Kenneth Baumgardt, Kelly Blough, Catherine Braik, j '

Andrew Cosans, Eric Dennis, Elisabeth Ervin, Edward Goodley, Denise Guido, Thomas McCabe, . William Miller, Charles Neiss, Michael Parrington, William Roberts IV, Michael Rast, Sarah Ruch, Ronald Selin, Mark Shaffer, and Bruce Stellfox. Artifact-processing and analyses were undertaken by Elisabeth Ervin, i

Michael Rast, and Mark Shaffer. Kenneth Joire' provided all ,

Graphics were prepared by Sarah Ruch. The artifact photographs. l report was principally authored and edited by Karyn L. Zatz, I Kenneth M. Joire', and Robert F. Hof f man, with a contribution by- l

Michael Parrington. Thomas L. Struthers . assisted in editing the i report. Project administration was provided by Daniel G.

Roberts, Director of Cultural-Resources Services at JMA. The manuscript was typed by Pamela McAlonan and Susan B. Schooler.

2 Report production was accomplished by Cathy Leigh Mumford and Pamela McAlonan, i

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In addition to the JMA personnel noted above, several individuals contributed substantially to the completion of the project. Of particular note is Walter C. Payne, survey coordinator of the Real Estate Department of PECo, who provided guidance and assistance in all aspects of the survey. Mr. Payne took on the large task of locating and photographing artifact collections from the project area and provided assistance in all phases of fieldwork, laboratory analysis, and report preparation. His dedication, interest, and knowledge in the field of archeology has contributed significantly to the sucessful completion of this project.

! We would also like to thank Peter M. Cava, Anthony Milone, Harry Bechtel, and Harvey Schenck of PECo for their assistance. They arranged for clearances and rights of entry onto private property, provided machinery used in the data recovery program, and most importantly made every effort to redesign the transmission lines and modify construction techniques in order to avoid or minimize

, adverse effects to archeological resources.

We would also like to thank the following sub-consultants: Daniel Wagner and Mary Wagner of Geo-Sci Consultants, Inc. for providing geological expertise; Pamela Crabtree and Stuart Fleming of the Museum Applied Science Center for Archeology at the University of j Pennsylvania for seed analysis; and Murray Tamers of Beta-

Analytic, Inc. for radiocarbon dates.

We are also grateful for the assistance provided by the members of the Schuylkill Valley Chapter of the Society of Pennsylvania Archeology and other avocational archeologists for allowing us to photograph, catalogue, and inventory their artifact collections.

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LIST OF TABLES l

l Table 1. Lithic Artifact Categories by Percentage, Site 36 CH 103.

Table 2. Lithic Materials by Percentage, Site 36 CH 103.

Table 3. Feature Types, Site 36 CH 103, Lower Terrace.

! Table 4. Feature Types, Site 36 CH 103, Upper Terrace.

Table 5. Radiocarbon Dates, Site 36 CH 103.

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LIST OF FIGURES Figure 1. Project Location.

Figure 2. Limerick to Cromby Transmission Line Right-of-Way.

Figure 3. Phase II and III Subsurface Testing at 36 CH 103.

Figure 4. Representative Test Unit Profiles, 36 CH 103, Lower Terrace.

Figure 5. Representative Test Unit Profiles, 36 CH 103, Upper Terrace.

Figure 6. Structure 1/3 Impact Area, 36 CH 103, Lower Terrace.

Figure 7. Feature 2, Plan and Profile, 36 CH 103, Lower Terrace.

Figure 8. Feature 4, Plan and Profile, 36 CH 103, Lower Terrace.

Figure 9. Feature 9, Plan and Profile, 36 CH 103, Lower Terrace.

Figure 10. Feature 10, Plan and Profile, 36 CH 103, Lower Terrace.

Figure 11. Structure 1/4 Impact Area, 36 CH 103, Upper Terrace.

Figure 12. Feature 1, Plan and Profile, 36 CH 103, Upper l Terrace.

Figure 13. Feature 11, Plan and Profile, 36 CH 103, Upper Terrace.

Figure 14. Feature 17, Plan and Profile, 36 CH 103, Upper Terrace.

Figure 15. Feature 31, Plan and Profile, 36 CH 103, Upper Terrace.

Figure 16. Feature 35, Plan, 36 CH 103, Upper Terrace.

Figure 17. Feature 36, Plan and Profile, 36 CH 103, Upper l Terrace.

! Figure 18. Representative Test Unit Profiles, Structures 1/5 l and 2/3.

Figure 19. Representative Test Unit Profiles, Structures 2/7, l 2/8, and 3/8.

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LIST OF PLATES i

Plate 1. Phase I surface collection procedures.

Plate 2. Phase II test unit excavation, 36 CH 103, facing north.

l Plate 3. Flotation procedure.

Plate 4. Phase II test unit, 36 CH 103, Lower Terrace, facing north.

Plate 5. Phase II test unit, 36 CH 103, facing north, i Plate 6. Mechanical removal of plowzone overburden, 36 CH 103, Lower Terrace access road, facing west.

Plate 7. Plat shoveling and cleaning of Structure 1/4 area

after stripping, 36 CH 103, Upper Terrace, facing i east.

Plate 8. Lower Terrace access road, Section 7, after cleaning, i

36 CH 103, f acing east.~

Plate 9. Feature 4, 36 CH 103, Lower Terrace access road, facing north, i Plate 10. Feature 17, 36 CH 103, Upper Terrace, Late Woodland I

post mold, facing west.

Plate 11. Feature 35, 36 CH 103, Upper Terrace, Late Archaic hearth, facing north.

Plate 12. Feature 35, 36 CH 103, Upper Terrace, fire-cracked rock concentration, facing north.

Plate 13. Location of Structure 1/5, facing east.

Plate 14. Location of Structure 2/7, facing east.

l Plate 15. Location of Structure 2/8, facing east.

Plate 16, 36 CH 56, adjacent to Structure 3/8, facing east.

Plate 17. Overall view of right-of-way near Cromby Generating Station, facing north.

Plate 18. Artifacts, . 36 CH 103, Phase II.

Plate 19. Artifacts, 36'CH 103, Lower Terrace, Phase III.

Plate 20. Artifacts, 36 CH 103, Upper Terrace, Phase.III.

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Plate 21. Artif acts, 36 CH 382, Phase I.

Plate 22. Artif acts, 36 CH 56, Phase I and Phase II.

Plate 23. Artif acts, 36 CH 111, Phase I.

Plate 24. Artif acts, 36 CH 383, Phase I.

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I, INTRODUCTION A. Scone of the Project This project is one of a series of archeological investigations associated with construction of the Limerick Nuclear Generating Station. It consisted of a multi-phased prehistoric archeological survey of the proposed construction right-of-way for the 220-61 PECo Transmission Line. The survey covered approximately 8.53 linear miles of existing PECo and Conrail right-of-way located in Limerick Township, Montgomery County and in East Coventry, East Vincent, and East Pikeland Townships, Chester County.

In accordance with the goals of the Phase I and II archeological surveys, the purpose of this investigation was to locate, identify, and evaluate all archeological resources within the rights-of-way and to evaluate potential ef fects to them. If an archeological resource located within the right-of-way was determined significant, mitigative options were recommended. The options considered included avoidance and data recovery. If a resource could not be avoided by the relocation of access roads and/or structure footings and it was determined that the resource had potential for providing significant information, a Phase III .

data recovery program was developed. Mitigative measures were recommended by JMA and PECo and approved by the PHMC.

1 This report describes the research methods, the artifacts,-

features, and stratigraphy encountered in the course of the investigation. It is organized by transmission line structures to 1

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facilitate client review and agency licensing. Similar l

investigations of three other transmission line rights-of-way will i

j be organized and presented in the same manner. Detailed analysis is currently being conducted of all data f rom the similar ,

investigations. It will result in a separate archeological report I

j presenting a regional cultural synthesis of the Middle Schuylkill l River Valley. The report will present the results of the data j analysis and a summary of past archeological surveys conducted in the study area. Inter-site and intra-site frequencies and 1

l distributions of lithic material types, diagnostic projectile points, and other artifacts will be presented. The data will then be used to test predictive models. Questions concerning l

prehistoric settlement patterning, subsistence, and site function j will be addressed.

1 i B. Previous Investiaations l

Beginning in 1972, a Phase I Archeological Survey of the Limerick i

Nuclear Generating Station, conducted by Holzinger and i

j Humpreville, concluded that construction of the plant on the l easterly side of the Schuylkill River would not disturb archeological sites. It also concluded that construction on the

! westerly side of the river would have an adverse effect on archeological resources due to " numerous Indian camps situated there during the Archaic and Early Woodland Periods" (Holzinger i

and Humphrev111e 1972:7).

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Struthers and Hoffman (1982) of JMA conducted a' field i i reconnaissance of 24 previously recorded archeological sites in or I 2

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l near proposed transmission line rights-of-way. The survey was I undertaken in order to ascertain the present condition of the i

sites and to more precisely-define their location relative to the construction rights-of-way. It was determined that as many as 13 j previously recorded sites might extend into the right-of-way (Struthers and Hoffman 1982:13). Subsequently, PECo and JMA developed a locational predictive model, a testing program, and i

other' resource management procedures. By letter of December 8, 1982 (Appendix 7) the PHMC Bureau for Historic Preservation concurred with the proposed procedures and indicated that their implementation would adequately consider cultural resources and would result in a determination of no adverse effect.

1 C. Damerintion of Transminaion Line 220-61 i

j Located primarily in Chester County, Pennsylvania on the westerly f side of the Schuylkill River (Figure 1), the 220-61 transmission i

line begins at the Limerick Nuclear Generating' Station in I

Montgomery County, Pennsylvania. The line then crosses the l Schuylkill River into Chester County and follows a right-of-way 60 1

feet wide owned by PECo and Conrail. The right-of-way approximately parallels the river for 8.3 miles in a southerly direction and ends at'the Cromby Generating Station located north of Phoenixville, Pennsylvania (Figure 2).

i i Sixty-eight structure footings are proposed for this transmission line and vary in diameter f rom six to ten feet. The footings of these structures are constructed by using an auger to drill to l

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I bcdrock. The auger hol'e is then lined with reinforcing bar and filled with concrete. Tubular steel towers 82 to 120 feet high cre then anchored to the footings. In some instances, access to  !

ctructure locations requires construction of temporary roads.

This road construction involves removal of the plowsone and the placing of ballast rock in the stripped area. Once construction of the structure is completed, the ballast rock is removed and the plowzone is replaced in order to restore the field to its original condition.

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II. ENVIRONMENTAL SETTING OF THE PROJECT AREA A. Tooocraphy and Geoloay Situated in the Piedmont lowlands of the Piedmont Physiographic Province (Fenneman and Johnson 1946), topographic features of the project area include low rolling hills interspersed with floodplains, floodplain terraces, and steep-sided bluffs.

Elevations within the project area range from 120 feet to 250 feet above sea level, j

Geologically, the project area is situated in the Newark Triassic Basin (Socolow 1980), the bedrock of which was deposited as sediment approximately 225 million years ago during the continental rif ting of the Mesozoic Era. The Triassic lowlands are composed of metamorphosed or folded sof t shales and sandstones broken and tilted by normal faulting (Thornbury 1965). The project area is directly underlain by the Brunswick Formation (Berg and Dodge 1978) which is collectively composed of red-brown beds of shale, siltstone, and mudstone with a few layers of interbedded argillite. The variations in elevation noted in the paragraph above are the result of differential weathering and scouring of bedrock materials. Lower elevations are underlain primarily by soft shales and sandstone while the higher elevations l contain relatively greater amounts of resistant rock such as l

quartzite a.;4 diabase.

B. Hydroloay and Soils The project area is located within the Delaware River drainage-5

basin and parallels the primary tributary, the Schuylkill River.

The Schuylkill River headwaters are located approximately five miles north of Tamaqua, Pennsylvania, in the Appalachian Highlands. The Schuylkill flows approximately 120 miles in a southeasterly direction to its confluence with the Delaware River in Philadelphia, (Nolan 1951). The project area is well-watered by such streams as Pigeon Creek and Stoney Run and innumerable smaller streams which eventually feed into the Schuylkill niver, i

The dendretic drainage pattern formed by these streams is the result of glacial activity.

The soils of the project area are primarily of the Penn-Croton-Bucks association and are composed of shallow-to-deep s.ilty soils with slopes in the three to 25 percent range (Kunkle 1963).

Exceptions to the above generally occur along the ficodplains of the Schuylkill River, where sediments deposited in the form of sand, clay, silt, vegetation, or material f rom mining activities (culm) resulted in the accumulation of alluvium (Parker, Lt. AL. '

1964).

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C. Climate, Flora, and Fauna The project area contains two distinct microenvironments. The first of these is the well-drained woodland microenvironment present on the bluffs and hills. Slopes tend to be m'oderate to ,

extreme, ranging f rom three to 25 percent. The soils in these -

areas are suitable for open land and woodland wildlife, Jdepending .

on the degree of clearing. During the early Holocene these' hills were covered by open boreal woodlands and forests at _.the higher

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elevations. As the Wisconsin glaciers retreated and the climate moderated, these boreal forests were gradually replaced by the deciduous forests now present in the area. Paleontological studies indicate that megafauna associated with arctic and subarctic climates and vegetation was present in the area (Sirkin 1977). As the glaciers retreated the megafauna was replaced by present day species. The forest canopies present today include oak and a variety of hardwood plants such as dogwood, persimmon, sumac, sassaf ras, hazelnut, wild cherry, hickory, huckleberry, holly, and herbaceous upland plants such as panic grass, partridge pea, and native lespedeza. Animals that f requented such well-drained forests in the past are deer, bear, turkey, elk, squirrel, fox, raccoon, grouse, and woodcock. The large variety of mast-producing species in this microenvironment include hickory, walnut, and oak. Fall and early winter are the periods when nuts mature and also the time most suitable for the hunting of mast-associated fauna such as turkey. During the colder months of the winter, white tailed deer engage in yarding, a practice which concentrates these animals for mass hunts.

s The second microenvironment found in the project area is composed of ' streams, rivers, and associated floodplains. During the

, Holocene, these ficodplains, which were areas of relatively . low -

elevation, would have supported tundra-like conditions. As the glaciers retreated, the boreal-tundra flora was replaced by,the

, f' s 1 oak forest that exists today. The vegetation is s'imilar to that -

of the well-drained woodland environment to which water-resistent z.

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species such as willow, red maple, gum, and swamp oak have been added. The understory of such a forest is much denser than its upland counterpart and would, accordingly, provide more cover and browse for wildlife. The animal inhabitants range from insects, l 1

snakes, and ducks to deer, bear, squirrel, mink, otter, muskrat, l turkey, and beaver. Because of the greater natural browse of this microenvironment, browse-oriented species such as deer find this an optimum feeding habitat. The resources of this microenvironment also include freshwater species of fish, turtles, and mussels.

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III. CULTURAL OVERVIEW The following discussion briefly outlines six major cultural traditions or periods which archeologists typically recognize for the Northeast and, accordingly, are applicable to the study area.

l A. Paleo-Indian ( c.10. 0 0 0 B.C. - c. 8,0 0 0 B.C.)

The Paleo-Indian tradition is the earliest widespread North American cultural tradition for which there is abundant evidence all over North and even South America. Although artifacts diagnostic of Paleo-Indian are known for southeastern Pennsylvania, they are quit uncommon.

The primary distinctive hallmark of Paleo-Indian is the fluted point, a lanceolate-shaped projectile point which characteristically has a groove, or flute, on each face parallel with the longitudinal axis of the artifact.

This tool, as well as others of the Paleo-Indian Tradition, has f requently been found in association with large mammals such as bison, mammoth, or mastodon, particularly in the West.

l Accordingly, Paleo-Indian groups have been characterized primarily as a big-game hunting tradition that is organized into small, tightly-knit, highly-mobile groups or bands which exploit seasonal herds of big game. While evidence is accumulating that Paleo-Indian groups probably exploited biotic resources as well (Kauf fman and Dent 1982), there can be no dispute that large terrestrial mammals formed an important part of their subsistence base. During the Paleo-Indian period, the climate was considerably colder than it.is now, and much of southeastern Pennsylvania and the New Jersey Coastal Plain was probably tundra _or taiga. Large Pleistocene' mammals, including the mastodon, woolly mamm'oth, 9

caribou, elk, and, perhaps, the musk ox, coexisted with Paleo-

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Indians. Because the residual effects of the last glacial advance (the Wisconsin) were still in evidence at the time Paleo-Indian groups occupied the landscape, their remains are often associated with glacial or periglacial features.

l Many isolated or disturbed fluted point discoveries have been made I l

in the Delaware River Valley, leading at least one early authority l (Mason 1959) to speculate that the major river valleys, in particular the Delaware, were favored habitational loci for Paleo-Indian groups. All the fluted point finds in Chester and Montgomery Counties have been reported from surface contexts.

B. Archaic fc.8,000 B.C. - c .1. 0 0 0 B.C. )

The Archaic Tradition witnessed the development of a new set of cultural-adaptive mechanisms in response to changing environmental conditions. The gradual retreat of ice sheets and periglacial conditions prior to c.7,0 0 0 B.C. created a more diversified environmental regimen which increased regional carrying capacities of such resources as small game, fish, shellfish, nuts, seeds, and other foodstuffs. Accordingly, human groups began adapting their exploitative and subsistence strategies to these new and more abundant resources. No uniform culture type is to be found within the Archaic Tradition, for as various micro-habitats or biomes came to be exploited by various groups, differential cultural expressions began to emerge.- Thus, Archaic manifestations in coastal environments became adapted to maritime conditions and 10

resources, while those in upland environments became adapted to resources and conditions as they exist at higher altitudes and in dense forest.

The more diverse floral and f aunal resources brought on by the changing environment allowed for a more diverse pattern of exploitation and settlement by Archaic people. The band-territorial pattern begun in the Paleo-Indian period still continued, but it was less predicated on unrestricted wandering l and more related to scheduling and seasonal rounds. Subsistence activities were based on the local seasonal availability of foodstuffs, and settlement patterning reflected this seasonality.

Fishing camps were occupied primarily during the late spring and were located near known spawning areas. Nut-gathering and hunting camps were primarily occupied during the autumn months when such resources were plentiful. Larger base camps were generally occupied year round with varying population density, depending on-the season and the group activities at the time. H Because of perceived differences in artifact types and localized cultural expression, the Archaic period is sometimes further divided into three subperiods: the Early, Middle, and Late Archaic. Clear-cut chronological evidence for this division, however, is not yet available, and there is still considerable disagreement among archeologists regarding what cultural factors are well enough defined to support-these divisions. Much of the confusion stems from the lack of precise stratigraphic and chronological definition at most Archaic sites so far excavated in 11

the Northeastern woodlands. Until such clear-cut stratigraphic and chronological evidence becomes available, such divisions should be used with caution.

C. Transitional (c.2.000 B.C. - c.1. 0 0 0 B. C. )

Chronologically overlapping with the Archaic Tradition is another cultural manifestation of the Northeastern woodlands usually l referred to as the Transitional but sometimes referred to as the Terminal Archaic. It is likely that the cultural changes evident in this tradition came about, at least in part, in response to the warm and dry maximum noted above which occurred about 1,0 0 0 B.C. ,

or even perhaps a little earlier. It was at this time that the oak-hickory-chestnut forest so prevalent today in the Northeastern woodlands first became wholly dominant and this, in turn, allowed for even more plentiful and diverse floral and faunal resources to become adapted to the environment. Accordingly, even greater regional carrying capacities became established, providing aboriginal inhabitants with a wider choice of subsistence strategies.

Most archeologists believe Transitional peoples had a mobility greatly increased over their Archaic predecessors, with this greater mobility a result of the availability of canoe or dugout for travel. Certainly, there can be no doubt of a greater reliance on riverine resources during the Transitional period, for most sites are located along major waterways. Aside from their distinctive spearpoints, steatite cooking vessels, and an essentially riverine adaptation, Transitional peoples appear to 12

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have continued the general overall Archaic way of life begun )

nearly 6,000 years before. Band territoriality still appears to be the major form of social organization, althougn semi-permanent base camps of larger groups may have been present. A truly sedentary lifestyle, however, had not as yet been adopted.

D. Early-Middle Woodland (c.l . 0 0 0 B.C. - c . A. D . 1000)

About 1,000 years before the advent of the Christian era, some 4 profound changes in the lifeways of aboriginal populations in the Eastern woodlands began to take place. At this time three important new themes not evident before were introduced into the indigenous cultural systems: the development of incipient

! horticulture, the development of village life, and the introduction of ceramics. While the development of horticulture (and ultimately agriculture) and more sedentary village life appears to have come about quite slowly, the manufacture and use l

of ceramics was quick to materialize and no doubt initiated one of-the first truly significant technological revolutions in North America.

l In southeastern Pennsylvania the prevailing pattern of subsistence for Early-Middle Woodland groups appears to have been small family groups exploiting the major river. bottoms and adjacent uplands.

Few Early-Middle Woodland sites are known to be great distances from major riparian sources.

Most settlement probably consisted of only a few houses clustered 13

4 in a limited area and, accordingly, probably did not represent 4

true village organization as sites in the Ohio Valley do.

1 Subsurface features at Early-Middle Woodland sites are not plentiful and for the most part consist of small, shallow, saucer-J i

shaped pits or basins of uncertain function. Very few deep I

storage pits are known for sites of this time period. While incipient horticulture most certainly was beginning to emerge in western Pennsylvania and adjacent Ohio at this time, the relative i

t lack of storage pits in the Northeast suggests a considerable time

! lag in its development in that region.

i j E. Late Woodland (c.A.D. 1000 - c. A D. 1550) i By about the tenth millenium A.D., horticulture had given way to agriculture and permanent or at least semi-permanent village I

living had become a way of life for the Northeastern woodland Indians. Archeologists refer to this time period as the Late Woodland. It is during this time that distinct tribal influences can be recognfzed in the archeological record, and the Late i

Woodland in southeastern Pennsylvania is generally seen as representing the remains of the ancestral Delaware or Lenape Indians.

The climate during this time, as expected, was about the same as at present. The warming trend begun about 6,500 B.C. had generally continued unabated in the region, and regional carrying capacities had maintained a maximum density similar to those present in Transitional and Early-Middle Woodland times. While the basic composition of the oax-hickory-chestnut forest has l

14

i, doubtless changed little in the succeeding 600 years or so, much i of the forest clearing today is the result of later agricultural 1

practices by Europeans and was not evident when the ancestral l

Lenape were inhabiting the region. Not all of the forest clearing can be attributed to Europeans, however, since there is a i

considerable body of historic evidence which suggests the Indians themselves cleared substantial tracts of land'in some areas prior to the advent of Europeans (Russell 1981).

l The development of rudimentary agricultural technology was i doubtless a significant factor contributing to the more sedentary lifestyle of the Late Woodland Indians. In southeastern Pennsylvania, as well as elsewhere in the Eastern woodlands, there is ample evidence that staple cultigens included maize, beans,

< pumpkins, squash, and, perhaps, sunflowers. Many of these staples i

i were ground into meal with mullers, pestles, and milling stones and then stored in deep pits excavated into the ground. Although plant domestication was an important factor of life in Late i

l Woodland times, there is no evidence of widespread animal domestication except for the dog. The latter was apparently f raised as a food source.

l In spite of a heavy reliance on agriculture during Late Woodland times, more traditional patterns of subsistence were note wholly superceded. Hunting, gathering,. and fishing still provided major' portions of the Indians' diet, as well as shellfish procurement.

The bow .and arrow, representing a significant technological 15

advancement over the spear, was used for most hunting with small, triangular projectile points rather than stemmed or notched points tipping the arrows. Bola stones were apparently used in some aspects of hunting, perhaps for marsh birds or some species of small game, and fish were usually netted. Pottery styles were generally much more sophisticated and refined, and usually had simple everted lips or highly decorative collars.

F. Contact (c.A.D. 1550 - A. D. 1750)

The Contact period is the historically documented time when aboriginal populations in the Northeast came into contact with Europeans who were beginning to colonize the New World. It was a time of turbulence, mistrust, and violence, all of which are typical by-products of situations where cultural groups of widely dissimilar habits and customs come into forced contact. It was also a time when the indigenous Indian populations, by most accounts all to willing to peacefully coexist with the Europeans, found themselves quickly acculturated into a new cultural system, one predicated on materialism, individual ownership, and, to some extent, greed. As such, the latter stages of the 200-year-span comprising the contact period signaled the complete demise of the Indian way of life which began nearly 12,000 years before in the Northeastern woodlands.

The Indians indigenous to southeastern Pennsylvania at the time of European contact referred to themselves as the Lenape (the Real or Original People). Because of their association with the Delaware River (named af ter the English Lord De La Warr), the Europeans 16

d j

began referring to them in their journals and documents as the i

. Delawares. While some scholars continue to refer to them as the Delaware Indians, it is probably more appropriate to refer to them with the original Lenape designation.

j ,

! Most historical, ethnological, and enthohistorical literature on the Lenape suggest that at the time of European contact they were l

].

loosely organized into three geo-political sub-groupings,

including the Munsee in the upper Delaware Valley and northern New l Jersey, the Unami in the middle Delaware Valley and central New l Jersey, and the Unalachtigo in the lower Delaware Valley and i

southern New Jersey. Recent research, however, has indicated that these designations bear little relationship to actual Lenape i

j social and political organization at the-time of contact. In

fact, there was no comprehensive geo-political organization among l the Lenape, but rather there existed a loose-knit clan system j (including the Wolf, Turtle, and Turkey clans) which served as a i

)

1 unifylng factor thr.cughout the entire geographic region occupied

! by the Lenere.

i l That the Lenape were a relatively peaceful lot is attested to by.

the f act that no remains of defensive stockades have been found surrounding their villages in the Delaware Valley. Most of the Lenape contemporaries to the north and west were fortifying their villages even before the coming of the Europeans. At least one scholar (Wallace 1948) believes the reason for the apparent l pacifism of the Lenape.is their subjugation by the Iroquois prior 17

t i

to the coming of the Europeans, at which time the Lenape were

" forbidden" by the Iroquois to engage in warf are. In any event, hostilities between the Lenape and the Europeans seem to have been considerably less frequent than between the Iroquois and the Europeans.

1 By about 1660, the Lenape of the lower Delaware Valley had become almost totally acculturated into the European cultural system.

Very little tribal integrity remained, and traditional habits, customs, and values were hardly distinguishable (Wallace 1948).

The Europeans had gradually " purchased" most of the land from the Indians and were forcing them out of their traditional homeland.

The so-called " Walking Purchase of 1737," involving a tract of land near Kintnersville, Pennsylvania, represented the last' piece of land sold by the Lenape to the Europeans and effectively I

brought to a close the period of Indian-European contact in the Delaware Valley. Shortly thereafter, there were virtually no l Lenape lef t in the area, most of them having been forcibly moved to reservations in Oklahoma and Canada.

G. The schuylkill Valley (c.10.000 B.C. - c . A.D. 1550)

The Schuylkill Valley was inhabited f rom Paleo-Indian (c.10,000 B.C.) through Late Woodland (c.A.D.1550) . times. Collections of artifacts from the project area indicate that all the major cultural periods recognized for the Mid-Atlantic region are represented. Evidence of the intensity of occupations varies greatly f rom period to period. This variation is due in part to incomplete survey data, since certain areas have been subjected to 18

, s. - - - - -

, . _ . < , , - , - + y

greater amounts of survey than others, and also to the known or perceived subsistence / settlement patterns and aboriginal

, population density during a given cultural period.

l I

l The Paleo-Indian and Early Archaic periods are well represented in the artifact assemblages of the Schuylkill Valley. Many artifacts ascribed to these early occupations have been recovered from the surface of prehistoric sites located in the uplands as well as in the Schuylkill and Delaware River Valleys. The upland sites seem to represent transient hunting camps from which faunal resources were procured, while larger sites, like the Shawnee-Minisink site i

located near the Delaware Water Gap, represent base camps f rom which a variety of resources were procured (McNett, s.t aL. 1977).

These early populations also seemed to have had strong preferences for high quality lithic materials with the majority of materials being jaspers and cherts.

l The' Middle and Late Archaic assemblages represented in the artifact collections from the project area are also substantial.

The number of artifacts representing these cultural periods, particularly the Late Archaic and Transitional, tends to support our present understanding of the subsistence / settlement patterns i

for these periods. Increased populations along with an increase ,

1 l in the importance of larger streams and rivers as settlement

locations may explain the sudden increase in the numbers of artif acts representative of these cultural periods. _ Tools and projectile points from these time periods were manufactured i

19 l

primarily of materials f rom local sources, including quartz and 4 i quartzite. j

)

J The Woodland Period occupations of the Schuylkill Valley, although well represented in the artifact assemblages, are not as substantial as the Late Archaic representation.

Subsistence / settlement patterns for the Woodland period tend to indicate increased reliance upon the major river valleys. This

, shift is accompanied by a more sedentary lifestyle, a greater 1

reliance on grown foodstuf f s, and a concomitant decrease in the importance of hunted and gathered resources such as those available in upland areas. The ethnographic evidence tends to support the increased sedentism, though hunting and gathering still played a major role in the subsistence / settlement strategies employed by the aboriginal populations.

Three Indian paths are documented within the project area including French Creek Path which runs from conestoga at the mouth of French Creek to the Schuylkill River near Phoenixville, the Perkiomen Path, which parallels the Schuylkill River from Philadelphia to Reading, and the Perkiomen-Lehigh Path, which runs f rom Oaks to Vera Cruz, Pennsylvania (Wallace 1971:57, 127-128).

Several other areas of Indian occupation have also been recorded for the project area by Gilkyson (1945), who accumulated data from sites along the Schuylkill River from Norristown to Pottstown.

Four eighteenth-century Indian villages were also documented along the Schuylkill River. The first of these was located southeast of 20

the project area in Phoenixville, Chester County. Although the name of the village and when it was inhabited are not known, the area is believed to have been a Lenape (Delaware) village (Kent, R AL., 19 81:14 8) . The village of Manatawny, translated as "where we drank liquor" (Donohoo 1977:104), was located north of the project area in Montgomery County near present day Pottstown and was inhabited from 1707 until 1730 (Kent, d al. 1981). The village of Manangy's Town was also located north of the project area in Berks County near the present site of Reading (Kent, R al. , 1981:). The only other village documented on the Schuylkill River was called Ontelaunee, or Maiden Creek, "which tradition tells was the name by which the Indians called the Schuylkill River" (Donohoo 1977:137). This village is thought to have been located north of Tuckertown in Berks County, Pennsylvania, well north of the project area (Kent, R AL.,1981:).

I I

H. Historical Summary of the Schuylkill Valley The Schuylkill Valley was visited by the Dutch, Swedes, and i

English during the seventeenth century, but little permanent settlement took place until the land was granted to William Penn in 1681. Under Penn the area was surveyed and vast tracts of land were sold to immigrant farmers and to land speculators. The valley was intensively farmed during the eighteenth century, resulting in soil depletion and decreased crop yields.

Progressive farmers reversed this trend toward the end of the seventeenth century by practicing crop rotation, manuring, and planting clover. The Revolutionary War had a transitory impact on 21

f .

the area with a six-month long encampment at Valley Forge and other camps for shorter periods.

Large-scale industrial development commenced early in the nineteenth century, stimulated by the exploitation of coal and the construction of the Schuylkill Canal, which offered transportation improvements and water power for industry. The railroad further stimulated industrialization, and by the mid-nineteenth century the small riverside market towns which had characterized the Schuylkill Valley throughout the eighteenth and early nineteenth centuries were transformed into manufacturing towns with ironworking and textile production forming the dominant industries. Industrial development has continued to the present day with some diversification into other areas such as plastics and computers. Agriculture still plays a major role in the economy of the area, however, and the scenery of the Schuylkill Valley offers a varied mix of industrial and rural landscapes.

1 i

22

IV. RESEARCH METHODS i

A. Introduction The goals of the project, including the location of prehistoric archeological resources within the project area and evaluations of their significance, were accomplished through implementation of a multi-staged research program. The first stage of the research program involved reviewing existing data and synthesizing it into the environmental and cultural overviews presented in the previous i

sections of the report. The second stage consisted of a 100 percent field survey of the entire right-of-way employing both surface and subsurface testing procedures. The final stage in the research program involved the description and presentation of the data generated during the course of the survey. The stages of research and methods of data recovery are discussed below.

B. Existina Data Review The existing data review consisted of an examination of past archeological surveys conducted in the project area, including Holzinger and Humphrev111e '(1972), Struthers and Hoffman (1982),

and Gilkyson (1945). It also consisted of a review of current and historic maps. The Pennsylvania Archeological Site Survey (PASS) files, which are maintained at the PHMC in Harrisburg, were consulted for site locations. These were plotted onto a USGS 7.5 minute topographic map along with construction rights-of-way. The review was conducted prior to the initiation of fieldwork to facilitate the execution of the field survey as well as to elicit information on all the recorded prehistoric and historic sites in 23

the project area. A secondary purpose was to provide the survey team with an overview which would yield data pertinent to the project area and allow the formulation of an appropriate survey strategy. l C. Informant Interviews Local residents and owners of artifact collections from sites in the project area were interviewed regarding the archeological resources in the region. Some of these individuals were located through the previous research cited above, some were encountered during the course of the field survey, and some were contacted through the Schuylkill Valley Chapter of the Society for

~

Pennsylvania Archeology.

l t

Local residents were asked if they knew of archeological sites and/or artif act collections in the area. When contacted by the researchers, collectors were often able to provide references to other informants. The survey team attempted to interview every collector reported from any of the sources listed above. Artifact collections from the region were examined, inventoried, and photographed.

D. Phase I Surface Testina l

Phase I surf ace testing consisted of a pedestrian survey of the construction rights-of-way. Surface reconnaissance was conducted l in those areas where surface visibility was adequate for purposes of archeolojical resource discovery and assessment (Plate 1).

I l

l 24

Survey outside of the right-of-way was conducted when sites were thought to extend beyond the limits of the right-of-way and when previously documented sites were in close proximity to rights-of- ,

way.

The survey area was divided into linear transects parallel to the

! right-of-way, and each member of the survey team was assigned a transect. The survey team then walked over the area with approximately ten feet of spacing between each member. Each team i member,was responsible for approximately five feet on either side of his or her path. Usually, the survey team walked not more than ,

, one-half mile in a northerly or southerly direction. After !

i

) having reached a pre-set point, all members of the survey team i i 1

began a return survey parallel and adjacent to the first swath. l 1

The distance surveyed varied each day due to the number 'of sites

, located and the percentage of ground visibility within and 1

i adjacent to the right-of-way. The survey intensified as site f density increased or ground visibility lessened.

)

j Upon discovery of an artif act, the team focused on the potential j site area. Artifact collections were based on complete collection

{

or selective (biased) sampling (Hester, Heizer, and Graham l 1975:20-21). Selective or biased sampling, weighed in terms of collecting diagnostic artif acts in order to help determine the f

spatial and temporal context of the cultural materials, was used  !

l to collect sites where complete collection strategy was l i

impractical. The collection areas'were each identified by a-locus number and artif acts f rom each locus were bagged separately and i

l 25 i

were identified with a corresponding locus number. As loci were found, they were plotted onto base maps. Loci boundaries were determined based on artifact presence and absence. An archeological site was defined as a location from which three or more prehistoric artifacts were recovered within less than 50 feet of one another. Phase I loci not meeting established site i

criteria were labeled as field scatters, and single artifacts were i termed isolated find spots.

T Field conditions were recorded in terms of ground visibility (zero to 20 percent = poor, 20 to 40 percent = f air, 40 to 60 percent =

l good, 60 to 80 percent = very good, and 80 to 100 percent =

excellent). Pennsylvania Archaeological Site survey forms were i

completed for each site. Exact site locations were recorded by

, township and Universal Transverse Mercator (UTM) coordinates.

Other information including environmental factors, artifacts, artifact density, and features were also recorded.

E. Phama II Surface Teating This level of testing was conducted in areas identified as sites when it was thought that additional data were needed to adequately assess site significance and boundaries. Each site which qualified for Phase II work was surface collected again. During Phase II sites were collected by quadrant units (northeast, j northwest, southeast, southwest) or by field numbers. Although some sites were almost completely collected during Phase I survey, it was not unusual for rain and plowing to have uncovered new artifacts in the time elapsed between Phase I and II survey.

26

Artifact concentrations were plotted onto base maps.

F. Phase II Subsurface Testina subsurface tests consisted of the excavation of test units ranging f rom two feet on a side to five feet on a side (Plate 2). Phase II test units were excavated in those areas where previous surface collections had indicated high artif act densities and in areas where the topography indicated the possibility of features or ,

other types of in alt.u deposits. Test units were located in the

, field using easily identifiable landmarks. These units were all excavated to culturally sterile soil horizons. They were excavated by natural levels of soil deposition, and the levels I were numbered consecutively from top to bottom as they were i

encountered. Soil levels were differentiated primarily on the basis of color using a Munsell chart, although dif ferences in soil texture and composition were also noted on testing logs. All excavated soil matrices were passed through one-quarter inch mesh hardware cloth, and all recovered artifacts were bagged according to provenience. Soil profiles for each subsurface excavation unit were recorded, and an accurate photographic record of the survey area in general and pertinent features in particular was i maintained.

G. Phama III Data Recovery Sites which were found to contain significant data through Phase II testing were subjected to a data recovery program which was undertaken prior to construction.

Phase II testing indicated that all sites with undisturbed 27

1 1

prehistoric cultural deposits were overlain by a plowzone. In order to examine and sample all areas which would be impacted by j the construction of access roads and structure footings, a mitigative testing program was designed in cooperation with the i

PHMC. This program utilized the " stripping" excavation as defined by Hester, Heiser, and Graham (1975), which involves staking out the areas which are to be impacted by construction and conducting a controlled surf ace collection in the primary impact areas. A l tracked gradall with a bucket four feet wide was then used to remove all but one to two inches of the plowzone level. The backfill from the stripping operation was placed off to the sides so that it could be easily replaced after the structure construction. All stripped areas were then flat shoveled and troweled to locate in altu deposits and features.

4 A grid system was established with the aid of a transit, utilizing the center of the structure location as datum. North-south and east-west baselines were laid out with pins placed at intervals of five feet. Each unit within the grid was then given a designation based on direction and distance from datum. Each feature was mapped and photographed prior to excavation. Features were excavated using standard procedures approved by the PHMC.

Features were cross-sectioned along an east-west axis and excavated by halves. The south half was excavated first by arbitrary three-inch levels. Once the south half was completed, the features were cleaned, photographed, and profile drawings were made. Soil samples were taken from the face of the cross-section.

l The north half of the features were then excavated by natural 28 I

levels of deposition or by arbitrary three-inch levels.

Artifacts, charcoal, and soil samples for flotation were retained.

Final feature outlines were then recorded and photographed.

Concentrations of fire-cracked rock were lef t in situ, mapped, photographed, drawn, and excavated by three-inch levels.

H. Laboratory Procedures All artifacts recovered during the course of the survey and excavations were cleaned, inventoried, and classified by type, material, and, when possible, by function and/or cultural j affiliation. Much of the artifact processing was accomplished on days when inclement weather prevented field survey or excavation.

I Historic artifacts were grouped by type, and ceramics were described on the basis of paste, and decoration. Prehistoric artifacts were analyzed using frequencies and percentages for the assemblage as a whole, for artif acts f rom individual sites, and for artifact categories. Tool forms were analyzed on the basis of morphology, and functional assignations were given when possible.

Additional tasks performed as part of the laboratory procedures involved mapping, completion of site forms, photography of all diagnostic artifacts, and flotation of feature fill. The flotation process consisted of water-screening all soil matrices through one-sixteenth inch mesh hardware cloth in order to recover small organic and inorganic remains including microfiskes, seeds, and faunal remains. The remains were recovered by scooping them 29

f d

f rom the water in the screen with a small hand sieve or f rom the I l

bottom of the water screen itself. The flotation samples were then dried and sorted to remove extraneous non-cultural materials.

Seeds were pre-sorted by shape and size under a microscope prior

)

to further analysis. Charcoal was cleaned, sorted, and weighed i before being submitted for radiocarbon dating.

i I *

.t 4

30

I i

l

! V. SUETET RESULTS The following is a structure-by-structure discussion of the survey results beginning at the northernmost portion of the right-of-way l in Montgomery County and ending at the Crosby Generating Station north of Phoeninville in Chester County. The survey results were i i j organized in this manner to facilitate client review and agency l l

licensing, structure locations are indicated in Figure 2. l j

1 A. structuram 1/1 and 1/2 I i

Located in Montgomery County, these two structures are situated within the boundaries of the Limerick Nuclear Generating Station j on the east bank of the Schuylkill River. These structure I locations were previously surveyed in 1972 when Bolsinger and i

Humphrev111e conducted an initial archeological survey of the i

{ Limerick Nuclear Generating Station site. Bo'1 singer and

• i i Humphreville (1972:7) concluded that "no archeological sites were 1

j disturbed by the construction of the plant."

B. structuram 1/3 and 1/4 tsite 18 cn 103)

1. Introductions Located across the Schuylkill River from the Limerick Nuclear 1

i Generating Station in East Coventry Township, these two ,

1 transmission line support structures are situated on a large l

l prehistoric site, 36 CE 103. The site is locatad on the i

l Phoenixville, Pennsylvania, 7.5 minute series quadrangle, j approximately 3.5 miles north of spring City, near the town of

Fricks Lock.

31

Roch of the structure footings is situated on a separate floodplain terrace of the Schuylkill River, Structure 1/3 at an approximate elevation of 120 feet above sea level (as1) and Structure 1/4 at an approximate elevation of 130 feet (asi). The first or lower terrace on which structure 1/3 is located is esaprised of a broad expanse of floodplain approximately 500 feet l cide with a slope in the zero to three percent range. The terrace 1015 to 20 feet above the present level of the river and extends brck to a steep scarp which separates it from the second or upper torrace. The upper terrace on which structure 1/4 is located is cceprised of an old floodplain approximately 250 feet wide, also hoving a slope in the zero to three percent range. The scarp coparating the two terraces has a slope of approximately 12 porcent (Appendix 5). Both the upper and lower terraces are situated on soils of the Roland silt loan series, with the lower torrace being slightly darker in color due to cula deposits. A 4

weather tower was located approximately 400 feet from the edge of the river adjacent to the scarp. When this tower was constructed, a service road was placed on the upper terrace approximately 350 l foot northwest of Structure 1/4 (Figure 3).

l Avocational archeologists have reported recovering a wide variety l of prehistoric artifacts from the surface of both terraces. These artif acts range in date f rom Early Archaic (c.8,000 B.C.) through the Late Woodland (c.A.D.1550).

32 ,

e

-n-- . ...,,e,-, -., -,.n-.w-,~m,, , v n, -e- - , - , , , ---r--m- -,-.e - , , , -

e- ,-- -,- -< - - - -

.- . ~ . - - . _ - -

c i

I i 2. Phase I I

{;

A Phase I survey was conducted to confirm the site's location.  !

i

, With ground visibility in the 60 to 80 percent' range, the survey j resulted in the recovery of 81 prehistoric artifacts. Of these 81 artifacts, 59 were debitage, five were fire-cracked rock, and 17 ,

were flaked tools. No diagnostic artifacts were recovered during  !

I j the Phase I surface reconnaissance.

t

3. Phase II

I The site was subsequently subjected to Phase II surface and j subsurface testing. Cultural materials from the upper and lower

terraces of the site were collected and bagged separately. Ground visibility was in the 60 to 80 percent range. The controlled surface collection on the lower terrace (Structure 1/3) produced a total of 305 artifacts of which 254 were classified as debitage,  ;

i ,

j 27 fire-cracked rocks, two hammerstones, and 16 flaked tools, t

including six diagnostic projectile points. The diagnostic  ;

I

artifacts include two Bare Island-like projectile points and two i Poplar Island projectile points of Late Archaic derivation i

j (c.3,000 B.C. to c.1,0 0 0 B.C.) , and a Madison triangle of Late '

1

Woodland derivation (c.A.D. 1000 to c.A.D. 1550) (Plate 18)'(c.f.

l i Ritchie 1971:14, 33, 44-45). Twelve historic artifacts were'also recovered.

The Phase II surf ace collection on the upper terrace (structure 1/4) produced 190 prehistoric artifacts including 164 ' ' identified as debitage, eight fire-cracked rocks, one hammerstone, and 17 flaked tools, which included one Madison projectile point (c.f.

i i

l- 33 l

a - . -- . . -- - - - - . - - - - . - ..- -

Ritchie 1971:33) of Late Woodland derviation (c.A.D. 1000 to c.A.D. 1550) (Plate 18). Six historic artifacts were also recovered.

4 Thirteen Phase II test units were excavated, eight on the lower terrace and five on the upper terrace. These were placed along the proposed centerline of the right-of-way and were measured from the guidewire footing located 250 feet south of the weather tower (Figure 3).

i Test Units 1 a*nd 2 (Figures 4 and 5) were excavated on the scarp separating the terraces. Profiles revealed sandy clay plowzones (10 YR 4/3), six to eight inches thick, underlain oy a mottled silty clay (10 YR 5/6), 11 to 14 inches thick. Unit 1 could not be excavated below 22 inches due to water seepage. Unit 2 was excavated to a depth of 26 inches where a terra cotta drainpipe was encountered, indicating recent disturbance. The plowzone

~

level of Unit 1 produced three prehistoric artif acts, including -

one flake with cortex, one shatter fragment, and one fire-cracked rock. One historic artif act was also recovered f rom this level.

Two fire-cracked rocks were recovered from Level 2. The plowzone level of Unit 2 produced one fire-cracked rock and two historic artifacts. Three historic artifacts were recovered from Level 2 and one fragment of terra cotta drainpipe from Level 3. .

Unit 3 (Plate 4), which is representative of the units excavated on the lower terrace, was located northeast of the weather tower, footing (Figt* e 4). Excavation of this unit revealed a plowzone, 11 inches thick, of sandy clay (10 YR 3/2). This unit was 34

I l '

s excavated to a river cobble deposit encountered at a depth of 59 inches. The only artifact recovered from Unit a was one fire-cracked rock in the plowzone level. Level 2 consisted of a stratum five inches thick of silty clay (5 YR 4/4) followed by five inches of slightly mottled silty clay (5 YR 3/3), ten inches of slightly mottled silty clay (10 YR 5/6), 20 inches of sandy clay with some mineral staining (5 YR 4/4), and eight inches of nandy clay (7.5 YR 5/4), containing river cobbles. Water was encount,ered at a depth of 48 inches.

- Test Unit 11 (Figure 3) was located approximately 25 feet east of the structure footing 1/3. This test unit produced a soil profile consisting of a culm/ humus deposit (10 YR 2/1) seven inches thick which produced one fire-cracked rock. This was underlain by 12 inches of silty clay loam (10 YR 3/1). This second level produced 53 prehistoric artifacts, 23 of which were classified as debitage, 27 fire-cracked rocks, and three utilized flakes. Level 3 consisted of 18 inches of mottled slightly silty clay (7.5 YR 4/4 with 10 YR 3/1) with small pebbles. Forty-four prehistoric artifacts were recovered from this level. Level 4 consisted of 25 inches of slightly silty clay with pebbles (7.5 YR 4/4), which was underlain by four inches of cobbles and shale. No artif acts were recovered from Level 4. A total of 130 prehistoric artifacts and 35 historic artif acts wera recovered from the eight Phase II test units on the lower terrace.

35

The upper terrace units produced a different stratigraphic profile than those on the lower terrace. Unit 4 (Figure 5) had a plowzone only four inches deep and composed of a sandy clay (10 YR 4/4).

The modern plowzone was underlain by seven inches of historic plowzone composed of sandy clay with large river cobbles (10 YR 4/4), which produced two flakes, one hammerstone, and one historic artifact. Level 3 was five inches deep and produced 16 artifacts of prehistoric derivation, including four waste flakes without cortex, two shatter fragments, three utilized flakes, one retouched and utilized flake, and five fire-cracked rocks. One Bare Island-like projectile point (Plate 18) (c.f. Ritchie 1971:14-15) of Late Archaic derivation (c.3,000 B.C. to c.1,00 0 B.C.) was also recovered from this level. Level 4 consisted of 24 inches of sandy clay with mineral deposits and mottling (5 YR 4/4). It was underlain by eight-inches of sandy clay (7.5 YR 5/4).

Water was encountered at 44 inches below surface.

Test Unit 8 (Figure 5, -Plate 5) was located 200 f eet west of the weather tower footing and is representative of the stratigraphy encountered on the upper terrace. A total of 133 prehistoric artifacts end one historic artifact was recovered from the test units excavated on the upper terrace. Ten flakes and shatter fragments were recovered from the plowzone which was five inches thick and consisted of slightly sandy silty clay (10 YR 4/4). JThe following levels consisted of 15 inches of silty clay _with decaying rock (7.5 YR 5/46) and six inches of silty clay (5,YR 4/6). ,ys 36 a___ . . . _

i

Based on the floodplain setting of the site and the high artifact density, it was determined that the site had a relatively high potential of containing in situ prehistoric deposits. Anticipated impacts to the site were determined in consultation with the Engineering, Construction, and Real Estate Departments of PECo and mitigative measures were decided upon accordingly. Following consultations between PHMC and PECo, a Memorandum of Agreement was developed which outlined the mitigative measures to be applied to the areas of direct impact at Site 36 CH 103.

4. Data Recovery:

a.

Introduction:

The areas of direct impact at Site 36 CH 103 consisted of one structure location and an access road located on the lower terrace, and one structure location on the upper terrace (Figure 3). A total of 7,000 square feet of surf ace area was examined on the lower terrace (Figure 6) and 2,300 square feet were examined on the upper terrace (Figure 11).

f Phase III data recovery procedures consisted of a controlled surface collection accomplished by dividing the impact areas into equal segments. Once the controlled surface collection was completedi subsurface testing procedures were implemented. A flat bucket gradall was used to remove the plowzone level (Plate 6).

All stripped areas were cleaned with hand tools and a grid was established. Each feature encountered was drawn in plan and photographed prior to excavation.

9 37

b. Stratigraphy:

The geologic investigation of the site was conducted by Dr. Daniel l

Wagner of Geo-Sci Consultants. The following is a synopsis of the results of the investigation as presented in Appendix 5. The stratigraphy of the site can be addressed by dividing the site into three units: the lower terrace, the upper terrace, and the scarp. Strata were defined and examined by means of backhoe trenches excavated parallel to the river in areas previously excavated by the archeological field team. Soil samples were retained and subjected to particle size analysis.

(1) Lower Terrace The soils of the lower terrace consist mostly of silty deposits i which mantle the surf ace to a depth of approximately 40 inches.

An argillic horizon encountered at a depth of 40 inches contained a high content of clay. This horizon was underlain by stratified gravels and sands which were deposited during the Pleistocene.

t The argillic horizon suggests an age of about 10,000 years and points to a relatively stable surface throughout most of the Holocene.

(2) Upper Terrace The soils of the upper terrace are strongly developed and appear to be of considerable age. The stratigraphy revealed that the A and B horizons were approximately six feet thick. A well-developed argillic horizon with a very high clay content was l encountered at a depth of one to three feet. It is estimated that the upper terrace has been stable for at least 10,000 to 12,000 l

l 38 l

years, the time which would be required to achieve the degree of argillic horizon development present in the stratigraphic profile.

(3) The Scarp Stratigraphic analysis of the scarp revealed weakly developed soil horizons and several episodes of deposition.. Examination of the argillic horizon suggests a weathering duration of no more than 4,000 years. It is believed that this area was derived as a small flood scour channel of the Schuylkill River.

The stratigraphy of the upper terrace reveals that little or no deposition has occurred during the Holocene, and therefore the terrace is of Pleistocene age and possibly older. The stratigraphy of the lower terrace indicates that point bar and overbank deposition has resulted in the accumulation of relatively shallow deposits of alluvium during the Holocene.

c. Artifacts:

(1) Historic Artifacts A total of 104 historic artifacts was recovered from the upper and lower terraces of 36 CH 103. Eighty-seven of these artif acts were recovered from surface contexts and 17 were recovered from feature contexts. The deposition. pattern of the historic artifacts appears to be random. The artifacts recovered from surface contexts are incidental field scatter, while those recovered in feature contexts were often mixed with prehistoric materials and are considered to be intrusive. The artifacts ranged in date from 39

the early nineteenth century to the present and were composed of ceramic sherds, fragments of bottle glass, and miscellaneous architectural debris consisting of nails and brickbats.

(2) Prehistoric Artifacts

)

A total of 1,494 prehistoric artif acts was recovered, including 1,214 from surface contexts and 280 from subsurface contexts. As illustrated in Table 1, the prehistoric artif acts consisted mostly of debitage (72 percent) which included waste flakes, cores, and shatter, flaked tools (10 percent) consisting of unifacial and bifacial tool forms, and non-flaked tools (one percent) consisting of hammerstones, pitted stones, and pestles. The remaining artifacts (17 percent) are fire-cracked rock. The lithic materials represented in the assemblage consist mostly of jasper (35 percent), quartzite (29 percent), quartz (21 percent), and lesser amounts of chert, argillite, rhyolite, and miscellaneous local and non-local materials (Table 2).

The tool category includes diagnostic and non-diagnostic flaked bifaces, flaked unifacial tools, and non-flaked tools. Diagnostic projectile point types include the following:

Bifurcated Projectile Points (Ritchie 1971:115) (Plate 20):

One jasper bifurcate with slightly excurvate/ serrated edges was recovered from the upper terrace of the site. This projectile point is representative of-the Early Archaic-cultural period.

~

Stanly Projectile Points (Coe 1964:36) (Plate 19): .A single 40

jasper specimen of this type with a straight stem, triangular blade element with straight, slightly serrated edges was recovered from Section A of the structure location on the lower terrace. This projectile point is representative of the Middle Archaic cultural period.

Bare Island Projectile Points (c.f. Ritchie 1971:14) (Plates 18,19, and 20): Seven specimens of this type were recovered f rom the upper and lower terraces of the site. Three were made of quartz, three of quartzite, and-one of jasper. These projectile points are diagnostic of the Late Archaic cultural period.

Poplar Island Projectile Points (c.f. Ritchie 1971:44) (Plates 18,19, and 20): Six specimens of this point type, which is a variant of the contracting stem type, were recovered from both I

terraces of the site. Three were made of quartz, two of argillite, and one of jasper. These projectile points are diagnostic of the Late Archiac' cultural period.

l Broadspear Projectile Points (Witthoft 1953:6) (Plates 19 and 20): Eight specimens of Perkiomen and Susquehanna broadspears, diagnostic of the Transitional cultural period l were recovered from the upper and lower terraces of the site.

Three specimens were made of jasper, three of quartzite, one of j chert, and one of argillite.

41

~ _ ~ __ . . _ _ ..

Orient Fishtail Projectile Points (c.f. Ritchie 1971:39)

(Plates 19 and 20): Two chert specimens of these projectile I

points of Transitional cultural affiliation were recovered from the site, one f rom the upper and one f rom the lower terrace.

4 Rossville Projectile Points (c.f. . Ritchie 1971:46) (Plate 19):

i A single argillite specimen of this point type, which is a i variant of the Contracting Stem type, was recovered f rom the upper terrace of the site. This projectile point is representative of the Early Woodland cultural period.

Badin Projectile Points (Coe 1964:46) (Plate 20): A single quartzite specimen of this large, Middle Woodland, triangular projectile point type was recovered from the lower terrace of the site.

Madison Projectile Points (Ritchie 1964:33) (Plate 20): Two quartz specimens of this Late Woodland triangular point type were recovered from the upper terrace.

The non-diagnostic tool forms include the following:

Bifacial and Unifacial Flaked Tools:- 192 flaked tools were

, recovered f rom ;the upper and lower terraces. This category includes f ragmentary projectile points, blanks, and preforms-which are tools in an early stage of manuf acture,' all purpose cutting and scraping tools used'in the' processing of faunal resources, and specialized . tool forms such as scrapers,

'spo'keshaves, and drills.

42

Non-flaked tools: Non-flaked tools include hammerstones used in the manufacture of other stone tools,and pestles and pitted stones used in the processing of floral rescurces.

The percentages of tools recovered f rom the upper and lower of the site (Table 1) are consistent. Lithic materials recovered f rom the terraces also correlate closely when compared to each other and to the percentages obtained for the site as a whole (Table 2).

The tools recovered from the site evidence floral and faunal processing, tool manufacture, and refurbishing. Absent from the assemblage are artifacts relating to the procurement of riverine resources, such as net sinkers. The distribution of artif acts over the site appears to be random. Artifacts of all types and cultural af filiation were dispersed over wide areas of the site with little or no evidence of clustering within discrete activity areas. The lack of patterning in the distribution of artif act types and lithic materials is probably due to sampling bias, plowing, and to the extensive collecting activities of avocational archeologists,

d. Features:

, (1) Introduction Seventy-seven features were investigated at Site 36 CH 103, including 40 located on the lower terrace and 37 on the upper terrace. Of these, 45 were determined to be of natural origin and included animal. disturbances, tree molds, and ~ shallow stains resulting from plowzone leaching and.the clearing of land for.

43

l l

agricultural purposes (Tables 3 and 4). The 32 features determined to be of cultural origin include 22 historic and ten prehistoric features. Four prehistoric and nine historic features were located on the lower terrace (Table 3). Six prehistoric and 13 historic features were located on the upper terrace (Table 4).

(2) Historic and Modern Features The historic features include Features 1, 6, 7, 8, 22, 23, 38, 39, and 40 which were located on the lower terrace (Figure 6) and Features 2, 3, 4, 7, 8,19, 21, 22, 28, 29, 30, and 37 which were located on the upper terrace (Figure 11).

Features 1, 6, 7, and 8, located on the lower terrace, were small rounded postholes ranging in diameter f rom four to eight inches and from four to 12 inches in depth. These postholes were straight-sided with rounded to pointed bottoms. Features 22 and l l

23 were postholes, sub-rectangular in outline with an average length of 14 inches and an average width of 10 inches. Both features were six inches deep with straight sides and flat bottoms. The three remaining historic features on the lower terrace, numbers 38, 39, and 40 (Figure 6), were modern pipe trenches. The fills of the postholes consisted of dark brown silty clays, while the fills in the modern pipe trenches consisted of dark brown to black silty clays containing coal slag and f ragments of terra cotta drain pipe. The pipe trenches were not excavated since their origin had been established earlier in the investigation. No artifacts were recovered from the historic features on the lower terrace.

44

Of the 13 historic features located on the upper terrace, 11 were determined to be postholes, including Features 2, 3, 4, 7, 8, 19, 21, 22, 30, 32, and 37 (Figure 11). All of these features were encountered at the surface of the subsoil level and ranged in depth from four to 17 inches. With the exception of Feature 3, lengths ranged f rom 12 to 19 inches, while widths were in the 11 to 18 inch range. Feature 3 was smaller with a diameter of seven inches. The two remaining features, 28 and 29, were pipe trenches. Feature 28 was a shallow, irregularly-shaped trench which contained a terra cotta pipe. This pipe was buried only two to three inches below the surface of the subsoil. Feature 29 was not excavated. Historic and prehistoric artifacts were recovered f rom the fills of all the historic features located on the upper terrace.

(3) Prehistoric Features The four prehistoric features located on the lower terrace include three postholes, Features 2, 4, and 10, and one pit feature, Feature 9 (Figure 6).

Feature 2 was located in Section 8 of the access road at grid designation ~365W5 (Figure 6). The feature was oval in plan and was nine inches long and seven inches wide. The walls of the posthole tapered inward to a rounded bottom with a depth of seven inches (Figure 7). The feature fill was composed of mottled light brown silty clay containing small pockets and flecks.of charcoal (7.5 YR 6/4). No artifacts were recovered.from Feature 2.

Feature 4 was also located in Section 8 of the access road at 45

S360W5 (Figure 6). The feature was oval in plan, with a length of five inches and a width of three inches. It was seven inches deep I with steep-sided walls which came to point (Figure 8, Plate 9).

The feature fill was composed of brown silty clay with particles of charcoal throughout (10 YR 5/3). The profile of the posthole indicated that the actual post was slightly smaller than the section excavated, probably due to organic leaching from the post.

No artifacts were recovered from Feature 4.

Feature 9 was located at S250E5 in Section 5 of the access road (Figure 6). The surf ace outline of the feature was dif ficult to define at first due to animal disturbance. Once the first inch of the feature was removed, the outline of a pit feature appeared.

This f eature is oval in plan with a maximum length of 13 inches and a maximum width of ten inches. The walls of the pit sloped gently inward to a rounded bottom, forming a bowl-shaped depression six inches deep. A large cobble was encountered at the bottom of the feature (Figure 9). The feature fill was composed of light brown silty clay (7.5 YR 6/4). No artifacts, ecofacts, or charcoal were recovered from Feature 9. Feature 10 was located at S245WS in Section 5 of the access road (Figure 6). The feature was circular with a diameter of seven inches and a depth of six inches. The walls of the feature curved inward to form a rounded bottom (Figure 10). The feature fill was composed of light brown silty clay containing a few flecks of charcoal (7.5 YR 6/4). No artifacts were recovered from Feature 10, 46

Of the six prehistoric features located on the upper terrace, five were postholes an'd one was a hearth. They are described individually as follows.

Feature 1, located in Unit N35W5 (Figure 11), was a small charcoal concentration surrounded by staining. The charcoal concentration was five inches in length and two inches in width, with a maximum depth of two inches. The surrounding stain had a length of 15 inches, a width of 10 inches, with a maximum depth of five inches.

In section, the stain had a rounded, slightly-irregular bottom (Figure 12). One waste flake was recovered from the slightly silty clay feature fill (10 YR 4/3).

Feature 11 was a posthole located in Unit N20W25 (Figure 11). It was approximately 13 inches in length and approximately ten inches .

in width, with a maximum depth of ten inches. . Unlike Feature 1, this posthole had a pointed bottom with one wall gradually tapered and the other steep-sided (Figure 13). Feature fill consisted of a slightly silty clay (10 YR 5/4) mixed throughout with flecks of charcoal. Ten prehistoric artifacts, consisting of debit' age, were recovered from the feature.

Feature 17, located in Unit N20W5 (Figure.11), was composed 'of a

.small charcoal concentration.- This charcoal -(10 - YR - 2/1) formed.a circle in plan with-a diameter of six inches-and a maximum-depth of 15 inches. This steep-sided feature had-a. pointed bottom, however, and this.' point was twisted and curved in the form of 'a hook (Figure 14 and Plate.10). It -is possible'that this post was 47

green and/or water logged at the time it was driven into the ground, and the twisting occurred when the point of the post i

encountered a compact subsoil level containing shale. One waste I flake was recovered from the feature.

1 l

i Feature 31, situated in Unit N20E35 (Figure 11), was a circular posthole with a diameter of approximately six inches. In section the feature had a maximum depth of six inches with steep sides tapering to a pointed bottom (Figure 15). Feature fill consisted of some charcoal flecks in a matrix of slightly silty clay (10 YR 5/4). Two body sherds of unidentifiable grit-tempered, exterior cord-marked pottery were recovered from the feature.

Feature 35, located in Unit N10E25 (Figure 11), was identified as a hearth consisting of a cluster of approximately 120 fire-cracked rocks, primarily composed of quartzite and sandstone. The feature, which was contained within the unit except for one or two scattered rocks, was approximately five feet in length and two and one-half feet in width, with a depth of three to four inches (Figure 16, Plate ll). A majority of the fire-cracked rocks i appeared to be clustered in the northern section of the unit l

(Plate 12). A few rocks located south of the main rock concentration indicated that the surface of the feature had been partially disturbed by plowing. A concentration of charcoal was present in association with the rock clustering in the northern l section. Charcoal flecks and organic staining were apparent l throughout the feature fill. In addition to the fire-cracked l

l 48

rocks, 32 artifacts were recovered from the feature, including 27 waste flakes and five fragments of shatter.

Feature 36, located in Units N20E40 and N25E40 (Figure 11), was a shallow posthole. Roughly oval in plan, this feature had a length of 12 inches and width of eight inches with a maximum depth of three inches. In section, gently tapering sides form the pointed bottom of the feature (Figure 17). As with other postholes previously described, feature fill consisted of slightly silty clay mixed with charcoal flecks (10 YR 5/4). Ten artif acts were recovered from Feature 36, including unidentifiable sherds of quartz-tempered pottery, waste flakes, and fire-cracked rock.

e. Cultural Chronological Evaluation (1) Radiocarbon Dating Four radiocarbon samples were submitted to Beta Analytic, Inc. for ,

analysis. The results, expressed in radiocarbon age and as corrected using the MASCA dendrochronological calibration (Ralph, et AL 1974), are presented in Table 5.

I Feature 4 f rom the lower terrace (Sample #4, Beta 8497) yielded a MASCA corrected range of A.D.1420 to A.D.1470-1500. Feature 17 (Sample #1, Beta 8494) from the upper terrace was subjected to extended counter time and yielded a MASCA corrected range of _ A.D. I 1

1030 to A.D. 1300, and Feature 35 (Sample #3, Beta 8496) yielded a I l

MASCA corrected range of 2,600 B.C. to 2,180 B.C. Feature 30 (Sample 42, Beta 8495) was subjected to extended counter time due 49

to the small amount of carbon extracted f rom the sample. In spite of the extended counter time, it was not possible to reduce the statistical margin of error in this sample. The date obtained was modern, which is defined as being no earlier than A.D. 1700.

(2) Cultural Periods The cultural periods represented at Site 36 CH 103 span the Early Archaic (c.8,00 0 B.C.) through the Late Woodland (c.A.D. 1550).

Identification was based on 38 diagnostic projectile points recovered from the site and three radiocarbon-dated features.

The Early and Middle Archaic periods at the site (c.8,000 B.C. to c.3,0 0 0 B.C.) are each evidenced by a single projectile point.

The Early Archaic period is represented by a jasper bifurcate and the Middle Archaic period by a stemmed jasper Stanly projectile point. The ephemeral evidence of these early cultural periods is indicative of transient occupations.

The Late Archaic period of the site (c.3,000 B.C. to c.1,000 B.C.)

is represented by 19 diagnostic projectile points which include nine Bare Island projectile points and ten Poplar Island projectile points. It is also evidenced by Feature 35, a hearth which was radiocarbon dated 2,600 B.C. to 2,180 B.C. (Table 5).

The Transitional period (c.2,0 0 0 B.C. to c.1,0 0 0 B.C.) is also

-well represented. Chronologically overlapping with the Late Archaic, this period is represented by ten diagnostic projectile points which include eight broadspears and two Orient Fishtails.

50

The Early-Middle Woodland (c.1,000 B.C. to c.A.D.1000) period at Site 36 CB 103 is represented by a single diagnostic projectile point. Although the artifacts representative of this period 1

appear to be few in number, it is probable that many of the untyped projectile points recovered in the course of surface 1

collection are representative of this cultural periods.

The Late Woodland period (c.A.D. 1000 to c.A.D. 1550) is represented by five Madison projectile points and is further evidenced by two radiocarbon dated features. The dates were i obtained from features identified as postholes, including Feature

. 17 on the upper terrace, dated f rom c.A.D. 1030 to c.A.D. 1300 (Table 5), and Feature 4 on the lower terrace which -dates from c.A.D. 1420 to c.A.D.1470-1500 (Table 5).

C. structure 1/5 (site 36 ca 382)

This structure is located 20 feet east of the existing railroad

( right-of-way (Plate 13). Two Phase II subsurface test units were l placed on either side of the tracks to determine whether Site 36 1

l CH 382, which was located in a plowed field to the west of the right-of-way, extended into the right-of-way. The site was subjected to a controlled surface collection. Seventy-four prehistoric artifacts were recovered from the site, including one quartzite projectile point of Late Archaic / Transitional derivation (c.3,000 B.C. to c.1,0 0 0 B.C.) .

A test unit excavated on the westerly side of the right-of-way (Figure 18) was placed 30 feet off_of the center line of the 51 l

right-of-way and excavated to a depth of 35 inches. A humic plowsone level, which was four inches in depth, contained 11  ;

prehistoric artifacts, including nine flakes, one fragment of quartzite shatter, and one quartzite biface. Level 2 consisted of a subsoil level nine inches thick which was comprised of silty clay with some large and small pebbles (7.5 YR 3/4) and contained l no artifacts. No artifacts were recovered Iron Level 3, which was 17 inches thick and comprised of clayey silt with sand and d2 composing rocks (7.5 YR 5/4), nor were artifacts recovered fron Level 4, five inches of sandy silt (5 YR 3/4). The test unit to l

I the east of the right-of-way was placed at the location of the

, proposed structure footing (Figure 2, Plate 13). Located at the odge of the railroad ballast, this test unit was excavated to a

dopth of 60 inches (Figure 18). Eight distinctive soil levels wore encountered, including 12 thick of cula deposit (5 YR 2.5/1) , five inches of sandy clay with very compacted railroad ballast (5 YR 4/3), seven inches of very sandy clay with decomposing rock (5 YR 5/3), and eight inches of slightly sandy clay (5 YR 5/4). These levels were underlain by four alternating levels of mottled sandy clay (5 YR 5/3 and 5 YR 5/6) and sandstone

(5 YR 6/6 and 5 YR 3/4). Historic artifacts were recovered from l Lovels 1 and 2 of this test unit. Evidence of railroad disturbance in the form of slag, brick, and cinder was noted in the first 22 inches of the unit. The levels below 22 inches were davoid of artifacts. Although it ~was determined that 36 CE 382 did extend into the westerly portion of the right-of-way, the test unit excavated to the east at the structure location failed to produce any artifacts, and the profile recorded for.the unit 52 I

evidenced severe disturbance.

D. Structures 1/6. 1/7. 1/8. 2/1. and 2/2 These proposed structure footings are located on the eastern edge of the right-of-way. The fields east and west of the right-of-way were subjected to Phase I pedestrian survey. Surface visibility at the time of survey was in the 80 to 100 percent range. No artifacts of either historic or prehistoric derivation were recovered. In addition to negative survey results, visual inspection revealed that the railroad had been cut approximately ten feet below original grade.

• E. Structure 2/3 (Site 36 CH 105)

Phase I survey was conducted in the cultivated fields on both sides of the railroad right-of-way. Visibility at the time of survey was in the 80 to 100 percent range. No artifacts were recovered from 36 CH 105, a site which had been previously recorded by avocational archeologists. They reported finding Late Woodland (c.A.D. 1550) pottery and associated projectile points from this site. A test unit was placed at the proposed structure location to determine whether 36 CH 105 extended into the right-of-way. The test unit was excavated to a depth of 72 inches. No artifacts were recovered from the eight levels which included five inches of culm deposit (5 YR 2.5/1), a one-inch layer-of silty clay (2.5 YR 3/6), seven inches of clay with silt, sand, and large railroad ballast fragments (5 YR 3/2), two inches of sand (7.5 YR 5/6), seven inches of slightly sandy clay (7.5 YR 4/4), nine l

inches of slightly sandy silt (7.5 YR 5/4), nine inches of 53 l

cottled sandy clay (7.5 YR 5/4 with 7.5 YR 5/8), and 18 inches of olightly clayey sand (5 YR 4/4). The first 24 inches of the test unit contained coal, slag, and decaying ballast. Excavation of this test unit indicated that 36 CH 105 does not extend into the right-of-way.

P. Structures 2/4. 2/5. and 2/6 These structures are all located in the railroad ballast east of an oxisting service road which parallels the railroad right-of-way.

The fields adjacent to the right-of-way were subjected to Phase I pedestrian survey. No artifacts were recovered. Visual inspection indicated that the area had been severely disturbed by sxcavation and landfill activities.

G. Structure 2/7 (Site 36 CH 106)

The fields on both sides of this structure location (Plate 14) were subjected to Phase I survey. The field on the westerly side of the right-of-way was planted in winter wheat and was flooded at the time of the survey. No artif acts of historic or prehistoric darivation were recovered. Surface visibility in the f,ield to the east was in the 60 to 80 percent range and historic artif acts were recovered. A prehistoric site, 36 CH 106, had been recorded east of the right-of-way. A test unit was excavated at the structure location to determine whether 36 CH 106 extended into the right-of-way. The unit was excavated to a depth of 63 inches, and eight distinctive soil levels were encountered (Figure 19). These soil levels included seven inches of cula deposit (5 YR 2.5/1) 54

I followed by three inches of silty clay with charcoal flecking (10 YR 4/4). Level 3 consisted of four inches of slightly sandy clay I (7.5 YR 5/4), which was underlain by a six inches of sandy clay with organic staining and small river cobbles (7.5 YR 5/6). Water t

was also encountered at this level. Level 5 was nine inches

thick and composed of very sandy clay with organic staining and I

river cobbles (7.5 YR 5/6). It was underlain by Level 6, 20 inches of very sandy mottled clay (7.5 YR 5/6 with 7.5 YR 5/8 and 7.5 YR l 6/6). Level 7 was a very compact layer of mottled sandy clay (5 YR 6/3 and 7.5 YR 5/8) underlain by Level 8, a very compact layer j of clayey sand (7.5 YR 4/4). No cultural material was recovered from this test unit. Through testing it was determined that 36 CE 106 did not extend into the right-of-way.

H. structura 2/8 (site 36 cn 106)

This structure is located in the railroad ballast (Plate 15). The westerly side of the right-of-way has been disturbed by development. A test unit was placed at the structure location and the unit was excavated to a depth of 44 inches (Figure 19). The '

profile recorded for this test unit consisted of six inches of culm deposit (10 YR 4/4), ten inches of clay with coal and rock (5 YR 4/1), eight inches of coal, river pebbles, and decayed railroad ballast (5 YR 2.5/1), and 23 inches of silty clay (5 YR 4/6). Small f ragments of brick and iron were recovered f rom 15 inches below the surface. Water was encountered at.the same level.

55

I. Structures 2/9. 3/1. and 3/2)

These structure footings are located on the easterly side of the railroad right-of-way, in areas which have been severely disturbed l

by construction of the railroad. Structure 2/9 is located at the junction of the main track and a spur. Structure 3/1 is located en the ballast and Structure 3/2 is located between the main track and a siding. No further testing was conducted at these structures locations since visual inspection of the area revealed nossive disturbance from railroad construction.

, J. Structures 3/3. 3/4. 3/5. 3/6. and 3/7 (Site 36 CH 55)

Boginning at Linfield Road in Parkerford, the proposed construction methods include removal of the existing rails and ties and utilizing the ballast as an access road. All structure footings are located in the ballast.

Fields to the east of the right-of-way were subjected to Phase I j curface reconnaissance. No artifacts were recovered in this area.

Paralleling the right-of-way on the westerly side is Route 724, Now Schuylkill Road, with a narrow strip of f allow land between the road and the railroad. Site 36 CH 55 is located west of and adjacent to Route 724. Borrow pitting activities during construction of both the highway and the railroad have severely disturbed the eastern portion of the site, thereby precluding the possibility that any portion of 36 CH 55 extends into the right-cf-way.

l 56

1 K. structura 3/8 (site 36 CH 56)

Site 36 CB 56 is located east of this structure location (Plate 16). The site was subjected to a Phase I surface collection.

l Ground visibility at the time of survey was in the zero to 20 percent range. One prehistoric artifact and eight historic artifacts were recovered. Avocational archeologists have reported finding artifacts ranging in date from the Early Archaic (c.8,000 B.C.) through the Late Woodland (c A.D.1550).

I The site was divided into three equal areas and was subjected to a Phase II surf ace collection. designated as Areas 1, 2, and 3. A 2

total of 180 prehistoric artifacts was recovered. Area 1 produced 27 prehistoric and nine historic artifacts, Area 2 yielded 94 4

prehistoric and 25 historic artifacts, and 59 prehistoric and 18 historic artifacts were recovered from Area 3.

2 Through visual inspection it was determined that the structure is

located on railroad ballast which extends well below original

) grade. Surface collection indicated that the site extends to the

.I

right-of-way. To determine whether the site extended to the

westerly side of the right-of-way, a test unit was excavated to a depth of 44 inches. Debitage was recovered from 10 inches of plowsone, which was composed of sandy silty loan (7.5 YR 3/4). No artifacts were recovered from the four subsoil levels of sandy and silty clays (7.5 YR 4/4, 5/4, 5/6, and 5 YR 4/6 with 5/6). The structure footing was relocated to the westerly side of the railroad ballast to prevent any further destruction of the site on the easterly side of the right-of-way.

57 4

y, -. e v _ w iw

,--o-- -w+w m -m-n--

L. Structuram 3/9. 3/10, 4 /1, 4/2, 4/3, 4/4, 4/S, and 4/6)

These eight structure footings are located on the railroad ballast in a curvilinear segment of right-of-way six miles in length which hos been severely altered by the construction of the railroad.

Cross-sections of bedrock, rising to 200 feet above sea level, parallel the right-of-way on the westerly side of the tracks.

These sections indicate that a large amount of rock and soil has boen removed, resulting in a severely altered topography. The easterly side of the right-of-way has a steep drop of cpproximately 40 feet to the banks of the Schuylkill River, indicating that the railroad was built into the side of a steeply cloping hill. During this type of construction, any cultural resources which may have been present in the area have undoubtedly bcen destroyed. No further testing was conducted at these structure locations.

M. Structures 4/7. 4/8. 4/9. 4/10. 5/1. and 5/2 (36 CH 43 and Site 36 CH 111)

Located on the railroad ballast through a curvilinear section of the right-of-way, these six structures are located west of two previously recorded prehistoric sites, 36 CH 43 and 36 CH 111.

These floodplain sites were both planted in corn at the time of the survey with visibility in the 60 to 80 percent range. Both cites were subjected to Phase I surface reconnaissance.

Site 36 CH 43 produced one prehistoric artif ac't, a quartz flake.

36 CH 111 produced 49 prehistoric and four historic artifacts.

Thirty-seven of the prehistoric artifacts were classified as 58

debitage, seven were bif ace f ragments, three were fire-cracked rock, and one was a quartzite projectile point typed as a Poplar Island (c.f. Ritchie 1971:44-45) (Plate 23) of Late Archaic derivation (c. 3,0 0 0 B.C. t o c.1,0 0 0 B.C.) . Through surface collection, it was determined that Sites 36 CH 43 and 111 do not extend into the right-of-way.

The area directly east of the right-of-way at Structures 4/9 and 4/10 has been severely disturbed by the construction of a sewage treatment plant. The westerly side of the right-of-way near 36 CH 111 directly parallels Spring City Road and has been severely disturbed by the construction of a pumping station. No further testing was conducted at these structure locations.

N. Structures 5/3. 5/4. 5/5. 5/6. 5/7. 5/8. 6/1. 6/2. 6/3. 6/4.

6/5. 6/6. 6/7. 6/8. 7/1. 7/2. 7/3. 7/4. and 7/5) i These proposed structure footings are located on the railroad ballast which has been raised approximately 20 feet above the original grade. This segment of right-of-way also passes through Spring City. Light industrial complexes are located on the periphery of the alignment and have disturbed the westerly side of the right-of-way over a distance of approximately four miles. The areas which have not been destroyed by development were surface collected. The banks of small ephemeral streams along the floodplain adjacent to the right-of-way were inspected; however, no artifacts were recovered. No further testing was conducted in this section of the right-of-way.

59

l

0. structuram 7/s. 7/7. and 7/8 (site 36 CH 393)

At these structure locations, the railroad has been built up approximately 20 feet above the floodplain on the westerly side of the right-of-way, while the easterly side has been disturbed by grading.

! Prehistoric site 36 CE 383 was located west of the right-of-way and was planted in winter wheat at the time of survey. Surface visibility was in the 80 to 100 percent range. Five historic artifacts were recovered from this site. A total of 269

. prehistoric artifacts was recovered, which included 238 artifacts classified as debitage,13 bif ace f ragments, two unif aces, four

! retouched flakes, six retouched / utilized flakes, and three fire-

, cracked rocks. Three diagnostic projectile points were also l recovered and include a Brewerton side-notched point (c.f. Ritchie 1971:19) (Plate 19) dating to the Middle Archaic (c.6,000 B.C. to c.3,0 0 0 B.C.) and two Late Woodland (c.A.D. 10 0 0 - c. A.D. 1550)

Madison points (c.f. Ritchie 1971:33) (Plate 24). Visual l

inspection indicated that 36 CH 383 had at one time extended into l

l the right-of-way. Approximately five feet of plowzone and subsoil levels were removed during railroad construction. Examination of the exposed banks of the cut failed to produce artifacts, indicating that any portion of 36 CB 383 which may have been located in the right-of-way has been destroyed.

l P. structura 7/9 tsita 3a Cn 47)

L:cated in the railroad right-of-way, this structure location.is cdjacent to 36 CR 47, which is situated in a cultivated field on 60 9

- - - . . . _s.

the westerly side of the right-of-way. The site was subjected to a Phase I surface reconnaissance with ground visibility in the 60 to 80 percent range. No artif acts were recovered f rom the site.

Due to negative cultural evidence combined with severe. disturbance f rom railroad construction, no further testing was conducted at this structure location.

Q. Structures 8/1. 8/2. 8/3. and 8/4 These four proposed structure footings are located in an area which has been severely disturbed by railroad construction. The right-of-way at this point contains nine sets of railroad tracks which run parallel to one another. Visual inspection clearly indicated that severe disturbance has occurred in this section of the right-of-way. No testing was conducted in this area.

R. Structures 8/5 and 8/6 i These two structure locations are located to the east of the railroad at the Cromby Generating Station (Plate 17). Visual inspection revealed that this area has also been disturbed by activities which were conducted to level the ground for construction of both the generating station f acilities and the numerous transmission lines which lead into it.

l t l

i

, 61

l l

l l

VI.

SUMMARY

AND CONCLUSIONS The field survey of the 220-61 Transmission Line covered .8.53 linear miles of right-of way including 68 support structure locations. Ten archeological sites were considered during the ,4 investigation. Five sites, 36 CH 43, 56, 103, 106, and 111,'are multi-component sites located in floodplain settings. Sites 36 CH 56, 103, 106, and 111 contain projectile points, and ground stone tools, diagnostic of Errly Archaic through Late Wocdland Periods.

In addition, sites 36 CH 43 and 111 are reported to contain Paleo-Indian components and site 36 CH 103 contains pottery.. Sites located in upland settings include 36 CH 47, 55, 1_05, 382, and 383. Sites 36 CH 47 and 382 are single component sites of Late Archaic affiliation. Early, Middle, and Late Archaic components are evidenced at site 36 CH 105, while sites 36 CH 55 and 383 contain Early-Middle and Late Woodland components.

~

s

?

Of the 68 support structure locations, 61 were focn'd to be devoid of archeological resources. Two of these are located within the boundaries of the Limerick Nuclear Generating Station, 57-are;f .

! located in existing railroad rights-of-way, and two are locat~ed

8 ,

within the boundaries of the Cromby Generating Station. i i N l

T.

Phase I surface reconnaissance and existing data 2research l indicated the presence of archeological materials .in clo s e'L #

proximity to the remaining seven structure locations. Phase II' surf ace collections and test excavations werec conducted at these $

i.4*

seven locations to further define the nature and extent of the 62

. r c-

.y

/

1 F

e J

ar'cheological materials. Based on the Phase II testing, it was determined that potentially significant archeological sites do not ;

extend into the proposed locations of Structures 1/5, 2/3, 2/7, 2/8, and 2/9. Accordingly, construction of these structures will have no effect upon significant archeological resources.

The remaining two structure locations, 1/3 and 1/4, vere found to be within the boundaries of site 36 CH 103, a significant

, archeological resource. Archeological data recovery was undertaken to mitigate potential adverse effects to the site.

!- 'Since the data contained at these two structure locations were t'acovered, construction of Structures 1/3 an'd 1/4 is expected to have no adverse effect upon site 36 CH 103.

To conclude, the archeological investigation described herein has been conducted in accordance with procedures agreed to by PECo and PHMC to insure the adequate consideration of significant 1

archeological resources. Accordingly, construction of the proposed 220-61 Transmission Line is expected to result in no adverse effect to significant cultural resoures.

1 63

VIII. REFERENCES CITED Berg, Thomas M. and Christine M. Dodge (ed.)

1978 Atlas of Preliminary Geologic Ouadrangle MARS Qi Pennsylvania, Map 51. Pennsylvania Geological Survey, Harrisburg, Pa.

Coe, Joffre 1964 The Formative Cultures of the Carolina Piedmont.

Transactions of the American Philosophical Society, N.

S. 54(5):1-130.

Donehoo, George P.

1977 Indian villa 9Ra and Place Hamgs in Pennsylvania.

Gateway Press, Inc., Baltimore, Maryland. Originally published in 1928 by the Pennsylvania Historical and Museum Commission, Harrisburg, Pa.

Fenneman, N. M. and D. W. Johnson 1946 Physical Divisions of the Un it ed S t a t e s. United States Geological Survey Physiographic Committee.

Gilkyson, Phoebe H.

l 1945 Surface Observations along the Schuylkill Valley:

Norristown-Pottstown Station. Eganaglzania Archaeologist XV(2):51-58.

l Hester, Thomas R., Robert F. Heizer, and John A. Graham 1975 Field Methods in Archeology.. Mayfield Publishing Company, Palo Alto, California.

Holzinger, Charles H. and James A. Humphreville 1972 Archeological Report, Limerick Generating Station Site, Mo: tgomery and Chester Counties, Pennsylvania.

Ms. prepared for the Philadelphia Electric Company by Buchart-Hern,. York, Pennsylvania.

Kauffman, Barbara E. and Richard J. Dent 1982 Preliminary Floral and Faunal-Recovery at the Shawnee-Minisink Site (36 MR 43). In Practicina Environmental Archeolocyr Methods and Interoretations, edited by Roger W. Moeller. American Indian Archaeological Institute Occasional Paper No. 3.

64

1 Kent, Barry C., Janet Rice, and Kakuko Ota l 1981 A Map of 18th Century Indian Towns in Pennsylvania.

Pennsylvania Archaeolocist 51(4):1-18.

Kunkle, Merrill 1963 Soil Sur.ymy of Chest 2I and Delaware Count 12a.,_

Egnnsylvania. U. S. Department of Agriculture, Soil Conservation Service, the Pennsylvania State University College of Agriculture, and the Pennsylvania Department of Agriculture, Soil Conservation Commission.

Mason, Ronald J.

1959 Additional Fluted Point Data from Southeastern Pennsylvania. Pennsylvania Archaeolocist 29(1):1-17.

McNett, Charles W., B. A. McMillan, and S. B. Marshall 1977 The Shawnee-Minisink Site. In: Amerinds and their Paleoenvironments in Northeastern North America.

Annals of the New York Academy of Sciences, vol. 288, L edited by Walter S. Newman and Bert Salwen.

Nolan, J. Bennett 1951 The Schuylkill. Rutgers University Press, New Brunswick, New Jersey.

Parker, Garald G., A. G. Holy, W. B. Keignton, and F. H. Olmsted 1964 Water Resources of the Delaware River Basin.

Geological Survey Professional Paper 381. U. S.

Government Printing Office, Washington, D. C.

Ralph, E. K., H. N. Michael, and M. C. Han 1974 Radiocarbon Dates and Reality. Archeolocy of Eastern North America 2(1):1-20. Eastern States Archeological Federation, Attleboro.

Ritchie, William

. 1971 A Typology and Homenclature inI Haw York Projectile Points. New York State Museum and Science Service, Bulletin Number 384. Originally printed, 1961.

Russell, Emily W. B.

1981 Vegetation of Northern New Jersey before European Settlement. Ihn American Midland' Naturalist 105(1):1-12.

65 i

j ,

Socolow, Arthur A.

1980 Geologic Map of Pennsylvania. Commonwealth of Pennsylvania, Department of Environmental Resources, Harrisburg, Pa.

Sirkin, Les 1977 Late Pleistocene Vegetation and Environments in the Middle Atlantic Region. In: Amerinds and th e ir Paleoenvironments in Northeast North America. Annals of the New York Academy of Sciences, Vol. 288, edited by Walter S. Newman and Bert Salwen.

Struthers, Thomas L. and Robert F. Hoffman 1982 An Investigation of Previously Recorded Prehistoric Archeological Sites Associated with Proposed Limerick Transmission Lines, Montgomery and Chester Counties, Pennsylvania. Report submitted to the Philadelphia Electric Company prepared by John Milner Associates, Inc., West Chester, Pa.

Thornbury, William D.

1965 Reginnal Gnomorphology nf the United States. John Willey and Sons, Inc., New York.

Wallace, Anthony F. C.

1948 The Indian occupation of the Delaware River Valley in historic and protohistoric times. Unpublished ms.

Wallace, Paul A. W.

1971 Indian Eatha of 22nnay12ania. The Pennsylvania Historical and Museum Commission, Harrisburg, Pa.

Witthof t, John 1953 Broad Spearponts and the Transitional Period Cultures.

Pennsylvania Archaeologist 23(1):4-31.

I l

i I

66

APPENDIX 1: TABLES

?

= _ - - - - - - - - _ _ _ _ _ _ _ _ ___ t1_

TABLE 1 LITHIC ARTIFACT CATEGORIES BY PERCENTAGE SITE 36 CH 103 Artifact Categories Lower Terrace Upper Terrace Total Site Debitage 70 percent 73 percent 72 percent Flaked Tools 11 percent 10 percent 10 percent Non-Flaked Tools 1 percent 1 percent 2 percent Fire-Cracked Rock 18 percent 16 percent 16 percent.

TOTALS 100 percent 100 percent 100 percent l

1 TABLE 2 LITHIC MATERIALS BY PERCENTAGE SITE 36 CH 103 Material Lower Terrace Upper Terrace Total Site Tvoa (All Artifacts) (All Artifacts) (All Artifacts)

Chert 3 5 4 Jasper 34 36 35 Quartz 19 27 21 Quartzite 32 27 29 i Argillite/

Rhyolite 5 2 3 Other 7 9 8 TOTALS 100 100 100 I

i i

1

i TABLE 3 i FEATURE TYPES, SITE 36 CH 103 L0ttER TERRACE j i

Peature Tygg 1 Historic, posthole

, 2 Prehistoric, posthole 3 Natural, animal burrow 4 Prehistoric, postmold 5 Natural, tree mold 6 Historic, posthole 7 Historic, posthole 8 Historic, posthole 9 Prehistoric, posthole 10 Prehistoric, shallow pit 11 Natural, animal borrow 12 Natural, animal burrow 13 Natural, tree mold 14 Natural, shallow stain 15 Natural, shallow stain 16 Natural, shallow stain 17 Natural, animal burrow 18 Natural, shallow stain 19 Natural, tree mold 20 Natural, shallow stain 21 Natural, shallow stain 22 Historic, posthole 23 Historic, posthole 24 Natural, animal burrow 25 Natural, animal burrow 26 Natural, animal' burrow 27 Natural, tree mold 28 Natural, shallow stain 29 Natural, shallow stain l 30 Natural, animal burrow l 31 Natural, shallow stain j 32 Natural, shallow stain i 33 Natural, shallow stain 34 Natural, shallow stain 35 Natural, shallow stain 36 Natural, tree mold 37 Natural, shallow stain 38 Modern, pipe trench 39 Modern, pipe trench 40 Modern, pipe trench

TABLE 4 PEATURE TYPES, 36 CH 103 UPPER TERRACE Peature Tygg 1 Prehistoric, posthole 2 Historic, posthole -

3 Historic, posthole 4 Historic, posthole 5 Natural, animal burrow 6 Natural, animal burrow 7 Historic, posthole 8 Historic, postholo 9 Natural, shallow stain 10 Natural, shallow stain 11 Prehistoric, post mold 12 Natural, shallow stain 13 Natural, shallow stain 14 Natural, shallow stain 15 Natural, shallow stain 16 Natural, shallow stain 17 Prehistoric, post mold 18 Natural, animal burrow 19 Historic, posthole 20 Natural, shallow stain 21 Historic, posthole 22 Historic, posthole 23 Natural,-tree mold l

24 Natural, shallow stain 25 Natural, shallow stain 26 Natural, shallow stain 27 Natural, shallow stain 28 Historic, pipe trench 29 Historic, pipe trench 30 Historic, posthole 31 Prehistoric, posthole 32 Historic, posthole 33 Natural, shallow stain 34 Natural, tree mold 35 Prehistoric, hearth 36 Prehistoric, posthole 37 Historic, posthole

I l

l i

TABLE 5 RADIOCARBON. DATES, SITE 36 CH 103 Lab Number ' Radiocarbon Age MASCA Correction Provenience

• Beta 8494 800 150 B.P. = 1,1301 150 A.D. A.D. 1030 to A.D. 1300 . Feature 17, Upper Terrace

• Beta 8495 Modern Feature 30, Upper Terrace Beta'8496 3,880 120 B.P. = 1,530160 A.D. 2,600 B.C.-to 2,180 B.C. Feature 35, Upper Terrace

. Beta 8497 410t- 60 B.P. = 2,040t 120 B.C.

. A.D.1420 to A,0.1470-1500 Feature 4, Lower Terrace

'

• extended counter time

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f ,1 Drain pipe disturbance UNIT 4 10 YR 4/4 dark yellowish-brown sandy clay e;/f?;';s;/g 10 YR 4/4 dark yellowish-brown sandy clay with large river cobbles

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                                                            +             ..

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 ^             '                                       8
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                      !                  .-                    PROFILE -
                     .%                l x

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                           % it

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O IFT. N Figure 8

FEATURE 9 PLAN AND PROFILE 36 CH 103 LOWER TERRACE PLAN t 7.5 YR 5/4 : BROWN '

                                  . SLIGHTLY SILTY. CLAY l i
                  $4Ykh{f(:f'yF9 . plt                        <

i@$N$$id}%@hlMt. t 3llf %k A 8-e' wq!)(g#gg(ikENgd$n Th"

                         . fM
                                                 .7,5 YR 6/4 LIGHT BROWN '
                                                                             -S240 E5 SILTY CLAY :

A B ypMjfgM&??nf0~ h!ffff,!fF9 N IE i;) COB 8LE O I FT. N Figure 9 e - _____.

FEATURE 10 PLAN AND PROFILE 36 CH 103 LOWER TERRACE PLAN v ,

                                                                                                                                           /

7.5 YR6/4 LIGHT BROWN '

                                                                ,                               : SILTY CLAY-WITH                                                        -

e

                                                                                                " CHARCOAL FLECNS '                                                                .
                                                                     *'           ,;                                                             4
                      ,N                                                                 -

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                                                                                                               ,       1 5

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m. 4 4 7.5 YR 5/4. BROWN' SLIGHTLY: SILT.Y CLAY? .

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L

                                                                                                                                                          +

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                        *!if):Ij$5lh-                                PROFILE
                               * :::::t.:.R..:i-I I

l O I FT. N Figure 10

STRUCTURE 1/4 IMPACT AREA 36 CH 103 UPPER TERRACE

                                                         }                 I    I         l     >

i  !

                            % F3     ^

I j

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                                                            'iDATUNI STRUCTURE :l/4 I       i f .*'/ Eis l

1 s .

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                  \                                                                                      /
                      \                                                                            /

GRID N N y

                             \                                                              /
                                   \                                                /
                                           %~-                               -
                                                                               /

LIMIT OF SUBSURFACE INVESTIGATION O HISTORIC FEATURE O PREHISTORIC FEATURE  ! l 0 5 15 FT. Enimir='5iiiiiiiiii Figure ll

I I I FEATURE 1 PLAN AND PROFILE I 36 CH 103 UPPER TERRACE l l , t i PLAN N35 WS l g i- , _.

                       ~,
                            ;                                                             'r.

l

                                                                       '                                                            -z
                                      ":. ?e             'k                                   .
                                      . ,' s w;          .,.. - POSTHOLE' L      ' FI.           W*u:sh!;. ..           ....
                                                                                            ~
        '1
                                         - . c."$.

(b} . CHARCOAL CONCENT, RATION'-

                                          ,                                        '1                ,

i 10YR4/5 DARK BROWN

                                                    <t                              _.SLIGHTLY . SILTY CLAY ^:                                                     1
                                                                                 . _WITH CHARCOAL -                                              J       .
                                                                            *:                                 . Q             ,.

4 4

                                                                                                                                          ~

10YR5/8 YELLOWISH sROWN.

                                                                                    = MOTTLED SLIGHTLY SANDY                                          z
                                                                                    . SILTY CLAY-- - * -                                                   '

A B

                                   *,V.'! .
                                      %~-                                              PROFILE FI O                                   I FT.

Figure 12 l - . - - - _ _ . - _ _ ._ _ _ , .

FEATURE 11 PLAN AND PROFILE 30 CH 103 UPPER TERRACE i PLAN N 20 W25

                                                         +

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                      ;        . +
                                                              - c TMOTTLED'SLIGHTLY13ANDYW W s ?                                                                       .

d, .

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                                                                                                                                                                                                ' ' ' ) ';n' %.
                                         ;? y                       TMOTTLED! SLIGHTLYJ SILTYi                                                                                                                >;
                                                 ',,J ^ CLAY WITH      .

I CHARC0AL . L . Ii

                                                             ~

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u. Wili:.;.,4hPROFILE

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0 I FT. N Figure 13

FEATURE 17 PLAN AND PROFILE 36 CH 103 UPPER TERRACE PLAN N2OW5 IO YR 5/6 : YELLOWISH BROWN MOTTLED SLlGHTLY SANDY SILTY CLAY QUARTZlTE ij. FLAKE s 5;5:

                                  ;. ).,
                            "x ':          10YR2/l 8 LACK CHARCOAL CONCENTRATION
^     Eli(i.]   ii,:

0

       'Nf.dA
       $!.%  .        F,fl7 PROFILE GF'd%
           ~

0 I FT. W Figure 14

i FEATURE 31 PLAN AND PROFILE 36 CH 103 UPPER TERRACE PLAN N 2O E35 IOYR 5/4 YELLOWISH BROWN SLlGHTLY SILTY CLAY WITH CHARCOAL 4 k@

                                                                                          ~ ".l.:e.

UNEXCAVATED g POSTHOLE r i IOYR 5/6 YELLOWISH BROWN MOTTLED SLIGHTLY. SANDY SILTY CLAY l f% 'lf 3 PROFILE g, F 31 pl. O I FT. Mw Figure 15

l' FEATURE 35 PLAN 36 CH 103 UPPER TERRACE i PLAN NIO E25 w l':h:l;

                                                            \                'u                         ,
                                                                                        +

g:;:g *i Q. 0 .: , .. . . 1 .

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                   ;.,,g :f,;.

lf ' FIRE-CRACKEDi ROCKS, 0; a, , ,

                                                    .g                      ,                             . ,

60YR 2/l. g-

     '8 LACK '                        .I                                  '

fCHARCOAL'/ - s o. .10YR 5A5 ; YELLOWISH! BROWN' ' A', ' ' MOTTLEDj SLIGHTLY- SANDY, 4 T ON ' i SILTY 1CLA,Y: 1

                                                             .g O                         I FT.

N Figure 16 t

                                                                                                                                                ._._.y FEATURE 36 PLAN AND PROFILE 36 CH 103 UPPER TERRACE PLAN i                                                                                                                              e i                                                                                                                              l l                                                                                                                              I i                                                                                                                              I I

UNEXCAVATED l 1 1 I l 1

                                                                                                                                    -l l

1

                                                           ~
         ,            ^t                                                         -                                                    l

' I s .'10 YR 5/4 ' YELLOWIS'H'8ROWN-l SLIGHTLY SILTY CLAY. , ROCK; , I l lWITH CHARCOALL ..

                                                          .A              Jhk@s.. B

p-, " /- L-- N2O E40 r.

                                                                                                   .F36                  //7?
                                 ~
                                                                                           ,! .' POSTHOLE ::5 JROCK s

IOYR5/6 YELLOWISH BROWN' , c,.

                       ' MOTTLED 'SLlGHTLY SANDY J SILTY CLAY 4          ,

s

                                                                                                                     ,p)p 7,g                    a
                                                                                                       ;.      ..Qh A                               B y                F 36 PROFILE s

0 IFT. N o Figure 17

                                                                                                                  . .c_       -

REPRESENTATIVE TEST UNIT PROFILES STRUCTURES 1/5 AND 2/3 I i . STRUCTURE I/5 WEST y: w . -; ggf,.,. , 10 YR 3/2 very dark grayish-brown humus S. : . d  : 7.5 YR 3/4 dark brown silty clay with large and r Y "a 'w small pebbles i 2 SC.@ tG W24 Csfx. 1:rw N.g 4:1 &g c <w.p.i z t.i/.7, :!.M>y.; - 7.5 YR 5/4 brown clayey silt with sand and decayed

                                                                                  ,f.f. 3. /

k st,hYhJ$hbf5fi'h.p.

                               . _ _.?         .
                                                                      ._.                                e               .'

3mr*- - i 5 YR 4/3 reddish-brown s*andy silt I t I STRUCTURE I/5 EAST

                                                                             ',=. f:n                ,
                             "e                                                            E                                Culm deposit                                                      i
                                   ~[ dl!p...@. NP9? *Y + "9p"
                                              .i.                                                        ..J

c. , .

                           # M /? W M h/$ M f6 M n % 3 k,                                                                   5 YR 4/3 reddish-brown compact sandy clay with rail-i                           MMME!!N$jj.h'!N%dS$gj.V.                                                                                   road ba1aat m               :s   5 YR 5/3 reddish-brown slightly sandy clay r                    5 YR 5/4 reddish-brown slightly silty clay 5 YR 5/3 reddish-brown mottled sandy clay 5 YR 3/4 dark reddish-brown sandstone 5 YR 5/3 reddish-brown nottled sandy clay
                              * *

• I I,
• l l. *, .* l l,** .' *, *. *. ** .* **.

L 4

                             *...,*              *. * .. . .                                                                5 YR 3/4 dark reddish-brown sandstone
                             . . * . * ;. f .'. + . ,f . . *,. .. '., ..f
         \

STRUCTURE 2/3 E.q , s .p. eg' ",m '

                                                                                                           .qs g            Culm deposit
                                                                                                           '~

2.5 YR 3/6 dark red silty clay Fj d M !f59h k h $ $ $ lim! M j- 5 YR 3/2 dark reddish-brown silty sandy clay with rail- , road balast

                                                                ,     .. " i d .c" 7.5 YR 5/6 strong brown sand with railroad balast Water
                                                                           ~
                                                                                          '^

u~' . . . 7.5 YR 4/4 dark brown slightly sandy clay

                              , " 4 m ,mg                               gf ,, , lg;., ' / 'I 7.5 YR 5/4 brown slightly sandy silt
                                                 $hh,k,h.h?,h'f.h.{[ 7.5 YR 5/4 brown mottled sandy clay 5 YR 4/4 reddish-brown mottled sandy clay 1

Vl- . ( f .$$8 jgi.! dj!$ . 5 YR 4/4 reddish-brown mottled slightly clayey sand

                                         !@2:f.:l05Elh:m.Ik.:
                                          .:                                      :r Figure 18
                       \'                  O                                                   2FT.
      ,                 a*                     N

% i 9 C . - -. __ ____ _ __ _. : : -- -- . - - - - - - -

REPRESENTATIVE TEST UNIT PROFILES l STRUCTURES 2/7 ,2/8 ,3/8 STRUCTURE 2/7

                                               ' Mil                               Culm deposit
                     - - - - - > = - -                                        -

10 YR 4/4 dark yellowish-brown clay with charcoal flecks "U E " - 7.5 YR 5/4 brown slightly silty sandy clay

                  ** *            * * $ *..           *       .-. *-    . , 7.5 YR 5/6 strong brown sandy clay with organic stains
              , ,. .,' . f. *.. . ,,-; ;'j ','. . te '. .

and small pebbles 7.5 YR 5/6 strong brown very sandy clay with organic

             ' I[. , j.* ' ; g -[l -                c pM !.,E.                        stains and small pebbles
               ' T:~;... . .o;                            'g.
              .~ -l. ,- - . .;                   .;
                                                                 '. g :            7.5 YR 5/6 strong brown very sandy mottled clay
             ^:*:-    l.  .
                                  ;.a :                 '

h;

                 &                      ^
                                                      !;ff *               '

5 YR 6/3 light reddish brown very compact sat;dy clay 7.5 YR 4/4 dark brown very compact clayey sand STRUCTURE 2/8

                                                                  .;:g Culm deposit Water _                      ~
                                     .:                                ye;g
             * , = # . # , , .,. .l,

• _; ,, n ,; ** 5 YR 2.5/1 coal, railroad balast, and pebbles a s'", en#**- .a #*

5 YR 4/6 yellowish-red silty clay STRUCTURE 3/8 I i 7.5 YR 3/4 dark brown sandy silty loam

                 .yg u%:t p.7 , .yr;3 NIE                                         7.5 YR 4/4 dark brown sandy silty clay

.v:- 7.5 YR 5/4 brown silty clay with root disturbance

                                                 '.' ) f .
                                                                    - yz
                                - 3 _-

5 YR 4/6 yellowish-red silty clay with sandstone and pebbles O 2FT Figure 19 e

1 I I r t t 4 APPENDIX 3: PLATES e 3 I 1 4 k

                          ?

J',h d

i l l i I l i s 4Aveemifl >D"[@j,y,j E- Rf . , . v;?G?Q?.?99tfTSW  %%fif I:.:cf -%id [Y^(-

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_i -$g -- s. gv w k.N *v1EWessu ,,:MIYb^. I Plate 1. Phase I surface collection procedures. [ l

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    'E5l~h5i*                                                                                                 .<   >

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  . Plate 2.

Phase II test unit excavation ~, 36.CH 103, facing north, i I t

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Plate 3. Flotation procedure. l t J-

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Plate 4. Phase'II. test ~ unit, 36.CH 103,' Lower _ Terrace, fac'ing north. ,, , , ., . , . , , - - . . -. _-. -- ---1----.u-=-----------i----

l l'

           ..,./.                 ...            .
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l[g 4 if&Y(hbi Plate 5. Phase II test unit, 36 CH 103, facing north.

t ,. i sJ. f]Fi e5? - w; ,

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Plate 6. ' Mechanical' removal of plowzone over- ! burden, 36 CH 103, Lower Terrace access road, { facing west. t I ~

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A , _f.Mhdg41 Plate 7. Flat shoveling and cleaning of i Structure 1/4 after stripping, 36 CH 103, ! Upper Terrace, facing east. D.x s:, 6y ll l P h e

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                                                                                                              .     ; vt      .

i l Plate 8. Lower' Terrace access road, Section:7,:after cleaning,- 36 CH.103,. facing _ east. l

p.s .. .

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s. ?:,wgl .. , . ~%:~ $'.,'.f* . ' ,

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                                      .        . .                            ~ . - . , .
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i l Plate 9. Feature 4, 36 CH 103, Lower Terrace access road, facing north. 1

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• bf l Plate 10. Feature _17, 36 CH-103, Upper Terrace, i Late-Woodland post mold,ifacing west.

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i Plate 11. Feature 35, 36 CH-103, Upper Terrace, Late Archaic hearth, facing-' north.

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                              . Plate-12. .-Feature.35,:36 CH 103,-. Upper' Terrace, fire-cracked rock concentration,1 facing north..

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4 Plate 13. Location of Structure 1/5, facing

east.

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a . M Plate 14. Location ~of Structure 2/7,- fa'cing east. ' l l g y -- y ir 9- g e rT=-$*T tr

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4 .: (b I Plate 15. Location of Structure 2/8, facing east. I

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[ } g - : --- .' .1 > ;. ,;,7- 'jg1 - 4 W W b_ y'y?, nssAQ,. ,.;4;.:V Plate 16. -36 CH 56, adjacent to Structure.3/8,

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facing east. .

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5 . f Plate 17. Overall view of right-of-way near Cromby Generating Station, facing north, i b - MI h+'999,M;Whw(kh,vg NN/Y.1,n sd M M [$ $a>i Y ' % A,c t. ilk b

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Plate 18. . Artifacts, 36 CH 103,' Phase II.

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                                                                      ,  y-Plate 19. Artifacts, 36 CH 103, Lower Terrace, Phase III.
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Plate 20'. Artifacts, 36 CH 103,. Upper. Terrace, Phase III, t o

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Plate 21. Artifacts, 36 CH 382, Phase I. f l 9

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Plate 22. Artifacts, 36 CH 56, Phase,I.and' , Phase II. l'

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Plate 23. Artifacts, 36 CH 111, Phase I. m ..e : w m ,rc .. ~- n .. n ~x < - - r

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or . ,; ; _:g g .- Y,. , s, Plate 24. Artifacts, 36 CH 383, Phase I', I t I f

I I I 1

                                -l APPENDIX 4: ARTIFACT INVENTORY r

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LIMEP.lCK TRANSMISSION LINE SURVEY Line 220-61 Site v; cw an Phase 1 Field Unit Depth Level Stratum Surface Feature t u m a

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• Teshoa o

d a Burin, Beaker, Graver di Drill l Chopper B l Blank /Prefonn l Biface Biface, Fragment l Uniface t l Biface/Uniface Retouched Flake l j Utilized Flake l Retouched / Utilized Flake l Core Tool , e l Other

                       !                            SUBT0TAL                                                                              0 Sheet 1 of  2

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LIMERICK TPMSMISSION LINE SURVEY Line 120-61 Site 36 CH 56 Phase 1 Field ilnit Depth Level Stratum Surface Feature f> u m a & D E e e . .

                                       =          .  .   . e*   .t       .t 8 8 J J J    %   b b       u u    a   ; ;; % ; C C     a t t  t  a a & T h h ; G, # 1             }  2 2 ;5 6 6 6 8 8 8 6 & & & > m a                 a 8 8 R l Proj. Pt., Triangular
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                                                                                                                                            *n. "n.                      m       N r-                      rD                      1        rD      r-       n     o1,  m             C    %   w   r+    =      --  -                                N m.
     .                                      1                 Q.  (D     1                5    O    O                  >   fD  O            Da  Os                               o 8                       O.                          1   O.
                                                                             .8        Do      X    X             m    3    1  3     n      W X                                    e O.                   C       (D   (D            r+   <       (D    IT     (D  (D                               On
      -1       n                                                            'f"        B       Q. Q.            O    -d.           3      m   us                                   d E        rn                                                               -      (D                         3    -*            F O                                                                     l --e      3       23    o            (D                 M      E   E x      et           O                  m

• N N m  ;- .F O r+ 0 C. e-. O e X O 73 n 40 m M 3 8 m O (D

m m  ! n (D 3 0 1 j c r+ s r+ o vs 3 r, <D <D - O n n <D x <+ r-

       -                                                                    I                  .
                                                                                                                                     ,O     x                               u.

c m - t =r x 9 i 3 w os 9

      "                                                                                                                                                                                n i                                                                                                    n     ^
     .o                                                                     1                                                                                                    x E                                                                     l                                                                                                    m

• 3  ! Chert, Black '

N G 3

                                                                            !                                                                       Chert,                             x rD                                                                    ,

y, 9 l Chert, r-cD 7 m

                                                                                                                                                                                       .M.
                                                                                                                                                                            < =

1 o R ' Jasper, Red a vi

                                                                                                                                                                                 <D z

8 Jasper, Y/B C 2 s

      <D                                                                                                                                                                               rn Jasper,
       ?
       <                                                                                                                                            Chalcedony
                                                                                                                                                                                 -     c x

cD < rn cr  : --. - Quartz -< m

       @                                                                                                                                            Quartzite 2,                                                                                                                                           Shale                   W2
                                                                                                                                                                             , m

~ O D* -~ c Argillite <+ e o'. o

       ?

Siltstone un y, Sandstone c r -+i g Rhyolite a

 <+                                                                        E                                                                                                m y                                                                         E                                                                        Other, o
 -                                                                         l                                                                        Other,
  ~
            -a ll'                                                         '

TOTAL

LIMERICK TPANSMI5510N LINE SURVEY Line 220-61 Site 36 CH 56 Phase 2 Field Area 1 Unit Depth Level Stratum Surface Feature t u m E D E . e e .

                                                           .  .   . e          .t  8 8 3 J J J       %   % %    8 u u   a  ; % % ; a C      a t    %  b  e & R T % % %         ;;, # 1  2, a 2 ;5 5 5 5 4 4 4 d a             s s    & M   a E e e R
 !     Proj. Pt. , Triangular
  !    Proj. Pt., Stemmed
  !    Proj . Pt. , SN Proj . Pt. , CN Proj. Pt. , Lanceolate l

l Proj. Pt., leaf-Shaped e + Proj . Pt. , Frag. Frm. Indet. l j Proj. Pt. , Other s Proj. Pt./ Scraper l j Scraper, End Scraper, Edge l l Scraper,End/ Edge m d o Scraper w/ Haf ting Elem. H Teshoa Q O Burin, Beaker, Graver Drill d. l _ Chopper Blank / Preform l l Biface Biface, Fragment l l Uniface j Biface/Uniface l

   .  - Retouched Flake l   Utilized Flake                                       2                                  2 l   Retouched / Utilized Flake
    !   Core Tool i

l Other

    !   SUBT0TAL                                             2                                   2 Sheet 1 of  2 r

                                                                                *2m" n* *@mx~mM.O2
                                                                             -( *
                                                                                                           .-           E m mcxcO           .

1 r 3J NNO8me-m==tD M E m* mr80g o m-("o D 2 8 t e( r 23m - c3 e +t OD( r V +r: r c<D ( 1o m+c a+rCB mC,aOo mDa+C1D (Dr - ( k c d B a e / y l R Y n e e e e B o t t n n e

                                                                                                                  ,         ,      ,    d         i           i     o     o   t
                                                                                             ,     ,     ,      r         r      r e            z  z          l    t      t   i       ,    ,

t t t e e e c t t e l s s l r r L r r r p p p l r r l i t d o e e A e e e s s s a a a a g l n y h h T h h h a a a h u u h r i a h t t O C C C J J J C Q Q S A S S R O O T E cW m D+r(-1dsF(m ro- D TN OO1t - e(X D - - G A T cQmtr(D -r -DFDm

                              )*

e ( TN0 O01+QX - r N "

                                                                                                                        '

• N I

B nO1Dm E - ( D i v"T>t+D5 l cr(- mT3F4/. M53ct OOsm* 5

                                                                                                                                                                                              'a -

8

    -     o(Dm+r-(D S            a                                                                                                                                                                                "

L xDBB( D 1m+rO3m - O O z(D+r M*3FD-( 1 T D . D -

• E zC +r +r
• 3cN33< * - m+rO3(D K

A , . .* L c1*3Q*3Q MteO3m F

    -      2 N       2XD     (

O N

    -     n ( *-Dtr
    -            T      5
    -     O +r - (D-
    -     m- *.1 meO1*OFDQ    -Q          (          MOOF                                                                                            -

1 re5DeO1sOF(Q

          - -     -(          -O          D . O F*. rC30.          1 R              TT* D E       nOCC             (

H T ' T *- 1 r1A D t 0 nOOC D ( DC3(3r

    -     Ot7(1 e D-MC C-   D1Ot 2- -3"r
                                              "(   M4I*eOw
                                                      -'                                                      *

• 4 7u I

                                                         ,;'         .                 I '

• l

                                                                                                                              ;      i,
                                                                                                                                              % td4M
    -     oOOM C                M7(D1Q -

S - C ma 8d D- _ I cDm0- M7(1Q M A m *.3 M7(1Q D" R _ E _ C-u *.V(D M'3(D1Q

    -            34                                i r             -
    -     MCG O4 =-3(                 4 OrM>>3aOm          *
           - - ~3(

4O12 " tu o (' , mO33D3rme ( t = 3D ( - rsO 1M+rO3m m er O g3

                                                                       *                           ,_3   70"8
                                                                                                                      ~

o mrmD+c( r4 O .i

                                                                                                                                                                                            -      r

l LIMERICK IPAN5MISSN LINE SU;.VEY Line 220-61 Site 36 CH 56 __ Phase 2 Field Area ? ! Onit Depth Level Stratum Surface Feature t u m a e D E e e e e

                                             =            .  .    . e*    .        .: 8 8  3 J J J      5   t    5     U U e Z U           %  s*   s' a t    t  t  a & & T h b % in : 1               3  2 i s 6 6 5 8 4 8 b             a a     5 k m a     a 8 8 R      j l
  !       Proj. Pt. , Triangular                                                                        '
  !       Proj. Pt. , Stemed Proj. Pt., SN l       Proj. Pt., CN l       Proj. Pt. , Lanceolate Proj. Pt. , Leaf-Shaped l

Proj . Pt. , Frag. Frm. Indet. l Proj. Pt., Other l l Proj. Pt./ Scraper l Scraper, End

  '       Scraper, Edge l       Scraper, End/ Edge                    -

1 1 u, 8 Scraper w/ Hafting Elem. a _

• Teshoa a _ _ _

O Burin, Beaker, Graver

 <c d        Drill
  !       Chopper i

l Blank /Prefonn l Biface i j Biface, Fragment I l Uniface 1 1 l

  !       Biface/Uniface l       Retouched Flake l       Utilized Flake                                    l                                         l l       Retouched / Utilized Flake
  !       Core Tool l       Other i

l SUBT01AL 2 1 1 4 Sheet 1 of 2

LIMERICK TRANSMISSION LINE SURVEY Lina 220-61 Site 36 CH 56 Phase 2 Field Area 2 Unit Depth Level Stratum Surface Feature fa u m e ? @ . . . .

                                                     -   -   - e    .:     .n  8 8  3 J J J b b b 8 n n . ; % "% ; s* s' a t t t & R & % b h % 5 %                    R 3 2 s 6 5 5 4 4 4 5 & a 5 # M a E # 8 ?

Waste Flakes w/ Cortex 2 2 2 2 1 9 e g Waste Flakes w/o Cortex 1 4 11 16 3 35 a Cores l Shatter, Chnks, Rmnt Cores 1 1 1 16 2 21 i l Pestle $ Hammerstone I I o S Net Sinker S Nutting / Anvil Stone u 5 Grinding Stone u. E _ Axe o ii Colt l Other Fire-Cracked Rock 23 1 24 l Fire-Cracked Rk. , Func. x Cobble _ $ Cobble Fragment l Other B l SUBTOTAL - LITHICS 1 1 7 16 35 31 1 I l 94

 , -memmusmaammmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmuz l  Body Sherd m                                             .

S Basal Sherd h w Rim Sherd y Pipe Sherd l SUBT0TAL - CERAMICS TOTAL 94 Comments: Sheet 2 of 2

LIMERICK TFANSMISSION LINE SURVEY Line 220-61 Site 36 CH 56 Phase 2 Field Area 3 Unit Depth Level Stratum Surface i Feature t 3 m m # 5 I

2 4 ;* a C C e a e e 3 2

                                            = I        .    .   . e   .        . 8 8

• a ;5 J J J 5 5 5 8 U U e ? U U  % J J a t t t a &R T h b % 'G, 3 1 i i 38 8  ;$

6 6 6 8 8 A 6 & & 5 k 5 a a t?

   !   Proj. Pt., Triangular
   !   Proj. Pt. , Stenined l   Proj . Pt. , SN i

j Proj . Pt. , CN l Proj. Pt. , Lanceolate l Proj. Pt. , Leaf-Shaped Proj . Pt. , Frag. Frm. Indet. 1 1 l l Proj. Pt. , Other , l Proj. Pt./ Scraper l - Scraper, End l Scraper, Edge l Scraper, End/ Edge w d O Scraper w/ Haf ting Elem. H Teshoa o d Burin, Beaker, Graver Drill d. l Chopper l Blank / Preform l Biface i j Biface, Fragment 2 2 l Uniface l Biface/Uniface l Retouched Flake l i Utilized Flake - 6 6 l Retouched / Utilized Flake l Core Tool l Other i l SUBTOTAL 1 6 2 9 l

                                                                                     ' Sheet 1 of 3

LIMERICK TRANSMISSION LINE SURVEY Line 220-61 Site 36 CH 56 Phase 2 Field Area 3 Unit Depth Level Stratum Surface Feature s u O

                                       'n x   2  m m                                 % 2
                                                  .     . 8      $     $ $ $ *

• a a a k b b s u n . = u u : c c a b b b & & & % b b ; & 1 E E a ;5 5 6 5 e e a 5 B a 5 k 5 a 5 8 8 R a Waste Flakes w/ Cortex 4 1 3 2 10 Waste Flakes w/o Cortex 1 1 1 3 6 4 3 19 o

Cores l Shatter, Chnks, Rmnt Cores 1 1 1 5 2 l_ 1 12 l Pestle

• Hammerstone o

S Net Sinker S Nutting / Anvil Stone sc 5 u. Grinding Stone _ Axe f

• f Cel t l Other Fire-Cracked Rock 3 5 8 l

l Fire-Cracked Rk. , Func. I \ z - Cobble bi Cobble Fragment l 1 l Other i l SUBT0TAL - LITHICS 1 1 1 3 14 17 15 3 4 59

,                                     masnemesaimeemenmanumuumammemuuumamuuemz l   Body Sherd m                                            .

SI 5asal Sherd x w Rim Sherd y Pipe Sherd l SUBTOTAL - CERAMICS _ TOTAL 59 Conments: The Cobble Fragment may be an elongated pebble tool. It is broken in half. There are no definate indications of wear or abrasion on this fragment. Sheet 2 of 3 P

LIMERICK TRANSMISSION LINE SURVEY Sheet L of L Line 220-61 Site 36 CH 56 Phase 2 Field Area 3 Unit Depth Level  ; Stratum Surface Feature PROJECTILE POINTS Basal Measurements: Missing Cultural Cross Blade Grinding Length / Width / l-No. Point Type Element Affiliation Material Section Basal Type Shape Yes or No Thickne,ss. Other I risg a r te measurement 1 Unknown Distal end. Unknown Jasper Bi-convex Unknown Straight Unknown This is proximal edge *3.1/2.9/0,8 cm a end inclu- mid-ding base section

t LIMtRICK TEA:.5MISS10?: LINE SURVEY Line _2.20-61 Site 36 CH 103 ' Phase 1 Field ilnit Depth Level Stratum general surface ' Feature . s is = m a e D E e e a e

                                                =              .           .    . e      .        .#     8 8        3                      -

J J J % b % 8 u a e = % u ; a C ,, , t b b & &l & T h  %  % G, # E R E 2 % 6 6 5 e 8 8 5 & & 5 k 5 a n, 8 8 R l Proj. Pt., Triangular

 '                                                                                                                                                            ~

l Proj. Pt. , Stemed __ l Proj. Pt., SN ,

 !         Proj. Pt., CN                                                                                                                                     ,              . ;}

l Proj. Pt., Lanceolate , s l Proj. Pt., Leaf-Shaped , 1 Proj. Pt., Frag. Frm. Indet. l Proj. Pt., Other I l Proj. Pt./ Scraper . .

   !       Scraper, End                                                               1                                                    1
   !I      Scraper, Edge                                       1                                                                 _

l l Scraper, End/ Edge m d Scraper w/ Hafting Elem. o

• Teshoa _

l 1 o v d Burin, Beaker, Graver d, Drill l Chopper B 1 1 l Blank / Preform I l Biface 1 i l Biface, Fragment 3 3 i Uniface 1 1 s2 ,

                                                                                                                       \           '"

l Biface/Uniface _

      !     Retouched Flake                                     2           1          1     1                                                   5
       !    Utilized Flake                                -     1           1      1                                i~                           3 l

e Retouched / Utilized Flake _~

    'l  ,

Core Tool -

        !   Other                                                                                                                                                      ,"
        !    SUBTOTAL                              1           4           2       1   7    2                 'I s
                                                                                                                                          'l)N )

Sipet 1 ofd. _ y.

                                                                                                                                                      'r
                                                                                                                                     'Q x ~                    4;. ;r4          '

1 l LIMERICK TRANSMISSION LINE SURVEY  ! l l l Line 220-61 Site 36 Cll 103 Phase 1 Field i tinit Depth Level Stratum general Feature surface i i n m 2= e D 2 e a e . ! . . . e .

                                                                                               .: 8 8 1                                                          a J J b b b 8 3 3 . z u "n ; & c                       a t t b & & & % % % % 's :

R E E ;5 5 6 5 e a a 6 & & S k G e s 8 8 d Waste Flakes w/ Cortex 1 2 1 1 2 7 f$ _ Waste Flakes w/o Cortex Cores 1 2 15 5 1 23 1 Q l Shatter, Chnks, Rmnt Cores 1 1 2 24 28 e

                !      Pestle o

Hamerstone S Net Sinker S Nutting / Anvil Stone u

              $ Grinding Stone u.

E O _ Axe

              *i. Celt l      Other Fire-Cracked Rock                                               4                          4 Fire-Cracked Rk. , Func.                                        1                          1 x

Cobble

              $        Cobble Fragment l      Other i

s l SUBTOTAL - LITHICS 2 1 1 9 4 2 47 15 81 ~ l Body Sherd w . S Basal Sherd h w Rim Sherd Pipe Sherd

                !      SUBT0TAL - CERAFICS TOTAL                                                                                    81 Coments:

s i

                     'x   '

Sheet 2 of 2

 ^&

g n

                  '3 s

I k

l. l l!II

                    !l      ll l ji!'l                   'll       I!d do< *ymljjll                   lllell                   !l S  O    C           R U R    B U   B     B   B  C   D  B T     S   S  S  S  P   P  P      P  P    P   P     P  P              F U L U  t    o           ! t e   i  n   i     i   l  h   r  u e     c   c  c  c  r   r  r      r  r    r   r     r  r              e n i         .

B h r t i t f i f f a o i r s r r r r o o o o o o o o o a i n T e e o l o a f a a n p l i h a a a a j j j j j j j j j t t e O r u i u c a c c k p l

                                                                          ,n o     p   p  p  p  .   .  .      .  .    .  .      .  .              u T       T           c z c   e  c   e     e  /   e        a     e   e  e  e                                                    r A       o           h e h /    e  ,          P  r              r   ,r ,r ,r P   P  P      P   P    P  P     P  P              e        2 o           e   e   U                r         B L

l

                                       /

d d F d i n F r e f e a w

                                                                                   /   E  E  E
                                                                                                .t
                                                                                                /  ,

t

t. t. ,

t

                                                                                                                      .t t

t

                                                                                                                                   .t                      2 0

U l F f a o k n d n S 6 t a l a g n e H d g d c O F L L C S S T i k a c m n ,r a / e r t r e a N N t r 1 l e k e e f E a h a a n e i i e n t d p e g f c a z t G i g e r . - e m n e r n e r S o e g d a g F h l d u v r a a l F e E p t a D S l r l .m e e r e i a e d p t L k I t e I e .m n h M d E e 3 R t 6 I _

                                                                                                       .                                                      C C  K H  T 1  R 0  A vet. EMa          3  N S

1 1 M v2t . I S L P S v2t - e h v a I O 1 1 e s N o;8J "T l e L I 2 1 1

                                                                                                                                         ,;EJ "R              N E
                                                                                                                                         ,;E J                S U

2 R v2@T8> V E Y 3 1 1 1 8*t~ 4 1 1 1 1 8* tI 3 S F t i f m2

• r el a

t d 3 1 2 <I;;3

                                                                                                                                            "         u L m o m;338        S    w u    e S                                                                                                                                      r    r h

e m%e38 f a T e c e e t m25 #. r r a 1 c o 1 i o5b93IB e f - i 3 o5b - 4 1 1 1 4 2 1 r2d

5 5 3 1  ;

i . , ' -

      ~

W' .,

                  '                                 /                                                               .

l, l,

i l LfMERICK TPANSMISSION LINE SURVEY Line 220-6i Site 36 CH 103 Phase 2 Field I nwar Torraca Unit Depth Level Stratum Surface

    , Feature is          ,    m
                                            =

a ? @ . . . .

                                                          .    . . e                 .t 8 8 3 J J J        b b b 8 n n .                ; # # ; C C a b b     b & & R . b % .                  E % i R 2 2 ;E 5 6 5 4 4 4 5 & &                    FA   k & a & 8 8 R d     Waste Flakes w/ Cortex                            4     7           2   5        2                      20 Waste Flakes w/o Cortex               3     2     21 48       14 46 30         24      1             1AQ o

Cores l Shatto'r_ Chnks. Rmnt Corps 3 5 1 1 97 R 1 AR l Pestle h O Hamerstone 1 1 2 S Net Sinker S Nutting / Anvil Stor = u 3 Grinding Stone u. 4 Axe O 5 Celt i l Other l Fire-Cracked Rock 2E 4 32 i l Fire-Cracked Rk. ,' Func. - 8 1 1 x Cobble ai Cobble Fragment l _Other

! y_,SUBTOTALi- LITHICS                    6       3   3,1  10 , 15.78      73      29      8       1     via
! ' Body Sh_eYd '

m . S Basal Sherd h w Rim Sherd Y Pipe Sherd i , l SUBTOTAL - CERAMICS TOTAL w

                                                                                                          ~'
        .c                                                                                                        ,

Coments: Sheet 2 of 4 e

l INI RICK IRAN'J11Y.lON 1 INI ',IIRVI Y Sheet 3 of 4 Line 220-61,. Site lo CH_103 Phase 2 ficidLower Terrace isni t Depth _ tevel , __ 5tratums Surface feature , l'RO.fi e l ll 1 NilNIS Missing Cultural Basal Measurements: Crow Blade f.rinding lenqth/ Width / l No. ~ Point type 11 caw nt Affiliation Material Seclion flasal Type Shape Yes or No lhic6 ness Other

• incomplete mea %'arement 1 Poplar Island Small por- Late Archaic Quartz Bi-convex Contracting stem straight Yes '4.1/2.1/1.0cm tion of edge distal tip 2 Poplar Island Distal tip Late' Archaic Argillite Bi-convex Straight base and stem one con- too wea- '4/1.9/. 7cm vex blado thered to edge, ono tell concave blade edge 3 Bare Island Distal _tip Late Archaic Quartzite Bi-convex Stem sides are straight Straight No *4.5/2.2/1.4cm w/irreduced stem base is convexed husp

4 Madison Distal tip Late Woodland Quartz Bi-convex Straight base

   -                                                                                                                                                             triangu-    No            *l.2/2.8/*.6cm lar 5~                                                       Most of                          Quartz        Bi-convex point                                                                                                                    No accurate
                                                                . missing                                                                                                                  measurements possible 6                                                       Most of                           Red           Bi-convex point                             Jasper                                                                                 Mo accurate missing                                                                                                                  Measurements possible I       Y

1 1 IH[ltlCK TitANV11'.*ilON 1 INI SURVI Y Sheet 4 ,, o f ,4, l ine 220-61 , Site 36 Cit 103 Phase . _ . 2. _ f ield Lower. . Terrace lini t liepth level ,,,,_ ,,,, Stratum Surface Feature i PRO.llI.llli PHINIS Missing Cultural Basal Measurements: No. Point Type frou 111ade firinding length / Width / l

                                  !!cment             Affiliation                 Material         Section              llasal Type Shape'"    Yes or No Thickness Other
                                                                                                                                                                         .gncomplete
      -7                        Portion of                                       Chert                                                   ' Lanceolate lateral                                                                                                   re-curved margin near                                                                                                edge base 8                      proximal                                          Jasper          Bi-convex                                Straight area inclu-                                                                                                edge /

ding base triangulav 9 Quartzite Bi-plano / Concave base Lanceolate 2.7/1.8/0.7cm plano con-e vex 4 e

LIMERICK TRANSMISS10; Ll?iE SURVEY Line_J20-61 Site 36 CH 103 Phase 2 Field unner Terrace Unit Depth Level Stratum Surface Feature l

                                       $         u   m                                               l l

A E D C e e a w

                                       =           .    .    . e      .t       .t 8 8 J J J     t     t    t   8 u u       e  ; % t ; a C a t t t a a!R T h                b %     E # 1 2, 2 2 ;5       1 5 6 6 e e 8 6 & & 5 k & M & 8 8 R                             '
  ! Proj. Pt., Triangular                                           1                              1 Proj. Pt., Stenned                                                  2                          2 Proj. Pt., SN l

Proj. Pt., CN l Proj. Pt., Lanceolate l Proj. Pt., Leaf-Shaped l Proj . Pt. , Frag. Frm. Indet. l j Proj. Pt. , Other l Proj. Pt./ Scraper

  ! Scraper, End                                     I                                             l Scraper, Edge l

l Scraper, End/ Edge w d Scraper w/ Hafting Elem. O H Teshoa o dt Burin, Beaker, Graver Orill d. l Chopper l Blank /Prefonn 1 1 l Biface Biface, Fragment 1 1 1 2 2 7 l Uniface .._ l Biface/Uniface _l Retouched Flake 1 1

  ! _ Utilized F_ lake                 1             1                                           2 l Retouched / Utilized Flake                       1                1                          2 l Core Tool l Other
  ! SUBTOTAL                           2             5         1  4   5                         17 Sheet 1 of_ 3 f

LIMERICK TRANSMISSION LINE SURVEY l Line 220-61 Site 36 CH 103 Phase 2 Field Upper Terrace Unit Depth Level Stratum Surface l 1 Feature  : O is e m I 2

                                         =

e t a e . .

                                                    .   .  . e      .t     .t 8 8 b 8 B n m ; % % ; a J J J     b   b                                      a b b  b   2 2    2 % b b ; 5 % " R 2             2   ;5 6 6 6 8 8 8 6 & & & k & a e 8 e                      le d      Waste Flakes w/ Cortex             2        8 2         2      7                       21 16 25          30 40       8                12' Waste Flakes w/o Cortex                                 1                         1

$ Cores 2 1 3 Y Shatter, Chnks, Rmnt Cores 1 1 3 14 19 e l Pestle h Hanmerstone l 1 o S Net Sinker O Nutting / Anvil Stone u $ Grinding Stone u. E o Axe i Celt i l Other Fire-Cracked Rock 6 6 Fire-Cracked Rk. , Func. 2 2 l l5 Cobble = us Cobble Fragment l Other l SUBTOTAL - LITHICS 3 25 34 7 46 60 8 1 1 190

 , -ummemannammensammenaammmmmmmmmmmmmmmmemammmmmer l    Body Sherd m                                            .

S Basal Sherd h w Rim Sherd y Pipe Sherd l SUBTOTAL - CERAMICS TOTAL 190 Comments: Sheet 2 of 3

__ . - - _ . . _ _ . . - _ - _ _ _ _ _ _ - __ _ _ _ -__ , - . . . . _ - . . .. . . . -. . . . - = , . . __. . - . . . LIMERICK TRANSMISSION LINE SURVEY Sheet L of L Line 220 61 Site _36.CH 103 Phase 2 Field Upper Terrace Unit Depth Level Stratum _SurfEe Feature PROJECTILE POINTS Basal Measurements: Missing Cultural Cross Blade Grinding Length / Width / No. Point Type Element Affiliation Material Section Basal Type Shape Yes or No Thickness 0ther M Kcoupiere 1 Madison Distal Tip Late Woodland Quartz plano-convex Straiqht trianqu-lar with No 5( kage straight edqes *l . 3/1.8/ . S cm 2: Popla r Distal Late Archaic Quartzite bi-convex Contracting stersned broad Yes *3.7/3.3/.9 cm Island portion blade witt partially; convex base:- ed9e5 partially. r 3 see "Other" Portion of Late Archaic Quartzite bi-convex Contracting stem with slightly Yes *7.8/3.6/1.6 cm Poplar blade Transitional pointed base excurvate Island (distal blade Prefonn? r end) edges or Broad - spear with con-tracting stem? 9

LIMERICK IRANSMISSI0il LIriE SURVEY l Line 220-61 Site 36 CH 103 Phase p Field l} nit 1 Depth Level 1 Stratum Plow zone Feature t n m a

                                                    &    D      E     m        e    e  a
                                                     .    .   . e   .        .

8 8 J J J b b % 8 a u .  ; % % ;

• C ,

b t b a R:S @ b % % G, % f, 2 2  ;$ 5 5 5 4 4 4 5 a & 5 4 s a i e e

   !  Proj. Pt. , Triangular Proj. Pt. , Stemed l  Proj . Pt. , SN l  Proj . Pt. , CN Proj. Pt. , Lanceolate Proj. Pt. , leaf-Shaped l

l Proj . Pt. , Frag. Frm. Indet. Proj. Pt. , Other l s Proj. Pt./ Scraper l Scraper, End l Scraper, Edge l l Scraper, End/ Edge m e o Scraper w/ Hafting Elem. o -Teshoa O Burin, Beaker, Graver

) <

Drill d.

   ! Chopper l Blank / Preform l

Biface Biface, Fragment l l Uniface l l Biface/Uniface l Retouched Flake

   ! Utilized Flake l Retouched / Utilized Flake l

Core Tool -

   ! Other i   ! SUBTOTAL                                                                                     0 l

Sheet 1 of 2

                               ----CERAMICS--- ------0THER------- ----NON-FLAKED TOOLS---- --DEBlTAGE--

n - m m m m cn m o n n n m o n x o 2 z = o lp n c c , e r-O O C =*= ~** D* O C r+ O O ~*. -*- r+ CD x 1 C CD On CD O D* Or CD 3 - m m 08 m H CD U S O. CD 7 0" CT 1 5 7 --* (D -*. rt et 9 4/5 Os -a 3

                      ;    3m  --e  (D                 De   M        --t  (D CT  CT (D   (D   (D et       3   r+      _   ct   "t f

(D ct et r+ et (D (D f"" O M w O 1 --* -* e s 1 Q. -*- M (D * (D 4/5 (D (D

                                                                                                                                                                                .C 3         -1   M              7        M        --i     (D  (D O    O                -*= 3   ===   1 m                                                      3 rt        33   7              (D  M    3"       3=               1     5             3   C   3   (#1      ~1        71                                     fD       N 4/5       F    (D             *1  3*   (D   'F           71    Os   Q*               C   %   W   ct       *        --e me                                           N O    O                    33      O                                                                  O
                     **               5            Q.  (D    5                1                                   (D                    Q*  Os l  Q.                  5   D.        8      Do     X     X               W   3    1  3        O        W   W                                        ~*    a

• O Q. .

                                                                 ' f--

C 3 (D Q. (D Q. ct O

                                                                                                              =a-(D 3

(~. 4/5 (D 4/5 g O m ee (D 3 -.* W

                                                                 \=4         3      D    M                (D

• K K

                    ,,,,                                             I       et     X    O                    m                         N   N g,                                               e--*

• O ct O q

3 e--e O

                                                                 ,O M

e W O 3 k O n O O M M m O 1 g/ , C g 5 rt OM g.,m  ; 3 et (D (D -*- O n fD X O rt f-l

• O X ct (D *-*

n. u - 5  ::r x m m O e l - M n 3 . n n Q. x 7  : Chert, Black o r+ Si

                    =r Chert,                                       x u,                                                                                                                                                                       vs Chert,                               r-    o
                                                                                                                                                                                             .m.

r- rD - rD < a =r, o

                    <                                                                                                                           Jasper, Red                          mm
                                                                                                                                                                                     - (D
                                                                                                                                                                                             =

m. r-

                                                                        >                                                                   ->  Jasper, Y/B                                  g m

Jasper, - m m C Chalcedony x

                                                                                                                                                                                             <=

m Quartz -<

- --a Quartzite i

m n

Shale r --

m - a5, Argillite r+ o. C Siltstone m Sandstone & E m Rhyolite s O O Other, i? o l l Other,

                            "                                  ij"                       "                                        '

m ll l . TOTAL

Zm: x n" Brmvawm oZ "f  : f .=m wCw<m# I l or, . a r 3D( NNO e m *- mt c( D wm nz .o" oWD ( " mdD

                                                                                                                                           -( "

c3*tc a.

                                       .                                 D tT o(Tr:     '                        D (

r(<D- N mtr1, o Cs mmm+rC1 D f _ k c d B y a e / l R Y n- e e e e B o t t n n e d i i o o t

                                                                                                  ,    ,    ,    r      r   r   e  z  z         l   t   t   i      ,      ,

t t t e e e c t t e l s s l r r L r r r p p p l r r l i t d o e e A e e e s s s a a a a g l n y h h T h h h a a a h u u h r i a h t t O C C C J J J C Q Q 5 A S S R O O T a u,Oc... Ot e.. i 1*0 83 CC -o,1 - u,Ou. De

    -                        t.. mtc(3BDQ              D        (
    -   o,O . 0te.. mZ
    -             C
   -    o,Ou. U"t..           e             OZ
    -                                                             *- a
    -   o,Ou. Tt..
        -                     c             -"r Q  J3 O oO - Q +r(     D
    -   u,Ou . "U& . .                      f(O    Ds9 s (3a A*- QumQ u,O c...           Ut.. m9Dc m3.
                           " e o                            .

3Q(Dt. e o,O c.. . Ut..

• e OtT r (-D1

    -   o,O .. Ot C        *c. nmo 1eUO1           - D          -
   -                    D                3 .
   -    mO1&V(7
             *

• m- Q

    -             e
    -   mO, CUD         (-4          mQcD          (
    -   mO,oVD1   s

( - = m3.QNmOOD ( S L .a% t*.3c O mO,mU(1 D* EN C.D f- m.Da*f O T 4 s mm7OO D E K mC, 3* 0mDFD1 3 e (- = O1s<O,

                                                                - O A

L o , * -w *- - F

    -     r             D
    -   n=0VD(7
    -   m >3rNT,D gO15           (            -
    -   m % MOD         (
    -                                                                                                                                                                       l
    -                                58                       t
    -   m

• nmo (D= m 0c3D3e (

    -   c3*gaOD   -Q       (
    -   3                                >

s

    -   a %mODNC3a*OOD
             -          (                             t
    -                      T       .

8

   -    =m*OCO r             "(DQ         m*0WD  -          (
   -                  -        . t
   -    ce***NDQ           (

r#

                                         *-QFD        (

i

   -                               .                =              .

xm* COCO D7(QNCte *= D

   -                                                 = *= * (NDQ m. Os w(
   -                             a
   -    nO,O 4-0O--

o +<7( D1-

    -        3           -
   -    meUHC43-3f                                                                                                                                                           o tr D    .

u=f** t Oe- N

              ----CERAMICS--- ------0THER------- ----NON-FLAKED TOOLS---- --DEBITAGE--

O -4 m o' cm cD m O O O n n O O > o = z x o O O r r n C r-O O C -*= m. 09

                      -*          O        C   r+ O   O   -*- -*= r+ (D M  7    C    U  Or t'3 r+ O   D*  Do                            th 3        *.

3 -4 CD U B m a CD 7 CT O' 1 1 7 -* (D *= r+ ct B m 7 1 e m On -a. 3 3 > -1 (D Os M H (D 7 O' (D (D (D et 3 r+ B r+ (D (D ct r+ r+ r+ (D (D f"- O m * .O 1 -* --* e s 1 a -a. m (D s 1 t/s (D (D C 3 --4 m 7 LA -4 (D (D O O -*- 3 * *1 (D *1 r* > 7 (D m 7 > 7 1 3 c 3 m md r1 (D N M f~ (D 1 "T (D 'f~ *T) QA Q* c N N r+ 8 N

       **          1  a    (D     7                1      O   O                 >    fD O             08 X

Os X

                                                                                                                                             *"*   O 8  k        *1     C.        8     Do      X   X m,   3     1 3 2

O O a f~ o B rD a

                                                              <D a

r 0

                                                                                        <D            m 4/5
                                                                                                          <D m                                        s m                            ee     (D                       3    -a a                                     --4    3       %   M            m                          1   T I      r+       F  O                 m                     N   N
     .os                                   -

• O r+ 0 go e-a O . F O O 3 O Ln 3 O O O LA *T1 (D O 1 s/s C 1 r+ c m 3 r+ <D a -

r. , O m x u r+ r-n e X r+ (D -

m 7 c ea m O .

• 5 O

e 1 O 3 i I 3 C = F  : Chert, Black [ 9, - Chert, E r-Chert, r-(D m 7

                                                                                                                                             < an      O
     <D Jasper, Red                  m a
                                                                                                                                                   <D z
     <D.
     --                                  ,                                                                                                             r-Jasper, Y/B                            -

z fn Jasper, N N m C Chalcedony .Mc m Quartz -< Quartzite m n-Shale r+ , 7, *- Argillite ga Siltstone N N m Sandstone 3-g - Rhyolite r+ , y Other, O l Other,

 -es n                                  llN                                                                        TOTAL

LIERICK TPA?.5 MISSION LINE SURVEY Line _22.0-51 _ Site 36 CH 103 Phase 2 Field Unit 2 _ Depth Level 1 Stratum Feature _ f; u co e o s >

                                                                                                                  -                  a: >-                  c        e           o  e   o c13                                       O       M           M   C   C  O
                                                                                                                    .      .       - J J c Tu ~ n                              , c 3 3 3 .               .

t t t a a:a E t t ,*  ; 3 e '5 b b i

                                                                                                                  .8 a a                 e a 2 o3 3 m                       2    !" ; E A 5 5 t; o     o        u   o  o       o         u         cr         < m m a: o o e

_Proj . Pt. , Triangular l Proj. Pt. , Stenmed ~ j Proj . Pt. , SN Prof.Pt.,CN l l _P. _roj. Pt., Lanceolate l _Proj. Pt., Leaf-Shaped __ .._ _. _ _ l _P_ro_,j. Pt., Frg ._Frm. Indet. l Proj. Pt. , Other l Proj ._ _Pt./Scrater l Scraper, End _. .. . Scraper, Edge l l Scraper, End/ Edge m d

                                                                                                                ~

Scraper w/ Hafting Elem. o , Teshoa a . . . . .. _. , O 4 Burin, Beaker, G_r. aver - ___. - . _

                                                                                                                                                                                                                         )

d, _.Orill _

                                               !,    Chopper l      Bl a r.k/ P re fo nn _ __ .

l Biface . _ _ l B i fa ce , Fragmen.t._ _ _ l l Uniface _ . . _ . . . __-

                                               !   . Bi face / Uni fac_e...                     .___                                                  ..

l Retouched Fla_k.e. . ._. l Utili. zed Fl_ake. . l _.R__e_t_o.u_c_h_e_df.U_t i l l : ed Fl a k e l _ - -Core _. Tool l Other _ l SUBT0TAL 0 Sheet 1 of 2

i I ,I,1l1I,il ,li F.2mx Ox H 3z z mm Oz T- m mC:<g<- oT i e r-a3y g NNOam _ e, mgp w* O* Ow m7o.wD ( N m *. .- . O r

                                                                               ,r=

c3*,r m o r a<a- " m n 2 +rc" mDpO ( ,cc 3. (D k c d B a e / y l R Y n e e e e B o t t n n e

                                                                                                                         ,       ,        , d                i             i   o o     t r         r       r e              z    z            l  t  t     i      ,    ,

t t t e e e c t t e l s s l r r L r r r p p p l r r l i t d o e e A e e e s s s a a a a g l n y h h T h h h a a a h u u h r i a h t t O C C C J J J C Q Q S A S S R O O T

   -                              t*
   -      -                              a s Q* m ,c(D             r-QF(m        D EN OO 1          ,r E                                a G

A -

• D i*s c T sQ m +c( r OFDm

                                  - -           (          TNO O05             p I

B O01pm E r D * .

   -     M70rcf*  8ttD1

• O73F"* 3ct OO,ea -

    -      oD
           -(      Mrt *-D(

S L IQ*  :(-D1mtrO3(D O O zD t (r M*3rD1 (- T D tt- 8 3D ( E zC r r

• 3cN>3< - - *- M +rO ~

K A 7 C*1* 3D L 3Q

• 3c M +rO- (

F

    -       0 N          2>c Q O

N

    -      O(8Dtc
    -                    D1-
    -      O+r7(
     -      i r
     -           *4QeO1*OFDQ
                   -               -Q            (        MOOF
     -                                e D.

m 1- QeO5QOF(Q  : oF. .r C O. R TT8 D E O0CC ( H T TT D 1 71s D t 0 O0CC ( OC9(3c

     -     O +r 7(-        D1
     -             D                                                                                                                          '
     -  lmCCHO43F    -i'        l 2  

e, F 4Z - OM, ij; a \ '

                                                                                                                                                -                j.
                                                                                                                                   ,l                 11
     -      p .                                .
     -      COQM M7(D1Q                   -

S - C o8 s' . I t0mO- m"3D1Q f-M A n*3 M7D1Q R  : (- - E C

      -     m*T(   3D MrD5L        2(- C
      -     mCC    D4      -

O4>F e O1o T r: Om gO1

              -      m ~3(                                                                                                                                                                              ~
                                                          $ g ,e5o OO D3( +rw **                                          .g
                                                                         -       .,nm ?cc 5 .3- +r:r m rm<D-(

8

                                                                                                                                                                                     ,7 m( D  N Os  -  m

LIMERICK TRAt,SMISSION LINE SURVEY  ! Line 220-6 1 Site 36 CH 103 Phase 2 Field l Unit 4 Depth Level 2 Stratum Feature t* u m

                                                             & 2        E      .        e  e   e
                                                               .  - -   e    .        .

8 8 3 J J J b b y 8 D D e ; #  : a a u b b b & &'m % k b % Tn  : E >, 2 2 i$ 5 5 5 A 4 4 5 8 8 5 k '0; a & 8 8 9

     !   Proj. Pt. , Triangular
    !    Proj. Pt. , Stenined                                                                     _
     !   Proj. Pt., SN
    !'   Proj. Pt., CN j    Proj. Pt., Lanceolate Proj. Pt., Leaf-Shaped l

Proj . Pt. , Frag. Frm. Indet. l l Proj. Pt. , Other

i l

Proj. Pt./ Scraper _ ._ l Scraper, End ._ l Scraper, Edge ._ l Scraper, End/ Edge m d O Scraper w/ Hafting Elem. a - Teshoa O Burin, Beaker, Graver

  <c d,    Drill l    Chopper                  -

l Blank /Prefonn l Biface i Biface, Fragment l l Uniface =- l e Biface/Uniface - l Retouched Flake - l Utilized Flake Retouched /Util_ijed Flake l Core Tool l Other .. . l _ SUBTOTAL 0 Sheet 1 of 2 u

                                               ----CERAMICS--- ------0THER------- ----NON-FLAKED TOOLS---- --DEBITAGE--

n m m m m n n m o = m m n

o. -x z

                                            -4                              O                    O  n  2               Z              c,  c,               m c             r-o  O  C   -*      Q*    o     ,C   r+ o   o. m.-a   -a. r+ (D x   s  c    m   on   (3  7  o  o   o                (D,         3 9  -4 03  T3   3  m     Q.      CD 3' CT  &      1    5 7  -* (D -** r+   ct  3    m   De  g us  m                g     .         3 3  3m -4  (D      Os    k       -1 (D CT  CT   (D   Q   (D ct    3   rt       B        et (D et  rt               r+    ct (D (D t- O       m     d           O  5  --* --a   e    s   1       a     a. M   Q    ct.
                                                                                                                            --  rt vi (D  (D               C 3     -4  m     r       M       -1    (D  (D   O    O            -a- 3    -   -5   m   (D                          g r+    3m  Ir  (D  M     7       33               1    1          3   C    3   m        7     m    r1              (D              N W     r-  (D    1 23"   (D      r~    *T)      O#   Os           C   N    w   rt       *     --a -                                N a                               O    O                33       o                                           A (D

a1 . ,

                                         **         1                                                                                 Os  De
                                                ,  a       ,                   a5,      w    w            m   o    (D, o        n     w   w                                O.

on vi -4 o-n m r-i

                                                                               <D i 1               E o -

5.

• 5 w

                                                                                                                                      @

• 9 mS o- tD x -4 o x x <D vm t x OS7 $ h *
• g ~

y

                               = :r a          -                         o             . w                a                           n
                                                                         =                                    g

• ET H c> c 's G  :

c

                                                                                          ,,                                    =

r* 9s a r+ o m S=3

                               - vi c+

8 m o E x

                                                                                                                                          @                    0,+ %       ,D r
                               "S o-co 2
                                                                                                                                =

3 M x b E "r' 5o n 5 to o E Z 4 CC un

                               ',g. y,                                                                                                        Chert, Black                 5  @

o, - w c; 2 g.9 - Chert, 3

                              .se                                                                                                                                             m 3    o,,

Chert, r-to m r m o <

• O

                                  ,s g                               E-*                                                              -.      Jasper, Red         <D,      g  z o, 3                               l--.                                                             -.      Jasper, Y/B                     U o cD                                                                                                                                        -

R 3. o3 li Jasper, N N m g "o l' Chalcedony E

a. O h Quartz O p

E,5 M- - Quartzite sm E mm oa E Shale n - o"3 o. Argillite 21

• a cD o c r+

s-Siltstone

                                  '                                  a mr
                                    ," i                             E                                                                        Sandstone c+ n
                             'D   :r on                                                                                                       Rhyolite to rD r+

ct -1 a. E mm= o P Other, 3 Ut o cL

                             -si      o                                                                                                       Other,
                              ~

w l w ' N TOTAL

LIMERICK TPMSMISSION LINE SURVEY Line 220-61 Site 36 CH 103 Phase 2 Field Unit 4 Depth Level 3 Stratum Feature t* u m

                                                                            =

a k  ? e a e e

                                                                                       .    .     .                .:      .t 8 a J J    k b b u n .     ; ;; ;8 ; & c                    a t t  t  e &l& T % % % G, 3 i !!,                                    a 2 ;5 6 6 6     8 A A 6 & & 5 k 5 a &                                      8 8 R Proj. Pt. , Triangular l      Proj. Pt. , Stenined                                                                             I                                         I e                                -                                                                                                                  ;

l Proj . Pt. , SN

            !      Proj. Pt., CN
            !      Proj. Pt., Lanceolate Proj. Pt. , Leaf-Shaped l

Proj . Pt. , Frag. Frm. Indet. l l Proj. Pt. , Other

            !      Proj . Pt./ Scraper l      Scraper, End                       . . . .

l Scraper, Edge l Scraper, End/ Edge w d o Scraper w/ Hafting Elem.

• Teshoa a -

O Burin, Beaker, Graver Drill d. l Chopper - s l i Blank /Prefom l

                -Biface l     Biface, Fragment l

Uniface _ _ _ _ __ _ _ l Biface/Uniface , _ Retouched Flake . __ .____ l Utilized Flake,__ 1 1 1 3 l Re_ touched /Utilijfd Flake 1 l l Core Tool i j Other ,_,, l _ SUBTOTAL _,, 2 1 __2 5 Sheet 1 of 3

r xm=* n g 5 z,yz~y,w oz C mm vCx< O i wCn a% 5ca o ,i

          .*3D           (          NNOa0 a                                    M tyeg                             70um         N                       n mO 4                       ,t c3at                                                                                                    n<a-
                     -r                 4                                      Omu,r7                          re              (                       v e,0 g"
          ,(  Dstc1DOe - (

k c d B a e / y l R Y n e e e e B o t t n n e

                                                                                                                        ,    ,     ,    d          i         i    o o      t r    r     r e             z  z        l   t  t      i      ,      ,

t t t e e e c t t e l s s l r r L r r r p p p l r r l i g t d o y e e A e e e s s s a a a a l n h h T h h h a a a h u u h r i a h t t O C C C J J J C Q Q S A S S R O O T

     -                               )*   e                          )

E courtto *T cWDn nt (u CN "tOstax r G A T cnuce ettn T1*- - DWDt(u T e N O n01tnx re N N

• I B nO1Du - (

n E D , "

     -    u70MtD1   8 3e  t oO,o*                                                              N                                          N
     -                       e(-

• n33WM*

           ,(tteur D              -

D ( S n t L zoSsD1M  :(- cO3D ( O ) - O 2(t D rv*3WD1 (- T D t t *. * -- E 2Cfr 3CN33<**- M+rO3(D K A 1t L ns*3a*3C c- UcO3D ( F D N ( O N

      -    nD*tc(
      -    ot-e (3D-s
            ,-                                                3
      -     ,*1D       - ( n1- SOX      O          DO

( 'OOW Z a - u

      -     ,*-                                    D . 2W*e                  t 7Dso1#OW(O

( -Q r C3O. R E n077wD ( H T t 0 n077a fD )1eO9D3 T

                                        **D               t      e o +r 3(-        D1
                                                                                                                                                                      .                      es i

vCD OM3~f .,i C 4 8

                                                       "f e4I nV .,;

e" . 1

                                                                                                                           "        i,'     .j '

o

                                                                                                                                                                                           ,li
       =
       -    =OaM M7D5O                  f" S                                                                                                      -

C u s* t . I =smO- U7D1O(- M _ A =*3 M7D1O (- R E C t .

       -     o*T(       3D         U7D1O (-

D4O4 *-3t 1

        -    vCC                               8 nm            onv o

4O43r

                                                                                                                                                                                               .nc tt

• nO D3 ( eu
• y7gtem o-sw

7' m- - - .e ,r ;~- a <' ..  ; , i.- ;1  ;.-

m-

              . _             _ _ . . .__-m     ._._._m    . . _ . . _ . . . . _ _ _ _ . . _ _ _ _ . _ . _ _ .          _ _ . _ . . .     . _ . . _ . _ _ _ . _.                  _ . ,

LIMERICK TRANSMISSION LINE SURVEY Sheet 3 of 3 Line 220-61 Site 36 CH 103 Phase 2 Fleid Unit 4 Depth Level 3 Stratum Feature PROJECTILE POINTS Basal Measurements: Missing Cultural Cross Blade Grinding Length / Width / No. Point Type Element Affiliation Material Section Basal Type Shape Yes or No Thickness

• incomplete Othe{

Bare Island Distal End Late Archaic "'* S "I'""I 1 Quartzite Bi-convex Straight-stemed, basal Parallel Yes edge is damaoed *4.7/2.2/0.6 cm O

      ------------------------------------FLAKED TOOLS------------------------------------
                ,                                                    s             .

m I m o c) C CD CD C3 fmr o, en '-4 m t.n ' m o -

                                                                                                                    ,o     o     o            o   -
                                                                                                                                                 ,o      o    o               v1 C t- {

C CD o. c 3-t rOn 1 m c+ C. m r+ 3 D lO - Cs ,le lm 8^ , n, n, n, n, O o O

                                                                                                                                     ,m O

O O O O

                                                                                                                                                             ,               m 3 -

Q* - 3

      -4   (D     m     O      --*   O     Qe     -*n  Q*    ca   3    0  -*

• 7 m 08 Q* QA h h t *- G E. a- E. *- E a- h r+ ct fD o , C -*. C n Ce n n F O -* 3 O, V t3 V e * * * * * * *
• C l

      -4          -. nr        ~     n     m      n    m     <D  N     <D     .       O     m     m   o,    o                                                                 s       j
                                                                                                                                                                                       ,m    ,
      >           0            m     3-    x      rp  .            o   ,                    -s      s     .,   m      o    o   m       o      o     o    o    o              m r-          0     (o     c. r3    C                      ,            CD         l "'
                                                                                                 ,.   .    . rt  r+    ct    rt    rt     r+   ct    et    rt                        'N
                  -.*   Q.           CL    3           *T1        (D           e                               *   *     *     *     *      *    *     *

• O l 'N m m m N .

N *T) a. *% -% Cs . . . . . . . U1 a C -a att -e Q* F ,' 3 Q. 3 m Os

                                                                                                                                                                                        -[

r+*- = - Q,n c3 ,O o z o. O o. n o , r- r- o m M --, W 08 n S Q* N (D r+ *1 (D 08 2 2 r+

                        -*     (D    W     (D          (D                    b~1            -*    m            Os 5

3" 08 Qe 3 (D

                                                                                                                                                            ~5
                        -*=          (D                3                                    r+     CL          U    (D  C      -9n   n                  3    08 N                              ct                      O              *-  c            (D     1

• s (D B 3 (D -1 3 (D 5 m O (D C O. Do C m 27 -* CL C

                                                                               <                                           1   Q#    os                      -*
                        -71                                                    (D           IT)                          3    'O     ct                     08                   O (/1 1          --*                          *     (D    (D                       1                  (D     -*-

Q ,d - e o- e r+ r-W s -. r+ <D - m

• 3 3- 3 O. tr

                ,                                                                                                        m                                                                      x w
                             .                                                                                                                                                          os      M, O       --4 x        n l                                                                                                               Chert, Black            5 w

g

                             ,           i      i                                                                                                                                                 c l                                                                                                                                               Chert.                          --

Chert, r-e :r, o\ v m

                                                                                                                                                                                 < 0            o e v            =

t i Jasper, Red -- a r-I 1 Jasper, Y/B = m t Jasper, -' "

                      ,                                                                                                                                                                       , g s                                                                                                                                                                       t  x l
                                         ,      l                                                                                                               Chalcedony                    ' m<

i t -<

    ,                 l      ;           j                                                                                                                      Quartz
    '                 i                  i i

t i t Quartzite M T) 1 et - . i Shale -s, a Q l Argillite C a Siltstone ,

 !?                          j           ,                                         ,                                                                            Sandstone m

• I I l Rhyolite I Other, -

i O L  ! l ,  ! Other, t

 "                                                                                        I o                                                    l    l                  l'     ,                             j                                       TOTAL l

r gm:Rq o  ; - @ E $oo2 p -

• C Z* mC:<m<- n 0 wG g ._o" r *3m NNOe5 m0a

                                                               ;                                   m7oue e.

N ' * ' . .o 3 C: * +r m o4g r(<a" D - N 'a g" mDst(OcC1D -( k c d B a e / y l R Y n e e e e B o t t n n e r r r d i i o o t e z z l t t i , , t t t e e e c t t e l s s l r r L r r r p p p l r r l i t d o e e A e e e s s s a a a a g l n y h h T h h h a a a h u u h r i a h t t O C C C J J J C Q Q S A S S R O O T m* oX(u E% 91+2 n x Q m +r( D Dn E *r G A xQ*m+r( D

• t T m*- Q X(Du E%0nO1E* -

Y B E no1Dt-(u D - m7D 8ttD r r(1"* m33WM* E 3+r m Dv ( i

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S L ID3B(1t e D ucO3D t ( O O t - T ZCr m*3FD1 (- D -

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 -     cook L7(D7C S                                                                                             -

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              - .*  =                                        a                         m +,m                pU n nx aow              o=r ov< ,sD                         m &.-- "

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U omu+,7 r< D<a- m m" o, CB mfDet n eC1D -( I k c d B a e / y l R Y n e e e e B o t t n n e

                                                                                                                                                  ,   .     ,    d    i          i     o o    t       ,

r r r e z z l t t s i r r L t t t e e e c t t e l s l r r r p p p l r r l i t d o e e A e e e s s s a a a a g l n y h h T h h h a a a h u u h r i a h t t O C C C J J J C Q Q S A S S R O O T m*Ou 1 Tt.. r 4 1*

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   -             - -                            e             o +r7(1
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    -            i                                               .            -

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S L *% mO18 0Vm TN TQ t a-5 O

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r e- **N(O m o.w(

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          -         oe7D5           (-
          -         mCD1o1m-3tc-wr=DDt
                                                                                                                                                                                            <tc      '  ,* N il     llI                           '     ,l          'I             ,l1                              l

           ----CERAMICS--- ------0THER------- ----NON-FLAKED TOOLS---- --DEBITAGE--

I n -4 vs o m CD CD us O n n 73 rt O o 3 O Z 2 x o us n :s- z- m C r-O O C ^ - Q* O C r+ 0 0 -=- -*- r+ (D X 1 C (D Q* (D 7 0 Q* Qa (D 3 -

        -1 CD  'O 3   m  a        'CD    7  CT  CT  "%    4  3" --* (D -  r+  ct 3   m   Q8  1  445  4/5                              Q*                           -*- 3 3>  -4  (D     Qa M           -4  (D CT  CT  (D  (D   (D et     3  rt     H   r+ ct  (D  r+   ct                               r+                           ct (D fu  r~  O      v1  -*             O    1 --* "    e   e   1         a  -e. v1 (D  -* r+  est CD   tD                              C 3       -4  v1 7      v1          --t    CD  CD n    n

• 3 -' , CD CD ~1 et 3= 7 (D u) 7 '3m 1 5 3 c 3 gen 1 r1 71 (D N ett F (D 5 7 (D r- 71 Q* Q* @ N w rt * --* -* N

   ..          *1 a   (D  1                        O    O                 3=  (D O              Os   Qe
            . a.     ,  a        ..        O1,     w   w              vi 3   ,  3      m       x    w                                                             u,   O.

a ' o e o n < m 7 m <D <n n r- 3 Q. a 0 -*- 3 4/5 Ett m fu 3 - w w --< 3 o m o

• x x x

r, w O v, - ~ ~

                                                   =    0                 r+                    0 n

v. O

• 8

                                                                          =

E 3 n 9, ri O C rt 5 g, o y, 3 n r+ CD m -*- O m x u a r-

                                                   -                                            x                                                                  ga       -
                                ;                                                       o                                                                                   m i                                                                                                                                      W   N l

• n i

n n 1 -< Chert, Black 5 $

                                                                                                                                                                        "   vs Chert,                                                             .z.

vi Chert, r- m su 3 v>

                                                                                                                                                                   <    Q*  O Jasper, Red                                               <D
                                                                                                                                                                       =
                                                                                                                                                                       <D
                                                                                                                                                                            =

r-J- - Jasper,Y/B - m i Jasper, n ~ C I- Chalcedony x i m Quartz -<

                              )

s Quartzite

                               '                                                                                                                                  us     ri Shale                                                    r+   -

2, *- I! Argillite ga Siltstone l Sandstone vs 7 m Rhyolite <D e9 N

                            <                                                                            Other, O

-.B

                            !                                                                            Other, m  .
                                    -                                                           -.       TOTAL

                     ..........._                 .............----------FLAKED TOOLS------------------------------------

v> C o re a O 2 m c r+ m m w c 3 w w w n 3*

                                                                                           !a   1    C w       -<

m v, O v> O v> O vs O o 1 m 5 o 4 m 7 o 1 7 o

                                                                                                                                                                                     *1 o    o 1

m 5 r, C; r-3 -*- U3 3" -5 r+ -*= ct -% -*- -% =% L. O -*- 5 an 7 7 O O O O O O O O O (D, 0 3

                     --g     3     m    O       --*     O        O,       0. O, 3    u         *    -*=      3' Q1,            Q4,         Q,     G. L*= L*. L   r     r     c   r     L     c                       r,  g ,a- g n    -%,

o 1 C -a- e m Q o O O w u -* 3 O u u o u . . . . . . . . . c

                     -e            -4   ft      Pe      n                 fD   fD N     f3           .        Ea* m              (D          (D     (D                                                                  *1 3>            O     3'     fD      7       N     2   .        o    -1                        *1             -

5 1 7 m m *o m m m m m o e N r- Q. (D C C3 et r+ N r.* r.e r.+ r* r3 "5 = rt O.

                                   -     c,             CL       3          r1    (D                  r3           g                                   c.t  .   .                    . r.t   .                          m o N       -rg              ==.        .     -%                  ce          N              m           m      m  N   .    .   .      .    .   .     .     .                                 e i

C, -o,

• v1

                                                                 =%,

L. O w 3 Q. 3 vt On

r. a m = o. o a m r- r- n vi -4 w Q ,- n 3 -

1 o, s <D O, o. r 1 a, z z v,+i 1

                                        - a             w e

S.  % m a. r a, e. n 3 m a,

t. .

4' . i a !, 3 r,

c. a. , u m

o. .* m n  ::

m 3 o, 1 l n x

                                      .c                                              -            -

c,, s, o e j

                                                                                                                                                       <D,
                                                                                                                                                       -             v, m x O.      _

r,

a. c.

o i .a, c o o, I m m 1 m-d 6 3 u, r,

                                                                                                                                                                . m      fD o,

1 2 o v.

                                        -o,

• o.

w 3 -

                                                                                                                                                                                                                            =

r. r,a-r- fD = 3 3' 3,

c. r r

m a m i et a - l

                                                                                                                                                                .                                                             .        n

, as n n , = = i --4 l O ! Chert, Black w  := vs 1 Chert, , r-

                                                                                                                                                                                                                                  =r o  v.

v Chert, <= -

                                                                                                                                                                                                                             < oe      o e vi      z l                                                                                                                                                                                                           Jasper, Red        - a r-Jasper, Y/B       _,   y    z Jasper,                     vi i                                                                                                                                                                                                                                       C i                                                                                                                                                                                                                                       m
                   ,                                                                                                                                                                                       Chalcedony                  <

m

                   '      I

• 6 3 Quartz Quartzite v, m j

 -                                                                                                                                                                                                         Shale              o, E

! Argillite c S Siltstone ! Ifr Sandstone m

              *,                                                                                                                                                                         '                 Rhyolite         i l                                                                                                                                                    Other, o                                                                                                                                                                                                             )

l Other, to

o. ll TOTAL

            ----CERAMICS--- ------0THER------- ----NON-FLAKED TOOLS---- --DEBlTAGE--

l n -4 vi o m m, cn vs o, n n ri , o n > a = = x, o vi n c c, m c r-o o c - - O o e r o o. - - n m x 1 c m Q m 2 o c. O e, :3 - 3 -4 C3 T3 3 m a CD 3" 7 O' 9 1 3" --* (D -** rt rt 3 m 08 9 m m Q =*- 3

     -s  3> --4 m      as   k      --t (D 7   7    (D  O   (D  ct       3   ct       3  rt,  d  (D  et   rt               et et G O   r- o       ut -*          o    1 -   --*   e    s  1           Q-  -*-  m   m  -. et s/* (D   (D               C 3     --6 vt  'T      M      --4    (D  (D   n   n                -*-   3

• 1 O O 1 c+ > Y tD UD 7 > 1 1 3 c 3 m
• 1 r1 71 (D N ett r- (D 1 3" (D r- rl Q* Qa C N F ct --* - N

     ..           1 a  (D    1             1       O   n                    >    (D  o              Os   De                         o a  k       1   a       e     Go       X   X                U1  3      1 3       O      W    W                            e a                  o        <D  o                r+  <        rD      =r     <D   ,D                    m    o) n                      r-     3        a   a                o     *.             23     m    m m                      e-o    CD                            3   --*              W "E3                    -4     3        23   23              (D                  M       E    C 3=                     z      et       X   o                    v1

• N N 3 -
• n r+ o

            -                      O              e    X                    o                            n n                      m                                        3                       n    o yn                                      rg                      (D                3     o     1 C                                         "        1   r+                   O t/)

R n X @ EA r-

                                                                                            @       x                         g=         -

0 l

                                                                                                                               > M
                                                                                                                                '        3 n

n ^ cn_- z _., -4 Chert, Black O@, Chert, x vs Chert, r-tD

                                                                                                                                    ,3
                                                                                                                                    .r vi
                                                                                                                              <     Q*   O Jasper, Red      m,    g    z
                                                                                                         -   Jasper, Y/B                 C z

m Jasper, - m v. C Chalcedony x rri Quartz -< Quartzite vi ri Shale r+ - 2 *- Argillite g o. l Siltstone m l. - Sandstone

 =r a
 <D Rhyolite m                             l                                                                             Other, o
 -                             l                                                                             Other, m     w                     llw                     -                                            -    -

TOTAL

_ _- ~ _ _ _ ~ ~ ~ . . _ _ .. _ . _ . . . _ . . _ . . _ _ _ _ . . _ _ _ . ._ . _ _ _ . . .._m.m - ..,.._ _ . . - -. -_ . . _ _ . . _ . . . _ - - . . -

                   ------------------------------------FLAKED TOOLS------------------------------------

vt O O 23 C 23 CD C G3 CD CD n O c3 -4 m vi ut m o o m o 3 o o N o vi c r-C r* O 4 et S =*- 3 ==- -*- -* 7 *1 C (D n n n n 1 *1 1 1 1 1 1 1 1 4 3 -a. O m O O O O O re,e - g,e. 3 U3 7 1 M -*= r* -% -** -% -*n Q* -*- 1 1 *1 -1 *1 O O O O 3

                   -4   S    S      O         -*    O     De     -e       Qa  De  3        u            -a    -a-    7    De    ce     Q*     Q*  C    E         L        r     c         t      u         r         L c               c     n      a,n      n   n   r        u                                    e      u    u 0     5                    -

• 3 O T3 . . . . . . . . . c

                   -1        -4     n         N     O     S      O        S   fD  N         2                        OP   S     (D     4     S                                                                                                                           1 D         O      7         2      f"  N       4        .        0          1                             1 1    -

4 7 o T o o, *o T T T o S N ' r" S Q. S C 9 c3 et .r , et r et r+ r, et N O. a gn, 3 -r fD fD E . . . . . . . .et m o N -73 a. -1 -g on N m m m N . . . . . . . . e C -* Tt -en f.* O F 3 O. 3 m (lPt r*

                                    =*-

As 7 As Go n g_. 5 1 fD 1 I De a N C S Q. O 1 O r* m 1 f-- (D r-- Q# O 2 m 2 m r*

                                                                                                                                                                                                                      -4 1
                                    -* 4            F     S A             fD                                              -en   m                  08   7         08       Op    3                          fD        =*=

g , g'* ==*= I 4 [ 3 c+ a T3 4 -% A 3 Q*

                 ,    g                                        g          r*                                  C1          -a-   C    *
                                                                                                                                           ,       2      1      C.         s   fD                          :s        3
                                ,0**                                                                            1         3     S                    1 U9    O                           fD       C

• g

                                                                                                                                                                                ==*

C C

                                ; Ca.                                                                         Ca                           g                      -T1      3"                               Q.

8 .c 3 ca

                                    -T                                                                        fD          m                6 g       g     ,o,s                                  -,s g                                                         g        q,
                                    -                                                                           1         -*                                      .       S     S                                     *1                                                        4        -a.

Os Q. et r"* r 3 -9 V. c 4 - S

• 3 7 2 a m fD :u r+

                                                                                                                                                                  .                                                                                                              O,,

W - n

                                                                                                                                                                                                                                                                                 -       n              x
                                                                                                                                                                                                                                                                                   =
                                                                                                                                                                                                                                                                                 ? 3                    E Chert. Black                                           m v'

• 3 Chert, ,

r-8 v. v Chert, fD -

                                                                                                                                                                                                                                                                                .c        4             O S vi                    z Jasper Red                                            - S
                                                                                                                                                                                                                                                                                                        .r-Jasper, Y/B                                            ru      N              z m

Jasper, vi c n Chalcedony < m

                 '    I

• Quartz I

Quartzite vi n et =*. 5ha1e , 4

o. -

Argillite c 5 Siltstone v.

             =r                                                                                                                                                                                                           Sandstone 4

e a f Rhyolite

                                                  ,                                                                                                                                                                       Other, O                                                                                                                                                                                                                                                        -
            "%                                    i i                                                                                                                                                                       Other, r*                                  i o                              r                                                                                                                                                                       TOTAL

              ----CERAMICS--- ------0THER------- ----NCN-FLAKED TOOLS---- --DEBITAGE--

t n -4 mm 23 c3 CD m O n n m r1 O O > O 2 2 I- o m O E C m C t-O O C .-a- --- 08 O C r* O O -*- -*- r* O x 1 C (D Q* m 7 o Q* Q* G 3 -a-3.s -e U2 T3 3 m A CD 3 CT U 1 1 7 w (D - r+ ct 3 m Q8 1 m m or -a. 3

           >  -4    G      G8    k           M  Q  7   7   O   O    (D r+    3   r+       :s  r*  O   Q  r+   r+               r+   r*    (D (D  f- 'O       M   -*                O   1 --* -*   e   e    s       O.     - m   (D  --* d   m  (D   (D               C 3      -4    M  7         M           ~4    m   (D  n   n             -** 3    -**  1  (D  O                            7 r+     >     7  (D  M     7           >               1 7             3   c    3   m       7        rl m                fD         N wt     r"    (D 9   7     (D          F      rl     Os  Q*            C   N    W   ct      *      --*  w                           N
       ==            4 Q. fD    7                 9      O    O                 >    (D  O              Q*   Os

• O 8  % M O, 8 Q* X X M '3 7 3 O W X e

  #* 2                     Q.                      D       CD  ED            r+  <        CD      7 D

(D (D m OO .F E3 Q, Q. O *- W m m,1 r m c3 3 -e W -* c w -< 3 m x m a x x

• O- > 1 r+ w O m
• N N

  "-**        3                              -

• n r* O me "53 R

m O - 8 E n R O m tD 3 0 -

                                                                                                              ,5, r+

• c n 5 c3 g 3 r+ Q (D *-

O r+ ~~ n n <D x u ,+ -

  -.s K                                                   *

• Oe  ;

(D G* 5 m 3%  ; m M " OE oo " I n x Q ma i m a 2y Chert, Black U3 8 k o . -

  .' G Chert,           ."          E G

Chert, r m m

                                                                                                                                   < 7,
     ,.-                                                                                                                           <D
     .                                                                                                                                    Q    O Jasper, Red      a w

m

                                                                                                                                          <D 2
     .-'                               ;                                                                          Jasper, Y/B                  E Bi
     -4 7

i Jasper, m m M

     <D                                                                                                                                        C r+

Chalcedony m 7 rn

                                       ;                                                                          Quartz                       -<

a u Quartzite m ri m - Shale r+ - 2 ' 2*0-

• Argillite g O 3

     -*                                                                                                           Siltstone n                            k m

7 g gw w Sandstone g -*

     .                                                                                                            Rhyolite r+    c+                             E m                                    14                                                                            Other, o                                    l                                                                             Other,

~ w llw w TOTAL

                  - - - - - - - - - -- - - - - -- - - - - -- - - - - - - - - - - - - - F L A K E D T OO L S - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

I f ( m ' vs a m m o u o m o ,1 C; r-vi o n C

                                         . C         23 O

t:0 lc 3 as as c3 m Y o 1 c3 C

                                                                                                                         -o (D     o       O   O     O        s m

7 o s o s 7 7 7 9 7 o 3 -*.

C r* O r* -

                                                               .-*-               -a=

ce 1 9 O O O O O O O O ca -*- 3 c2 7 -s r* *- r* -*n -a- -% -% -*- 1 m 1 -1 G E.*- C- L.a. E *- h h re r+ 4 O l Q* Q* C* G* E *. M o r3 7 f3 0 C

                                              -.a.      C in
                                                                         -me me Q*

n Q* O 3 W

                                                                                                           -a
                                                                                                           --*  3
                                                                                                                 - * - 7 O      V       V De U   V       .

• D.O . . . . *
• C

                                                                                                                                                                                                                                *1
                  -g                  O       N         O       (D       O        (D    fD    N (D              .        Q*     (D      (D  #D    (D
                               .-g                                                                                              7         1       7        0      O   T       0    D     O     0     o T                        4 O     ~3'     O         7      N         4       -              -Q     1                                      l r+

3a O C 7 * * . r+ r+ r+ r+ r* et r.+ r* i F C Q. ,o C3 (D l E '. N

                                    ,s       ,,a s

i

c. 3

                                                                                 ,-v1           (D,l
                                                                                                -              i c,             s        m   m    m %,.        .

r 05 I C

• T1 -96 G le,o O Ir 3 c. 3 u n v, w - -

i - m. im = o. o a o, o.

                                                                                                                                                                     ,      c- i ,--

r* c, r , c, m w n

D a

o il ,, I a s m

                                                                                                                                            =

o. r 7 o, o, o o, 3 z z r* m o, I a u o o L- O u -

                                      ~

m 3

                                                                                  ,+                             o r*
                                                                                                                                 -      o                 m       1   .      . o                 3 o3 l

tD 1 3 t3 1 v1 O ID \ os c -,1 7 -* Q. C i O. < Q, os -* 1 m m u r+ o, o vi

                                        ,s '                                                                                    -                                                                        s                            o -
                                      -                                                                           1 o
                                                                                                                                                                     .      <D a
                                                                                                                                                                                 <D v a+              <-

c. r+ = -

r

• a -

3 7 3 (D a. m Q W 23 r, os -  ; n i a n z o El Chert, Black w I.- l

                                                                                                    .                i                                                                                                                                 c i          H                                                                                                 Chert,                                      C, v
                                            !                                                       i.                                                                                                                                r-         o     m Chert,                     <D       =r      -

l < o, o a v. = Jasper, Red - e r-Jasper, Y/B = m Jasper, m rJ Chalcedony - m Quartz Quartzite ,1 v,i - Shale r, m_ ,

   -                                                                                                                                                                                                                                   o, Argillite                   C s

l Siltstone I l 9 ._ Sandst'ene o

            *,                           ,i.-4                        lt                                                                                            l                                      Rhyolite
                                                                    /)

I Other, O . 1 Other, - c l. 3/ o l ,, - lI C. . i

                                                                                                                                                           - i,     li
                                                                                                                                                                                                     /

TOTAL s / - l ' 'b'

                                                                                                                                                                                                            '~

r i _ . .,.

• _

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                                                                             *~ ,           u
                                                                                                                                                                                                 ,                  .c     -

j; i. I~ .< -  : L, --

                                                                                                                                 /                                             3
                ----C ERAMICS--- - -----0THER------- ----NCE-FLM ED TOOLS---- - -DEelTM E--                                  -

i , n m m m- m o n lm m o m o --b., ' M n o * 'sg-

            --+                                                                             ;*   Q O

3 o M C c3 T3 3 c3 G* m c3 o a C CD r+ 7 o o<

                                                       &   F 7

ri 7 r* 7 o. x 1 C r*

                                                                                                 ."J r+

I. o ga p 7 08 e

E,-

o p e, C 3 -

                                                                                                                                                         -*- 3 r-           /

(D 1 Q n 3= w (D o. % --+ (D cr t/ o o to r* 3 re h] we " (D c+ r+ c+ r+ to it r- o m -* O 7 -* -* e s 1 a *- M O - <* in (D (D C 3 -4 M 3" M -4 Q Q O O -*- 3 ^ 1 (D ID 1 r* en 3> 7 fD V 3" 3" 3> 's

                                                                    ~.                 3    Q    3 W

m 7 T1 m (D N t~ CD ~1 (D C- *vs Go Q N c+ -a N

      *-             1  a  (D 7                        7       n    n                       >    (D  o                   Os      0,                      y      o 8  %       1 A                8       Co      X    X                  W    3      1 3        O          W       X                               E A                           Q      *D    C                  r+   <        (D       3"         Q       (D                             Ch O                             !"       3       a    a                  o    -*-               3          m       ut                             a O"         m                             m        O                               3    -*                7 y                             _4     ; 3       73   .x3                (D                     M          E       E O          3=                            I        r+      r    o                       m

• N N

       **       3                             e-o             e     n                       r+                           o
     'O*

m O e X o n C O W 3 O o, 3 m rs <D 3 o O C et 5 r, c3 m

• 3 n r+ cD a -

o n rD x u, r+ r-

                                                                                                              ,o         x                               r     <D      m n                                                                                                                                                   =r            x
     *                                                                                                        <D

• m a w m O lL
• E x

i n 3 x a Q.

     .                                                                                                                                  Chert, Black            o      9j
       >                                                                                                                                                        w      p
     ,,                                                                                                                                 Chert,                         x
     =r                                                                                                                                                                -
     ^

Chert, r- m to r U.

     -                                                                                                                                                   < 0,          o
     <D
                                              -                                                                          -              Jasper, Red      <D.
                                                                                                                                                         - m a       =
     <D                                                                                                                                                                r-
     -                                        m                                                                          m              Jasper, Y/B                    -

a m Jasper,

                                                                                                                                                         -      N en C

A' Chalcedony x FTl i Quartz -< l _Qaartzite m n k Shale <+ - 7 <D Q*

                                     &                                                                                                  Argillite        g     a" l                                                                                                Siltstone um                                                                                                                                    Sandstone 3

m Rhyolite

  <D et m

Other, o Other, m w l w w TOTAL

1 1t\i1I

                                                                                       - -: (.x

( O,,- 1$ :m.Cmm oz r- = n; t ,. f;, , lg il

        -r* 3D(

mw.r( D wcn nr a.ow Or,w(

                                                                                                                      - a D
                                                                                                                                                                         =

n *=Oa

                                    *                                                                    -                          m
        ;3 c        tr               g gl                     o(-D O +r:r   oe.m= 0.m.

3 r(<(- D D ._ m *r ,on +rc a l n);*

         -        +rc *1 D  (

I _n k c d B a e / y l R Y e e e e B o t t n n e d i i o o t r r r e z z l t t i , , t t t e e e c t t e l s s l r r r r r r p p p l- r l .i t d o e e e e e e s s s a a a a g l n y h h v h h h a a a h u u h r i a h t t n C C C J J J C Q Q S A S S R O O T t ,

  -    'U7O r...   .        Ot..
                            - r            -7G       - 83
                                                            - Q C ., o,1      .,
 -      o7Oa. T+r.. m +r(3:D r

D ( a

 -      m7OL . T+r . . m2
 -                          U*
 -      o7O r...         r..       n2
 -      o4 O...             oer.. r803nDO.o,e(                          a.

D

 -                r.                                         (
 -                         0+r..

m*1 O . r(O D*% eM7c,uDa ' ' (

 -                                                                                                                                                                                                                 'l
 -      m1OL. 0+r.. -n1aO.                      Q       L nl.
                                                                        - i -             -3a(D +c *
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 -      O7 O ..     (.-

(-

 -                         0t o7O                     r.Nmn1nU(      - O D5-
 -     -          C
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                                                                  '   'e                                                                                    L
 -             1u                                                  D
 -     mO TVD( 1 - m3aNmGCr S                                                                                                                                                                                     i' L

O mO1,V( -Q D1 gN Ce%*..3c

                            -            ' D r-m*Da.

b (' O T 1 r8 Do ( O0 , D l. E D 1 s ,. K CC73 DDsFD1 C(O (- C C e, O - 1 A l l L _ F \ C1^*s

 -                                                                                                                                                                                                                       g
 -     n7OVu(1           D-
 -     D*G3rN*7Dg C-8 U ( Od l'
 -     D
 -     C %mn(  -         D l*
 -                                                                   l
 -     D                              sa
 -     C       %eQn(D.
               -                -n 7C O.;3 D L

( 3 +r

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                                                 ,g,[*e
 -     3 a.
 -     D %#              D      3
               -Q n(NC *. s' -4snD       O (                                                                                                                                                                                 -

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 -     uD +rOcO
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                                                                     ' r .
 -                                                                                                                                                          l!                                           i'      il
 -                                       e
 -     Ctaar- NDa          (     mwDF(D               1'l                  ,

D r m(eOcn7DaNC*r (

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 -                                                         ,I
                                                                                                                                                  .l
 -             D
 -     mCCHO4>-2(                                          ,

• m t .

eI d mrD -( D( +r - O *- N

LIMERICK TRANSMISSION LINE SURVEY Line 220-61 Site 36 CH 103 Phase 2 Field Unit 8 Depth 0--5" B 1 Level 1 Stratum _q , Feature t u m

                                              =

E # w w w w

                                                              .    .      . e*      .
                                                                                              .t 8 8       *     ~

J J J 5 5 5 U U w Z U U Z u s a b b b & 2 &  %  %  %  % 'a E R E a 5 - 5 6 6 4 4 4 5 a & 5 A Ga e e e S l d e Waste Flakes w/ Cortex 1 1 2 $ Waste Flakes w/o Cortex 1 6 7 $ Cores $ Shatter, Chnks, Rmnt Cores 1 1 l Pestle o Hammerstone S Net Sinker S Nutting / Anvil Stone u "$ Grinding Stone u. o __ Axe

i. Celt l Other

 !'  Fire-Cracked Rock
  '  Fire-Cracked Rk., Func.

$x Cobble $ Cobble Fragment l Other

 ! _SUBT0TAL_- LITHICS                                          .1 2       .-

4 n. _ 10

 !   Body Sherd w

M Basal Sherd I w Rim Sherd '.' Pipe Sherd

 !   SUBTOTAL - CERAMICS TOTAL                                                                                                         10 Comments:

Sheet 2 of L

       ------------------------------------FLAKED TOOLS------------------------------------

M O O 2 C 2 CD C CD G3 CD O O CD -1 M M vt ..l M *U -"U "O *U U "U 'O "U ,T *T) C (" C r+ O (D ct 13 -*- 3 -** -*. --* 7 *1 C (D O O O O 1 *1 7 7 1 7 1 1 1 (D 3 -*- CD 7 5 et === ct -% -** -% -% Cs O =*- *1 un 1 1 *1 O O O O O O O O O rc,e-*- 3 fD 5

       -e    fD (D     O   -       O        Q*         Q*   Qa    3    u      *  -*-    7   Q*    os      Q*     Q*  u   u   r_    r_., r    u   u    u    a O
       --4 5
                -1 c

O N. c (1 O (D 0 A O (D O (D F N u fD

                                                                           -      3     O Q#

u (D u (D u (D u (D

                                                                                                                     .   .    .     .    .   .   .     .   .                 c . r+

1 3= 0 7 (D 3' N fB . U 1 1 - 1 1 "U 'O "U "U "U 'O "U T T fB N r- (D c. rp C 5 CD .""5 et r+ r+ r+ ct rt ce N O.

                -      c.          O.       3            el       (D              (D        T                        .   .    .     .    .   .   .et   .   .M                            C3
                       %   *T)              =*-          1        -%              Qe       N      m       m      m   N   .   .     .    .    .   .    .    .                       E      e C   -a      *T)      -en        Q*         O               F               3       Q. 3   (A                                                                  On r,  Q*

• os o fD *E Q. c Q. O O P r- O M M r1 -4

                       -*. W       on       O           E3                        -

on N rD s r+ 1 (D os 2 2 r+ 5

                       --* (D      W        fD         (D                        .s         -%    m                  Q#  3"   As    op   3             r3  -a=                           *

(D 3 r+ Q. u fD O 3 Go l -a=

                    ,re                         ,

es c, - o eD c. -et rD = 3 s e

i. f"

• 7 3 (D l 1 U1 O fD c

           ;           c                                        e 1 a,       so          >
                                                                                                               ;                n   3-   -             o.

I t l e I o, os c. 71 (D m u et of O 4/t 5 * (D (D 1 m *=

a. <D o. ,+ r-W s -. m,, <D -

CD

• 3 3'  %

a. m e

e a, y .x. O n s 1 n s a -4 Chert, Black  !" 0 us w Chert, 3 r- U M. v Chert, <D

                                                                                                                                                                                   < on r  -

O

                                                                                                                                                                                   <D     w    z Jasper, Red         -      <D r-Jasper, Y/B                     z m

Jasper, rw N M C l n i Cha_lcedony < m

     '     I

• Quartz I

                                        ,                                                                                                                      Quartzite                    n v,i r      .

. Sha1e <D o1, - Argillite c s Siltstone _ vi

  =r                                                                                                                                                           Sandstone m

Rhyolite

 .O                              ,                                                                                                                             Other, i      ,

Other, O 'l l TOTAL

               ----CERAMICS--- ------0THER------- ----NON-FLAKED TOOLS---- --DEBITAGE--

R n O

         --1 o

vi C

• o -*

J3 n ' Os to O

                                              !to
                                              .C o

r+ n 0 n 0 - n - n o r+ n (D x cn 1 z C

                                                                                            =

(D c ca o (D m o 3" O

c W

E" ca O n C f-

                                                                                                                                                =a-23 --1   CD   U  S    M     Q.         :CD    7  7   7     1   5  2-    8 (D -*- r*  ct  _9 m  3     1    e   e                ce    3 U  't*   -4   (D      Qa    M             --4 (D 7   7   (D      (D  ct       3   rt      3  et  c+  (D    r+  r+               r*    r*  (D m  r-    o       m    -                   o    s --- -*   .  (D. 1           c.  -   vi  o  -   c+  m     o   o                e n    (")

3 -t M 3- vi '-1 (D (D - 3 -*- 1 (D (D 1 ft 3= 7 (D 4.A 7 '3m s -1 3 c 3 e 5 -vi -?) m N m f-- fD 1 7 (D r'" -r1 Qe Os @ N N r+ e --* w N

      **             1 Q. fD     1                   *1     O    O                    3m  (D  O                Os  os                         o E   O.      *%    O,             8     De      X   X                W   3    1  3      O         X   X                            e Q.                         C      O    (D               r+  <       (D     :3"       (D  (D                    CD   On n                              ,f-      3       Q. Q.               O   -              3         m   W                           -*

m w m 3 d w e j

                                                --(    3       A2  :o               (D                 M       IT    T lI           et      F   O n

M =  % N

                                                .-=

• r+ 0 e--* m . F 0 :33 n C") 'M 3 D  ! r7 O W q (D 3 0 ,

i e c+ s r+ o vi 3 n c+ m o - l n O m x O ,t r-

                                              ,

• x r+ m -

o 7 x m

                                                                                                       =                                              :o w    -

m n j i T n 3 e=

• i Chert, Black 5 @

Co w c; Chert, ' v> x

                                             !                                                                                                        v, Chert,             r-    o   vi (D   3-   .-*
                                                                                                                                            < as      o Jasper, Red        fD =
                                                                                                                                            - fu z

r-

                                             '                                                                           Jasper, Y/B                  g m
                                             !,                                                                          Jasper,                      un ro   ro Chalcedony                   E m

to - Quartz -<

                                             ;                                                                           Quartzite vi      i Shale              c+  -

2 *. Argillite g o. I Siltstone l  ! y, Sandstone . x g j. Rhyolite r+ i y , Other, t o

                                      ;                                                                                  Other,

• l
• w "

TOTAL m

       ------------------------------------FLAKED TOOLS------------------------------------

m o n m e m != c m co m Inr O Im t--. I n 'm vi m o I-s o o l o l,o m m, , o -n

                                                                                                                                                                           <D cer-!

3 - c et O <D f+ m - 3 - - - s c i<D - vi1 n-1 n5 n*1 , O O O O O O O O O Qa -*= 3 cp 7 1 r+ -*- r+ -* e- -*. -% Cs 0 *-

• 5 iu' 08 Q* 08 O' L*= h L s= u C-e- r *- C. a- C *- h r* rt WD

       -.4 (D (D    O           8   o        Q*    -+i   Q*   Ce 3   V
                                                                                 -*= i3" U   V U                                .            .   .                 C O    1       C        -*-    C        n     ce    n    n  7t" V          3 90       V                   .    .   .     .     .        .
                                                                                                                                                                           -1
              -4    O       N       n        (D    n     fD   (D N    (D        =      Op   (D   (D  (D  fD                                                                         N
       -4 (D      :r       N     fD                                     ,5     -

5 1 1 o o o o o t m o o it N 3= 0 3" . -'3 '-5 CD f+ ct r+ ct r+ c+ <t r- O ID CL (D C 5

                                                                                                                        .r+ .r+ .                                               no a               O.       3           m                                ,x                   .    .                    .   .       .   .

O. l N nd - -5 o.i

                                                                 -               n.
                                                                                 .        gN n1      m   m     N    .   .    .     .    .    .      .    .

CP. C -11 =% Os O N Q. 3 m d rt Da -* Da C 5 (D z CL C Q. n O -71 r- r" n vi v3 -4

                       *-   K       03       n           3       5                          G8   %   (D          1  rt     5  (D    Q#  2    2       r+  "5
                    -.*     (D      :PC"     (D          (D                     .5          -en  r?1           Q#   3"  Da    Qi    3                (D  -
                       *.           fD                   3               !           I      rt   CL            U    (D         -+i   n               B    os N                                    ft                               ,-*=   0             fD     1 C.      8    (D              B    3 m                                                            C,1 j 3    1D              ,             vs    O               e   C C                             -rt    T    -*              CL  C CL.                                                          De 3
                                                                                 <                                         3   Qu    on                     *

(D TT1 S U ct Of O t.A

                     'r1                                                                                                            fD                                         (D   -*=
                    --*                                                          *1            8                         .     (D                          5                             l  r" (D                                 CL                                              V     r+

Os - r+ (D - w 3

• 3 7 3

                    @                                                                                                    CL                                                                 m x
                                                                                                                        <D, r

M - n 1 a n z \ Chert, Black T d l 4 6 . l Chert, M l w

                                  '                                                                                                                                             t-    o     w Chert,            <D
                                                                                                                                                                                < m 3-  i I                                                                                                                                                      ,

c- .i

                                  ,                                                                                                                                             e vi -

Jasper, Red - a i 1 i r-t Jasper, Y/B m

                                                                                                                                                                                             =

n m,

                                                                                                                                                                                          ' vs Jasper, c.

Chalcedony k m

                                                                                     !                                                                        Quartz
                 -l               ;                                                                                                                           Quartzite         vs ,,

i r+ === I Shale a o, ea

                                                       -                                                                                                      Argillite         C 3

Siltstone

  !'r'                                                                                                                                                        Sandstone cp 7+                                             l                                                                                                            Rhyolite Other.
 - O'
 ' '                                                                                                                                                          Other, ns                                                                                                                              l o                                                    L                                                                                      j         TOTAL
                                         -l                                    l     l    ,                                  ;     ;

LIMERICK TRANSMISSION LINE SURVEY Line 220-61 , Site 36 CH 103 Phase 2 Field Unit 9 Depth Level 2 Stratum Feature d v m 2

                                          =

e  ? e a w w

                                                    -  -     - e         2      .

8 8 B a J J b b b 8 n n m ; % % ; a C a t t t 2 2 2 % h t ; 's % la R 2 2 5 5 5 5 4 4 4 5 a e 5 A G a E e e ? d e Waste Flakas w/ Cortex Waste Flakes w/o Cortex 1 1 [S Cores 7 Shatter, Chnks, Rmnt Cores i l Pestle o Hammerstone

 ? Net Sinker S     Nutting / Anvil Stone u

5 Grinding Stone u. E o _ Axe Cel t i. l Other

   !   Fire-Cracked Rock                                                                  1           1
   !   Fire-Cracked Rk. , Func.

S Cobble z

 $,   Cobble Fragment l  Other l  SUBTOTAL - LITHICS                                                          1       1           2
                                                                 ,.    - ~,    -    -
   ! Body Sherd m                                           .

S Basal Sherd h w Rim Sherd y Pipe Sherd l SUBTOTAL - CERAMICS TOTAL 2 Coments: Sheet 2 of 2

r -' l,l l ,l j,l,l l 'll.l Idada*Odml, ',lljlll ,'j,l S O C R U R B U B B B C O B T S S S S P P P P P P P P P F U L U t o e t e i n i i l h r u e c c c c r r r r r r r r r e n i B h r t i t f i f f a o i r s r r r r o o o o o o o o o a i n T e e o l o a f a a n p l i h a a a a j j j j j j j j j t t e O r u i u c a c c k p l n o p p p p . . . . . . . . . u T T c z c e c e e / e , a e e e e r A o h e h / e , P r r ,r ,r ,r P P P P P P P P P e 2 L o e d e U r B l

                         /

d F d n i F r e f e a w

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                                                                                                 /  ,

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                        . :i        e           n                             t  d               p  e  g     f  c             n  a

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• t i 0 R, 3 S M

5bJ I S L P S 5bJ e h v a I O 2 e s N 1 1 4eb. En l e L 1 I 1 4Rb.'\ m N E 4 Sb - 1 2 S U R 5T *e? V E Y abu a%u . e S F . s;w t i r el

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i LlMERICK TRANSMISSION LINE SURVEY Line 220-61 Site 36 CH 103 Phase 2 Field Unit 10 _ Depth Level 1 Stratum Feature t u m 2 e s & . e e o

                                        =            .   .   . e      d        : 8 8

• a a J b b b 8 3 3 e  ; 3 3 : C C a b b b & R R % h %  ; '; # R 2 2 ;$

5 5 5 8 8 8 5 & & & k 0

                                                                                  '; a 5 8 8 R E Waste Flakes w/ Cortex                         1    2                                          3 Waste Flakes w/o Cortex                      2 4              5  2         2                15 o

Cores l Shatter, Chnks, Remnt Cores 1 1 e l Pestle . o Hammerstone S Net Sinker S Nutting / Anvil Stone u

 $ Grinding Stone u.

A o Axe i Celt e l Other

  . Fire-Cracked Rock                                                5                           5 Fire-Cracked Rk., Func.

l x Cobble Ei Cobble Fragment l Other l _SUBT_0TAL - LITH _ICS .____ _ 1_ __ 5 7 _ 5 _7 ._ 2 27 l Body Sherd w i S Basal Sherd h w Rim Sherd y Pipe Sherd l SUBTOTAL - CERAMICS TOTAL 27 Coments: Sheet 2 of _2_,

l,l l ll,lel1llil l.!.d<Wa*O8ml ,l 'ljlll l j , !l S O C R U R B U B B B C D B T S S S S P P P P P P P P P F U L U t o e t e i n i i l h r u e c c c c r r r r r r r r r e n i B h r t i t f i f f a o i r s r r r r o o o o o o o o o a i n T e e o l o a f a a n p l i h a a a a f j j j j j j j j t t e O r u i u c a c c k p l n o p p p p . . . . . . . . . u T T c z c e c ,e e / e , a e e e e r A o h e h / e P r r ,r ,r ,r P P P P P P P P P e 2 L o e d e U r B l d

                  /

d n F r e e a w E t t t t

                                                                                                    . t. t t
                                                                                                                .    .t  t
                                                                                                                         .                  1 0

2 0 F i f / E E / , , , , , , , , - U l F f a o k n d n S 6 t a l a g r e H d g d c O F L L C S S T 1 i k a c m m ,r a / e r t r e a N N t r l e k e e f E a h a a n e i

          .       l e        n                    t  d                p          e g   f  c             i n  a t              G     i  g                 e         r .    - e              n  n e               -
                                                  -      r     n  e    -

r S o e g a g _ u d F h l d v r a a l F e E m p t a D S l r l . e e r e i a e d p t L k I t e e .m n h I M d E e R t 3 I

                                                                                                .                                          6      6  C
                                                                                                                                             -       K
                                                                                                                                             -    C 1      H  T 0         P
                                                                                                                                               "  1 a2t. s                 0 3  M S

M vet. I S L P S v2t. e h v a I O e s N

                                                                                                                           ,;Ec "2          l      e L

I 2 2 ,;Ec "R N E

                                                                                                                           ,;ac                   2 S

U R 1 - u2E:8> V E Y 1 o8t~ o8t;3 S F t i W m2

• a r el t d

                                                                                                                           <E F = 3        u m

mr3s8 2 S n h e m%es8 d e P t .. e25 =. l o 1 _ w o _ o5b. z f . o _ o5t. n e 3 3 2__ 1 rBi

                                                                                                                                 !  li

LIMERICK TRANSMISS10N LINE SURVEY Line 220-61 Site 36 CH 103 Phase 2 Field  ! Unit 10 Depth 6--10" Level Stratum pna pinw 7one Feature t o m 2

                                             =

e ? @ m o e .

                                                          .      .  . e      .t        .

8 g

• a aa b b % 8 n n m ; % % ; s' C a t t t 2 & a % b % ; a 3 1 R E a ;5 5 5 5 4 4 4 5 & & 5 A G a E e e ?

d Waste Flakes w/ Cortex 2 1 3 Waste Flakes w/o Cortex 2 6 5 5 1 19 C Cores l Shatter, Chnks, Remnt Cores 1 1 l Pestle h o Hammerstone S Net Sinker S Nutting / Anvil Stone u

    $ Grinding Stone u

4 O Axe 5i Cel t l Other B l Fire-Cracked Rock 4 4 Fire-Cracked Rk. , Func. f 5 x Cobble

    $     Cobble Fragment l

Other 1 l SUBT0TAL - LITHICS 2 - 8 -- 7 -- 8 5 -- 30 l Body Sherd e S Basal Sherd x w Rim Sherd y Pipe Sherd l ._ SUBTOTAL - CERAMICS TOTAL 30 Comments: Sheet 2 of 3

LIMERICK TRANSMISSION LINE SURVEY Sheet 1 of L

 'Line ~ 220-61, f 4 Site 36 CH 103       Phase    2        Field                 Unit    10     Depth    6--10"        Level Stratum 2nd plow     feature zone PROJECTILE POINTS Basal         Measurements:

Missing Cultural Cross Blade Grinding Length / Width / l No. Point Type Element Affiliation Material Section Basal Type Shape Yes or No Thickness Other_

• incomplete 1 Madison Distal Tip both basal Late Woodland Quartz Bi-convex Triangu-lar (9[ 5

                                                                                                                                             .5 cia corners 9

LIMERICK TPA? SMTSSION LINE SURVEY Line 220-6 1 Site 36 CH 103 Phase 2 Field Upper Terrace Unit 10 Depth Level 3 Stratum Feature n E a >- c e o o o CD O W # C C 4)

                                                    * *  *              @N       N               -       *

• t t t a a R E t t 3 r- 3 e 5 b b d 2 2 2 a v v , ,

2 o3 o1 e2 <E r-

                                                                     ,2 u                      % 2 5 5 a m m e o o r Proj. Pt. , Triangular                                                                                        i l   Proj. Pt. , Stenined                                                                      ,

1 l Proj . Pt. , SN i 1 l Proj . Pt. , CN

l. Proj. Pt. , Lanceolate l Proj. Pt., Leaf-Shaped ,

l Proj . Pt. , Frag. Frm. Indet. l Proj. Pt. , Other Prof. Pt./ Scraper l Scraper, End - - - - l Scraper, Edge - l Scraper, End/ Edge m d o Scraper w/ Hafting Elem.

• Teshoa o -

W Burin, Beaker, Graver e Drill d. l Chopper - l Blank /Prefonn l Biface l Biface, Fragment . l Uniface i l Biface/Uniface - l Retouched Flake __ . - -.._ l Utilized Flake l Retouched /Util_ijfd Flake l Core Tool i l g Other

• _ - - --- _

l SUBT0TAL . 0 l Sheet 1 of 2 s

LlMERICK TRANSMISSION LINE SURVEY Line 220-61 Site 36 CH 103 Phase 2 Field Upper Terrace Unit 10 Depth Level 3 Stratum Feature t u m l 2 E D & a e e e l

                                          =                                     *
                                                   .  .   . e           3 8  8             i J J J b b % 8 u u a ;~ u n ; a C a               '

b b b 2 & 2 % % % % B # 1 R 2 2 ;$ 6 6 6 e a e 6 & & 5 k 5 e s 8 8 8 d e Waste Flakes w/ Cortex 7 7 {$ Waste Flakes w/o Cortex Cores 1 4 2 1 3 5 16 O l Shatter, Chnks, Remnt Cores 5 5 l Pestle

• Hammerstone o

S Net Sinker S Nutting / Anvil Stone u 5w Grinding Stone a u Axe

  ",f Celt l  Other Fire-Cracked Rock                                       2  4          2      1    9 Fire-Cracked Rk. , Func.

l 2. Cobble

 $,i _C.obble Fragment l

Other SUBTOTAL - LITHICS 1 4 2 1 5 21 2 1 37 ,m

   ! Bcdy Sherd S Basal Sherd h

w Rim Sherd y Pipe Sherd l SUBTOTAL - CERAMICS TOTAL 37 Coments: Sheet 2 of 2 7

LIMERICK IL Y., MISSION LINE SURVEY Line _220-61 Site 36 CH 103_ Phase p Field Unit 11 Depth Level 1 __ Stratum feature t u m E E e e w a

                                                                                                                                                                .    .   . e*                  .

8 8 a a a b b % B u a ; % % : C C a t t t a a:a T 4 % ; a E R 2 2 ;5 6 5 6 e 8 4 5 & & 5 h 3 a & 8 e i?

  !        Proj. Pt., Triangular
  !        Proj. Pt. , Stemed
  !        Proj. Pt., SN
  !        Proj. Pt., CN Proj. Pt., Lanceolate Proj             Pt., Leaf-Shaped Proj . Pt. , Frag. Frm. Indet.

l j Proj. Pt., Other

  '        Proj. Pt./ Scraper l        Scraper, End l        Scraper, Edge l        Scrajer, End/ Edge w

d O Scraper _ w/ Haf ting Elem. _ a -- Teshoa=- W Burin, Beaker, Graver oc c Drill

   !       Chopfer l       Blank / Preform l       Biface
                                                                                                                                " ' ' ~ '
   !       Bifa~ce~, Fr'agment l       Uniface 1

l Biface/Uniface l Retouched Flake l Utilized Flake _ _.

    !,     Retouched / Utilized Flake                                                                                                                 __.

l Core Tool ( ' l

           -.O ther -                                                                                                                                                                  __

l SUBTOTAL 0 Sheet 1 of ~2

                           ----CERAMICS--- ------0THER------- ----NON-FLAKED TOOLS---- --DEBITAGE--

i n -4 m m W CD 03 .M O O O 71 -71 O O 30 O 2 2 I o M n E E m C t-O O C -*- -*- W O 'C r+ 0 0 -*- -4. r+ (D x 7 C (D & (D 7 O @ m (D 3 *

                        -t 03  T3             3   ut     O.        CD    ':T CT  CT   5     5 .T -* (D -** r*    ct  g  m  Q#  g m  m                         >   . n n a g g 3
                        # 8--t M M

7 M a

                                                                  '-4 8 (DE   $

(D

                                                                                    ?

n

                                                                                          ?

n 8.

                                                                                                       -d-2 3

M m 1 C (D O E

• 5 r+ 33 7 (D M 7 33 1 -5 3 C 3 ut *1 m r1 m N m f"- (D 1 7 (D ' f~ "r1 W W C N W ct * - --d N

                   **          -5             O.  (D     *1                  7      O     O                3m    (D  O           Os Os                            -*  O W     W                                O 3  Q.                 *1     Q. i8           Os                        M   3      5   3          F  W                             --*  a

_,, Q. 1 D O O e+ < (D 7 (D (D 0% O

                   ~       n                                    'f-          3      Q. Q.           O                   3     m  M                                 -*

m .m o n *a- W

                                                                   -4        3      'X3   J3           G                   M     T  C O-                                              I         rt     W     O                M

• N N e

3 O Fi M N I 5 m (D 3' 3 n O 9

                                                                                                                                    *5 e                                      r+     1 r+                            OM E                                                                 8                                      o     O  E                             4%     r K

m

                                                                                    -

• ga g o m
• x M -

3 c. n r+ . n " 7  ; Z --e

                 =                                                                                                                      Chert, Black l                                                                                                      g  @
                 ~

a M c; c Chert, z [-* l 1 Chert, f-m 7

                                                                                                                                                                  < on m  M O

Jasper, Red (D, g 2 r-l Jasper, Y/B - 2 m Jasper, - ro , C Chalcedony w

                                                            $                                                                           Quartz                           O O-                           -

Quartzite Shale N'

                                                                                                                                             ,                    2 *_.

Argillite g O. Sil tstone m 7 l Sandstone g Rhyolite r, m Other, o,, l Other,

    ,,                                                      ll'                                                                         TOTAL

L MEhICv T:1J.JISS.ON LI'4E SURVEY Line _220-6L Site 36 CH 103 Phase 2 Field Onit 11 Depth Level 2 Stratum Feature d* u co CI3 a D E O a W e 4J e C e C Q

                                                      -     .  -   J J J T       ~  ;             ;" S 3 ."               .  .

t t t & EE Mt t .* r- 3 e 's b b d 2 2 i o a u ,% ,; ,

                                                                           % 2 u
                                                                                 "I cr 2 1" r- % 2 5 5 cr m < o m cx: o                        o B.;.

e Proj. Pt., Triangular Proj. Pt. , Stenned l l Proj . Pt. , SN i l Proj. Pt., CN l Proj.. Pt. , Lanceolate l Proj. Pt., Leaf-Shaped - Proj. Pt., Frag. Frm. Indet. l Proj. Pt. , Other l , l Proj. Pt./ Scraper Scraper, End l j Scraper, Edge l Scraper, End/ Edge m d o Scraper w/ Hafting Elem. .. __ _ _ F-a ._Teshoa ___ __ W Burin, Beaker, Graver cc d, Drill . _ . _ _ l Chopper l Blank /Prefonn l Biface i l Biface, Fragment _ - t l Uniface _.. Biface/Uniface l Retouched Flake

!, U_t_i_l i z e d F_l a k e. _ _.

1 _ 1 l Retouched /U_t_ilized Flake 1 1 _2_. l Core Tool i

!, Other                 . . . . .

l SUBT0TAL 1 1 3

                  - = - .                                                       _1 Sheet'l of           2

LIMERICK TRANSMISSION LINE SURVEY Line 220-61 Site 36 CH 103 Phase 2 Field Unit 11 Depth Level 2 Stratum Feature

                                             ?>         m e 2          e            ?     .       a  w .
                                             =             .     . . e    .t      .t 8 =

• a a a b b b 8 n n e  ; % t ;
• u* u a t b t & & & % % % % G ." i R E 2 5 5 5 5 4 4 4 5 a & 5 A G a s e e 12 l 1

d Waste Flakes w/ Cortex l 1 2 l e 18 Waste Flakes w/o Cortex 1 4 8 3 2

 $      Cores 7     Shatter, Chnks, Rmnt Cores                   1                      2                         3 e

l Pestle e

• Hamerstone o

S Not Sinker S Nutting / Anvil Stone u 5 Grinding Stone u. E o _ Axe i Celt e l Other Fire-Cracked Rock 1 23 3 27 l l Fire-Cracked Rk., Func. x Cobble as Cobble Fragment l Other

   !    SUBT0TAL    - LITHICS--              1   1      5      9      1 5 28             3          53 maarmemenmummassmir:imeEaumunemuumuuamiummemmuz l   !    Body Sherd 1 m                                                 .

S Basal Sherd h w Rim Sherd y Pipe Sherd l SUBT0TAL - CERAMICS TOTAL 53 Comments: Sheet 2 of 2 F

LIP.ERICK TPR4SM;SS10N LINE SUF.VEY L i n e __22.0-5_1. Site 36 CH 101 _ Phase 2 Field ___ dnit 11 Depth Level 3 Stratum Feature f, u e

                                                                                          @ g &         D
                                                                                     .                            E        w               w o e
                                                                                     =    e    -      .    .   . e        .t             .

8 8

• J J J t b b 8 0 0 e  ; tl t; ; J J a t t t a 2 2 Tb  %  ; s t i! R, 2 2 s 5 5 5 4 4 4 6 e a 5 .k G a 5 e e R .

         !      Proj. Pt._, Triangular   .
         !      Proj. Pt. , Stenwed i                                                                                                                                                                                       ,
         '      Proj. Pt., SN l      Proj. Pt., CN l      Proj. Pt., Lanceolate                                                                                              

B l _Proj.Pt., Leaf-Shaped .______, Proj. Pt., Frag. Frm. Indet. _ Proj. Pt., Other l

              - Proj. Pt./ Scraper l      Sc raper, En_d_. _

Scraper, Edge l _Sc_ raper, End/ Edge m . y Scraper c w/ Haf ting Elem.

• Teshoa - - - - - -

g _-- - __ _ ._.__. _ _ _ __ , _. , t! Burin , Beaker.,._ Graver . d, Drill ._... Chopp_er l B_ lank /Prefonn _ l _B i face - . . l Bi f_a_ce , Fra.cm_ent . __._ _ l

           . Uniface--                                            -                    - -     -          -                        --

Biface/Uniface _ l Retcuched Flake l

           ,  . U t.i._l_i_z e_d. .F_l_a.k._e___

3 3 l Retouched / Utilized Flake - -- 1

                                                                                                                                                           .___              . ._1._.

l Core Tool _ l Other l SUBTOTAL 1 3 4 Sheet 1 of 2

LIMERICK TRANSMISSION LlNE SURVEY Line 220-61 Site 36 CH 103 Phase 2 Field Unit 11 Depth Level 3 Stratum l 1 Feature l t x e m A 2 5 E N

                                           = e -

N o o e w

                                                       .       .     . e     .       .t  8 g J J J b b b 8 u u e ; % % ; u* a a t t t & & 2 % % % % E g i R E E 5 5 5 5 4 4 4 5 & & 5 A G a E 8 e 12 d

e Waste Flakes w/ Cortex 1 7 1 9 5 Waste Flakes w/o Cortex 2 1 5 5 3 2 18

 $      Cores
 $      Shatter, Chnks, Rmnt Cores                            1                5                      6 l    Pestle

• Hanmerstone o

S Net Sinker S Nutting / Anvil Stone u u Grinding Stone 4 o Axe Cel t i. l Other Fire-Cracked Rock 5 2 7 Fire-Cracked Rk. , Func. x Cobble

 $      Cobble Fragment l ~ Other s

l SUBTOTAL - LITHICS 2 1 7 16 2 13 2 44

   , -er                                           -       -
                                                                           =

l Body Sherd l m . t S Basal Sherd x l @ Rim Sherd ! w y Pipe Sherd l SUBT0TAL - CERAMICS l TOTAL 44 Comments: l Sheet 2 of 2

LIMtP.!C/. TRAN5 MISSION Ll'iE SURVEY

      ' Line .22.0_6_1                   Site 36 C1L103__ Phase                                    2                     Field Onit             12           Depth , _                     __ Level              _

1 Stratum Feature t u m a a C a e a w w u u u e~ .t~ . 8 8

• O f f f E E E E t t U $ o 5 5 #

2 u a u o , 2 2 ,a f a u o o m < m m ce o o

                                                                                                                           . I" ; 5 1 5 5        tii-l       Proj. Pt., Triangular
   !       Proj. Pt., Stemmed
   !       Proj. Pt., SN
   !       Proj. Pt., CN i

l i Proj Pt.2 Lanceolate

   ,' P_roj. Pt., Leaf-Shaped   -__

j Proj. it., Frag. Frm. Indet. j Proj. Pt., Other l r

       .. P_ro_j          . Pt./ Scraper
   !    . S_ crape _r,,_ End Scraper, Edge l

l Scraper, End/ Edge

, m                                                                       -

d o Scraper w/ Hafting Elem. __ _ , __ a ._Te_sho_a____ _ __ __.__ W a _B_u_r_i_n, Beaker, Graver d, _D_ri.l l ___ l -Chopper l ~ Blank / Preform i l Bifaca - 4 - - l B._i f_a_c_.e. ., Fra gmeat l Uniface-i l Biface/Uniface -- Retouched Flake l l _U t_i_l_i z. e_d _F _l a_k.e._ l Retouched] Utilized Flake _ l Core _ Tool l Other i l- SUBTb[A!. O Sheet 1 of - 2 _

                                                                                                                             ?

w

           ----CERAMICS--- ------0THER------- ----NON-FLAKED TOOLS---- --DEBITAGE--

n O

        -4 O

vi C m

               -~

x

                  -~

m on m O M C o re n O n O . n

                                                        -~

m! rt o n (D 6 x c> 1 z C 2 (D I, o o (D, v> 7 n O :c, o s-ne m C m 3 r-3 -1 CD T3 3 un O. CD 7 O' 7 1 1 3" -* (D -* rt rt 3 u De 4 un ut De -.a. 3 B > --4 (D 08  % -4 (D 7 7 (D (D fD rt 3 et B ct rt (D rt rt r+ r* m (D r- O M -* O 1 w w s s 1 C. -* M (D -.* ct us (D (D C 3 -4 M 3* M -t (D (D n (-) -* 3 -* "1 (D (D 5 et > 3* (D M 7 > 1 1 3 C 3 ut *1

                                                                                                 -n.e  "T1              (D                                N vt    r"- (D -1 "3"   (D         f~       *r1      Q*   08            C  N  N  c+     *           --a                                                N
     **         1 O.

Q. fD 1 C.

                                               *1      O W

O X

                                                                              >  fD O O

Da W Os s O 8 1 t On v1 3 1 3 X e Q. C (D (D ct < (D D' (D (D N Os 2 o f- 3 Q. Q. O -* 3 un ut -d O rn - (D 3 -* W

                                      --4      3        m    m             a               u'    z    z O.                                I        et      X     O                v3

• N N

    "**                               *-*

• O ct O O*

C e=e n e W O n 3 o :vi 3 m O (.A  : r) fD 3 0 1 O i c et 5 c, o y, r+  : 3 r+ m <D -

                                   ;                   O                                   o     m    x                     v                             r,  r-0                                                  -

• ga g m rn

    -*,                                                                                    um 0

C W On

                                                                                                                                                              .x O

E n *

                                                                                                                                                          =   ~

3 i Chert, Black g @ r+ i w G D' -  : Chert, z un  ; y

    ,-                             !                                                                       Chert,            r-m o u,
                                                                                                                             <                            x, o

o s. i _co _, - Jasper, Red m vi w <D z i

• e-lro m Jasper, Y/B -

                                                                                                                                        '                 N   ;;;
                                 .                                                                         Jasper,                                            v,
                               .I                                                                                                                             C Chalcedony                                         x l                                                                           Quartz                                             O
                               ,1 Quartzite vi n Shale             r+                           -

Argillite 2* r+ o. C Sil tstone y, 5 Sandstone w g Rhyolite r+ y Other, o,

 -o                           E                                                                            Other, a                     ll A                                                               w    "

TOTAL

 ~

i

LIWRIC- TFM.5MISSICS L"iE SURVEY Line _Z2R-61 Site __36.QLl&3_ Phase __ 2 Field i i Onit 12 Depth Level 1 and 2 Stratum Interface Feature

                                                                $          u   m E                 E     w        a w e
                                                                *            -  .     . e*    .:      3   8 8 J J J      5 5 5               U U     w  ? U U %         s'     e.' a t     b b  & 2 2            T h h     % 'G,   % E 2, E 2 5 5 5 5 4 4 4 di a 8 5                      .k  G a E e e :2
! Froj. Pt. , Triangular
! _Proj . Pt. , Stenned
! Proj . Pt. , SN
!i Proj. Pt., CN

_ Proj Pt. , Lanceolate _ _Pr_oj. Pt. , Leaf-Shaped . _ Proj. Pt., Frag. Frm. Indet. j Proj. Pt. , Other l __Pr_oj . Pt./ Scraper l Scraper, End Scraper, Edge l Scraper, End/ Edge m d o _ Scraper w/ Haf ting Elem. __ _ . _ .

• Teshoa a __ _

d _ _ Burin, Beaker, Graver Drill

d. -

l Chopper i Blank / Preform l Biface i l ~ ~ -Biface, Fragment ~ ~ i l ..U__n.i f ace l ._Bi fa_ce/ Uni face l

      -Retouched Flake l

Utilized Flake ~ .._ l i Retouched / Utilized Flake

       ~~~

l - Core Tool i l Other i l SUBTOTAL -. 0 Sheet 1 of 2 -

(c .Mme.On

                                                                         -     e.    -4@rox*Eeoz r 2m ,c=<m<-

n - r

             *3Dr            NNOeO a                              O +r(  D   u@ Ox .   .

m3omD e ( ~ m *,. - o. ay * - ,3o ~

                                                                                                                                             .        i                         ,

((<m-D v +r 2 g" - c3 * +r OD( v*r* .-3 m'o-Q #2 - mDe*C1D fOr - ( k c d B a e / y l R Y n e e e e B o t t n n e

                                                                                                                        ,         ,      , d       i          i   o    o     t
                                                                                             ,    ,        ,           r         r      r e    z    z         l  t     t     i       ,    .

t t t e e e c t t e l s s l r r L r r r p p p l r r l i t d o e e A e e e s s s a a a a g l n y h h T h h h a a a h u u h r i a h t t O C C C J J J C Q Q S A S S R O O T E cnmtr(D e n OXDW ( KN OO1*Dx - '( G A T cQmtD e( mdsXDmO ( fNO O0~+r(X 5 D w " I B E OO1De -( D 3" OC2m

   -       38t D1 "* O73#M*

m~0r+r(

   -    uDmt.rD
        -(

( S s D L xO33D( 1m - +rO 3( O O =Dt (e M*3X(1 D-T D tt.3 . E =Cee* CND3<*" mtrO3(D K A )1 . . . L c *3c*3C mtrO3D ( F N O 6x(p . N

   -    OD   ( * +r
   -    ot7( r D4     -
   -                              a                   3
   -     m. 9DeO1QOX(Q

( D "OOX X

    -    , * . -(
    -           1DsO1eOXDQ      *D         (         mX

• e mC3O.

R E OO77*-( -D H T t 0 OO77w(D M1onCBO3e

   -    ot7(1c D-
    -           C-mCD4OtDF.e1:
                          -                    ~ *-

( *MI OW;i i' i' l lli w l I El a ,  :

    -   n , i 1
    -   cOQk uYD*              -(     Q S                                                                                               -

C s a* . I mOmQ- A*3 ( D(- %O M A m a.3 m7D1Q R (- E C u *.3D

    -           T( m7D1O          (-
    -                                                           A
    - I mC U-  3 4. O4>"r -
                           -            e      OM             eO(
                                                              ~

tO4 3 ~3( " OO35D3 ( em t ** yC a yc3Owte

                                                            .               Om    OC3O.= +r7 7 rm<(-                          D     +

y7aD(et m oo,- m

           'lI         llli' "f-. Ce r n n ^ m Ee::

i I v i w m o*. fU* mCx<m" If

• lt{l,.Ii #l{,' [l l ii r3 3ea-xI td Ma.t. r M n1.o'"

                                                                                                                     -              m:r o ,MD(         "                 ns" C3 et                     "N                                                    sfC+,7
                                                                                       .e

• t( D<(-D " m o, C s

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( 5D

                             - f f

k c d B y a e / l R Y n- e e e e B o t t n n e d i i o o t r r r e z z l t t i . , t t t e e e c t t e l s s l r r L r r r p p p l r r l i t d o e e A e e e s s s a a a a g l n y h h T h h h a a a h u u h r i a h t t O C C C J J J C Q Q S A S S R O O T ot..

-      o1O e,                                       1
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                                                              -8                   - t1 o 5O o. .

Te..c M +r(3sD D  :( O

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4 o+ e d st t r.. rD3ODO ( ar(D

-       o5O,c. . otr.. -r(D Do%      am7oO(Q          s D
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-                   .                                                         )
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                    . otr.. -1T1n@.                      -o                   T13*
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-      mO1oV(     a -D5                    m3Q
-      mO5ouD-5   n (                      m1c(D
 -                 o         J5
 -      mO7nuP                       .. m3QNmOpD(

S L D5 C O' -% t a. O mO5oD (- EN f'r 3c 7 f-1d @. O ' . T Dm7oD ( s

                                                   '     [l' D

E . K mC5*3= - DDnW(4 C(o D~ O1s<( - o D1 - A L F a 7. a.- a

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m*a3wN o5 D% Os3 s

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 -      m~%on( -r D t
 -      m a.- n%o( n D . w1Uc3(D3r          -

I,

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  -      m(+cOCOr3a             I- (            mao'kD            f
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                    -                                                                                                                   s t

C 3 * +r "N oDDe* E r( D<D- ( m v +r a aC" 1 + 1D

            ,Dp(Orc                s k

c d B y a e / l R Y n e e e e B o t t n n e d i i o o t

                                                                                            ,     ,    ,     r    r   r e    z   z             l      t        t   i      ,   ,

t t t e e e c t t e l s s l r r L r r r p p p l r r l i t d o e e A e e e s s s a a a a g l n y h h T h h h a a a h u u h r i a h t t O C C C J J J C Q Q S A S S R O O T E zW m +r(D r

• OX(m s

D 1% OO1,DM - g( G A T sQ

m +rD(

a* 8 r 0WDm ( E%O O05+r(x - D m - I B OO1Dm E - 4 D

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LIMERICK TRANSMZSSION LINE SURVEY Line 220-61 Site 36 CH 103 Phase 3 Field Lower Terrace, Unit Depth Level StratuforthofAccessRd. Feature Surface t j v m 2

• e>eme e s E . . . .

                                                       .    .   . e     #        # 8 8

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  !   Proj. Pt. , Triangular
  !   Proj. Pt. , Sterrined               1 2          2  2                  1      8 l   Proj. Pt., SN
  !   Proj. Pt., CN
  !   Proj. Pt., Lanceolate                                              l                        1
  !   Proj. Pt., Leaf-Shaped                              1                                       1
  !   Proj. Pt., Frag. Frm. Indet.                        I           1  2                        4
  !   Proj. Pt., Other
  !   Proj. Pt./ Scraper                                  1                                       1
  !   Scraper, End                                        1           1                           2
  !   Scraper, Edge                                  1    1           1                           3
  !   Scraper, End/ Edge w

g Scraper w/ Hafting Elem.

• Teshoa e

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  !   Blank /Prefonn                                                     1        1               2 Biface                                              1           2                           3 l

l Biface, Fragment 1 3 2 6

  !   Uniface                                                         1                          ~l
  !   Biface/Uniface                                 1                                            1 Retouched Flake

{' Utilized Flake 2 1 3 l Retouched / Utilized Flake 1 2 1 4 4

    ! Core Tool i
    ! Other l SUBTOTAL                             2        2    11       3  12 8        1        1      40 l

Sheet 1 of 5

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LIMERICK TRANSMISSION LINE SUFVEY Sheet 3 of J , f J .. Level Line 220-61 Site 36 CH 103 Phase 3 Fleid Lower Terrace Unit Depth North of Access Rd. Str:tum . Surface Feature

  =1                                                                                     PROJECTILE POINTS Basal          Measurements:              l
                                         . Missing           Cultural                    Cross                                      Blade       Grinding       Length / Width /

Material Section Basal Type Shape Yes or No Thickness Other

        ' No.           Point Type         Element           Affiliation                                                                                                            ~"
                                                                                                                                                            =1ncomplete measurement Susquehanna       Distal end   Transitional        Rhyolite    Bi-convex         Contracting stem.          Triangu-       Yes
                                                                                                                                                                *5.8/3.3/0.5 cui
       'l' broadspear                                                                       prominent tangs, concave lar base 1

Jasper Convexo- Contracting stem Shoul- *4.0/1.9/1.2 ce

       '2.            Poplar. Island Tip of base Late Archaic triangulate                                 dered Poplar Island     Distal tip,  Late Archaic        Quartz      Bi-convex         Contracting stem '         Triangu-                      *4.1/1.9/1.2 cs 3

lar  ; Proximal tip Poplar Island Distal end Quartz Convexo- Contracting stem, Lanceo- No *3.5/2.8/1.2 ca Unty d.

       .4                                                                             triangulate       rounded base               late                                             (7 like Corner or.                                         Jasper      Bi-convex                                    Triangu-                      *S.0/2.5/0.9 ca Untyped 5                          . Base lar c,                side-notched Quartzite   Bi-convex                                                                                   Mid-sec-6 .-                        Proximal                                                                                                                                 tion end, dis-tal end 4                                                                                                                             Tip
~

Mid-section' Quartz Bi-triangu- Triangu-7 and proxi- late. lar mal area - i

LIMERICK TRANSMISSION LINE SURVEY Sheet 1 of 5 Line 220-61 Site 36 CH 103 ' Phase 3 Field Lower Terrace Unit Depth Level North of Access Rd. Stratus Surface Feature ' PROJECTILE POINTS Basal Measurements: Missing Cultural Cross Blade Grinding Length / Width / lt No. Point Type Element Affiliation Material Section Basal Type Shape Yes or No Thickness 0ther 8' Tip and Quartzite Bi-convex Mid-proximal section area 9 Side-notched Both tangs, Jasper Bi-convex Slightly contracting Straight Yes *4.4/2.3/0.7 cm Pmj. pt. distal tip stem, straight base edge Scraper 10 Baden. ' Middle Woodland Quartzite Bi-convex Concave Lanceo- Yes 4.5/3.4/1.2 cm late

   - ll '             -Orient              Distal Tip            Tr'ansitional   Black          Bi-convex       Concave base, expanding    Convex         Yes                                              *4.2/2.7/.7 cm Fishtail                                                Chert                           stem                      blade edges
   -12                  Bare Island                              Late Archaic    Yellow /-      Convexo-         Contracting stem.         Convex         No                                               5/2.4/1.3 cm Poplar Island                                            brown          triangulate      slightly rounded base     blade jasper                                                    edges 13                                 Base and.                             Yellow /       Plano-part of                                                                                         Convex                                                           *3.1/*2/.7 cm brown         -convex                                     blade pmximal '                             jasper                                                    edges end
    ; 14i                Bare Island-                        . Late Archaic      Quartzite      Bi-convex       Contracting stem           Convex         No                                               6.2/2.6/1.9 cm blade edges I

l Itti RICK IRAN *.Hl'.*.lON I INI *.llNVI Y Sheet 5 of 5 I ine . 220 6L Site __M Cil 103 Phase _ 3 _ Ilcid lowe_r_Te.rracen nit _ _ _ _ thpth _ _ , _ , Ievel North of Access Rd. Stratum Surface feature PRO.ll Ill1 I111NIS Basal Measurements: l Missing Cultural ( rou Iliade f.rinding length /lfidth/ No, point Type Element Affittalion Material Section Rasal Type Shape Yes or No Thickness Other

                                                                                                                                               *incoglete measesrement 15       Poplar Island Proximal        Late Archaic   Quartzite Bi-convex            Remaining part of stem       Convex                  *6/2.8/1.5 cm end par-                                                  appears to be contracting blade tially mis-                                               in shape                      edges sing Distal tip is also-missing 9
                                't
                                                                                                                                                                ;       )

1 y

                                                                                                       'I LIMERICK TRANSMISSION LINE SURVEY                                         l Line 220-6 1        Site   36 CH 103    Phase        3           Field Lower Terrace,             .

Unit Depth Level Stratuyouth of Access Rd. Feature t u m E D N e o e v

                                           =           .    . . e    c            8 8  3 J J J      5    5 k 8 U U    o  Z    U  U  %  d J   a t t t a & . T h             % %    77, 3 7 2, 2 2      ;5 5 5 6 e A A C & & 5 > 5 a & 8 8
     ! Proj. Pt. , Triangular Proj. Pt. , Stemed                                           1  3                             4 l

Proj. Pt., SN Proj. Pt., CN l l Proj. Pt., Lanceolate

    !  Proj. Pt. , Leaf-Shaped                                      1                                1 Proj. Pt., Frag. Frm. Indet.                       1         2          1                     4 Proj. Pt. , Other l

Proj. Pt./ Scraper l l Scraper, End

   ,! Scraper, Edge                                                    2                             2 l   Scraper, End/ Edge                                              1                             1 m

y Scraper w/ Hafting Elem.

• Teshoa o

W Burin, Beaker, Graver d Drill

   !   Chopper e
   !   Blank /Prefonn Biface                                                                                        l l                                                 1 Biface, Fragment ~ -                               1         2  1                             4 l

l Uniface i l i Biface/Uniface  ; j Retouched Flake 2 1 3 E l l e Utilized Flake 7 1 4 12 i 1 l Retouched / Utilized Flake 1 1 l i l Core Tool ) Other . Spokeshave 1 1 2 l l ' l SUBTOTAL 1 1 12 8 15 l 38 l Sheet 1 of 4 i

LIMERICK TRANSMISSION LINE SURVEY Line 220-61 Site 36 CH 103 Phase 3 Field Lower Terrace, Unit Depth Level Stratum S_. of Access Rd. Surface Feature

                                                       .3d -                                               ,,,.
                                                        %            E R     >                            5 g                       8      3       3 8 8 . e c i ~ ;;         ;'- 3 3 .#      .   .

t t t E E E 2 t t ,* ; 3 e '5 b b d a 2 2  : 2 "' E 2 E 5 2 5 5 a o a u , , , u d a m < m m e o o r _ d e Waste Flakes w/ Cortex 1 2 3 7 2 1 16

 ;$ Waste Flakes w/o Cortex                                      1 19    35     7 39 55        4            1       16'
 !B         Cores                                                                   1  1                              2
 $          Shatter. Chnks. Rmnt Cores                               9    7       19   2                            37 l      Pestle                                                                     1                              1 O

Hamerstone S Net Sinker S Nutting / Anvil Stone u

 $ Grinding Stone u.
 $,      lXe 5         Celt.

l Other 1 1

      !     Fire-Cracked Rock                                                         11             1              12
      !     Fire-Craced Rk. , Func.

S Cobble x a Cobble Fragment l Other

       !    SUBTOTAL - LITHICS                           1    1   3   32 61    7  67 88       6      1        1      26H
       ,                                               man -ammseunumarmsseuumamuutacemuteumEECEGuElZ l    Body Sherd m                                                          .

S Basal Sherd h w Rim Sherd

    '1       Pipe Sherd
       !     SUBTOTAL - CERAMICS TOTAL
                                                                                            =                        263 Coments:

Sheet 2 of _4_

LIMERICK TRANSMISSION LINE SURVEY Sheet 3 of 5 Line 220-61 Site 36 CH 103 Phase 3 Field Lower Terrace. Unit Depth l evel south of access road Stratum Surface Feature PROJECTILE POINTS B4 sal Measurements:

                                . Missing   Cultural                               Cross                                        Blade   Grinding       Length / Width /

No. Point Type Element Affiliation Material Section Basal Type Shape Yes er No . Thickness Other inm me measurement 1 Proximal Non-diagnostic Yellow Bi-convex Straight end Jasper edge *2.1/*2.0/0.5 ca, l 2 Bare Island Tip. Late Archaic Quartzite C.-convex Slightly excurvate Convex Yes stemmed, straight base edge *2.9/2.0/0.8 cm 3 Bare Island Tip Late Archaic Quartzi te Bi-convex Slightly excurvate Straight Yes *S.4/2.5/1.0 cm stemmed, slightly convex edge l base I

4. Contracting bistal End Late Archaic / Quartzite Bi-convex Contracting stem. Lanceo- Yes *4.2/3.9/0.8 cm stem Transitional rounded base late or '

straight i edge 5 Rounded base. Unknown Quartz Convexo- Rounded Leaf 2.9/1.5/0.8 cu

- " teardrop" triangulate shaped point

6. Unknown Tip. Non-diagnostic Quartz Bi-convex Lanceo- This is proximal late a mid-area section

_l 7 Unknown Proximal Unknown Quartz Plano- Straight *2.8/1.9/0.8 cu area convex edge i

                                                                                                                .       ~
                                                                                                                  =mm .

____m____._

t LIMERICK TRANSMISSION LINE SURVL1 Sheet 4 of 5 Line nn.61 Site 36 CH 103 Phase 3 Fleid Lower Terrace Unit _ Depth Level south of access road Stratum Surface Feature' PROJECTILE POINTS Basal Measurements: Missing. Cultural Cross Blade Grinding Length / Width / No. Point Type Element Affiliation Material Section' Basal Type Shape Yes or No Thickness 0ther

     - 8.                          Unknown             Distal end         Non-diagnostic Argillite     Bi-convex                                                                                            This is Proximal                                                                                                                                             a mid-end                                                                                                                                                  section

. 9. Unknown Distal end Unknown Quartz Plano- ' traight-steamed.

                                                                                                                        .                        Lanceo-                         ho        *3.1/2.6/.9 cm j                                                       lateral                                         triangulate     rounded base              late margin e

i' ;l I-

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 - mSMOCn"3m"gsC*r                   - . NDQ-n- swS f                  e
 -              4
 - OO1m -          OO.e.
 - oM7f-   t1
 - i    34
 - vC 0 . o1>-    - r                                                                                          -                          .

o r 9**, ,._ O' a lI l!;lillIlil! l> l l I

i I)lIj.11(,l' n r 29 nn 5=@xGm.O= r s i F mCm:<r<- I

            - *)

r 34 NNO.m4- w ,rc e wm nx ow ur,ee 0 w n *o W1E+cE*ro2+ry I m+r2 g* x .w"' . c3*te oeut3 r rrD<m-at w5.E* - nOOrC1B

            -                       "f k

c d 8 y a e / l R Y n e e e e B o t t n n e

                                                                                                                                                  ,       ,      , d      i           i       o      o      t
                                                                                                                           ,       ,        . r       r     r    e   z  z          l      t       t      i r

r t t t e e e c t t e l s s l e L r r r p p p l r r l i t d o e A e e e s s s a a a a g l n y h h T h h h a a a h u u h r i a h t t O C C C J J J C Q Q S A S S R O O T

  -               e r Q W +r(          D            na    s
                                               * -OwDm   <        sN nO1+r<x            -     D E

G A

• rQ m +r( D * --O D n sw<m rNO oO1+Dx - cr T

I B E n01Dm ~( D

               ,t s r+r(D5*

eyO nr3we

                                                                                           ,,    nO2e
  -           mDmtaeD

( ( S a L zD39m1m+rO3D - < O O =Dt (f M *= 3 w(D-1 T D t- m- - D E =C +r e

• 3Cw3:< d .- m+rO3<

K A 3 - . - L c1'3o*3c o+rO3o F N 2XD ( C N

    -         n(D" ct
    -         o+r7(1         D
    -          n*=1
               -    " (        Den*o             1nOr.oo mOOw n*1
               -     -~ Den  (                  1nOwma
                                                *o                mwe                     n c3O*

R E nOCC-(TT*D H T n1,o3a3et 0 nO&T* C-(D - "o

     -         o *r" 3(1    D
     -         mCC      D4 OtDr
                             'lI f

F 4IenM *- .! l l i a I, I' 1 i l )1' 1

     -                     .               t              .
     -         mOoM U7D1o                         r" S                                                                                                                                 -

C 8* . I mQm0-Mx(1oD-M A x43 M3D1o (- R - E C 3

      -         o

• OG M"~ <D1o mCC D-tOt=-3r -

nm -nm m 4-O-4>*r t

• n033m3ee*

mE % N O*- " rl llj,.It' ,ll!tIl)lIttI. I

1 INI RICE IRAN'J11'.*.loN 1 INI WRV1 Y 3, Sheet 1 of 1ine 220-61~- Site 36 CH 103 f1ase ~~ 3 rge3d Structure

                                                            ~                                           --                              unit              Ikpth                          Ievel Location.

Stra tism Surface feature STR 1/3 lito.fi IilI 001415 Missing Cultural 114 s4 1 Measurements: frnu filade Grinding length / Width / l 10n. Point Type -Ilement Affiliation Material Section Itasal Type Shape Yes or 100 Thickness lit twr

• incomplete 1 Stanley-like base of Middle Archaic Jasper Plano-convex Straight stem sides g Straight nct deter- meawrement stem (prox- base is broken blade minable
• 7/3/.8 cm inal edge, slightly distal tip serrated edges

ij(l 1 ll' 1 r o r 3m" On ,_EzVz.*" o2 rezm mCm<m* r.3e O9O8O . ' n w *e $ mc "3

8=Aa E w m I " ,u q e S c g g n % - @

c3 e . oe=,a7 m<e- w4a. cbg ' ,u w!le Os m l oe:a$ mSmeC3e k c v d B a a e R

                                                                                                                                         /

Y y n e e e e l B r o t t n n te G . . , d i i o o i

                                                                                                                  .   .        ,   r      r    r e z    z      l  t     t r

t t t e e e c t t e l s s l r L r r r p p p l r r l i t d o e e A e e e s s s a a a a g l n y h h T ph h a a a h u u h r i a h t t O C C C J J J C Q Q S A S S R O O T

       -                     a                                         .
       -         m1OL.
                     -                       mM. 4s.oscc o-.1                       .
        -        o1OL.
                     "                 OM* . mo
                                           -                                eO
         -       osOu. oe*. mz
         -       o7OL. me* . nz
         -       o1 O r.. o*M.. re.sOeO..ae                                     .
         -                                                                        s o5O -          .          o
                                           *e*.               rea m7e,Ue0
                                                                    ,e
         -                   L.
         -       m1O  -      r..     . -    oe * . m1=o          -            . m3. .sg.    .-      e*
         -       mO   1
                               . mo*. oe7e1-E.*
         -       m1Ou=-                     o*e* nmo1 o.U 1                  -
         -       wO1     - aSUS -1                   msO
          -       eO5     - aSUS 1 mOoe
          -                    s
          -       eO1eUS1 -                  -     msaNmao.

S L O mO1=US1 - CN r,e,e o- so m $* O T 1 n f Su7OO D GSewms. n. E . 3 s c,o<o1 - K mC54s. - - - A 4 L F o14 - - *- -

           -       n70UU41-n
           -            - e                     1
           -       m*msFNm                           SeO3-
           -            . ne
           -       m*=ecOS
           -       e   *. nes l                                                                     4
           -       c           aOS.                F 19
                                                         -       9 .sn                                                    -                                                                      -
           -                    e
            -      cs*.nDOO
            -                                             .n ma.nemOSNc3ae=O.                        =-
            -       =SMOcO7eh                      d        m ewe L
             -     c M *- d *.N4C                          m =we
             -                                     L
             -      m4MOCn7eCNCn                                      -     Nea m =wS
             -                          4
             -      nO4S                       OO*-
             -      od741 wCm1o4p""3r                  '                                                                      -                                                                          -

Ege " o* *' 3 - IllIl I , .jiI!

LIMERICK TRANSMISSION LINE SURVEY Line 220-61 Site 36 CH 103 Phase 3 Field Struct. Location Section B Unit Depth Level Stratum Feature Wrface C ti n = 'E A E k e e o e a 2

                                                                                                                                                                                  .      . . 4             .%       .#  8 8    3 C J J J 5 5 5 8 0 0 e ? U % ? J J a 5 t b & R 2 % % % % 'E                                    1 R i i s 5 6 6 4 4 4 5 & 8 5 4 G a E 8 e ?

E Waste Flakes w/ Cortex 1 1 i e

                                                                                                   $                          Waste Flakes w/o Cortex                      4           2         1                   1                    8 a
                                                                                                   $ Cores l             Shatter. Chnks. Rmnt Cores i

l Pestle

                                                                                                     $                        Hannerstone 2                            2 o

S Net Sinker S Nutting / Anvil Stone 2 5 u. Grinding Stone g _ Axe i Celt i l Other Fire-Cracked Rock 21 2 1 24

                                                                                                                     '         Fire-Cracked Rk. , Func.
                                                                                                        $ z Cobble
                                                                                                       $                      Cobble Fragment l       Other
                                                                                                                      !        SUBTOTAL - LITHICS                    1      4          2       1            24   2    1           1     36
                                                                                                                           -amsesarmeumsumumaumameuusuumaemeuemmemsEr--                                                                 _
                                                                                                                      !       Body Sherd m                                                            .

M Basal Sherd l h w Rim Sherd j Pipe Sherd i _ SUBTOTAL - CERAMICS TOTAL 36 Comments: Sheet 2 of 2

L1MERICK TRANSMISSION LINE SURVEY Line 220-6 1 Site 36 CH 103 Phase 3 Field Access Rd. Sect.1 Unit Depth Level Stratum Surface Feature

                                         $        m a
                                         ?*
                                                  & D        E   m       e   g g
                                                    - .   . %*   3       3   o o  3 J J J   b   %'       u u    e  ; % %       C C                    a t t  t  &   S,$   T  % %    % 5 % i     2, 2 2 ;5 6 6 6 4 4 4 6 3 3 5 E G S s 5 5 S

! Proj. Pt., Triangular ! Proj. Pt. , Stemed 1 I l Proj. Pt., SN ! Proj. Pt., CN ! Proj. Pt., Lanceolate ! Proj. Pt., Leaf-Shaped ! Proj. Pt., Frag. Frm. Indet.

!     Proj. Pt. , Other
!     Proj. Pt./ Scraper
!     Scraper, End
!     Scraper, Edge
!     Scraper, End/ Edge m

g Scraper w/ Hafting Elem.

• Teshoa ci d Burin, Beaker, Graver

$ Drill

 !    Chopper
 !    Blank /Prefam l

l Biface 1 I e Biface, Fragment l l Uniface

 !I   Biface/Uniface l    Retouched Flake                                I                                                      l
  !   Utilized Flake Retouched / Utilized Flake l _ Core Tool l   Other
   ! SUBTOTAL                                          1            2                                         3 Sheet 1 of 3
                                                                                                                ...I

LIMERICK TRANSMISSION LINE SURVCY Line 220-6 1 Site 36 CH 103 Phase 3 Field Access Rd. - Unit Depth Level Stratum Section 1 Feature s e m 2

                                            =

e # w a w .

                                                       .   .  . e*    .t      3 8 8 3 J J J b b b            u u a ; U u ; u* C a t t t & & & %% % % 'G ." i R E 2 ;5 5 6 5 8 8 4 6 & & M 2 m a E 8 8 ?

d Waste Flakes w/ Cortex 1 1

 $ Waste Flakes w/o Cortex                      1    2   1       1 1                         6

• Cores 1 1 o

l Shatter. Chnks. Rmnt Cores 2 2 l Pestle

 $ Hamerstone o

S Net Sinker S Nutting / Anvil Stone u u. Grinding Stone a O Axe

i. Celt l Other Fire-Cracked Rock 12 12 l

l Fire-Cracked Rk. , Func. z Cobble E; Cobble Fragment l Other

  !  SUBT0TAL - LITHICS                       1      2   4       1 1 16                     25
  , -mammminummmmmesmemummesummermassem                                             =smsar l  Body Sherd w                                              .

i S Basal Sherd b w Rim Sherd y Pipe Sherd l SUBTOTAL - CERAMICS TOTAL 25 Coments: Sheet 2 of 3

LIMERICK TRANSMISSION L1NE SURVEY Line 220-6 1 Site 36 CH 103 Phase 3 Field Access Rd. . Sect. 2 Unit Depth Level Stratum Surface Feature n , w 3

                                            =
                                                     & D         E   .      .  .  .
                                                       .  .    . e          #  8 8 J J J    t   t, y      u u   . ; % ;; ; a a a t t   b 2    5l-  e  @*% %  %   5 % lE R 2 2 5        i 5 5 5 4 4 4 5          & &  5   # G a e e e l2        l
    !   Proj . Pt. , Triangular
    !   Proj. Pt. , Stemed
    !   Proj. Pt., SN
    !   Proj. Pt., CN Proj. Pt., Lanceolate i   !.

l Proj. Pt. , Leaf-Shaped u l Proj. Pt., Frag. Frm. Indet.

    ,!  Proj. Pt., Other Proj Pt./ Scraper l   Scraper, End l   Scraper, Edge
    !   Scraper, End/ Edge m

g Scraper w/ Hafting Elem.

• Teshoa o

O Burin, Beaker, Graver

   $    Drill
     !i Chopper l   Blank /Prefom i

l Biface l Biface, Fragment l Uniface l Biface/Uniface l Retouched Flake i e Utilized Flake l Retouched / Utilized Flake l Core Tool i l

      ! Other e
      ! SUBTOTAL                              ,                                                O Sheet 1 of 2

! t

1li i!llill \('ll

                                                                         < xmm nn 4'I",vz vmeoz
                                                                                                   >         o
                                                                         -                                                -g     zm yC=<m<-

i na > _ v +ro wCnnx o" r - D

            *3(                NNo.O-                                                                    m7o,mD         <            m                      m *._ o. Fn$w mm*

i o i C3 * +r oDue7

                                                                       <                                 rtD<       a.-                                     w+r2,g" v?>+r 03                    t i

Dp t v4 $D < f O fc * (1D k c d B a e / y l R Y n e e e e B o t t n n e d i i o o t r r r e z z l t t i , , t t t e e e c t t e l s s l r r L r r r p p p l r r l i t d o e e A e e e s s s a a a a g l n y h h T h h h a a a h u u h r i a h t t O C C C J J J C Q Q S A S S R O O T

 -                       D E

s Eo m +r< nD mdeX(m EN n01+mx - < G . . A e D s maOX(m D . . T rD m +rc TNO o01+Dx rr - . I B oo1Dm - ( E D

 -      vyg,    . etad      r 5 OY3xmo       -                 m93ec nO ,Dm C
 -     mDmt  (        r D   (

S L xo* B3<D-1m +rO 32 O O , a-T =D #e t v 3FD1 (- D t 1 E zCc+r 3CND <*=* mtcO3D( K A .* L o9*3a*3C mtcO3m F N 2xD( O N *

  -    nG tr
  -    o +r 7(D,
  -                                                     3                                                                                                                         o                          o,
  -     m*1D.n1*OXDQ
                  *(            -Q           (        XOOF                                                                                                                        r
  -     m-7D.o1       (

d

                                - COXDQ mF*. me3n*

( . R E nOCC-(TT D H ) T D t 0 oOUT C D ( T1e

• DadC3r l

ot7D, r (

   -    ,                                             e                                                                                                 ,

vCD4o1Dt C- - 5 - _ o m

   -                                        f!ilFe4x**Om                                                                                                                          r 5".

li j ' 3I' 1l'!  !

                                                                                                                                                                                         ;5'         [
   -    3          .
   -    COO <. m*3(- '

D1O. S - C 8 I n#mQ-CQ m7(1Q D-M A - >* . R m*3 v3D1Q (- E C .

   -    ma3D      T( m7(D1O          -
   -    mC34a1>-  c- - r                 8 nm             *nm n

4o1:-3c w D NOB 3<3 +<m ** y 3 g ,, u r oo ,r li:'li!  !

LlMERICK TRANSMISSION LINE SURVEY Line 220-61 Site 36 CH 103 Phase 3 Field Access Rd., Unit Depth Level Stratum Section 3 Feature Surface t* v m

                                                 &   D      E   .       .  .  .
                                                          . 8          3 8 8 3                 l J a a    t   t      8 : n    . = = = = c c a b b b & & $ T% b          %   '5, 3 i 8, a 2 5 6 6 6 4 4 4 6 & 8          di  A G d 5 5 5 S l  Proj. Pt. , Triangular Proj. Pt. , Stemed l  Proj. Pt., SN
  !  Proj. Pt., CN
  !  Proj. Pt. , Lanceolate Proj. Pt., Leaf-Shaped l

j Proj . Pt. , Frag. Fnn. Indet, j Proj. Pt. , Other Proj. Pt./ Scraper l

i Scraper, End Scraper, Edge l

l Scraper, End/ Edge m g Scraper w/ Hafting Elem.

• Teshoa e

Wc Burin, Beaker, Graver Drill d. l Chopper e Blank /Prefonn l l Biface i-Biface, Fragment l Uniface j Biface/Uniface Retouched Flake l l Utilized Flake j Retouched / Utilized Flake l Core Tool l Other

   ! SUBTOTAL                                                                              0 Sheet 1 of 2

             ----CERAMICS--- ------0THER------- ----NON-FLAKED TOOLS---- --DEBITAGE--

7 m -4 m o :x2 m c3 Ym o n n n o n 23 c1 = = I o m n r r n c r-O o C -*- - 08  ! O uC et O O -a- -an. rt (D x 7 C (D os (D y O os os (D 3 -a-B -1 C3 T3 3 to a I 03 7 7 7 *1 7 7 -* (D -*. r+ ct 4 m o, 1 m m Op - a- 3 3 3> -4 (D 08 M  ;-4 (D 7 7 O (D (D rt "3 rt U g, (D ct rt rt r+ (D m r- o m - o 1 --* -a a i , CL - m (D ct.

                                                                                               --  ,,  m  (D  m                              c 3      --4 m   7        M             --t    (D  (D n    n               -*- 3    -*- 7  (D  (D                                        -1 e9     3m  7   (D  m    7             35               1   1             3   C    3   m        5    m   m                              (9          N m      (-* (D  "*  7    (D            (~      T1     Qe  Os              c   N    w   rt     .      -*  -*                                         N
      **          1  CL  (3    5                    1     O    O                   3a   (D  O             De  ce                                         o e  a            O-        ln

as w w m 3 1 3 a x w e CL i C (D (D rt < (D y (D (D m n ' f"" 3 CL a 0 *-

3 m m -a m  ; *=*4 (D 3 -* F 3  % M (D En T T m j*I--* et F O O c+ N O N g

             -                              n             . F                   0                          m m                          e
                                        'w; 3                      O   O 3
    -        m                                            m                        (D                     O     1
                                        !                 c                                        r,      s  et                                   a m-3                                               r+  m                                    (D i                n                                        o      m   x                                    v r+        r-
                                                          .                                        O      x                                        r+    (D    -
                                                                             '                      5                                              7             r ro                                                          m m                                                      w    =

m - n n x f

                                       '                                                                                                                  I
                                                                                                                                                               -4 j

r, Chert, Black o w 5 2 m Chert, a m Chert, f- ,) f (D 7 .m.

                                                                                                                                                   <     o,    a 4-                                                                   -

Jasper, Red (D. m (D

                                                                                                                                                               =
                                                                                                          "                                                    r-Jasper,Y/B                                      :

m

                                       ,                                                                          Jasper,                                 

m I C l Chalcedony x m Quartz < m - _. Quartzite m n Shale n -

                                       '                                                                                                           2
                                                                                                                                                   <+ a Argillite                        C a

Siltstone m m 2 m n m Sandstone i n. 8 m 7  %

 =
                                   '1 O#    O M Rhyolite                      n     3 m                                 ;

(D m N Other, " O

 %                                _                                                                               Other, m        n,                                 .                 --.                                        w       TOTAL                                      _

LIMERICK TRANSMZSSION LINE SURVEY Lir.e 220-61 Site 36 CH 103 Phase 3 Field Access Rd. to Unit Depth Level Stratumsection} Feature t* z e a D h . . g g

                                                                                                                                                . 8   %      C o o 3 0 0        0 % ; J J J         J  t   t      8       .                     a t t t      &   2 $ T % % 3 E % li!           .E .a  ;5 6 6 6 4 4 4 6 3 & m '& G a o}c e a                    l2
                              !                    Proj. Pt. , Triangular
                              !                    Proj. Pt. , Stemed Proj. Pt., SN l

l Proj. Pt., CN

                               !                   Proj. Pt., Lanceolate Proj. Pt., Leaf-Shaped l

Proj. Pt., Frag. Frm. Indet. l j Proj. Pt. , Other Proj Pt./ Scraper l Scraper, End l j Scraper, Edge l Scraper, End/ Edge w y Scraper w/ Hafting Elem. Teshoa o W Burin, Beaker, Graver .. Drill d. l Chopper e Blank /Prefonn l l Biface Biface, Fragment l l Uniface l Biface/Uniface Retouched Flake l Utilized Flake l l Retouched / Utilized Flake Core Tool l

                                      !             Other
                                      !             SUBTOTAL                                                                                                                     0 Sheet 1 of 2 i
                                                                                                                                                          ,                         )
                                                                                                                                                                                    )

f2IB On 4 @= E V',u o= r g

• vC:o< O

                                                                                       '                               i
        - a r 3D f            Oe0 -

4e - i v +r,D wcn Ox o" mrnmD o < " ' <,D o. Rn@ m :o. o *r

                                                                                                                                                                              +

c3at: c o<V,r3 D -r D< < m- *- Ng+rc"Xn 0" a , mi+Mo nDaC Q +rc

• 1 k .

c ( d B a e / y l

                                                                                             %            R    Y             n      e             e  e       e B                                   o      t            t   n       n      e d      i            i    o       o    t r     r    r e         z   z          l   t     t      i          ,     ,

t t t e e e c t t e l s s l r r L r r r p p p l r r l i t d o y e e A e e e s s s a a a a g l n h h T h h h a a a h u u h r i a h t t O C C C J J J C Q Q S A S S R O O T

  -     - ,            D      ae                                                                               "                                                                               -.

E s Q m *r( nXD4 1N OO5+DX

                                         #4                    - r<

G A sos m +r rp a OXDm TNO OOs ,e(x s D " " " " T ( I B E O01Dm - ( D

   -      cy g +r +r(D2 Cr3x/
                                          - - ,        t             + Oc.]m I
   -                   d
   -     m(mt D        r D (

S Z o gs-(D -1 r L +O3D r ( O = O =Dt(c M* 7(5D-T D t a- .* E =C +r r 3 N>3< * -. (r 1*O3D

                                                             -(

K A 1 c 1-a3c*- MtcO3 D ( L F N >xD ( O N

   -     OD*tc

(

   -     otrD5r-    (-

C

   -     n a-                             DL "I onW    3
   -             1GeO
                 -                 OX(".                                                                                                                                                       w
   -                                              .             1
    -     n*1DeO
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R E OO7T*D C ( H T 1 0 O o7 C *-D( v1 -QO3D3ctL f

    -    o+r7(7      D
    -     i vCD9O1                                                                                                                                                                           .o C- - -r                       "                                                                                                                                            .

6

                                          .lf         ,-4Z~OM,                                                                                                                                  c n                       !               -                 l
                                                                                    II          Ii    !        i!      I' f
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C nsA8 *- I (OL0- D1Q (- M il A 3 x 3 v7 Q i . R  : E C o a.

     -    -   -  V(D M D5O     r-
     -                                                                                                                                                                                  l
     -    s                                             3
     -    uCD4Oe  C- - -

i 9 OnIbZmOM r'

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c

           +-O-4>-r n033(3 m*     D           =
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Ill\lI1l\li ,l TMZm:oMM^ <WxV

                                                                               "                      'm . Uv ox- r 2m io 9i v":<m*

nT " Rn$u~ n". D - na r-a= 3S NMOeO - / ** te4 4 wm O~ "3 3 o.mS w - u4o c3 TO!O' u

                -                                                                                                                             s C3ate                                                             O43tF 1e::                          r S<S-                                     ,     ,l>

cE -le n st4e ec JS k c d B a e / y l R Y n e e e e B a t t n n e d i i o o t r r r e z z l t t i . , t t t e e e c t t e l s s l r r L r r r p p p l r r l i t d o e e A e e e s s s a a a a g l n y h h T h h h a a a h u u h r i a h t t O C C C J J J C Q Q S A S S R O O T

-                                                1          e          *p
-       o9Ou. mt..                   e            - -1* D34C - O-           1
-       21O*.-       L        mt.. e mtrS334Q
-                      =
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         - -                  oe - r. . rD3O2O*= a rS
-                                                         s% t s                 -
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                                 - e t

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-                                         1
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 -       mO1*oS1 -Q              - mCCO
 -       i                                          . )L  T
 -       vO1*uS7 -Q                    m3QNrCC2 S

L O mO180uS1 - gN I08%t*3C r- F=m3.T* l O e T f Sn7OOe D E n - 3 K eC 7* 3 GSe"'st m -1 O1s<S1

                                                                  -O          -

A L F o 1-a**- l

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• e E omt@

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   -              Ok M       C *D1a S                                                                                     -

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• iEO" v ro O*- ,

LIMERICK TRANSMISSION LINE SURVEY Line 220-61 Site 36 CH 103 Phase 3 Field Access Rd., Sect. 6 I Unit Depth Level Stratum Surface Feature ___ t u m 2 E D N o o e e

                                                                       .  .  . e                                   O      #  8 8 J J J                        $ U U e Z U U Z d J D   5  k                                                               a t t t & R: . T h % % 5 % i 2, 2 2

5

[_ 6 5 6 e e a 6 & & 5 k 3 a & 8 8

      !       Proj. Pt., Triangular r

-  ! Proj . Pt. , Stemed

       !      Proj. Pt., SN                                                                                                                         '

a e i l Proj. Pt., CN [  !. Proj. Pt., Lanceolate l Proj. Pt., Leaf-Shaped c . T Proj. Pt., Frag. Frm. Indet. l i l Proj. Pt., Other -- i l Proj . Pt./ Scraper i r j Scraper, End l Scraper. Edge %  ! Scraper, End/ Edge p .. LA g Scraper w/ Hafting Elem. -

• Teshoa r a

- Oc Burin, Beaker, Graver d Orill r [.  ! Chopper i { l Blank /Prefonn Biface i- l _1 i p j Biface Fragment l Uniface i m l Biface/Uniface m i K l Retouched Flake ~

           !. Utilized Flake T

l Retouched / Utilized Flake l Core Tool .- i l Other 0 h  ! SUBTOTAL I Sheet 1 of 2 r

                                                             ----CERAMICS--- ------0THER------- ----N0N-FLAKED TOOLS---- --DEBITAGE--

n -4 m -*o. m. m m !m O n n -*n. .m O n 2, ci z z z o cA o r osr n C r. O O C

• Os o iC et O O
• ct G x 1 C (D os (D 3- O W (D 3 -*

B --i CD T3 3 m O. CD 7 0" 0" -5 *1 3" " (D -* rt et 3 m gs 1 m m as *. 3 3 3m --4 (D 08 M  :~i (D 7 7 (D (D (D rt 3 et 3 et rt (D rt rt et rt (D (D r O LA " O 1 " " e e 1 O,, -*. W (D --* r+ m CD @ C 3 --4 LA 3* M >-i (D (D O O + 3 -*. *1 (D (D 1 et 3m 7 (D M 7 3> 7 1 3 C 3 m 1 "T1 n (D N m (~ (D -1 7 (D  :(~ n Ds Os C N F et . --s --* N

                                   **                            -5 O. (D   -1                 1       O    O                3=  (D  O             Os  os                                            O 8  Q.    *1   O.          8     Os        X   X            W   3   *1  3      n      X   X                                              e O.                     Q        (D   (D           rt  *C      (D     7      (D  (D                                            G O                         (--    3        Q. Q.           O   a              3      m   m                                             --e (T1                       m      (D                         3   -*             w m                         M      3        m m               G                  m      T   T b                         Z      rt       F    O                W                     N   N
                                                             *E                        -               . O                ct                    O m                         O               w    X                O                         O I                                                             O                         LA                                    3                     O   O I                                 -                           M                                           n                   (D                    O     1 C                                    rt     *1  ft                                     1"3   CA 3                                           et  (D                                     (D    -4.

O O (D X V rt f~

• O X rt ED -

s =r 2 (5 (vi m w m m - n n n x Chert, Black O w 5

                                                                                                                                                                                                          =

Chert, 1

. z m

                                                                                   !                                                                       Chert,                             r-    ,3    m (D    7     -
                                                                                                                                                                                              < as        O l                                                                        1 asper, Red                      (D
                                                                                                                                                                                              - e m     z r-Jasper, Y/B                                    -

m Jasper, w m i C Chalcedony m m Quartz -< l" Quartzite I Shale w n g" Argillite g o. Siltstone # 0 l l Sandstone ,E m 3 y -- l g P Rhyolite 2 m Other, O [ o,, 1 Other, 8 (o l l -"' TOTAL m

1! 'liI ' o i rMxmmwn7 +Bzmx vu in~oz rezm vCm<m* r *.3S MMO8hs t i v +rfD wm nx ow E o,iS u " ,m" >2D$ E**v@ ( 3 y

                                                                                                                                    ,4 dea vc>

C3dte o4ut7 c r S<4-a;(D n4estec jID k c d B y a e / l R Y n e e e e B o t t n n e r d i i o o t r r e z z l t t i , , t t t e e e c t t e l s s l r r L r r r p p p l r r l i t d o e e IA e e e s s s a a a a g l n y h h h h h a a a h u u h r i a h t t O C C C J J J C Q Q S A S S R O O T

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  -  vCm4O4>F    - -                                                                                                              -           -                          w E3,r -' O*        "

LIMERICK TRANSMISSION LINE SURVEY Line 220-61 Site 36 CH 103 Phase 3 Field Access Rd. Sec. 7 Unit Depth Level Stratum Surface Feature t u m E D t e a w w

                                            =                                      .t       .t 8 8 3
                                                       .         .   .       e J J J b b b 8 n n w ; ; u ; a c a t t t 0 & & ; % % ; E % i R 2 2 5 5 5 5 4 4 4 5 & a 5 A G a E e e ?

a e Waste Flakes w/ Cortex 1 1 2

! $ Waste Flakes w/o Cortex 1         5               1             1                      8 8 Cores c

l Shatter. Chnks. Rmnt Cores 1 I 2 l Pestle o Hammerstone S Net Sinker S Nutting / Anvil Stone 2

  *5 Grinding Stone u.

a o __ Axe T, Celt l Other 9 l Fire-Cracked Rock 5 1 4 10

    '    Fire-Cracked Rk. , Func.

5

  =

Cobble

  $      Cobble Fragment J

l Other

    ! r--SUBT0TAL - LITHICS                          2         6             1 1   7   1   2           4           24

_ _aw - --

    ! Body Sherd m

S Basal Sherd i x 5 w Rim Sherd j Pipe Sherd l SUBTOTAL - CERAMICS TOTAL 24 Comments: Sheet 2 of 3

_ _ . _ _ . _ . . . . _ _ _ . _ _ . - _ _ _ . _ . _ . . . . . - . _ _ _ _ _ _ _ . . _ _ - - _ _ _ _ . . . _ ~ _ _ . . . _ . . . _ . _ _ . . . _ _ _ _ . . _ . . - ~ . - _ - _ - _ . . . . - - - _ - . j . Y i LIMERICK TRANSMIS$10N LINE SURVEY Sheet 3_ of 1 Line~ 220-61 Site 36 CH 103 Phase 3 rield Access Rd. Unit Depth- Level SEttT6n7' h Stratum Surface Feature PROJECTILE POINTS Basal Measurements: Missing Cultural Cross Blade Grinding Length / Width / l' No. Point Type Element Affiliation Material Section Basal Type - Shape Yes or No Thickness Other

                                                       - - - . - -        ..                       ~                                    .-- -                                 --                                                                        -   .i 75 1          Contracting '                    Distal Tip          Poplar Island,          Argillite           Bi-convex                  Contracting sten                                                  Yes 1           6 stem                                                 LA cm                            ,

i , l 4 4

                                                                                                                                                                                                                                                               }

I i l l . t

LlMERfCK TRANSMTSSION LENE SURVEY Line 220-6 1 Site 36 CH 103 Phase 3 Field Access Rd., Sec. 8 Unit Depth Level Stratum Surface Feature t t m E E w w w w

                                        =                                          *
                                                   .  - . e*   .t      .t 8 8 J J J   %   b 3      e  ; ;;    ; ; a a a b b  b  &   & $ T4      %   %   Tn d  la  R 2 2 5 6 6 6 4 4 4 6 3 3            di  M G   05  5 $ $   S
  ! Proj . Pt. , Triangular i

Proj. Pt. , Stemed l Proj. Pt., SN

  ! Proj. Pt., CN
  ! Proj. Pt., Lanceolate l Proj. Pt., Leaf-Shaped Proj. Pt., Frag. Frm. Indet.
  ' Proj. Pt., Other l Proj. Pt./ Scraper
  ! Scraper, End Scraper, Edge l

l Scraper, End/ Edge , m d Scraper w/ Hafting Elem. o

• Teshoa o

d Burin, Beaker, Graver d Drill i l Chopper i Blank /Prefom l l Biface l Biface, Fragment l Uniface i l Biface/Uniface Retouched Flake l i j Utilized Flake l Retouched / Utilized Flake Core Tool l l Other i

  ! SUBTOTAL                                                                               0 Sheet 1 of 2

• I i i rch xMr H E= $ vm OZ

                                                                           -                                      t- F mCx<M<-

1 NNOeO. n .- n u +r( D M OI .O" O7a=D W i-r

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               -     (                                                                    -            -      <

C 3 * +r ODvt* c r D rcD<<- mr2g" E ,s' n' l vD ( W +rC-5D ( _ t k l c d B y a a e / s l R Y n e e e e a B o t t n n e B . d i i o o t -

                                                                                            ,   ,        , r         r     r     e     z  z          l     t    t    i          ,     ,

t t t e e e c t t e l s s l r r L r r r p p p l r r l i t d o y e e A e e e s s s a a a a g l n h h T h h h a a a h u u h r i a h t t O C C C J J J C Q Q S A S S R O O T 1* E E>mtD r( 7s oX(m D 1N OO1,r<x- D G A :OmtD "E s cC 1*- >X(m 7

                                  -             D       CNO O0,+rmX                                                                                                         "              -

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LlMERECK TRANSMfSS10N LINE SURVEY Line 220-6 1 Site 36 CH 103 Phase 3 Field Unner Terrace Unit Depth Level Stratum Surface Feature t* v m

                                       =

a D E . . . .

                                                     .    .   . e             3  8  8 J J    t    b g        0 0 . ; t 0 : 2 J            a t   t  t   &    Rim @*% b % 'a # 1 lit, 2 2            :s 6 6 6 e e a 6 & & 5 k 3 3 5 8 8
  ! Proj. Pt., Triangular                                          2                              2
  ! Proj. Pt. , Stemed                 1          1    2              6       2                12
  ! Proj. Pt., SN
  ! Proj. Pt., CN                                                  1                              1
  ! Proj. Pt., Lanceolate Proj. Pt., Leaf-Shaped                                         2                              2 l

l Proj . Pt. , Frag. Frm. Indet. 3 2 1 1 1 1 9

  ! Proj. Pt., Other
  ' Proj. Pt./ Scraper l Scraper, End                                       2                                          2
  ! Scraper, Edge                      1          1                   1                           3
  ! Scraper, End/ Edge                  1                                                         1 m

d Scracer w/ Hafting Elem. o

• Teshoa e

d Burin, Beaker, Graver

 $ Drill                                               1                                          1
  ! Chopper 4
  ! Blank /Prefom                                                  1  2        1 t

l Biface

  ! Biface, Fragment                           1  5     1        1 6  1        1                16
  ! Uniface                             1         2     2           5 1        1        1       13
  ! Biface/Uniface
  . Retouched Flake                                                    l                           I
  ! Utilized Flake                      l          1    4                                          f Retouched / Utilized Flake          1          2   13           1                            17 l

l Core Tool

  ! Other l SUBTOTAL                           6      1  15 27          2  19 13      5        2       90    ;

I i Sheet 1 of 8 1

LIMERICK TRANSMISSION LINE SURVEY Line 220-6 1 Site 36 CH 103 Phase 3 Field Upper Terrace Unit Depth Level Stratum Surface Feature f; u m 3

                                            =

e ? & a e e e

                                                             -     -     -    e          1             8    8 3

; J b b b 8 3 3 e  ; %  ; u C a t t t & & & % % % % E  ? R 2 2 ;5 66 6 8 8 e5 & &, 5 k 3 3 & 8 8?

i a' Waste Flakes w/ Cortex 3 1 4 12 7 1 1 5l 1 l 35!

 $         Waste Flakes w/o Cortex          10        9 75 72                14   70l74l          7                        b31 5

Q Cores 1 l 1 l Shatter, Chnks, Rmnt Cores 2I 1 16 10 l 50l16l 1 l 96

   !       Pestle                              !l              l l              l    l     l    l        l             I   ld
 $ Harrerstone                            !l l !l l                             l    l ll       l   l    ll            l   l2 k;lNetSinker                             l    l   l    l            l     l    l    l     l
 %_Mting/AnvilStcne                            l [!                 l                !

h Grindina Stone l l l l

 )         he                                  !                     l          l               l             l            l     l h Celt                                   !l                   !l                          l    l l   l     l
   !_0ther l    l   l           l
                                                                     !               l              l                      l
   ! L Fire-Cracted cock                  l        l           l     l          l    l301       l   l 11            il     132
   !'t Fire-CrackedRk.,Func.                       l           l     l     _

l l l l l l l

 .hCcbble                                          .l          l     l     l    l    l     l    l    l                 l   lj s.CcbbleFrirent                          l        l    l1l                l    l      I II     l    l                     @
   !{Other                                l        l           l     !     !I        I     l    l   l         l        l   l     I
   !! SUBTOTAL - LITHICS                  l 21   1l1511dl17:               l17 h4014d           113l 1     1l 3 1l         l588
   !I Scdy Sherd                                   !                 l     !!l             l    l    l            l    l       h m                                                                                              -

d Sasal Sherd x l  !;,,l l_ i I l 1 5 Rim Sherd l l l l l Pipe Sherd l l l l l l l

   !   _ SUBTOTAL - CERAMICS                                         l          l          l         l                     lE TOTAL                          l                                     l          l         l   l                   594 Cocrents:

Sheet 2 of 8

LIMERICK TRANSMISSION t INE SURVEY Sheet 3 of 8 3 Level Line 220-61 Site 36 CH 103 Phase Field linPer Terrace Linit Depth Stratum Surface feature PROJECTILE POINTS Basal Measurements: l Missing Cultural Cross Blade Grinding Length / Width / Element Material Section Basal Type Shape Yes or No T Other No. Point Type _. - - - - - - . Affiliation

                                                                                                                                              ,hickness              .

measurement 1 Madison Proximal Late Woodland Duartz bi-convex Concave Straight No corner tip edqe tri- 2/1.6/.5 cm anqle 2 Madison Distal End Late Hoodland Ouartz Plano-convex Concave Straight No *l.0/*l.8/.4 cm one tang edge tri-anale 3 Teardrop Blade edge Non-diagnostic Quartz Convexo- Rounded Teardrop No 3.1/l.5/0.7 cm trianquiate 4 Teardrop Proximal Non-diaqnostic Quartz Convexo- Rounded Teardroo

• 3. 3/ *l .0/0.9 cn end, par- triangulate tial 5 Distal End Non-diagnostic Ouartz Plano-convex Corner-notched, straioht No *2/2.4/.5 cm base 6 Tip, base, Non-diaqnostic Quartz Plano-tri- Badly damaoed Concave *2.7/2.2/.9 cm etc. angulate edoes 7 Bare Island Distal tip Late Archaic Ouartzite Convexo- Strainht-stersned, Straioht Yes *3.7/2.8/.9 cm trianoulate straloht-based edqes

(

 - ~ .. _ . . . _ ~ - .         - . . . _ .. . . . - . - - . , . .                         _ ~ . - . ~ _ - . -.            . . . . . .._.- . . . . - . . .           - . _ -                  - _ - - . , . - . . _ . . . . .                          _ . ~.    .    .-

j LIMERICK TRANSMISSION LINE SURVEY Sheet 4 of 8 Line ' 220-61 Site A Qi_1Q3. Phase 3 Field 3 Deet _Tet, race Unit Depth Level i Stratum Surface Feature i PROJECTILE POINTS f Basal Measurements: Missing Cultural Cross Blade Grinding Length / Width / l No. Point Type Element Material Affiliation

                                                                                 . _ _ _ _ _ _ .                            Sec t_ ion __

_-. Basal Type _ __ Shape Yes or No

                                                                                                                                                                                                                                            .Thickn.ess Other measurement 8       Bare Island          Distal tin                   Late Archaic                   Ouartzite           Bi-convex                  Straight-sterried.             Straight       Yes                                       *4.8/2.3/1 cm Strainht-based                 edqes 9       Broadspear           Distal tip                   Transitional                   Duartzite           Convexo-                   Pointed stem                   Curved         Yes                                       *5.8/3.8/1.2 cm triangulate                                               edges 10 _        Poplar Island                                     Late Archaic                   Argillite           Bi-convex                  Contractinq stersied           Convex   too weathere<l 4.9/1.8/.7 cm edges    to tell 11          Poolar Island Small part                          Late Archaic                   Ouartzite           Bi-convex                  Contractino sterried           Convex           No                                       *5/2.4/.9 cm

, of base at edqes stem tip is slightly fractured 12 Bare Island Very basal Late Archaic Ouartzite Convexo- Straight sterated Convex not ann 11- *5.1/2.1/1 cm part of triangulate edges cable stem is fractured , 13 Lehigh Broad- Base par- Transitional Guartzite Plano-convex Contractino steri Convex i spear tially frac. edqe Yes *S.9/5.1/1.3 cm tured, dis-tal end missing,I blade edge damaged I i s

                                                                        .                               y   ,         v-    -                                 -                  -

    -        _ _ _ _ . . . . .             __         . _ .        . _ _ _ _ _      - . _ _ .      ._          _ . _    _    m.     . . . _ . _ _ . . -   _

1 I LINERICK TRANSMISSION LINE SURVEY Sheet 5 of 8 Line 220-61 Site. 36 CH 103 Phase 3 Field Unper Ter, race Unit Depth Level , . Stratum Surface Feature PROJECTILE POINTS Basal Measurements: Missing Cultural Cross Blade Grinding Length / Width / 'li Point Type No. Element Affiliation- M Basal Type Shape . Yes or No Thickness Other _ _ _ . _ __. __ __aterial __ Sectio _n._ . - _ . . _. . g . . . , measurement 14 Broadspear Distal and Transitional Chalcedony Bi-convex *3/3.8/.8 cm proximal

ends 15 Perkiomen One tang Transitional Yellow / .Bi-plano Exnandino sten Strianht Yes 6.5/*6.5/1.1 cm Broad Point Brown edae

                                                                                           ' Jasper 16        Orient Fish-           Distal tip            Transitional                   Flint-         Plano-conven      Exnandinq stem                        Convex                    Damaged base       *3.8/1.9/.8 cm tail                                                                                                                                              blade edqes 17        Bifurcate             .Saull part            Early Archaic                  Brown          Bi-convex.        Bifurcated base, stem                 Convex                         No            *3.8/2.6/.7 cm of tip,                                              Jasper                           is exnanding                          blade-small part                                                                                                                  ednes of one tan 9 18        Rossville                                  . Transitional /                 Argillite      Bi-convex         Contracts to a noint                  Convex                    Too weatherec       6.6/3.3/1 cm Early Woodland                                                                                        blade                     to tell edoes 4

19 Base and Brown Bi-convex Retouched *3.2/2.3/.8 cm stem Jasper concave edqes , I

LIMERILK TRANSf11SS10N LINE SURVEY Sheet 6 of 8 Line 220-61 Site 36 CH 103 Phase 3 Field unner Terrace Unit Depth Level Str:tum Surface feature PROJECTILE POINTS Basal Measurements-Missing Cultural Cross Blade Grinding Length /Wid No. Point Type _ _ _ _ _ _ Element Affiliation _ Shape Yes or No Thickness Other _ _ _ _ _ _ _ _ __ Material __ __ .. Section __- -._ _ . Basal Type. _ _ . . _ _ . _ _ ,

                                                                                                                                                                           -*1ncomntet7
                                                                                                                                                                                                  ~

measurement 20  ? tost of Brown Plano-convex Concave Probably Damaned *l.2/*2.9/*.6 blade and Jasner lanceo- base cm distal end late 21 Distal and Red proximal Jasper Plano-convex *2.0/

• 3. 3/ * . 7 end cm 22 Thermally Red daruged Jasper fli-plano *3.4/*2.5/*.6 on all cm sides, missing elements "ard to determine 23 Susquehanna Distal end Transitional Red Bi-plano Exnandinq stem, concave Strainht No *2.7/3/.6 cm B roads pea r part of Jasper base edqes on lateral blade edqes of blade l

I liilitlU IRAN *.itl'.".lON 1 INI "IIRVI T Sheet ,]_ of 8 , l ine .220-61__ Site _3_6 _CH 103 l'twisc 3_, f ielig tJpper Terrace linit Inqit h l evel Stratism M agg feature 11dkil e 111 I IU I N I'. Itasal Measuresiesits : l Missin.: fultural t ro .s Illaile f.rindinq l ength/nlidth/ lers.- INiint type l lament Affiliatinn Material

• et.f enn

                                                                                                   .                       llasal Type         Shape    Yes or No        lhid ness          tit her   i i

• inumiplete waverennent 24 Stem, base. Quartzite Bi-convex Missing iStraight tio *4.3/2.6/1 cm very tip of edges on ,

distal end blade l 25 Stem. base. Rhyolite Bi-plano Missing *2.2/*2.2/.4 cm large por-tion of distal end l 26 All that Red Jasper Plano- Missing *2.5/* /* l remains of trianquiate point is l distal tip I I

                                                                                                                                                                                          ,         I

LIMERICK TRANSMISSION LINE SURVEY PREHISTORIC CERAMICS Line 220-61 Site 36 CH 103 Phase _ 3 Field Upper Terrace Unit Depth Level Stratum Surface Feature - Cultural Artifact Number Vessel Element Temper Thickness Surface Treatment Pottery Types Affiliation - 1 Body Quartz Grit Camusents: Six body sherds, all too small to discern thickness, surface treat- Sheet 8 of 8 ment, types, or cultural affiliation.

LEMERECK TRANSMISS10N LlNE SURVEY Line 220-61 Site 36 CH 103 Phase 3 Field Upoer Terrace Unit Depth level Stratum Surface, Feature t!* e m a D E . . g .

                                                    .   .  . 8*    :          a  8
                                                          "                       ; ; C a a J J J b 2               3 b b b S & $ # % % % in d lE R E 2 5 6 6 6 4 4 4 6 3 8 di I G S 5 $ $ S
  !  Proj. Pt. , Triangular

,  ! Proj . Pt. , Stemed 1 1 2 l Proj. Pt., SN

  !  Proj. Pt., CN
  !  Proj. Pt., Lanceolate Proj. Pt., leaf-Shaped l

j Prof. Pt., Frag. Frm. Indet. Proj. Pt., Other l l Proj. Pt./ Scraper l Scraper, End 1 1 4 Scraper, Edge 1 1 l Scraper, End/ Edge m g Scraper w/ Hafting Elem.

• Teshoa e

d Burin, Beaker, Graver 1 1 Drill d. Chopper l l Blank /Prefom

  ! Biface i

1 1 l Biface, Fragment 1 I i l Uniface i l Biface/Uniface Retouched Flake l l Utilized Flake 3 1 4 Retouched / Utilized Flake 1 l l Core Tool l l Other i

  !  SUBTOTAL                             1            6         3  1       1               12 Sheet 1 of 3

L!MER:CK TRANSMISSION LINE SURVEY ILine 220-61 Site 36 CH 103__ Phase 3 Field Upper Terrace l Unit Depth Level Stratum Surface, j Feature t u m 2

                                                 =

a  ? w w w e

• l

                                                                 .    .     . e                      8    8
                                                 .: J J         t    t    t     $ 0 0           m : :                 J J a t    t   t    & 2 & %               % 4       ; E          E R 2 2 $

5 5 5 4 4 4 5 & 3 5 4 G a s e e S d Waste Flakes w/ Cortex 3 1 l4}

 $ Waste Flakes w/o Cortex                            2       4      7              2    2   :

1 l18 l 5 Cores l ll of l Shatter. Chnks, Rmnt Cores _ l3 3. 2 2l , l10

   !    Pestle                                 l    l       l                              l                    l   I   l    l f     Hr. erstore                            l    l   l   l      l          l       l    l             l     l           b!

N Net Sinker l l l l l l l O! ._%__t._t i n g/ A nv i l S tcne l l l

 $w!_ Grinding Stone                           l    l   l   l                         l                       _                  l he                                          !                                      l                  !         l    l f
  'f.! Celt I

l l l l l lI Other l l l l l l .[ .__

   !l_ Fire-Crack ed Rock                      l                                  l   l 81           l      2           l   l10j
   !    F i re-Cracked Rk. , Func.                                                l        l     l                  l   l   l    l hl_Qbble_                                             l          l    '

l l l l l l l l } Tfl,CcbbleFra; ant l l [ ]_l l l ll l l l  ! l Cther I l l l l l I I I I l l l l 1 lI SUBT0TAL - LITHICS 112I l7 19f l l 7 l13l l 1l l 4l l l !54

   ,I e

l Body Sherd l l l l l- l l l l l l .. .l _ .__ S Basal _ Sherd l l } l l l l l El e_ Rim Sherd - - - - I wlPipeSherd Y l l

   ! _,5UBTOTAL - CERAMICS                     l                              l   l        l         l        l     l   l
                                                                                                                    .a       >

TOTAL l l l l l l54 1 i , ,- Cocrents: Sheet 2 of 3

LIM 1 RICK TRANSMISSION LINE SURVEY Sheet 3 of 3 rield .3. er Terrace tinit -- _ Line 220-61 Site _36 CH 103 Phase - 3 Upp Depth Level -. Str:tum Surface Feature PROJECTILE POINTS Basal Measurements: Missing Cultural Cross Blade Grindia.g Length / Width / l No. Point Type Element Affiliation Material ._ Section Basal Type Shape Yes or No Thickness Other i

                                                                                                                                                      ,9,97                                _

measurement 1 Stesned Tip Unknown Quartzite Bi-convex Contracting stem. Concave Yes *3.7/2.5/0.9 ci straight base edge 2 Perklomen Distal Transitional Jasper Bi-plano Incurvate stea, straight Concave Yes

• 3. 3/* 2.5/0.6 Broadspea r portion, 2 base edge cm tangs i

LIMERICK TRANSMISSION LINE SURVEY 1

Line 220 6 1 Site as en 103 Phase 3 Field unner Terrace i

Unit Depth Level Stratum Area 8 flE i Feature Surface, PZ 2 = j #

                                                    = m         >

1 3 a c . . l J J J ' ' '

                                                                ]v0 0   . 0 0 I I    s J J l

p j j j $ I I y4 3 2, 2 2 $ i m o v 4 4 4 m a 3 ~3. a e s s a . Proj. Pt., Triangular  ! Proj. Pt. , Stenned l

l Proj. Pt., SN l Proj. Pt., CN i

Proj Pt., Lanceolate l Proj. Pt., Leaf-Shaped Proj . Pt. , Fraq. Frm. Indet. 1 1 l Proj. Pt. , Other l e i

   !   Proj. Pt./ Scraper

! l Scraper. End 1 1 l Scraper, Edge i

   !   Scraper. End/ Edge w

g Scraper w/ Hafting Elem. 1

• Teshoa t o

O Burin Beaker, Graver ! Orill 1 d. l Chopper

   !. Blank / Preform l  Biface

,' l Biface, Fragment i t  !. Uniface j Biface/Uniface i t l Retouched Flake I l' l Utilized Flake 1 1 1 l Retouched / Utilized Flake 1 1 i l Core Tool e Other i l SU8 TOTAL 1 4 5 i Sheet 1 of 3 1 1

LIMERICK TRA*iSMISSION LINE SURVEY Line 220-6 1 Site 36 Cll 103 Phase 3 Field Upoer Terrace Area B NE l Unit Depth Level Stratum Surface, PZ Feature n v m 2

                                              =
                                                             &     k            t         e                          a                              w             w
                                                              .     .     . 8         :                                                        8              8 3 J J J t t t e & 2 % %

[ t t $ 3 0

                                                                                                 . ; 0 0 ; J J a
                                                                                                 ;                't, # E R2 3 ;5 5 5 5 4 4 4 5 a                             & 5 A G a s e a S d        Waste Flakes w/ Cortex                                     1     2                                                                                                         3l e

fl Wiste Flakes w/o Cortex 1 6 5 1 _

13l - i 1 5 o Cores I i l' Altm Chnks, Rrnt Cores l l lI 2 6l 9

 !      ?estle                                  l               l                       l   I                                                                  l       l  !   ll l

! .la[O rsto.le l  ! l l l l  ! l l $l*.etSinker l l l l l l !l l f _'.u t t,i.nj Anv il S t:ne l l l l l $l"arindingStone-l l . l l I*3 - l

• ? Celt l l l l l l l l l

 !.Otner                                    l                   l                  l l                                          l                                ll        l _l ll i
        "t ro Cr.ick ed Dock                              l     l                 !        7!                                      l                           l       l  l   l7 ll Fire-CrackedRk.,Func.                                       l     l           l     l   l                                                                          l  l   l h C:tble                                                         l     I l
                                                                                  ..l l      l.

l l- l l I l i [ ".;c::le Frq ent l l l l l I l l l l l l  ! l

l. Cther l l l l l '

l l l l l l l l l l

 .I MTOTAL - LITHICS l                                          I       ll    I 9 l 13!         l     l7l7l               l                             l                          l    l   l l   l37
,jlody Sherd l                                                     l              l           l     l     l                                     l                          l        l {_

S' Basal Sherd l l l l l l

      , Rim Sherd _ _                                                                   l              l 4 Pipe Sherd                                                                             l                                                                                      l l      SUBTOTAL     CEDAMICS                             l     l                 l                                                l                               l _{            _

37 TOTAL l l l l l} Cocrents: Sheet 2 of 3

LINERICK TRANSMISSION LIhf SURVEV Sheet 3 of 3 Line 220-61 Site 36 CH 103 Phase 3 ~ Field Upper Terrace Unit Depth Level TrBe7-TE Strrtum Surface Feature ~ PROJfCTILE POINTS Basal Measurements: Missing Cultural Cross Blade Grinding Length / Width / l No. Point Type Element Affl11ation Material Se(. tion Basal Type Shape Yes or No Thickness Other

                                                                                                                                                                     .-     ,i 1       Unknown             Proximal        Unknown            Jasper        Convexo-                           Straight                masurement end                                              Triangulate                        edge

• 3.6/1. 7/0.9 Non-diag-nostic I

LEMERfCK TRANSMfSS10N LINE SURVEY Line 220-6 1 Site 36 CH 103 Phase 3 Field Unner Terrace, NW Area A Unit Depth Level Stratum Feature Interface

                                       .a                    I
                                        $          E E E                   8     3      3 8 8 .
                                         .  .  . J  cc   ? ~ ;; *     ; S 3 .%      .  .

t t t E f1 3 t* t  : $ e '5 t b e i 2 2 2 v v v ,; 2 3 2 a l3 6 m

                                                                        ? ;
                                                                        < m 5 2 5 5 a m o o      25 l Prof. Pt., Triangular Proj . Pt. , Stemed l Proj. Pt., SN
  ! Proj. Pt., CN Proj. Pt., Lanceolate
  ' Proj. Pt., Leaf-shaped 1  i Proj. Pt., Frag. Frm. Indet.                               1                              1 l

Prof. Pt., Other l Proj. Pt./ Scraper l l Scraper, End Scraper, Edge l l Scraper, End/ Edge w y Scraper w/ Hafting Elem.

• Teshoa e

d Burin, Beaker, Graver Drill d. l Chopper l l Blank / Preform l Biface I Biface, Fragment l l Uniface i j Biface/Uniface Retouched Flake l l Utilized Flake Retouched / Utilized Flake Core Tool l l Other i

  ! SUBTOTAL                                                   1                            1 Sheet 1 of 3

LIMERICK TRANSMISSION LINE SURVEY Line 220-61 Site 36 CH 103__ Phase 3 Field UpperTerrace,N1/ Unit Depth Level Stratum Area A l Interface Feature l l t u m l 2 e  ? e o e e

                                                             -     -     . e*         .          .

8 8 3 J J t t t 2 0 e  ; d d ; c c a t t t & & & % % % ; I, % R2 2 $ 5 5 5 4 4 4 5 & & 5 A 3 a s 5 5 S a Waste Flakes w/ Cortex e 1 1 l l3I g Waste Flakes w/o Cortex 1 2 l l 1 l4l 5 a Cores l l } l Shatter. Chnks, Rmnt Cores  !  ! 1 l _f II l Pestle  !, I l l l l l l h Har.cerstone l l l l l l l l l l l l ol-S Net Sinker l l l l l l l S I_N_o.tting/*nvil Stone ' l l l l l Si Grinding Stone l l Axe l l l l I

 ^?    Celt                                              l    l                     l            l                      l  l   !      j
  !!Other                                      l    l         l                     l       l    l     l          l     l      l      l l    l          l           l   I       I    l     l     l    l     l  l   l      l ll
  ' Fire-Cracked Rock i_ Fire-Cracked Rk., Func.                      l               l           l   l       l    l     l          l     l  l   l      i

[ Cpbble l l l l l l}l l l l l l l

 $, .;cble Fr1; ent                      l          !         l l           l l

l l l l l- _. l l l l; Gther l: l l l l l l l l l l l l l ll SUBTOTAL - LITHICS l l l2 l l l l2l31 l l l l 2l l l9

  ,I 9ody Sherd

[..l_ w l l l l l l l l

                                                                                                                  -     l M     Sasal Sherd                                  l                                       l    l     l     l    l     l  l l

z {_RimSherd l l l l l [l y _PipeSherd l l l l j j l S'JBTOTAL - CE AMICS l l l l l l l l

.m4Z TOTAL l l 9 l l l Corrents:

Sheet 2 of 3

LIMERICK TRANSMIS$10N LINE SURVEY Sheet 1 of 1 Line 220-61 Site 36 CH 103 Phase _ l _ _ Field _ Upper r Terrace e Unit Depth _ Level Area A, NW Str;tum Interface Feature PROJECTILE POINTS Basal Measurements: Missing Cultural Cross $1ade Grinding Length / Width / l Mo. Point Type Element Affiliation Material Section Basal Type Shape Yes or No Thickness Other i Unknown It is Unknown Qua rtz Bi-convex This either a fraginent distal tip cannot or con- be typed tracting stem base which is all that resuins of this point I

i '  !,1- 1 2 i 1  ! le!  ! l j ,! jil,lel l l $ de*gml l l lel j  !!l  !! S O C R U R B U B B B C O B T S S S S P P P P P P P P P F U L U t o e t e i n i i l h r u e c c c c r r r r r r r r r e n i B h r t i t f i f f a o i r s r r r r o o o o o o o o o a i n T e e o l o a f a a n p l i h a a a a j j j j j j j j j t t e O r u i u c a c c k p l n o p p p p . . . . . . . . . u T T c z c e c e e / e , a e e e e r o e A h e h / P r r

                                                                         .r ,r ,r P     P  P  P   P  P  P   P  P              e          2 L     o        e        d e U          r               B                  t     t t   t  t  t   t  t  t                          2 l        d          d n      F   e               e      w           .     . .   .  .  .   .  .  .                          0
                      /         F   i      r   f               a      /  E  E  E  /    ,  ,  ,   ,  ,  ,   ,  ,                           -

U l F f a o k n d n S 6 t a l a g n e H d g d c O F L L C S S T i k a c m n ,r a / e r t r e a N N t r 1 l e k e e f E a h a a n e i i e n t d p e g f c a e z t G i g e r . - e m n r n e r S o e g d a g F h l d u v r a a l F e E p t a D S l r l

                                                                                     -    .m e   e             r                    e i a                                               e                       d                                   p t           L k                                                                  I                                         t e         I e                                               .m                  n                                         h           M d                                                     E e                                              3      R t                                                     I
                                                                                          .                                             6       C C      K H      T 1

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s r"xmn~ox _ $ ,vx

                                                                       ~

v.i vOw r xm vE><m<- g t . wa, nz om mye=m , m*a co a5- * r 32 NNO0@ a vetD ef D u Q* c3 *r OD r ( D *r: r D <o_ t vn,aac n

                                                                                                                                                                                    =g5'u8 mea.+c,I   r D

k c d 8 a e / y l R Y n e e e e B o t t n n e

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                                                                                           ,        ,       ,     r         r  r     e       z        z             l      t        t   i r

r t t t e e e c t t e l s s l L r r r p p p l r r l i t d o e e A e e e s s s a a a a g r l n y h h J h h h a a a h u u h i a h t t 0 C C C J J J C Q Q S A S S R O O T

  -        -                        )    ,
            >ww+re                  T oFtm  D EN OO7*r(DM E

G A T > ww+m r )-T oFmm EN0 ~'O,+ rex n ' N " I B nO,Dw E ( D

  -        oxa, *r ne1              - e O33wW VS3,r OC,ta   4

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  -         umw+r o                                                               [

_ _ _. _ ,] S O L ,Naaiw,w+O3@ r _ _ _ O - , T ma v 3FD1 (- _ D

• _

     ;'.c o,+. 3 Q N J 3 <.s                             -

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            ,-      ,o.o,wOWma,UOOF                                                                                                     ,_             9_'             7_ _                                      _        i m ,m.o,QnWDa mw           a C                mC33-                                                    _

R .. h ,joc,oc <rD t '

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   -         vaa o4hF           -        e F41 *= n V
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C I m o. m o, - v 3 'dD1& b* ilLf .i - +'_ _ M A n a ,v rm1a R -

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C s t u nD v7G G 4 _. _ _ _ 7 Ig_ ';ii _ ' - ,; s _. _

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rI- w

                                                                                                                                                   .I q '                                      l!                      l nO %m3 *r e4**

yoO m o% w

1 l l l LIMERICK TRMtSMISSION LINE SURVEY l l PREHISTORIC CERAMICS l i i Line 220-61 Site 36 CH 103 Phase 3 Field Upoer Terrace--SE Ouad l i l i i Welt Depth Level Stratum Interface. PZ subsoil ' l l Feature i i Cultural Artifact W Vessel D a.ent Temper. Thickness Surface Treatment Pottery Types Affiliation l 4 1 body fragment Quartz l l i l I l m: one ,ery s n ettery cau,* . Sa t_a_ er_2_

l LIMERICK TRANSMfS$10N LINE SURVEY Line 22n a 1 Site 36 CH 103 Phase 3 Field Vener Terrace Unit mit rat Depth Level _ Stratum Subsoil

r.ater.  ;

g .  ; j 3 a . 9u ' i  ! a l s t t t

                                                   -   u i

s

                                                                  ;    n y    . =  .

8 = - - I l l l 1 3 3 3 4 4 4 d l 3 A i s 3 a

)     l  Proj. Pt. . Trianaular                                                                                                          l i     l  Proj. Pt. . Stemed l     l  Proa. Pt. . sa                                                                                                                  ;

Proj. Pt.. CN j ) Proj. Pt. . Lanceolate j Proj Pt. , Leaf-$hased Proj. Pt. Free. Fm. Indet. j Proj. Pt.. Other i l Proj. Pt./Scraser

    !   Scraser. End

] Screcer. Edee

        $crecer, End/tdee                                                                                                                i Scraper w/ Haf tine Elm.

h j Teshoe i turin. Seeker. Graver w Orill ,

!       Chooner 8 lank /Prefom i       Siface

{ liface. Fra ment 1 1 Uniface liface/Uniface { metauched Flake Utilized Flake s Rateuched/ Utilized Flake i, Core feel

other Sutf0TAL 1 1 Sheet 1 of 3 4

l,1'a . M, ! l,l,1 I d,lel,i l,t . . , 5, O d *,l,

                                                                                                                                ,                                   lo)g . Nd, S .

Cg g.- ma t k E S u _P ~R 0 D

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( O .C C i f _.OC o G

                                                                                                                                           .% N    o a H   P _ h%      C_W o A t

a F U L _4 M_the _4 .d _f r e n i i t n u._. I r3,_to_E 0 p t, r r r s t A f a t 4 f d f _b b b n m.e h l t g i.t n t t vts _

                                                                                                                                                               - R. e t

t t a i n t t e e 6~0_= S 0 r ,r d i $ o s o e u s 1 l . i_ _l l .

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LIMERICK TRANSMISSION LINE SURVEY PREHISTORIC CERAMICS Line 220-61 Site 36 CH 103 Phase 3 Field Upper Terrace Unit N15 E45 Depth Level Stratum Subsoil Feature Uooer Terrace

                                                           -                                                                                                   Cultural
        Artifact Number                 Vessel Element          Temper       Thickness     Surface Treatment                               Pottery Types     Affiliation
                        ,.3,              6 body fragments        Quartz
         .:      7 r.

t

                 ,                                 i
                                 ,  ')

7. .

                                        <        /

Comments: Very small pottery fragments. Sheet 3 of 3

LIMERICK TRANSMISSION LINE SURVEY Line 220-6 1 Site 36 CH 103 Phase 3 Field Upper Terrace Unit N35115 Depth Level Stratur. Feature 1 (w. half) t 3 m a ? . .

                                                                                                          ; ; ; g g g
                                                                                                                     .  .   . 5   n a m .
                                                                                                                                             $  l *

: : c e m j b b . . . '$e% % 3 } % li! E, E E i"i u 6 6 4 4 4 S a a m < 3 01 5 e a l

Proj. Pt. , Triangular 1 Proj. Pt. , Stemed l l Proj. Pt., SN

                                    !                       Proj. Pt., CN Proj. Pt., Lanceolate f

j Proj. Pt., Leaf-Shaped Proj . Pt. , Frag. Frm. Indet. l j Proj. Pt. , Other l Proj . Pt ./ Scraper Scraper, End l Scraper, Edge l l Scraper, End/ Edge m g Scraper w/ Hafting Elem.

• Teshoa o

W Burin, Beaker, Graver d, Drill

                                    !                      Chopper
                                    !                      Blank /Prefom l                      Biface i

Biface, Fragnent l l Uniface

                                    !                      Biface/Uniface Retouched Flake l                     Utilized Flake l

Retouched / Utilized Flake l l Core Tool l Other l SUBTOTAL 0 Sheet 1 of 2

LlMERfCK TRANSMISSION LINE SURVEY be 220-6 1 Site 36 CH 103 Phase 3 Field Upper Terrace Unit N35 W5 Depth Level Stratum Feature 1 (w. half) t* m e

                                           =

a ? @ . . . .

                                                     - -  -  e     .         .

8 8 3

                                                                          . ;- O t ;

J J b b b 8 0 J a b b b & & & % % % ; I, % i R E 2 ;$ 5 5 5 4 4 4 5 a a 5 A G a s e 8 ? 5 e Waste Flakes w/ Cortex Waste Flakes w/o Cortex 1 1 8 Cores o l Shatter. Chnks, Rmnt Cores l l Pestle

 $    Hamerstone o                                      i S    Net Sinker                        i 8

u Nutting / Anvil Stone 5 u. Grinding Stone 4 o Axe i Celt B l Other Fire-Cracked Rock l Fi re-Cracked Rk. , Func.

 =

Cobble

 $    Cobble Fragment l  Other                                                      l SUBT0TAL - LITHICS Body Sherd
                                          -----mem-l l

I

                                                                        ---        ----w' l l

w S Basal Sherd z w Rim Sherd

 ',' Pipe Sherd l

I i l SUBTOTAL - CERAMICS 1 TOTAL I Coments: Sheet 2 of 2

                                                ------------------------------------FLAKED TOOLS------------------------------------

LA O O :D C 2 CD C 03 G3 CD O C3 03 -1 M M U1 LA T T T "U T T T *o T r1 C t-C r+ O e et 4 -*= 3 =*= =*= d 3" 1 C (D O O O O 1 1 1 1 1 -5 1 1 5 2 3 -d-CD 3* 1 M *= ct -en * -te -9 O* O -*. 1 un -5 -1 5 *1 O O O O O O O O O 3

                                                -1  4  (D O       d    O    en   -se os    as  3   u    a -4   r ce    ce  ne  as  r_          r_        r_   u   ca. u     u   u   r_                                                                ,S,  g ,d. 3 O    1    c     *. c    O    es  O     O   w   U    a 3   O  u     o   o   u    .           .        .    .   .   .     .   .    .                                                                c
                                                -4     -i O    N       O   4     O   @     (D  N   e          Of S     S   (D  (D                                                                                                                      _g 2
                                                >      O  3'   S       3'  N     4   .         T    1            -1    -

1 1  ; T T T o T D T T o s, W y f"- O S Q. S C 1 G3 . et r+ r+ ct ct N

!                                                      -a Q.           Q. 3          v1      (D         #D     E                  .           .et      .et  .   .r+ .     .   .r+  .                                                                     O     c3 f                                                          N     r1          -*-        1       -ei        ce     N     m   m   m   N          .          .    .   .   .     .   .   .

E 6 C * -T1 -ti es O F 3 Q. 3 U1 0) et 08 d Op Q 1 (D I Q. C Q. O O v1 (" r* O LA M -1 N

                                                           **  K       Of  O         5         3          -

1 Os N S *1 et 1 fD O' 2 2 et -5 W "'

• 4 W S S -se m Os "Y Os Op 3 4 d N }

a. fB 3 nd- O. U fD C -se O 3 08 N rt O C (D *1

• e fD E 3 9 *1 3 S 5 un O S O Q. As C v1 3" --* Q. c r

                                                                                                          <                                                1  Os  Op                -*

T1 (D md 3 U e+ es O in

                                                          -8                                                1                                                 S   fD                   5                                                                   4       d-

m.

w 3 - Q. T,. r+ S r-j- S 3 3' T Q. m 4 m

                                                                                                                                                         "                                                                                                       $    R n    n
,                                                                                                                                                                                                                                                                z      4 B

4 Chert Black 8 2 x Chert. - m r- m . . Chert, S

                                                                                                                                                                                                                                                           < S 3    --

O fD att 2 Jasper, Red - S f-Jasper Y/8 _ B. 2 m i Jasper, _., w g

• w

. Chalcedony < < (D m o Quartz I

• Quartzite (A r1

   '                                                                                                                                                                                     Shale                                                             4, o -I c

Argillite 5 C Siltstone U U E Sandstone $

                                                                                                                                                                                                                                                                 -i r                                                                                                                                               Rhy01ite                                                                4 Other,                                                                  2 O                                                                                                                                                                                                                       O
                                         -=                                                                                                                                                                                                                      4 Other, O                                                                                                                                       TOTAL

LlMERICK TRANSMISSION LINE SURVEY Line 220-61 Site 36 CH 103 Phase 3 Field Upper Terrace Unit N30 W25 Depth Level All levels Stratum Feature 2 l

                                         .u                                                    \

N E

                                                        $      >                               l 5                     8    3      3 a e o             l
                                           .    . . C C 2    ~ %      ; 3 3 2    .   -    l t t .* ; O e '5 b b d t t t E E E          .S 2   2 2    ,% ,% ,%  2   8 8 2 E ; % .2 5 5 8         l v v v                a cr cr e <c m m e o o r 2

d Waste Flakes w/ Cortex e 1 1 6 1 8 Waste Flakes w/o Cortex 1 {S Cores o l Shatter. Chnks. Rmnt Cores I l Pestle

 $ Hamerstone o

S Net Sinker S Nutting / Anvil Stone u 5 Grinding Stone u. s a Axe 5t Celt l Other i l Fire-Cracked Rock l l I l Fire-Cracked Rk. , Func. S Cobble

 =
 $   Cobble Fragment l Other
   ! SUBTOTAL - LITHICS                              2            6 3                       11
   ,                                    mammmesammmesamimusmusammumsesmemmmmmmmm:mes:suar l Body Sherd m                                            .

i S Basal Sherd [ z

 @   Rim Sherd w

V Pipe Sherd

   ! SUBTOTAL - CERAMICS TOTAL                                                                                  11 l

l Coments: 1 l Sheet 2 of 2 l l

                            ---------        ---------------------------FLAKED            TOOLS------------------------------------

m o n m C = m C m*= m m n a m --. vi vi m m u o o o o o o m m n c r-C rt O (D ct (D -*- 3 =* --* 3- 1 C (D O O O O 5 1 1 1 1 -5 1 5 5 (D 3

• E33  :'r 1 rt *= ct -ti -*. -9s -9s 08 O *. 5 ui 5 5 *1 *1 O O O O O O O O O De -* 3

                            --4   (D  (D   O    -a   O   De  -4n 08  08  3   U     *

• 7 Os or os Os C 4. C *. C. s. ( 6 u u C a. u et et (D O 5 c a. c O es O O w U --* 3 O U U U U . . . . . . . . . c

                            -4        -4  O     N    O   S   O   (D  (D  N   (D          98  (D   (D  (D  (D                                                         -1 D         O    7    fD   7   %   (D  =        O  *1                5 5

1 1 T T T U D U T 0 O #D 2 M f- O (D Q. O C s CD rt et r+ ct r+ ct rt W N

                                      --* Q.         Q. 3       m       (D          (D      E                .    .rt  .rt    .   .   .   .   .    .                    O    o N     md        d-       1     -+i         De      N    m   m m     N    .    .     .    .   .   .   .    .

C 8 C m -4n 08 O N 3 Q. 3 U) N (76 rt 98 ==8 O G *1 (D I Q. c Q. O O n f-- f- n m M -4 W O -d

                                          -*-   K    Of  O'      S       S           -

5 Os  % (D 5 et 1 (D A8 2 2 rt 5 d fD F S (D -4 m 28 3' Os Op 3 (D -a

                                            *.       (D          3                           rt   O.          U    fD          -9s O           3    Of N                      rt                  O         a. O           fD     5  C.      I  (D          3    3 (D                                           1     3    (D            5             vi               e    o a                                          o,      a                            n 7, O.              a    c.
                                                                                     <                                         n   o ,

n (D m 3 U m re (D

o. o vi m -

5 5

n. (D a u et r-F G o-* ct (D o-*

(D

• 3 3- 3 Q. m m w

                                                                                                                        "                                                     $    n n    X I    --e B

Chert, Black 8 z 1 Chert, , f- v u. v Chert, (D -

                                                                                                                                                                          < 3.-o   o (D   ui  z Jasper, Red       -* e r-e-o Jasper, Y/B       >        z w

Jasper, v> C w Chalcedony <

                                                                                                                                                                         '         m Quartz           h Quartzite
            ,                                                                                                                                                            ,vi t  -.n.

Shale (D as, - Argillite c 3 C Siltstone O O m @

                        =r                                                                                                                              Sandstone             ,

k Rhyolite m 5 Other, 2 O

                        -4 Other, O

to na O TOTAL

lil lIl , l'l\lI j,lli' I\ f amm nX- 4E* z MM oz r- zm 1x:<r-n<

                                                                                    -                                                 2 m=o, r         g                                            n r 3D NNoem .

( M*=te( D M OI ow w *. o C a* *. 2a* zwo gmo r D *<@ y Mr 2+<C" c 3 *= et o(D V +r= r( D<< >- - nD8tC0eC1D

      -                   - (                      g k

c d B a e / y l R Y n e e e e B o t t n n e

                                                                                                                 ,       ,           ,  d                   i              i   o o   t
                                                                                           ,     ,     ,   r            r           r e       z              z             l  t  t  i          ,   ,

t t t e e e c t t e l s s l r r L r r r p p p l r r l i t d o y e e A e e e s s s a a a a g r l n h h T h h h a a a h u u h i a h t t O C C C J J J C Q Q S A S S R O O T

 -                            )*                                  t E      cOWr(

s tD T- DXDm - e ( TN OO1rGX G )* - ' A cOmt r(D s D - - w T T OXDm TNO OO1t

                              *              (                     - r(X                                                                  -

I B E OO1Dm -( D

        , st D1                               -

t

 -      c3a e+r( -                      O33xm                       c  OOsDm C
 -     mCmt*D D      r (

S r L zO - D1mtcO3(D (- O O z(tD rM*3Ff*D1 T D tt.

• E zCee*3QN>3< - MtcO3@

K A - . - L c1- 3O*3c MtrO-3@ F N >xD ( O N

  -    O@atc
  -    ot*   e3(- Ds
  -     n "1DsO  - (            OOX(Q 1s            D . mOOF
  -                                                     3      1
  -     n *.1DsO1sOXDQ
                 - (               O           (          AN*. 7C3n*

R E OO&7 *-D( H T 1 b t 0 OO&&*D ( 71OC3D3e

                                   -                 (
   -    o +r-   YD- (5
   -                                                                                                                                      a
   -    MC3io4> -               t 6
                                                   ~

r 4Z - OM l

                                                                                                                         -                  -                                                           w 1             4J1;e            .
   -    n .                                 .
   -    :OOM MY:D1O                (-

S - C 8* . I nom cD 0- M3D1O (* M A . R mn3 - M7(5Q D-E C 3D

    -   u"T(

M*3D1C (-

    -   MCo      c-4oJ>-r   -

l Om OM

=*

4oH7"r w t *

 -      nO              D3rM*

( d -

~-

mrgtrm3,

m

                                                                                                                    ,l      .!lilIl,                              .!    i'                1i         j

                                                     ------------------------------------FLAKED TOOLS------------------------------------

LA O O :n C :n G3 C 03 CD G3 O O CD -4 (.A v1 M ut T "U T T T T T "U "U -v1 C F-C et O fD rt S =a. 3 *= *- --* :3" 1 C (D O O O O *1 1 1 1 1 1 1 1 1 2 3 *. U3 7 1 rt a- rt + a. -en -9s 08 O -*= 1 ut -1 1 -1 1 O O O O O O O O O Os -*- 3

                                                     -1  e  m     O  --a  O   Os  -en  Os    Os   3   o    -* -a  7  Os   Os  De  Os  u   r    u   r    u   r    u   r    r-e.                     r+                            ct m O   -1       c       c   O   08   O     O    w   u   -*  3   O  u    u   u   u   .    .   .    .   .    .   .    .   .                        c
                                                     --G    -1   O   N    O   @   O    (D    (D   N   (D          Os (D   (D  (D  (D 3*           7  (D   3"  N   (D   .           0   1               1  -

1 1 1 "U U "U "U "U "U T *U O 2 N F (D Q. C 1 CD rt et et et et rt et et W N

                                                            --s  Q.           3          rl       (D          fD     T                .   .rt  .    .   .   .    .    .   .                                                      O                    o N   *rl      -*=        1        -ei         Os     N    m   m m     N   .    .   .    .   .    .   .    .                                                                            e C   --*   v1 -en      As         O           w           3   Q. 3    to                                                                                         E                    Ch rt  Os

• As c -1 (D E Q. c Q. O O -vi f- r- O un un -1 A N

                                                                 -*= W    Os  O        3          3           -

1 Os N fD -1 rt 1 fD Os 2 2 et -1 O 8

                                                                 -8  (D   W e          (D                            -en  m           Os   I5" Os   Os  3            (D   -*.
                                                                 -**      S            3                             et   Q.          U   (D        -en O             3   Os N                     ct                     O        s. O           #D     1 C. B  (D            3   3
  '                                                              S                                              1    3    (D            1           (.A O            fD   C

o. Os c n r - o. c

                                                                                                              <                                    Os   Os                -*
                                                                 "rl fD     m                             'O   rt                es                                                     O ut 1    -                         . fD   (D                  1                                                    e -

i Os w fD o. u r+ r-

                                                                                                                     .a                                                                                                          r+                   (D     .-.

(D 3 7 2

a. m fD :o

                                                                                                                                               "                                                                                                     $       R n        ^

r --e Chert, Black o E z w vi Chert, z un r- O un Chert, (D =r -

                                                                                                                                                                                                                                 < Os                        o fD                          2 Ut Jasper, Red                                       - a r-Jasper, Y/B                                       B                           z m

w

 ,                                                                                                                                                                             Jasper, (D

g

n Chalcedony < <

(D m 7

• Quartz Quartzite us

              =                                                                                                                                                                                                                                         n.

a Shale c,t e

                                                                                                                                                                                                                                 >-                              l Argillite                                         c B                  C Siltstone                                                           a o

un fD

                                              =r e

Sandstone ,

                                              .                                                                                                                                                                                                     -4 et                                                                                                                               Rhyolite                                                            2
                                                                                                                                                                                                                                                    -1
                                              -                                                                                                                                                                                                     -1 0

Other. = 0 Other, fo O TOTAL

t* *xm= n7 tSzE.mM oz r - wCx O 1

         -r=3(D NNOE0 a_

1 M*.trG w' O ow m7o,mm w ' *O* . &v@ #12n* c3*te zwo xto o D t O(Vc7 r< D<D" g" "* * " sg" mC Dse O rC1D - ( y k c d B y a e / l R Y n e e e e B o t t n n e _

                                                                                                         ,     ,      , d      i            i   o  o    t                 _
                                                                                     ,      ,     ,    r      r     r e      z  z           l  t  t    i       ,      ,

t t t e e e c t t e l s s l r r L _ r r r p p p l r r l i t d oy e e A e e e s s s a a a a g l n h h T h h h a a a h u u h r i a h t t O C C C J J J C Q Q S A S S R O O T _

   -          o rD m +c(D                 - s       D ma oWtm RN OO9r(X                  tD E

G ' ' A rDmtDe s tD - - N T c( m*OWDA RNO O01e(X (L I B E OO7Dm ( D '

   -       m3g,t+D5     crt-             O73rme M33c tOO 4Dm              t                                                    -                                        -
   -      uDo+r D
          -(t               f S

L zo D1mtcO3D r (- ( O O 2(t D r Ad- 3W(1 L D-T D t t *- E 2Ctr 3CN>3<*-M+rO3D( K A * .* L o1*3O*3C

              -                  W4eO3CD F

N wX(D O N *

   -     OD  ( - +r
   -     o+r3D1       (-
   -                                         D
   -      n**1DsO1sOnXCO
          - ~ - (                                        MOnF
   -      n a.
   -      - - -( 1DeO1snWDO      O           C            DFe . mC3n.

R E OO77*D ( H T D t 0 OO77*-(D m1cO3(3e - O

   -     o+t7L7       (
                                                 "         o                                                             '  -  '

3i mC0 OM>*"r 8 f" e-e4zeOin

                                                                                                                          -  -  -                                       w l

(l j3 y1

   -     mOOk M7D1O              (-

S - C n 8*- . I mom 0- A7D1Q ( (- M A x a.3LA7(4O D-R E C o *.3D M7O7O

   -      - - T(
   -             34                                   1      .
   -      mCG O4>-           -   t 8

OT T .Om 4.O4Dr

           - -                                                                                                                                                          w t =

OO D3 ( rm =

                                                                                                                                                    ,E a ru O% m
                                                                                                                                        ~

     -- -     .                      . . _ . . . - -        __         .__.m._     ..        _

4. - .. _ _ _ . . . . ,-- _ _ _ - _ _ . - _ _ _ _ _ _ _ _ _ _

l t p _______-----------------------------FLAKED TOOLS------------------------------------ M O O :x3 C :x3 03 C 03 CD D3 m o U2 -4 (A m (n (A m o o m m o m m m 73 C F C rt O e e. 4 d. 3 -*. -d. --* 3" 1 C (D O O O O 1 5 5 1 1 7 4 7 5 m 3 a. CD 3 -5 rt -* r+ -en -d. -en -*n W O -*. 5 44 -5 5 1 5 O O O O O O O O O e -d. 3

                -4 m' m   O   -8  O          W       -en D     W   3       D   --*    -*   T     Os      os     De  es   6    La. 6     La. u    L*. L*.              La. L*.                         r+  ct e O  1      C   ~*. C         O        Dr  O     O   W       D   =-*    3   O     D        D      D   D    e      e   o     e   e    e     .                *

• C

                -1    -1  O   N   O         S        O   (D    (D  N        (D            At     fD      $      $   fD                                                                                     _g 3>    O   :r  e   3'        N        e   =         m        7                    5       -

5 5 1 m o m *o o o m m o e Z N F O S Q. S C 1 G3 et et et N N

                      .-* O.,     Q.         3           m         (D                 (D         E                       .rt .rt .rt      .   .et  .     .rt              .   .et                             U1   O N   m             -              1       -*n                ne        N        m      m   m N .           .     .   .    .     .                .   .                                     a C   --* m%                     Go        O                  F                  3      Q. 3    m                                                                                    E*   th et  Of  =*       ID            G         7                  (D         "Z"     Q. c   Q. O        O   m     r-  F    O     M                m   -1                          m        -d
                           *. M"  9 - O                  5         3                  -

5 9' N fD 1 rt 1 fD DP Z Z r+ 5 O i

                          --* 4   K         (D           S                                       -en     m               Os     3'  Os    Op  3                           (D  -*.
                          -**     (D                     3                                       rt      O.              D      (D  C     -te O                           3   08 N                              ct                           C)             *. O               fD     -5

• e fp 3  ::s 4 1 3 m 5 m O 4 C Q. Os c m 3* d O. C

                                                                                      <                                             -5    Os  f>                              -*

m fD m.* 3 D et As C3 m 5 - fD fD 5 #D =*. t- Of Q. r+ I S 3 3 V,+ . .F.

• 3" "E Q. m a w o et Ch M e O i O X x

o E 1 Chert Black w m Z Chert, 3m Chert. E

                                                                                                                                                                                                              <0 3,                                    o

? fD vi 2 Jasper, Red - S r

                                                                                                                                                                                                                                                        .-e j                                                                                                                                                                                        Jasper. Y/B            a' Z

m 4 Jasper, - w m i C l Chalcedony - E m Quartz Quartzite m n P Shale 4. E O - Argillite C s 3 C 4 Siltstone 8 e Sandstone g a 4 r+ Rhyolite i

 . .        a                                                                                                                                                                                                     ?,

t Other, O O gD

,1        -s Other, I         "

TOTAL

i xmmRn i @ E vvmOz rm m c=<mc-wm n2 $w C ua5 ;' an* i r *3D( NNO.G ,,, v +r( D ,37o, g w ,$._o -

                                                                                                                                                        ;5 c 3 *= +r 2 j g,.a        .           oDv+rx

( r(D<(D o" s , v+r2 *c" nDs

       - ( O +rC -1D(                   m                                                                                                                                      .

k c d B y a e / l R Y n e e e e B o t t n n e

                                                                                                     ,     ,    ,  d       i             i    o o      t
                                                                                  ,      ,     ,   r      r    r    e    z  z            l   t  t      i          ,    ,

t t t e e e c t t e l s s l r r L r r r p p p l r r l i t d o e e A e e e s s s a a a a g l n y h h T h h h a a a h u u h r i a h t t O C C C J J J C Q Q S A S S R O O T

 -          s               1                                                                                               '

D - - s D D E ro m +r( r*ox(M KN nO1+r(x - - G A T e rDm+r( 18 D T- -- Dx(me D KN0 n01,rfx D

                                                                                                   -      m
                                                                                                                             -                         N                   "

I B E nO1Dm - ( D

 -       v3n,t+Dg   rr(- .          n73Wme 3AB3,r nO,Da              (
 -     oD
 -     - (mtc-(     *D S       cs L       - p           D1mtcO3(D

(- O O T z(D,r )v*3F( = D1-D t - 3 -

• D E zC r+r
• 3cN33< * =- M +rO 3(

K A - - L m *3Q*3C MMO3(D 1 F N 3xD f O N d

 - I n(Dtc
 -     Oe7(D1-
 -     n*1-(Den -1Osox D(Q mOOX
                                             . 3        1
 -     r*1-(Dan -1O soxD (Q JF.e "e3n.

T R " -- E n007a-( D H ' *- T 1 t 0 n07O D( T1s " o03D3r (

 -     O+r7D1     (-
 -     s D4                                      1                             '               .
 -     vCC           Ot3-3f .

t m4ImnU

                                                                                                     -    m          t,,

m , N m i q ls' ' I~ 1 r -

 -              .       1'           .
 -     moQM U3D4o             (-

S - C s

• 1 -

I mOmQ- v7D1o(- M A . . R m*3 M7(1o D" E C .

 -     o *.O(D
       -     '          M7(Do    1
 -     MC034 Ot3"r       -3" , nm                    mnv) 3 OH3-t                                                   4                                                                                                       m nO            D (3rm* t

• i .

v [ +r m Oe- m

   . _ . _ . _ _ . . _ _ _ _ _ _ _ _ _ _ _ _ _                _._m           _ . . _ _ _          ._        . _ _ . .. . . .                  .m.    . _ . . . . _. _ _ _ .                   _        ._                                                                     _ . _ _ _ ..                ._

____________________________________ FLAKED TOOLS------------------------------------ M O O :D C A3 03 C tp 03 03 m c3 CD H m m M (A n u m m o -o m o m m 73 C r C M 4 M S -* 3 -*- *- =* 3" 1 C m O O O 1 1 1 1 -1 5 -1 5 1 2 3 *- CD 7 O, M =*= M -ti -*  %  % W O =*- -1 Ut 1 -1 -1 -1 O O O O O O O O O or -d- 3

                                                    -4 4  4     O    -*   O        es    -en  08

• 3 U -* -*- 3' 08 08 08 O' 4 L*. 6 6 L*- L.8. L*- L.a. La- M et 4 O s c *. c O es O n F u -* 3 O u o v3 U . . . . . . . . . c

                                                    -4    -1    O    N    O        S     O    S      S   N          @                Op  S       S           S                                                                                                                        =1 g     O      7   m    7        %     4    .           D            1                   1      -

1 5 S, m O m T U *U T O O 4 M M ' O 4 O. 4 C 1 03 . et c+ ct et et N

                                                          --*   CL        CL       3          m          m                       @       E                                    *   *   *    *    .   .et   e.t M. c.t                                                                       J1   O N    m                *-

• 1 -en es N m m m N . . . . . . . . e C =* TI -en [ 08 O F 3 a 3 (A E" Os et es F

                                                                          -d er O

Ig 1 m I Q. c Q. O O m F r-- O m (A -1 4 M JB

                                                                -*-                           =s         5                       -

1 98 N 2 1 et 5 S 08 2 2 c+ 1

                                                                -*   4    W        S          S                                          - en     m                           W    3" Os   Op   3             S    -.*-                                                            <%
                                                                -*-       S                   3                                          rt       Q.                          U   m        -se  O             E    Of                                                                 2 N                             et                                 O         d-   Q                             S   -1  C. 5   @             3    3 e                                                                -s      3       m                              1          m                       C

n. a. C ri 7 O.

                                                                                                                                                                                                -             2. c--*                                                               x

• < en Op Of

m. a m 3 ,+ a. -

                                                                                                                                                                                                                                                                                             .o  m           ,

e

                                                                                                                                 ,       -                                                 U.   .                    s                                                              -+.

o ,+

                                                                                            ,                                                                                              O.                                                                                                          r-W 3                                            -                                                                                                      a+   e    -
                                                                                                                                         .                                            3                                                                                                       7        2 w

m g-

                                                                                                                                                                                      .                                                                                                                O i                                                                                                                                                                                                     n     x x
                                                                                           +                                                                                                                                                                                                     ._,   -A

• o w

E Chert. Black z m Chert. 3 m I r- m Chert, a 3 -

                                                                                                                                                                                                                                                                                             <   o     O e um      z Jasper. Red                                                          -a r-m Jasper. Y/B                                                          _.,

z r.,

                                                                                           +                                                                                                                            Jasper,                                                              g         g a         :o

- t Chalcedony < ! N m , Quartz

                                                                                           -                                                                                                                            Quartzite                                                            vs -*-

n Shale e,t e o, - i

                                                                                           ?                                                                                                                                                                                                     "'

Argillite c [, a s Siltstone o'- O

                                                ,!                                        /                                                                                                                             Sandstone                                                                e,
                                               ,2 .

• f Rhyolite =

l

                                               -'                                                                                                                                                                                                                                                 s           '

i Other, a o n

• e

                                                                                          !                                                                                                                             Other,

! N o i TOTAL a

• l l

l

l l l LIMERICK TRANSMISSION LINE SURVEY l l Line 220-61 Site 36 CH 103 Phase 3 Field Upper Terrace  ! Unit N25 W25 Depth Level 1 and 2 Stratum Feature 7 (N. Half) t e m 2 e W t . . . .

                                            =           .   .    . e    .          .: 8 8

• b b b
• n B e ; % % ;

J a t tt & & 2  % % %  ; 's  : 1 R E E s 5 5 5 4 4 4 5 & a 5 A G a E e e  ? d Waste Flakes w/ Cortex f$ Waste Flakes w/o Cortex Cores 1 1 1 l' 4 C l Shatter. Chnks. Rmnt Cores 1 I 2 B l Pestle o Hammerstone S Net Sinker S Nutting / Anvil Stone u

  '5    Grinding Stone u.

d o Axe Cel t i. l Other

    !   Fire-Cracked Rock                                                 l                         1
    !   Fire-Cracked Rk. , Func.

x Cobble

  $     Cobble Fragment l   Other 2                         7
    !   SUBTOTAL - LITHICS                  1         1   1         1 1
    , erwammasammmmmmmmmmmmmmmmmmmmmmmississemem-mem-mmmmmmmmmussemammenme:se::sar l   Body Sherd w                                            ,

S Basal Sherd bw Rim Sherd y Pipe Sherd l SUBTOTAL - CERAMICS 7 TOTAL l Conments: 1 - Sheet 2 of 2 P

i> r 1m2 9 4- Ez x vv O2 -r 2m g E Q r*34 MM3e h ,. C t i v +re w* 9 $w 3 o.ve , e " CED5 (- 4*118 - m C3*te 2mm g O . o=T+r3 f a< - 2" - @ m';

                                                                                                                                  ;     ,+r 1 a c3 rDstf e ec1S     -                    g k

c d B y a e / l R Y n e e e e B o t t n n e r r r d i i o o t e z z l t t i , , t t t e e e c t t e l s s l r r L a - ar r r r p p p l r l i t d o e e A e e e s s s a a g l n 1 h h T h h h a a a h u u h r i a h t t O C C C J J J C Q Q S A S S R O O T T1Ou.

         -                Ut..

r 1

                                                    -8 1* 93Cc a.1       -

o1Ou. o t..

   -                        e             AtD33ea (e(

T Ou. Tt.. A2 1 e (

   -  T1Ou. Tt..
         -                  e        O2 o1Ou.               Tt..

e -rA3ODO p f s O+re T1Ou. Tt.. i eu)7 auDn s

  -

• r ff0 D8 t

(

  -                      o t..            1                                .

T1O... -v OC. n 3Qete' 1s

   -     -       c          e                                      . .-
   -                     U t..
   - T1Ou.
         -                  r            Oet'3(1      D  *
  -  U7Ou. Tt.N)uO1eu(

• r D D1-

  -  )                                      .
  -  uO1 Osod(-1                   m3Q
  -  t                                 .
  -  uO1fouD1-         (-      mQOfD
  -  (OD A     1euD1      (- m3QNmOCD                          (

S L A en O ( O1su(-D1

              - O             EN *EOf t*.r 3C m-                         .

O T 4 n s 2u7OO D E D . 3 K CC1*3. - - G(DmWD1 f- O1.<a1

                                                           - a -

A - L F O1* - d-

   - O7O0u(1          D*

n

   - D *-
  -  C W3WNT1DeO              (-
  -  3*       ne
  -  0*=*DO(D n
  -                           1                          t
  -  0D 3

• e e OD ( .

v1p

                              " O                 D3f f
  -                       j'*    . .
  -           - n                                 .rL 4                      - ii   '-       *          .          '

1 , 7 . 1 {' (

  -  C3d4sO(  - a D
  -  3 = n                         - n
  -  0*esOSNC3*=ennS
              -e                         e

- - o,S teOcO3' T*OWS r Ct***N43 r- . 1*eWS v

                                     -s
   -         t                L                 =
                                                             . n a,wo
   - MSrOCO7eC%Ct*=***N4o                e
   -                  1
  -  OO1m    -           OO*-

_ - Oe7e1 -

  -  )       34
  -  uCU O4m-3t        -                                                                                                                                                         O

_ 9o*tc - O* 1

                                                                                 ;-       4'                                                                                       .

LIMERICK TRANSMISSION LINE SURVEY Line 220-61 Site 36 CH 103 Phase 3 Field Upper Terrace Unit N25 W10 Depth Level All levels Stratum Feature 8 d m m 2 e # a a e m

                                          =           .  .    .      e   .t      .

8 8 a a a b b b 8 u u e ; e n ; c a b b b & & &  % % h  ; E r i R i i s 5 5 5 8 e e 5 & 8 5 k 5 a & 8 8  ? E Waste Flakes w/ Cortex e 3

 $ Waste Flakes w/o Cortex 1                          2 a

Cores l Shatter. Chnks. Rmnt Cores l Pestle

• Hammerstone S Net Sinker $n$

S Nutting / Anvil Stone x i 5 Grinding Stone u 4 Axe O

 ? Cel t 8

l Other Fire-Cracked Rock j Fire-Cracked Rk. , Func. 5 x Cobble

 $     Cobble Fragment l   Other
   !                                          1                          2                              3 S.UBTOTAL - LITHICS 7--

w

   ! Body Sherd                                 ,

l S Basal Sherd x l @ Rim Sherd w l y Pipe Sherd l SUBTOTAL - CERAMICS ! 3 TOTAL Comments: Sheet 2 of 2

L1MERICK TRANSMISSION LINE SURVEY Line 220-61 Site 36 CH 103 Phase 3 Field Upper Terrace Unit N20 W25 Depth level all levels Stratum Feature 11 t i e

• 2

                                                                    & C                         .       .
                                                                      .        .         . I #       # $ $ 3 a a a .y y ' e = = . = = = = c c .
                                                                            . I T% %                      % 1 2, 2 2 5 1

j t t v 6 5 4 4 4 6' a & ~5< G a i 5 5 lE! 3 i i

  !. Proj. Pt., Triangular l Proj. Pt. , Stensned i

l Proj. Pt., SN l l Proj. Pt., CN l Proj. Pt., Lanceolate l Proj. Pt. , Leaf-Shaped i i Proj. Pt., Frag. Frm. Indet. l l Proj. Pt. , Other

  !  Proj. Pt./ Scraper Scraper End l

l Scraper, Edge I

  !  Scraper, End/ Edge m

g Scraper w/ Hafting Elem.

• Teshoa 4

o

W Burin, Beaker, Graver I

Drill l Chopper

  ;  Blank /Prefonn l  Biface I

l Biface, Fragnent l Uniface l Biface/Uniface l Retouched Flake j Utilized Flake l Retouched / Utilized Flake l Core Tool

  !  Other l  SU8 TOTAL                                                                                                                               0 Sheet 1 of 2-l

( M2m: o Ox ..$ 3a wM oz r- gm E::m~~ o r*3D( N~o8m a M*.tr(D mm OZ U" or,og " m

• o.

gO* g'2O* C3*tr O ggm tr O(D V c= r(<D, D ( ,- .D

                                                                                                   .(<D~(

m +r a g" D#teC1D m(Q - ( aa k c d B a e / y l R Y n e e e e B o t t n n e

                                                                                  ,   ,        ,    d         i       i    o   o   t
                                                                    ,   ,   ,    r   r        r      e    '    z      l   t    t   i     ,     ,

t t t e e e c ' t e l s s l r r L r r r p p p l ' r l i g t d oy e e A e e e s s s a ' a a r l n h h T h h h a a a h " u h i a h t t O C C C J J J C " Q S A S S R O O T rQmtr(D m 0X(m

                          , D                 tD KN OO1e(X E

G A T r>mtD e r( m DW(Dm XNO OO1t D

                                              - r(X                              -                        ~    w

• I B

E OO1Dm ( D T8 e-Q+c+c(D1. O3 "3 Xm* U:33e t O0,Dm ( ~ "

 - oDmt"(
   - (       r D S

L I&Q1D1mtrO3(D

(-

O O - Dt T  :(r m 3-(1 D D - tt-

• E :Cee*~34N>3<d- mteO3(D K

A - .- L n1*3O*3o c- - mttO3(D - F N wxD ( O N

 - OD"tr

(

 - OtTr D-1  (
 - m 1DeO7- (           OX(C   DL DO0F
 -                             D . DF=. 1vC3O=
 - m 1D8O1.OX(Q
          -(          *o R                -

E OOUU*D ( H T 0 OOCC T T *-D( m1oDuiC3r t lD t _

 - Ot3D1 r"" (
 - mCC   Di O4br
             -     -       8 "o

re&I OM - _ ' w uo l I glil

 - wOaM M"3 7Q S

C na ** MrDMQ . I CDmQ- ( M A o *- 3 W-(,Q

TD .

R E C u*3D T . T( W .7Q

 -       3i                              =
 - mCG- O4>r      --       8 OmD73 OM aOHb~(                                                                                                                                         aO OO9b(3      D em  t mrgtr y O*          y

l

l.

• l, l.l l l,!,l li l l,lnl,d<de *gmll  !!l ,l  !!!lil!

S O C R U R B U B B B C D B T S S S S P P P P P P P P P F U L U t o e t e i n i i l h r u e c c c c r r r r r r r r r e n i 8 h r t i t f i f f a o i r s r r r r o o o o o o o o o a i n T e e o l o a f a a n p l i h a a a a j j j j j j j j j t t e O r u i u c a c c k p l n o p p p p . . . . . . . . . u T T c z c e c e e / e , a e e e e r N A o h e h / e , P r r ,r ,r ,r P P P P P P P P P e 2 2 L o e d e U r B

                                                                          .t .t t    t
                                                                                            .t  t     t t  t 0

2 l d d n F e e w . . . . . . 0

                          /  F   i     r     f       a    /  E  E   E     /  ,  ,   ,       ,  ,     ,  ,  ,

1 W U l F f a o k n d n S 7 6 t a l a g r e H d g d c O F L L C S S T . 5 1 i k a c m m r a / e r t r e a N N t r l e k e e , f E a h a a n e i s i e n t d p e g f c n a o z t G i g e r . - e n n u e r n e r S o e g t d a g F h l d u h v r a a l F e E p t a D S l r l .m e e r h a ep ti a e d l L k I t e I e .m n f h M _ d E e 3 R t 6 I

                                                                                .                                                   C C  K H  T _

1 R 0 A 6tJ *. *t 3 N S . M _

                                           ~

6bJ I S _ L P S 6bJ e h v a I O e s N 4$'. a= l e L I 4$'. Dm N E . 4$'. 1 3 S U R 6Tt4a V E Y _ 34o _ 8% #. S F t i m]. r e a l t d

                                                                                                              <} ; $.        u m U      .

E%;og p o S e h Si#og r e T e f,2; 3 e t r 1 r

                                                                                                              $2a                a      .

o c f e 52c 2 S;5a 0 l1 l

LIMERICK TRANSMISS10N LINE SURVEY Line 220-61 Site 36 CH 103 Phase 3 Field Upper Terrace , 1 l Unit N20 W5 Depth Level 1 Stratum Feature 17, south half t u m 2* a t t e e e e

                                                         .   .  -  8    .         .

8 8

• J J J t t t 8 0 w  ; O d ; J a b t t & & & % t t  ; E ." E R 2 2 5 5 5 5 4 4 4 6 & & 5 A G a s e e R a

e Waste Flakes w/ Cortex 1 1

   $ Waste Flakes w/o Cortex 8 Cores a

l Shatter. Chnks, Rmnt Cores l Pestle o Hammerstone S Net Sinker S Nutting / Anvil Stone u

   $ Grinding Stone u

4 o __ Axe 5 Cel t l Other

     !    Fire-Cracked Rock Fire-Cracked Rk., Func.
   =

Cobble a Cobble Fragment l l Other

      !   SUBTOTAL - LITHICS l l     ll                         .1 l   Body Sherd                                                        l                 l w

S Basal Sherd r 5 w Rim Sherd y Pipe Sherd l SUBT0TAL - CERAMICS TOTAL 1 Comments: Sheet 2 of 2

1 l ------------------------------------FLAKED TOOLS------------------------------------ l m i to O n m C Jo 03 C G3 03 03 o O to -4 tn (A to o o o o o m m m o m C f"- C et O S r+ 4 -. 3 *= -*- --* s' 1 c 4 O O O O -1 1 1 1 1 1 1 1 -1 S 3 *. i G3 3" *1 et a. r+ -en =8- -en -ti op Or O -4. -1 ut 1 -1 -1 1 O O O O O O O O O ,o, -*- p 3 l -4 4 m O --* O es -en as 3 u e y op e, ce os u r r r u r g g r et 4 , O 1 c *- c O en O O w U -* 3 O u 'O U U = . . . . . . . . c

                      -4        -4  O   N     O     S   O   (D    (D  N   S           Os             (D   &      S         (D 3m            7   4     3'    N   4   .          o   1                          1   -

1 - 1 1 T o *o o m o o *t3 o Z M F S Q. 4 C 1 G3 rt et et et et et et et M e Q. Q. 3 m (D (D C e . . .rt . . . . . O O N T1 1 -te Op N m m m N . . . . . . . . , a C

• t's -en 9e O F 3 Q. 3 to a =s- On

! ct GP - Os *1 fD I Q. c Q. O O re t-- r- O m in -4 e WN

                                    =*= W     D     O                 5           -

1 Op N S -1 et 1 (D Op 2 2 et 1

                                    -d  4     F     S       4                                        -9n  m                    Os   7   Os    Op   3                                =*=
                                    =a.       S             3                                             O.                   'O  #D          -et O                                08 N                       ct                    O                  e.t
                                                                                                     . s. O                           1 C.      I  (D                                3 (D                                              1                3    m                    S,              m O.                            S    o

n. a. o m 1 - a. c.

! <: a, .

m (D m U r+ W D (n

, 1 . S S 1 S t a. a. = ,+ w r+ S .r-4 .$ .-- 3 = 1 O. m S, O w m r -  :

                                                                                                                                        .                                                                              i     m     n    j 53 n          X     !
                                                                                                                                                                                                                         =  I      -     !

1' - o g \' Chert. B1.ck w z vi i i Chert. 3 m Chert, S

                                                                                                                                                                                                                      <    =

3 0 , fD en 2 6 j Jasper. Red - S r-t Jasper. Y/B z m Jasper, w g j , Chalcedony - w E m Quartz -+i

• 1=

l Quartzite

    .                                                                                                                                                                                                                in, r       .m Shale                               4

> o1, Argillite c a c i Siltstone O O m (D

                   =                                                                                                                                                                     Sandstone                            1 2

r+ Rhyolite

                                                                                                                                                                                                                            -4 f,D
                   -.                                                                                                                                                                                                       -1 o                                                                                                                                                                     Other.                             =

n

                   ^

• Other, ro O TOTAL .

t a s I 1 i

l Ill1J\1l' ,1 i

                                                                              -rxmSn7y@C'-->- mw E r zm wcx<m<-

i I

                                                                                                                                                                  <o Igam i               .

r 4 r-*3D ( NNoem *'" m + +rm wcn az " w or={ w D. D15,nm

                                                                                                                                                                                       <O
                                                                                                                                              =* r".+

c 3 *=

                 =

c t 2"o ENU l D ocver = o L= r< DfD, .

                                                                                                                                      -           = .

mo1,g O 1

         ,Ds+c1D
             !Or            ~(                       "@

k c d 8 y a e / l R Y n e e e e B o t t n n e

                                                                                                                    ,     ,                , d         i              i      o o     t
                                                                                                 ,    ,     ,      r     r       r            e   z     z             l     t  t    i        ,      ,

t t t e e e c t t e l s s l r r L r r r p p p l r r l i t d o e e A e e e s s s a a a a g l n y h h T h h h a a a h u u h r i a h t t O C C C J J J C Q Q S A S S R O O T l8 E E@ MD+r -r r-QXDm ( EN OO5eDx

                                                                     -      c G

• A EOmtcrD r- OXDm n d s

( TNO OO,+rrx D " - T I B E oO1Dm -( D

  -        myor,,(pt D5            -

n 3wme P33+r nO,0* 3 4

  -                       a
  -      oDC m +r D          (

S s L IOBB(D1mtrO3D - ( O O 2D fr t = m*3X($ D= T D m E 2ettcr- 3cN33<*-* MtcO3D - ( K A 7 1* = .- 3D( L c 3 c*= 3 c W &O-F N 3x(D O W nIDtr a

   -     o+r7(1       D-
   -                                                     . 3
   -       i+ 5D: O18OX(Q r
           -          (              0             D JOOX
   -       i                                             . 3       1
   -       r+1DiO1
           - - (                     O SOXD (C AX*e -Te3n.                -

R TT D E nOCC ( H T Ta- l s D t 0 nOOC D ( -r7OC3(3e

    -      o+t 3.(s .D-
    -      MCD4o4>F C- -3 l        il
                                              ,S FW4IMOM- l                        .l                  l       '1    i;1l                 ,4               ,

i

         '                                                                                                                                                                         ,s 2     -P;
    -      3 D -
    -      cOcM M7(1A S                                                                                                    -

C . I DnmQ-CO A M7(sQ D-M A . R x+3 m3(1O D

• E C .

     -      o*3D   T( MrD1O        "(-
     -      mC C-  D4o4 =       - ~3r          S Om         mom 4ot
             -     3 -3r                                                                                                                                                                                   -

t

• oO D3em*

m.3m<,, D m Oen - m lll l!

                                                                       -                            n.                         i c zmx OX 4- Bzvx Uv Oz t 2M               -

vCw<m<- r=m*.3 MMOeO* n. i-v*+r. wm ")L= "3 o 2o.ia u w e" F 8O* ';- 12O* i i C3*,r OIIcn-2do- g*(J

                                              .e a4u,rx                               rf<D-
                                                                                                      - 3

( a.3c L m , +r ,o. c3 - D vOc+rr ao, % i m(m+cc =5S mw k _ c d B y a e / l R Y n e e e e B o t t n n e d i i o o t _ . , , r r r e z z l t t i , , t t t e e e c t t e l s s l r r L r e r e r e p s p s s p l a - ar r a l a i g t l d n o y h e e A h T h h h a a a h u u h r i a h t t O C C C J J J C Q Q S A S S R O O T

    -                                       1         -

d m1Or*. T +r . . "5" *W3Cc - =1-s utcf334o m7Ou. T+r.. D m7Oa. Ot..

     -                  "r                  mZ
     -  m1Ou.
          -               Tt..

c OZ

    -                   U+                  -rW3OfO       D p+r(D mO      . . "r..

p 1

    -          r.

n

    -   m7Ou. T+c.. -ffD>eImxWo@a m7Ou."t..

Ur

    -                                        r1e c . -n
                                             - - D                   . 3am +r .
    -  m7Ou. O          't..

e Ot7D1 e (-

    -            .                    n             e
    -  o1Oa.
       - -     r-       Ot
                        - r NuO1hu31              - t     f-
    -  t                                       .
    -  uO1- mud      (- 1          m3c                                                                                                                                                  ,

n

 -  -  UO7 mad       f- 1          mQo2
    -                                                    . D
     - mO1mo@1
            -           -         m3aNmQcf S                                                 m L                                                       .

O O AO1mu(1 ( D- TN, Im9+43c - r- m* 3 . T 1 n 2u7OW i J1 D E D - nD K CC1*3.

            - -           rf9hD1       p

- O1 a <f-D1 A

L F "c7*a* 3

     - n7OuuD1       f-                   I s
     - D*
     - C    W3WNm1D90,        f-
     - D*b
     - C- - WOD      f
     - D*=en                                              t                                                                                                                                 _
     - C = WOD . m1> f             -                D3c

(

                                                                                                                 '     ,                   I       '              - '     .               _
     -       = n
     - C3*emO4  -
     -                              - b                                                                                                                                                    -

D *= C -n eWOS%C3d8D04 =-

     -                       L ma tKS            e
     -  mS+rOcO74C                               h
     - C +r *= *.

• N ma m*= WW D f _

     -      t                    .                            .                                                                                                                             -
     -  mS r0cO74QNC+r*=-d-

• N4o n8e,W9 4

     -               4 nO13 -OO *-
     -         f

- - O*r7a1 - _

     -      3 t.
     -  AC0 O1DF

( - E S7,

• o' .

                                                                               - %m";x $mzwv.Oz. E I" i

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              ,rmtc1 p

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                                                                                                  ,    ,      ,          r          r     r e            z      z            l  t        t    i     ,    ,

t t t e e e c t t e l s s l r r L r r r p p p l r r l i t d o e e A _ e e e s s s a a a .a g l n y h h T _ h h h a a a h u u h r i a h t t O C C C J J J C Q Q S A S S R O O T

      -      emuerntp                       a D

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    -       n(.Dte
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    -                                                               )
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  . _ _ _ _                       _. _     _  ._.m.___._    _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ . . _ _ _ _ _ . _ _ _ ._.                       .   . _ _ _ _ _ _ _ _ _

4 LIMERICK TRANSMISSION LINE SURVEY

Line 220-6 1 Site 36 CH 103 Phase 3 Field Uooer Terrace Unit N5 tdis Depth Level All levels Stratum Feature 22 m a 3 a = .

I I s

                                                                                          ! Ii$ p! ::.

U .:

                                                                                                                             .    : :  :    e c                    '

li ' ~ 3 % 1ll 2, 2 2 $ t b i i s e e 4 4 4 m a l 3 < m a s s s e i i l Proj. Pt. , Triangular 4 !  ! Proj. Pt. , Stensned  ; j  ! Proj. Pt., SN 4 l

          !            Proj. Pt., CN i

l Proj. Pt., Lanceolate Proj. Pt., Leaf-Shaped l Proj. Pt., Fraq. Frm. Indet.

l Proj. Pt., Other

          !            Proj. Pt./ Scraper

i

! l Scraper End

          !           Scraper, Edge t          i l           Scraper End/ Edge 4       m j       g              Scraper w/ Hafting Elem.

i

• Teshoa 4

,< W Burin, Beaker, Graver Drill ) d. l l Chopper i e Blank /Prefom l

       .l             Biface Biface Fragnent l

a , l Uniface i l Biface/Uniface l Retouched Flake i

          !           Utilized Flake l           Retouched / Utilized Flake

j Core Tool j Other l SUBTOTAL 0 Sheet 1 of 2 l

rWx9Mn @ va vv Oz- r z" vE<O

                                                                                                     , ii                         i j

r .-3D( NNOee-8 U === 1 rf+ D w* ox *. g

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                                                                                                                                                       ,s v+< O*e"                                                _

mD7+C19 (Ar - o rN k c d B y a e / l R Y n e e e e B o t t n n e

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                                                                                                   ,         ,    ,   r   r     r       e  z   z           l        t      t      i      ,    ,

t t t e e e c t t e l s s l r r L r r r p p p l r r l i t d o e e A e e e s s s a a a a g l n y h h T h h h a a a h u u h r i a h t t O C C C J J J C Q Q S A S S R O O T

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                                        -                         xN aO1+Dx - r(

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           -     mOOM M" (-D1a S                                                                                                    -

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• g*l,lj ele ljl !le!l,l,

         $      O      C R U  R    B     U          B        B       B C O B        T S    S     S   S     P      P  P   P        P          P P        P   P                           F    J L U      t      o e t  e    i     n          i        i       l h r u       e  c    c     c   c     r o

r r r r r r r r e n' i 8 h r t i t f i f f a o i r s r r r r o o o o o o o o a i n T e e o l o a c f a c a n p l i h a a a a j j j j j j j j j t t e O r u i u a c k p l n o p p p p . . . . . . . . . u - T T c z c e C e e / e . a e e e e r A o h e h / i P r r P P P P P P P P P e 2 L o e d e U n r e B e

                                                                                           .r .r .r        t      t  t
                                                                                                                        .t .t .t               t       t
                                                                                                                                                            .t                               N    2       -

l d

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                                                                                      /    E     E   E
                                                                                                           /

S 0 - U l F f a o k n d n S 2' W 6 t a l a g n e H d g d c O F L L C S S T 7 1 1 i k a c ' m n a / e r t r e a N N r l e k e e ' e n

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                                            #                                                                        t                                                                           6  I
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                                                          ,                                                                                                                                         M 6.i

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                                              '                                                                                                                      4ey-            5       l e l

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                                              '                                                                                                                      4mg  i m              N E

4ey. 1 3 S U . R 6T8 V , ~ . E

                                                                                                                                                          .                                         Y
                                                                                                                                                              '18E:     !                                 .

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                                                                                                                                                                   $.                     r el a

t d

                                                                                                                                                                     <p = 5                  u m
                                            "                                                                                                                                                    U p
                                              '                                                                                                                      G%:$                        p       -

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• e t I :$ r r

1 ' a o oJc c e f **

                                               ~

ojc 2 0 ~ Sd - li; -

LIMERICK TRANSMISSION LINE SURVEY Line 220-6 1 Site 36 CH 103__ Phase 3 Field Upper Terrace Unit N5 W10 Depth Level 1 Stratum Feature #27(N._ Half) t e m 2 E  ? e e e e

                                           *           .  .  . e  .#      .t 8 8 3 J J J b b b 8 3 3 -e ; % % ; a C t t t & & R % % %                 # i R E 2 $

6 6 6 4 4 4 6 a a $ <pG a d e e R d Waste Flakes w/ Cortex 1 I e 2 Waste Flakes w/o Cortex 1 1 $ Cores a l Shatter. Chnks. Rmnt Cores i l Pestle o HaiTme rstone S Net Sinker S Nutting / Anvil Stone u 5 Grinding Stone w g _ Axe Celt T. l Other

 !     Fire-Cracked Rock l     Fire-Cracked Rk. , Func.

5 z Cobble $ Cobble Fragment l Other l 2 1 3 rSUBTOTAL - LITHICS .__ , _

  !    Body Sherd m                                               .

Sf Basal Sherd b w Rim Sherd S' Pipe Sherd

  !     SUBTOTAL - CERAMICS TOTAL                                                                                  3 Coments:

Sheet 2 of 2

LIMERICK TRANSMISSION LINE SURVEY Line 220-61 Site 36 CH 103 Phase 3 Field Upoer Terrace Unit N20 E15 Depth Level all levels Stratum Feature 30 w a

                                                                                             .             $               $ $ -k 3 T U

' . = c c

                                                                                      $ $ $    M- :'.        ' ~           ~ "

i =2,2 j $

                                                                  $ $ 4 4 4                       d h                        G S f o o S 4

l, Proj. Pt. , Triangular j Proj. Pt. , Steamed

    !   Proj. Pt., SN
   !    Proj. Pt., CN Proj. Pt. , Lanceolate l

Proj. Pt., Leaf-Shaped I l 2 j Proj . Pt. , Frag. Fm. Indet.

    !   Proj. Pt. , Other I
   !    Proj. Pt./ Scraper Scraper, End
,  j    Scraper. Edge l    Scraper, End/ Edge w

] g Scraper w/ Hafting Elem. !

• Teshoa

! o

  "     Burin, Beaker, Graver i

Ort 11

     . Chopper I   !,  Blank /Prefom l  Biface i

Biface Fragment l

• l Uniface e

     !  Biface/Uniface i  R.t.vehed n .

l Utilized Flake i  ! Retouched /Utilfred Flake *r

     !  Core Tool l _0ther
     !  SUST0TAL                                                                                                                               0 i                                                                                                                                  Sheet 1 of 2 F

LIMERICK TRANSMISSION LINE SURVEY Line 220-61 Site 36 CH 103 Phase 3 Field Upper Terrace Unit N20 E15 Depth Level all levels Stratum Feature J0 l t u e 2 e ? & . . . .

                                                               -   .  . e    2      .

8 8 3 J J J b b b 8 a u .  ; # % ; u* u a b b b & & R  % 4 % % 's  % R .8 .8 ;5 5 6 6 e e a 6 & & & k & a & 8 8 8 d Waste Flakes w/ Cortex 1 1 Waste Flakes w/o Cortex 7 2 21 3 33 8 C Cores l Shatter, Chnks, Rmnt Cores 1 1 I l Pestle o Hammerstone S Net Sinker S Nutting / Anvil Stone u

         $      Grinding Stone u

4 Axe o ii Celt l Other

           !    Fire-Cracked Rock                                                             l         1 Fire-Cracked Rk. , Func.

l 5 x Cobble Cobble Fragment l Other

           !    SUBTOTAL - LITHICS                            7  3        21 4                1        36 y y o-<. ~

• w . . J~ __ ,

l Body Sherd l m . S Basal Sherd x w Rim Sherd y Pipe Sherd l SUBT0TAL - CERAMICS TOTAL 36 Comments: Sheet 2 of 2

                                                                     ------------------------------------FLAKED TOOLS------------------------------------

(n O O :D C :D G3 C III G3 03 O C3 CD -4 (n in M (n O T D T U 0 O T o 4 C r" C e O m --* ::Y C O O O O 1 2 3 *= n.a 4n

                                                                                             -*-  3     -*-

• 1 (D 1 1 1 1 1 1 1 1 G3 :Y *1 rt -en *- -ti -en Os 0 -a- 1 m 1 1 1 1 O O O O O O O O O or -a- 3

                                                                     -t  4  m   O    --a O   en   -en   08    Os  3 w

U - a 3- De os 08 De La. r a. 6 L r L L.a. La. L.a. r+ c n e O 5 c -*- c O en O O U d 3 O U U U U . . . . . . . . .

                                                                     --(     -g O    N   O   S    O     S     fD  N   m             =   Op (D   m   (D  (D                                                                                3 3=     0   3-   m    3- N    e    .           o   1                     1 1 -

1 1 7 m m o m o o o o e Z N n e N M O S O C 1

                                                                                                                                                                 .a n                    .e e     e t'*             O.                                             CD                                               et
                                                                            -a  Q.       O. 3          m         (D                e      E                .         .    .et   .   .        .   .                                          O      O N     T1       *-         1       -9i               es     N    m   m   m   N   .     .    .    .    .   .    .   .

W 4 J C -a "Tl -en De O w 3 Q. 3 (A "' M W on

~

Op =a 98 Q -1 fD I Q. C Q. O O T1 f"" r'" O (n in -i n.

                                                                                -a   w   es  O          3         3                 -

1 as N (D 1 et -1 (D op z 2 et 1 W "

                                                                                -*   4   R-  4          4                                  -si  m           os   :'3- Os   es    3                -a 4                                                                                -*-      4              ::3                                ct   O.          U    (D         -ee  O                se N                       &                           Q      - e. c           S      5  c. I   e                 3 e                                                     1    3    e             1 En   O                o 4                                                                               m.

n, o n :r - c. c

                                                                                                                                                                                                  -a es n                                                a      m 3    U     ,Os
                                                                                                                                                                                   +              a.                                         o m e -

1 1

e. E. =,+ e-. r-2 w

S 3 .-. 3  ::F Z Q. m o :o w $ n n x x --t o B i: Chert. Black w z

                                                                                                                                                                                                                                                         <n x

Chert. - m r- m Chert, a 3, -

                                                                                                                                                                                                                                              <     e    o e u.        a:

Jasper. Red - e t-e-. Jasper. Y/B z w m Jasper, m C

o Chalcedony <

m Quartz Quartzite m n '~ Shale 4. a -I Argillite E" 8 C Siltstone o U cp

                                                                  !9                                                                                                                                   Sandstone                                      1 3                                                                                                                                    Rhyolite a                                                                                                                                                                                 q
                                                                   "                                                                                                                                                                                 1 Other,                                       a o                                                                                                                                                                                 2 Other,
                                                                  "  o
                                                                                                   ~      ~

TOTAL

LlMERICK TRARSMISSION LINE SURVEY Line 220-61 Site 36 CH 103 Phase 3 Field Upper Terrace Unit N20 E35 Depth 3" Level Stratum Feature 31 5 e m 2 a ? @ . . . .

                                                =        .    .   . e .          .t 8 8

• J J J b b b 8 o o e ; 3 % ; a C ,

t t t & 2 & % % % % 'a E R 2 2 5 5 5 5 4 4 4 5 & a 5 # G a E 5 5 S d e Waste Flakes w/ Cortex

     $     Waste Flakes w/o Cortex C

Cores l Shatter. Chnks, Rmnt Cores i l Pestle h o Hammerstone i S Net Sinker l 8 Nutting / Anvil Stone u

     $     Grinding Stone u

4 Axe o iI Celt l Other

      !    Fire-Cracked Rock Fire-Cracked Rk. , Func.
     $     Cobble                                          l Cobble Fragment                                                                      l l   Other                                                            l SUBTOTAL - LITHICS                                                                   .I
       !                                                        l           l om-   ,                                       muumuuumuumunumm m uuumunummuumuunum-r l   Body Sherd                                                                               2 w

S Basal Sherd x 5 w Rim Sherd 4 Pipe Sherd

       !   SUBTOTAL - CERAMICS                                                                      2 TOTAL                                                                                    2 Coments:

Sheet 2 of 3 1 9

LIMERICK TRANSMISSION LINE SURVEY Prehistoric Ceramics Inventory Lins Number 220-61, L-Cr Depth Site Number 36 CH 103 Level 3" Phase Number 3 Stratum Field Upper Terrace Unit Feature 31 Check: Body Sherds x Basal Sherds Rim Sherds Pipe Sherds emper Surface Treatment Crushed Quartz Shell Sand Grit Steatite Other TOTALS Corded - 2 2 Incised --

                                   ~
                                                                                                  '~

Punctate Fabric Impressed , _ _ ,, Nat Impressed

                                                                                  ~

Plain Other _ .. .. Other Other . TOTALS 2 2 Comments (condition, associakions, type names, conjoinables, vessel shape): ' The two sherds fit together. They are exterior cord-marked. 1r.. ,, , , .

                                                         .7        .,.v       L     .1.              .                   .

Sheet 3 of 3 i f

LIMERICK TRANSMISSION LZNE SURVEY Line 220-6 1 Site 36 CH 103 Phase 3 Field Uoper Terrace Unit N15 E20 Depth Level All levels Stratum Feature 32

                                                                                                                                                                -]

t* v m 2 s a . . g g

                                                                                                   . 8     $             $  o o 3 J J J                                         8   U u      .     ; % # : C C b b b                   $ Q   u,     $ T% %              j } % li I I $

6 6 6 4 4 4 6 8 8 m < G 4 5 5 5 S l Proj. Pt. , Triangular Proj. Pt. , Stenned i l Proj. Pt., SN l Proj. Pt., CN

            !      Proj. Pt., Lanceolate l      Proj. Pt., Leaf-Shaped
           !       Proj. Pt., Frag. Frm. Indet.

l Proj. Pt., Other Proj. Pt./ Scraper l l Scraper, End I j l Scraper, Edge l Scraper, End/ Edge m ! y Scraper w/ Hafting Elem.

• Teshoa e

d Burin, Beaker, Graver Drill d. l Chopper l Blank / Preform

4. i

           !       Biface i
           !      Biface Fragment                                                                                                                                 1

w n.- w . l mymn.ws w...r -s,. m ..- ... - w- .- <~ w-a. .xmemme l

l l Biface/Uniface

           !.      Retouched Flake                                                                                                                     -

I ! l Utilized Flake l j Retouched / Utilized Flake I i l Core Tool - l Other l SUBTOTAL 0 Sheet 1 of 2 l r

LIMERICK TRANSMISS10N LlNE SURVEY Line 220-61 Site 36 CH 103 Phase 3 Field Upper Terrace Unit N15 E20 Depth Level All levels Stratum Feature 32 t u m 2

                                          =

e ? @ . . . .

                                                     .   . . e   .t         .

8 8 a a a  ; U # : *

• b b b 8 n n . a t t t & & & %  % %  ; E 1 R E a s 6 5 5 4 4 4 6 & & 5 k 5 a e 8 8 8 d

e Maste Flakes w/ Cortex 1 1 2 2

 $ Waste Flakes w/o Cortex                         1               1
 $ Cores C

l Shatter. Chnks. Rmnt Cores I I l Pestle o Hammerstone S Net Sinker S Nutting / Anvil Stone w

 $     Grinding Stone u.

d o Axe

i. Celt l Other Fire-Cracked Rock Fire-Cracked Rk. , Func.

 =

Cobble

 $     Cobble Fragment l   Other                                                          l l    SUBTOTAL - LITHICS                           1  1          ,3                            5
  ,                                      mmmmmmmmmmmmmmmmuummmmmmmumummmmmmmmmmmmmmmer l    Body Sherd                                                     l w

S Basal Sherd x 5 w Rim Sherd y Pipe Sherd l SUBTOTAL - CERAMICS TOTAL 5 Comments: Sheet 2 of 2 f

L1MERICK TRANSMISSION LENE SURVEY Line 220-6 1 Site 36 CH 103 Phase 3 Field Uoner Terrace Unit N10 E25 Depth Level all levels Stratum Feature 35 s e m 2 a s t . . g g *

                                                                                                                     . 8   %      %  o o J J J .g {                                  0 0 0    . 0 % % % C J a j t b                     .             I   T % % % % % i 2, .E .3 5 v 6 6 4 4 4 6 & a di & G a i 5 5
  !    Proj. Pt. , Triangular
  !    Proj. Pt. , Stemed
  !    Proj. Pt., SN
   !   Proj. Pt., CN
  !    Proj. Pt.. Lanceolate l   Proj. Pt., Leaf-Shaped l   Proj. Pt., Fraq. Frm. Indet.

l Proj. Pt., Other

  !'   Proj. Pt./ Scraper l   Scraper, End Scraper, Edge l

l Scraper, End/ Edge m g Scraper w/ Hafting Elem.

• Teshoa e

d

 .c Burin, Beaker, Graver                                                                                                                          i d Drill
    ,! Chopper l

Blank /Prefom l Biface l Biface, Fragment

    !  Uniface
    !  Biface/Uniface l Retouched Flake
 .. p' Utilized
       .         Flake j Retouched / Utilized Flake l  Core Tool
     ! Other l SU8 TOTAL                                                                                                                                    0
                                                                                                                              ..       Sheet 1 of 2

_ _ - _ - _ _ - _ _ _ _ _ _ _ - _ - _ = .

LlMERICK TRANSMISS10N LINE SURVEY Line 220-61 Site 36 CH 103_ Phase 3 Field Vooer Terrace Unit N10 E25 Depth Level all levels Stratum Feature 35 t u m a

                                            =

a t t . . ~ e

                                                      .   .   . e     .t       .t 8 8     3 J J J b b b 8 0 t e ; t; t;                   ;    -

c' a t t t & & & G % % ; a : E R E a ;5 5 5 5 4 4 4 5 & a 5 # G a E e 5 R d Waste Flakes w/ Cortex 1 1 1 3 Waste Flakes w/o Cortex 1 7 8 5 3 24

 $      Cores C

l Shatter Chnks. Rmnt Cores 4 1 5 i l Pestle i

• Harar.e rstone o i S Net Sinker l 8

x Nutting / Anvil Stone u. Grinding Stone y _ Axe 5i Celt l Other Fire-Cracked Rock 2 53 36 120 f' 1 21 Fire-Cracked Rk. , Func. Ccbble l 1 E Cobble Fragment 2 l 2 l Other l SUBT0TAL - LITHICS l 8 9 11 60 1 21 36 8 155

   ,                                       mummmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmer--

l Body Sherd w S Basal Sherd x

 &     Rim Sherd w

y Pipe Sherd l SUBT0TAL - CERAMICS TOTAL 155 Comments: l . Sheet 2 of 2 P

L1MERICK TRANSMISS10N LINE SURVEY Line 220-61 Site 36 CH 103 Phase 3 Field Upper Terrace Unit N20 E40 Depth Level all levels Stratum Feature 36 I t v m 3 2 E . . g

                                                                            .  .  . 8    :         5 a *
                                                                                             . = = = = c c .

5 5 5 9 h!. h T: :%5 3 % i E, .E .E 5 6 6 6 4 4 4 6 3 8 }mA G S 5 5 $ E!

         ! Proj. Pt. , Triangular l  Proj ; Pt. , Stemed Proj. Pt., SN l  Proj. Pt., CN Proj. Pt., Lanceolate Proj. Pt., Leaf-Shaped l

Proj. Pt., Frag. Frm. Indet. l Proj. Pt. , Other l Proj. Pt./ Scraper l Scraper, End l j Scraper, Edge l Scraper End/ Edge w y Scraper w/ Hafting Elem.

• Teshoa a

W Burin, Beaker, Graver

      $    Orill
       !,  Chopper l   Blank /Prefonn l   Biface

, e l Biface, Fragment [ i l l Uniface l Biface/Uniface

       !   Retouched Flake
       !   Utilized Flake                                                                                                     I
 .t    j   Retouched / Utilized Flake                                                                                         l
       !   Core Tool l  Other
 .~ ~ !    SUBTOTAL                                                                                                         0 Sheet 1 of             3 l

B

I

                    ----CERAMICS--- ------0THER------- ----NON-FLAKED TOOLS---- --DEBITAGE--

I l, I n O

                -4 O

M c

                        =

m cn m M o MO c ro n O n O -. n , O

                                                                                     <+

n m 2 x o, cn =

                                                                                                         <D x

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5m Jasper, Red

                                                                                                                                                     @ I          E; z
                                     = E-                                                                                   -'
                                                                                                                                                     <D,  g sa                                                                                                                           r Jasper, Y/8       m,          g m

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    $                                                                                                                                                     -4 m                                                                                                                               Rhyolite              y a,

Other,

• y m

o Other, o m m a " " TOTAL m

LIMERICK TRANSMISSION LINE SURVEY PREHISTORIC CERAMICS Line 220-61 Site 36 CH 103 Phase 3 field Unit Upper Terrace Depth Level Stratum Feature 36 (S. Half) Cultural Artifact Number Vessel Element Temper Thickness Surface Treatment Pottery Types Affiliation 1 Body Sherds Quartz f Comuments: 6 very small, deteriorated pottery fragments. Sheet 3 of 3 Too small to discern thickness, surface treatment, types, or cultural affiliation. . I L_

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                                                                               .mped     e t          a r

D S e i p t L k I t e I e .m n h M d E e 3 R t 6 I

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p S u u e h e a1%$ b s f r r e o a T t m%%3 i l c e e r 1 r s2u" o a o f c e f s2s' 2 0 sM 1 jl l l

LfMERICK TRAN5MISS10N L!NE SURVEY Line 220-61 Site 36 CH 103 Phase 3 Field Upper Terrace Unit N30 W5 Depth Level Stratum Surface of SUD501i Feature n , m 2 e ?  ? . . . .

                                          =         .  .   . e   .t        .t 8 8

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d Waste Flakes w/ Cortex 5" Waste Flakes w/o Cortex l 1 C Cores l Shatter. Chnks. Rmnt Cores e l Pestle l l a _Hamerstone - S Net Sinker l l 8 Notting/ Anvil Stone w u. Grinding Stone E _ Axe o Cel t i. l Other

   !     Fire-Cracked Rock                                        l                 1            2
   !     Fire-Cracked Rk., Func.
 =

Cobble

 $ Cobble Frag ent l
       -Other l2                  1            3 l    SUBTOTAL - LITHICS                               l          ,

N l Body Sherd w S Basal Sherd h w Rim Sh' erd Y Pipe Sherd

   !     SUBTOTAL - CERAMICS TOTAL                                                                                    3 Coments:

Sheet 2 of 2

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t t t e e e c t t e l s s l r r L r r r p p p l r r l i t d o e e A e e e s s s a a a a g l n y h h T h h h a a a h u u h r i a h t t O C C C J J J C Q Q S A S S R O O T ce m +r( D 8

                             - a                          t                                                                     "                                         m E                             - Dw9m    (       EN nO emX                                                                        '

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LIMERICK TRANSMISSION LINE SURVEY Sheet 3 of 3 Line 220-61 Site _36 CH 111 Phase 1 Field finit Depth Level Stratum Surface Feature PROJECTILE POINTS Basal Measurements: Missing Cultural Criss Blade Grinding Length / Width / No. Point Type Element Affiliation Material Section Basal Type Shape Yes or No Thickness Other

                                            ,

• incomplete measurement 1 Poplar Island Distal End Late Archaic Ouartzite Bi-convex Contracting stem, rounded Straight Yes base edge *4.8/2.4/1.1 cm

LIMERICK TRMiSMISSION LINE SURVEY Line 220-61 Site 36 CH 382 Phase 1 Field l} nit Depth Surface Level Stratum Feature

                                               =

t 3 u m

                                        ."' E $
                                        = = =

e s s . . . .

                                                    .   .   . e             .

8 8 3 J J J k b b 8 u u . ; ; # ; a C a t t t a a & T b % % T,, 3 i e, E 2 ;5 5 5 5 4 4 4 5 8 3 5 # G a E e e 12

!   Proj. Pt. , Triangular
!   Proj. Pt. , Stemed                                          I  I                          2
!   Proj. Pt., SN
!   Proj. Pt., CN
!l  Proj. Pt. , Lanceolate
                                                                                                 ~

l Proj. Pt., Leaf-Shaped

 !  Proj. Pt. , Frag. Frm. Indet.
 !  Proj. Pt. , Other                                                                              ,
 !  Proj. Pt./ Scraper
!   Scraper, End                                                I                              l
 !  Scraper, Edge                                1                 2                           3
 !  Scraper,End/ Edge                                           1                              I e

d Scraper w/ Hafting Elem. O H Teshoa a O Burin, Beaker, Graver Drill l Chopper l Blank / Preform l Biface

 !  Biface, Fragment                    1                       12                           13
  . Uniface (fragment)                                          1                              1
 !. Biface/Uniface
 !  Retouched Flake                                             2  1                           3 f  Utilized Flake                                    1         2                              3 l  Retouched / Utilized Flake l Core Tool l Other
  !  SUBTOTAL                           1        1    1         20   4                       27 3

Sheet 1 of

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LIMERICK TRANSMISSION LINE SURVEY Sheet L of L Line 220-61 Site 36 CH 382 Phase 1 Field Unit Depth Level Stratami Surface Feature PROJECTILE POINTS Basal Measurements: Missing Cultural Cross Blade Grinding Length / Width / Re. Point Type Element Affiliation Material Section Basal Type Shape Yes or No ., Thickness Other ir. w iese Slightly incurvate stem. Parallel su m t 1 "Sare Island / Distal Tip. Late Archaic Quartzite Bi-convex Yes yS.9/2.1/0.9 a i Macpherson one tang slightly convex base like" 2 Unknown Most of Unknown Quartz Convexo- Incurvate stem. Unknown No *1. 8/ 82.(V *1. 0 This is blade, triangulate straight base cm only a distal end basal . fragment I 4

   -   _ ..    . . . . _ _ . .            __m__        . _ _ _   m _ _ _ _ . . . . _ _ . _ _ __. _ _ _ _ . _ , _ .                         . _ _ _ _ , _ _ .           _ . . . . _ , . _ . _                     . _ . _ _ _ _ . . . _ = . _ . - .        , _ . - _ _ .               _.     . _ _ _
                    ------------------------------------FLAKED TOOLS------------------------------------

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                                                                                                                                                                                                                                                                                < Qe               o e m                2 Jasper, Red                  - a r-Jasper, Y/B                                     2 m

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            =
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            .                                                                                     i r+                                                                                    l                                                                                                                                                Rhyolite Other, O

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