NRCHEOLOGICAL DATA DIME THE SOUTHEASTERN TEXAS

COASTAL HARBIN

HOOSTON IIRCHEOLOGICAL SOCIETY Report No . 7 5 1989

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AN ARCHEOLOGICAL DATA BASE FOR THE SOUTHEASTERN TEXAS COASTAL MARGIN

Contents of Report

Section Contents Pages

1 General Discussion 1 to 4 2 Data Base Tables Explanations 5 to 9 3 Data Base Tables

1. Basic Site Data 4 pages 2. Arrow Points 1 page 3. Dart Points 1 page 4. Ceramics 3 pages 5. Radiocarbon Dates 1 page 6. Lithics 2 pages 7. Terrestrial Faunal Remains 1 page 8. Aquatic Faunal Remains 1 page 9. Miscellaneous Artifacts 1 pages 10. Burial Data 1 page 11. Non-Computerized Data 1 page

4 Site Publication List 4 pages 5 References 3 pages

AN ARCHEOLOGTCAL DATA BASE FOR THESOUTHEASTERN TEXAS COASTAL MARG]N

ConteDts of Report

Section Contents

General Discussi.onData Base Tables ExplanationsData Base Tables

1. Basic site Data2. Arrow Polnts3. Dart Points4. Ceramlcs5. Radiocarbon Dates5. Lithi.cs7. Terrestrial Eauna1 Remains8. Aquatic EaunaL Remains9. Mlscellaneous Artlfacts10. Burial Data11. Non-conputerized Data

site Publicatior ListRe ferenc es

1 to 45to9

123

Pages

4 pagesl pagel page3 pages1 page2 pagesl pagel pagel pages1pagel page4 pages3 pages

1

AN ARCHEOLOGICAL DATA BASE FOR THE SOUTHEASTERN TEXAS COASTAL MARGIN

Section 1: General Discussion

INTRODUCTION

A data base for the archeology of inland Southeast Texas (Patterson 1989) and a quantitative summary (Patterson nd) of this data base have been made. The data base presented here for the archeology of the coastal margin of Southeast Texas is part of a parallel project to cover the remaining subregion of Southeast Texas. As with the literature of inland Southeast Texas, the literature of the coastal margin has grown to a level where it is no longer possible to rely on memory or a few published examples to reach conclusions in research. A data base enables the entire body of published literature to be considered for quantitative studies. This data base has been computerized in the same manner as the other data base for the inland subregion. Use of a computer permits summaries of tabulations and complex queries to be done quickly and easily, revisions of data to be done easily, and printed reports to be made with little extra effort.

A quantitative study for the coastal margin of Southeast Texas is being prepared from this data base in the same manner as was done for the inland subregion (Patterson nd). Aten (1983) has published a fairly detailed study of the archeology of the coastal margin of this region. This data base, however, allows an even wider coverage of published sites and consideration of some subjects that Aten did not cover, such as faunal subsistence patterns. summaries of various zones and counties can be easily made with this computerized data base.

The current data base as published here has entries for 185 sites, and will be expanded as more data becomes available. This is about the same number of sites as in the previous data base published for inland Southeast Texas (Patterson 1989). It should be noted that the prehistory of inland Southeast Texas covers a time period of about 12,000 years, while the prehistory of the coastal margin of this region covers a time period of about 3,000 years, after stabilization of sea level about 3,500 years ago at the start of the Late Archaic period (Aten 1983:124).

DATA BASE DESIGN

The Paradox relational data base program has been used for this work, with an IBM 50Z computer. Any IBM compatable computer can be used for this program, but use of a hard disk is advisable and a computer speed of at least 6 MHz is desirable. Paradox is a powerful data base program, but is easy to use.

AN ARCHEOLOGICAL DATA BASE EOR THESOUTHEASTERN TEXAS COASTAL MARGIN

Section L: ceneral Discuss ion

INTRODUCTION

A data base for the archeology of inLand Southeast Texas(Patterson 1989) and a qualttltative summary (pattersou lrd) of thlsdata base have been made. The data base presented here for rearcheology of the coastal margin of Southeast Texas is part of aparaI1el project to cover the renairling subregion of southeastTexas. As with the literature of inland southeast Texas, theliterature of the coastal margin has grown to a level where it isno longer possible to rely on memory or a few published examplesto reach concluslons in researcit. A data base elrables the enEirebody of published Iiterature to be considered for quautit,aEivestudies. This data base has been computerized in the same lnaDneras the other data base for the inland subregion, Use of a computerpernits summaries of tabulations and complex querles to be donequickly and easily, revisioDs of data to be do[e easily, aDdprinted reports to be made with litt1e extra effort.A quantitaEive study for the coastal nargin of Southeast Texas isbeing prepared from this data base i.n the same mauller as was doDefor the inland subregj.on (Patterson nd) . Aten (1983) has publisheda fairly detailed study of the archeology of the coastal nargiD ofthis region. This data base, however, allows arr even widercoverage of publlshed sites and consideration of some subject,sthat Aten did not cover, such as faunat subsistence patterns.summaries of various zones and counties caD be easily made withthis computerized data base.

The current data base as published here has entries fo! 185 sites,aDd will be expanded as more data becomes available. This is aboutthe same nunber of sltes as in the previous data base publishedfor inland Southeast Texas (patterson 1989). It shouLd be notedthat the prehistory of i.nland southeast Texas covers a EiNe periodof about 12,000 years, while the prehistory of the coastal margiuof this region covers a tine perlod of about 3,OOO years. afterstabilizatiou of sea leve1 about 3,500 years ago at the start ofthe Late Archaic period (Aten 1993:l}4l .

DATA BASE DESIGN

Tile Paradox relationar data base program has been used for thiswork, with an fBM 5oZ computer. any iBM compatable computer ca'beused for this program, but use of i hara di;k is advisabre ana acomputer speed of at Least E MHz is desirable. paradox ii apowerful data base program, but is easy to use.

2

A relational data base allows tables to be linked for making complex queries. In this case, archeological site number is the common data field to link tables. This data base contains 10 computerized tables and non-computerized tabulations of low-frequency types of artifacts. Computerized tables include: basic site data, arrow point types, dart point types, ceramic types, lithics, terrestrial faunal remains, aquatic faunal remains, radiocarbon dates, miscellaneous artifacts and mortuary data. Details of the types of data in each table are given in Section 2

As with the inland data base, the coastal margin data base has been subdivided into 3 geographic zones as a separate variable in the basic site data table. Queries can be made by county, zone or total subregion. Counties in the 3 zones are:

Western- Brazoriaelkootp—Belmi-- Central- Harris, Galveston Eastern- Chambers, Jefferson, Orange

The chronological periods used here are the same as given in a previous summary article (Patterson 1979), as follows:

period time range. years B.P.

Late Archaic 3500 to 1900 Early Ceramic 1900 to 1400 Late Prehistoric 1400 to 500 Historic Indian 500 to 200

Time periods for archeological sites have been determined by radiocarbon dates, the ceramic typological sequence given by Aten (1983:Figure 14.1), projectile point types and in some cases historic artifact types. Also, many published site reports give time periods as judged by the investigators. In the case of excavated sites, Late Archaic (precaramic) components can be determined directly. The Early Ceramic period is characterized by dart points and certain pottery types, such as Goose Creek Stamped, Conway, Mandeville Plain and Tchefuncte. The Late Prehistoric is characterized by arrow points and grog tempered pottery. Many dart point types are shared by both the Late Archaic and Early Ceramic periods (Patterson 1983:Table 1).

Only published site reports have been used for this data base, because unpublished site records of the Texas Archeological Research Laboratory generally lack detail. All of the generally available published site reports for this subregion have been used for this data base. Some contract archeology reports have not been considered, as they are not generally available. The lack of general availablility of contract archeology reports is a chronic problem throughout the United States.

In most cases, differentiating between inland and coastal margin sites is clear, by both geographic and environmental criteria. Coastal margin sites are not only near or on the coastline of the

2

A relatioDal data base allows tables to be Illrked for maklugcomplex querles. In this case, archeological site nunlber is thecommolr data fleld to link tables. This data base coDtaius 10computerlzed tables and non-conputer ized tabulatious of 1ow-frequency tlpes of artifacts. computerized tables include: basicsite data, arrow point tlpes, dart point types, ceranic types,Iithlcs, tellrestrial faunal remains, aquatic faunal renains,radiocarbon dates, miscellaneous artifacts aDd nrortuary data.DetaiLs of the types of data in each table are giverr iu sectiol) 2

As with the iulaud data base, the coastal ulargiD data base hasbeen subdivided into 3 geographic zones as a separat.e variable inthe basic site data table. Queries can be made by coultty, zolle ortotal subr-egion. Counties irl the 3 zones are:

!'le s t ern- Braz or i a rrlrrl&lntscentral- Harris , Galves tonEastern- chaEbers, Jefferson. Orange

The chroDological periods used here are the same as given iu aprevious sumnary article (Patterson L9791 , as fo]Lows:

P-el;ia-d

Late Ar:chaicEarly ceramicLate PrehlstoricHistori.c IndlaD

time ranoe. vears B-P-

3500 to 19001900 to 140014 00 to 500500 to 200

Time periods for archeological sites ltave been determined byradiocarbon dates, the ceraxnic tlpological sequetlce given by AE,elr(1983:Eigure 14.1), projectile point types and in some caseshlstoric artlfact tlpes. A1so, many published site reports gLvetime periods as judged by the investigators. In the case ofexcavated sites, Late Archaic (precaraBic) components can bedeternined directly. The Early Ceranic period is characterized bydart points and certain pottery tlT)es, such as coose CreekStamped, Conway, Mandeville plain and Tchefuncte. The LatePrehistoric is characterized by arro}, points aDd grog temperedpottery. uany dart point types are shared by both ure Late Archaicand Ear1y ceranic perlods (patterson 1983:Tab1e 1).OnIy published site reports have bee[ used for this data base,because unpublished site records of the Texas ArcheologlcalResearch Laboratory generally lack detail All of the geDerallyavailabre published site reports for this subregion have been usedfor this data base. some coDtract archeology relorts have not beetlconsidered, as they are not generally available. The lack ofgeneral availabrility of coutract ar:cheorogy reports is a chroDicproblem throughout the United States.ID most cases, dlfferentiating between inland and coastal margiusites 1s clear, by both geographic ard environmental criteria.coastar margln sites are Dot onry lrear or on re coastline of the

3

Gulf of Mexico, but are also generally located in a brackish water or seawater environment. Most recorded coastal margin sites have Rangia or oyster shell middens. There are some recorded sites on San Jacinto Bay, now in a brackish water environment, that were formerly in a freshwater environment on the San Jacinto River, before sea level reached its present level. This type of site has been classified as an inland site until the Late Archaic period, when the environment changed from freshwater to brackish water. Sites of this type include 41HR45, 73, 172, 173, 233, 618 and 619.

USE OF THE DATA BASE

A number of uses of this data base can be shown. For example, the basic site data gives a good picture of the current general status of research for the coastal margin of Southeast Texas. Research publication has not been uniform throughout this subregion. Work in Chambers County has been given the greatest amount of publication, mainly due to work for the Wallisville reservoir project at the delta of the Trinity River. There are few published site reports that are generally available for Jefferson and Orange Counties.

This data base and associated reference lists can be used as a sophisticated bibliography to find detailed information on many specialized subjects. Sites having specific types of artifacts can be quickly located. Also, data on specific subjects can be easily consolidated. Control of all generally available literature for a region allows quantitative studies to be made that are more rigorous and less impressionistic.

Artifact distributions within this subregion can be obtained easily with this computerized data base. Three geographic zones have been designated with an east-west orientation to permit stuies of.artifact distribution gradients that represent the geographic interfaces of technological traditions of the Southern Plains and Southeastern Woodlands. It has previously been observed that Southeast Texas shared these technological traditions as a border area. Other geographic breakdowns can be easily obtained, . as each archeological site is also classified by county.

Complex queries can be easily done with a relational data base program such as used here. The data base user is limited in query types only by types of available data and creativity in formulating queries. For many studies, manual use of the published data base tables given here may be sufficient. If many complex queries are anticipated, however, it would be advisable to use the data base in computerized form. Data base files (tables) can be made available on either 3.5" or 5.25" disks at a small cost, in either Paradox or dBASE formats.

3

GuIf of Mexico, but are also generally located in a brackish wateror seawater environmertt. Most recorded coastal nlarg j-tr sites haveRangia or oyster sheIl middens, There are some recorded sites onsau Jacinto Bay, trow ln a brackish water etrviroDurerrt, t.hat wereformerly iD a freshwater environment on the San Jac j-ltto Rivet-,before sea ]evel reached its present level. Tlris type of site hasbeen cLassified as an inland site urltil the Late Atchaic period,when EIle envlronment changed from freshwater to bt-ackish water.Sites of this type include 41HR45, 73, 772, t73, ?33, 619 and 019.

USE OF THE DATA BASE

A Dumber of uses of this data base can be shown, For example, rebasic site data gives a good picture of the current geueral sEatusof research for the coastal margin of Southeast Texas. Researchpubl j.catiolr has not been uuiforn throughout this subreglou. t.{orkin Chanbers County has been glven Eire greatest anrouut ofpublicatioll, [ain1y due to work for the wa1Iisville reservoirproject at the delta of the Trinity Rj.ver. There are few publrslredsite reports that are ge[era]Iy avai]able for Jeffersou aud oraDgecounties.

This data base and associ.ated reference llsts can be used as asophisticated bibliography to find detailed information on maDyspeciallzed subjects. Sites having specific types of artifacts canbe quickly located. AIso, data olr specific subjects can be easilycoDsolidated, Control of aIl generally available Iiterature for ar-egioD al1ows quantitative studles to be made that are morerigorous and less iopressiouistic,Artifact distrlbutions within this subregion can be obtainedeas11y r,{i th this conputerized data base. Three geographic zoneshave been designated with an east-west orientation to permitstules of artifact dlstribution gradieuts that represent tltegeographic iuterfaces of technological tradltions of tlre southernPlalns and southeastern woodlands. It has previously been observedthat Southeast Texas shared these technological traditions as aborder area. Other geographic breakdowns can be easily obtained,as each arclreological site is also classified by couuty.

complex queries can be easily done wlth a relational daEa basepfogram such as trsed here. The data base user is limited iu querytypes only by types of available data and creativity informulating queries. For many studies, manual use of the publisheddata base tables gj.ven here may be suf f j.cieut. rf many corirplexqueries are anticipated, however, it would be advisable to use thedaEa base in computerized form. Data base fites (tables)made available on either 3.S" or 5.25', disks at a smalleit,her Paradox or dBASE formats.

cau becos t,, in

4

REFERENCES FOR GENERAL DISCUSSION

Aten, L.E. 1983 Indians of the Upper Texas Coast. Academic Press

Patterson, L.W. 1979 A Review of the Prehistory of the Upper Texas Coast.

Bulletin of the Texas Archeological Society 50:103-123

1983 Prehistoric Settlement and Technological Patterns in Southeast Texas. Bulletin of the Texas Archeological Society 54:253-269

1989 A Data Base for Inland Southeast Texas Archeology. Houston Archeological Society, Report No. 6

n.d. The Archeology of Inland Southeast Texas: A Quantitative Study. submitted to Bulletin of the Texas Archeological Society

REFERENCES FOR GENERAL DISCUSSION

Aten, L. E.1983 Ilrdians of tite Upper Texas Coast. Academic press

Patterson, ].. W.L979 A Review of the Prehistory of the Upper Texas Coast.

Bulletin of the Texas Archeological society 50:103-123

L983 Prehistoric Settlement and Techrrological Patterns il)Southeast Texas. Bulletin of the Texas Archeologicalsoclety 54:253-269

1989 A Data Base for Inland Southeast Texas Archeology.Houstolr Archeological Society, Report No. 5

n.d. The Archeology of InlaDd Southeast Texas: A QuantitativeStudy. submitted to Bulletin of the Texas Archeologicalsoc ie ty

SECTION 2: DATA BASE TABLE EXPLANATIONS

The data base tables in Section 3 consist of 10 computerized tables and a non-computerized tabulation of low-frequency artifact types. The first column of each computerized table contains the archeological site number, which allows linking of tables for queries with a relational data base program. Abbreviations have been used for some column labels to obtain more compact printouts. The contents of each of the computerized data tables are as follows:

Table 1, Basic Site Data

computer

column

file name: BASDATC

Item Name Column Type

1 site number SITE alpha 2 county CO. alpha 3 zone ZONE alpha 4 work type WORK alpha 5 Late Archaic LARCH • alpha 6 Early Ceramic ECER alpha 7 Late Prehistoric LPRE alpha 8 Historic Indian HIST alpha 9 site type TYPE alpha

Column Codes

3 W= western, C= central, E= eastern 4 E= excavated, S= surface 5-8 Y= present 9 SHELM= shell midden, SANDM= sand midden,

SNSH= lower sand, upper shell

5

SECTION 2: DATA BASE TAaLE EXPLANATIONS

The data base tabLes in Section 3 consist of 1.0 computerizedtables and a non-computerized tabulatiou of low-frequency artifacttypes, The first column of each computerized table contains urearcheological site number, which allows linkiug of tables forqueries wlth a relational data base progranl. Abbreviations l:avebeen used for some colunn ]abe1s to obtain more compact priDtout.s.Tlre conteDts of each of tlre computerized daEa tables are asfollows:

Table 1, Basic site Data

computer file name: BASDATC

calJrnD rtem

L site nunber2 county3 zone4 erork tlEe5 Late Archaic5 Early ceranic7 Late PrehistoricI Hi.storic Indian9 site type

Colunn Codes

Name ColumD Tvpe

SITE alplraco. alphaZONE alplraWORK alphaLARCH alphaECER alphaLPRE alplraHIST alphaTYPE alpha

3 W= western, C= central , E= eastern4 E= excavated, s= surface5-8 y= present9 SHELM= shell nidden, SANDM= sand midden,

sNsH= lovrer sand, upper shell

6

Table 2, Arrow Points

computer

Column

file name: APTSC

Item Name puma Type

1 site number SITE alpha 2 Perdiz PERD numeric 3 Scallorn SCAL numeric 4 Catahoula CATA numeric 5 Alba ALBA numeric 6 Bassett BASS numeric 7 Fresno FRES numeric 8 leaf-shaped LEAF numeric 9 Bonham BONH numeric 10 bulbar stem BULB numeric 11 unclassified MISC numeric 12 arrow point preform APRE numeric 13 unifacial UNIIF numeric 14 Edwards EDWD numeric

Table 3, Dart Points

computer file Name: DPTSCM

• Item Name C_Qiuma_a_yRe

1 site number SITE alpha 2 Gary GARY numeric 3 Kent KENT numeric 4 bone BONE numeric 5 unclassified NCLAS numeric 6 dart point preform DPREF numeric 7 Yarbrough YARBO numeric 8 Morhiss MORHS numeric 9 Ensor ENSOR numeric 10 Palmillas PALMI numeric 11 Darl DARL numeric 12 Ellis ELLIS numeric 13 triangular TRIAN numeric 14 leaf shaped LEAFS numeric 15 Fairland FAIRL numeric

Table 2, Arrow Points

computer file nane: APTsc

co l-umn

1

2

4567891011L21314

Colunn

1

34567I91011L2131415

Iten Nane

S ITEPERDSCALCATAALBABASSFRESLEAFBONHBULBMI SCAPREUNTITEDWD

Nanlle

SITEGARYKENTBONENCLASDPREFYARBOMORHSENSORPALMIDARLELLTSTRTANLEAFSEAIRL

Table 3, Dart Polnts

computer file Name: DPTSCM

s ite nurnberPerdizscallorl1Cat ahoul aAlbaBassettFresnoleaf-shapedBonhambulbar stenunclasslfiedarrow point prefornuni f ac i. a1Edwards

I tem

"Sa-l,sBn-Iype

alphanune r 1cnume r i.cnumer i c[ume1.icnumer i. cnume ricnumeri-cnumericnumericDUmericnumericItlrmericnumeric

gaj-umD-ly!_e

alphanume ri. cnumeri cnumericnumeri cnume r icnume r icnumeri-cnumericnumericnumeri cnumericnumericnumericuume ric

srte nunberGaryKentboneunclass if ieddart point preforDYarbroughMoriri s sEnsorP al.mi 11asDarlE 111st ri angul arleaf shapedFa l rl aDd

7

Table 4,

computer

Ceramics

file name: CERAMCM

Item Nang CD.11„tarL_Zyge

1 site number SITE alpha 2 Goose Creek Plain GCP numeric 3 Goose Creek Incised GCI numeric 4 Goose Creek Red Filmed GCRF numeric 5 asphalt coated ASPH numeric 6 shell tempered SHEL numeric 7 San Jacinto Plain SJPL numeric 8 San Jacint Incised SJIN numeric 9 Tchefuncte TCHF numeric 10 Goose Creek Stamped GCST numeric 11 Conway CONW numeric 12 bone tempered BONE numeric 13 Mandeville Plain MDPL numeric

Table 5, Radiocarbon Dates

computer file name: DATEC

space provided for 9 dates for each site. All dates are uncorrected radiocarbon years B.P.

Dates not included in computerized table for site 41CH16:

2150, 1890, 1740, 2010, 1950, 2250, 2180, 2020, 2220, 1950, 2010

Table 6, Lithics

computer file name: LITHICSC

_column

1 2 3 4 5 6 7 8 9

Item

site Number scrapers unifacial perforators bifacial perforators knives bifacial tools flakes cores gravers.

Naae Column Type

SITE

alpha SCRP

numeric UPRF

numeric BPRF

numeric KNIF

numeric BFTL

numeric FLAK

numeric CORE

numeric GRAV

numeric

Table 4, ceramics

computer file name: CERAMCM

caLrnD Iten1

2345678o

1011LZ13

site numberGoose Creek Plaincoose Creek IncisedGoose Creek Red Fllnedasphalt coatedsl1e11 tenperedSan JaciDto Plainsan Jaclnt IncisedTche f unc teGoose Creek Stanpedconwaybone temperedMandeville Plain

I teDl

site Numbers c rapersunj.f acial perforatorsbif ac j.a1 perforatorsknive sbifacial toolsflakescoresgravers.

Nane

SITEGCPGCIGCRFAS PHSHELSJPLSJINTCHFGCSTcoNwBONEMDPL

.qa.Iunll'-I@e

a Iphauumericnumer icnumericlrumericnunrericnumericnumericnumer i cnunericnumericnuneri cuumer ic

Table 5, Radiocarbon Dates

computer f i1e name: DATEC

space provided for 9 dates for each site. AII dates areuncorrected radlocarbon years B. P.

Dates not included in conputerized table for site 41CH15:

2150. 1890, t740, 2010, 1950, 2250, 2t80, 2020, 2220, 1950, 2010

Table 6, Lithicscomputer file name: LITHICSC

CoLLlsD

1

234567I9

Na.Be

S ITESCRPUPRFBPRFKNI TBFTLFLAKCOREGRAV

.c.orueD._TJpe

alphanuner i cnumer i cnunericnumericnumericnumer i cnumeri.cnumer i c

Table

computer

Column

7, Terrestrial Faunal Remains

file Name: FAUNALTC

Item Name Column Type

1 site number SITE alpha 2 deer DEER alpha 3 land turtle LTRT alpha 4 snake SNAK alpha 5 rat RAT alpha 6 land bird LBRD alpha 7 bison BISN alpha 8 rabbit RABB alpha 9 gopher GOPH alpha 10 skunk SKUN alpha 11 mouse MOUS alpha 12 raccoon RACC alpha 13 opossum OPOS alpha 14 squirrel SQRL alpha 15 muskrat MRAT alpha 16 bear BEAR alpha

Y= present

Table

computer

Column

8, Aquatic Faunal Remains

file name: FAUNALAC

Item Name Column Type

1 site number SITE alpha 2 Rangia RANG alpha 3 alligator ALLI alpha 4 water bird WBRD alpha 5 water turtle WTRT alpha 6 gar GAR alpha 7 miscellaneous fish MFSH alpha 8 frog FROG alpha 9 shark SHRK alpha 10 catfish CATF alpha 11 drum DRUM alpha 12 redfish REDF alpha 13 sea trout STRT alpha 14 bowfin BFIN alpha 15 oyster OYST alpha 16 sheepshead SPHD alpha

Y= present

8

Tab1e 7, Terrestrialcomputer f11e Nane:

Eauna1 Renains

EAUNALTC

col umn

1

22

455

89L011L213L41515

Y=

site uumberdeerland turtlesnakeratland birdbisonrabb i tgopherskunknouserac cooI1opos sumsquirre 1mus kratbear

pres ent

.Cal]re$-rype

aLphaa J.phaalph aalphaaLphaa lphaalphaa Iphaalphaalphaalphaal phaalphaal phaalphaalplra

Col umn Type

alph aa lphaalphaalphaalphaalphaalplraa Iphaalphaalphaalphaalphaalphaa lphaalplraalpha

I ten Name

S ITEDEERLTRTSNAKRATLBRDBI SNR,ABBGOPHSKUNMOUSRACCoPosSQRLMRATBEAR

rable 8, Aquatic Faunal Renains

computer f 1Ie uane: EAITNAIAC

-coLnED IteE

1 site nunber2 Rangia3 alIlgator4 water bird5 vrater turtle6 gar7 miscellaneous fishI frog9 shark10 catfish11 drunf2 redfish13 sea trout14 bowfin15 oyster15 sheepshead

Y= present

Name

STTERANGALLII{B RDWTRTGARMFSHFROGSHRKCATTDRT'MREDFSTRTBFINOYSTSPHD

9

Tab;e

computer

9, Miscellaneous Artifacts

file name: MISCICM

Item Name Column Type

1 site number SITE alpha 2 incised bone INBN alpha 3 bone tool BNTL alpha 4 asphalt ASPH alpha 5 sandstone SSTN alpha 6 red ochre OCHR alpha 7 shell tool SHTL alpha

Y= present

Table

computer

CD1.1M11

10, Burial Data

file name: BURIALC

Item Name esaamn Type

1 site number SITE alpha 2 articulated ARTI alpha 3 number NUM numeric 4 grave goods GODS alpha 5 type TYPE alpha 6 burial direction DIRB alpha 7 disease DISE alpha

Column Codes

2, 4, 7 Y= present 5 FL= flexed, ST= sitting

Tab; e 9, Miscellaneous Artifactscomputer file nane: MIsClcM

-colurul

12?

4567

Column

12?

4567

Co IuEn

2, 4,5

I teE

site numberincised bonebone toolasphaltsandstonered ochreshell tool

I ten

Col unn Type

alphaa lphaalphaalphaalplraaL phaalplra

Name

S ITEINBNBNTLASPHSSTNOCHRSHTL

Y= present

Table 10, Burial Data

computer file nane: BURIAIC

site numberart i cul atednumbergrave goodstypeburla] directlondisease

Codes

7 Y= presentEL= flexed, sT=

Nane

SITEART INUMGODSTYPEDIRBDISE

Cr)-I_uDIt Tvpe

alphaalphanume r icalphaalphaalphaalpha

sitting

5/04/89 Table 1, Basic Site Data Page 1

SITE CO. ZONE WORK LARCH ECER LPRE HIST TYPE

80002 BO W E Y SHELM B0004 BO W E Y Y SHELM 80012 BO W E Y SHELM 80013 BO W E Y SHELM B0015 BO W S Y Y SHELM B0035 BO W SE Y Y Y Y SHELM B0050 BO W E Y SHELM B0126 BO W E Y SHELM CH001 CH E S Y SHELM CH006 CH E S Y Y SHELM CH007 CH E S Y SHELM CH008 CH E S Y Y SHELM CH009 CH E S Y SHELM CH010 CH E S Y Y SHELM CHO11 CH E S SHELM CH012 CH E S SHELM CH013 CH E SE Y Y Y SHELM CH014 CH E SE Y Y SHELM CH015 CH E S Y SHELM CH016 CH E SE Y Y SHELM CH017 CH E SE Y Y Y SHELM CH018 CH E S Y SHELM CH019 CH E S Y SHELM CH020 CH E SE Y Y Y SHELM CH021 CH E S Y SHELM CH022 CH E S Y Y SHELM CH023 CH E S Y I SHELM CH024 CH E SE Y Y SHELM CH025 CH E S I SHELM CH026 CH E S Y SHELM CH027 CH E S Y SHELM CH028 CH E S Y Y SHELM CH029 CH E S Y SHELM CH030 CH E S Y SHELM CH031 CH E SE Y SHELM CH032 CH E SE Y Y Y SHELM CH033 CH E S Y Y SHELM CH034 CH E S Y SHELM CH035 CH E S Y SHELM CH036 CH E SE Y Y Y SHELM CH037 CH E S Y I SHELM CH038 CH E S Y I Y Y SHELM CH039 CH E S Y SHELM CH040 CH E S Y SHELM CH041 CH E S Y SHELM CH042 CH E S Y Y SHELM CH043 CH E . S Y SHELM CH044 CH E S Y SHELM CH045 CH E S I SHELM CH046 CH E S Y Y SHELM CH047 CH E S Y Y SHELM

5/o4/8e

S ITE

Table 1, Bas j-c Slte Data

ZONE WORK LARCH ECER LPRE HTST TYPE

Page

co.

BO002 BOBO004 BO8O012 BO8O013 BO8O015 BO80035 BO8O050 BO8O125 BOcH001 cHcH005 cHcHo07 cHcH008 cHcHo09 cHcHo10 cHcHo1L CHCHO12 CHcHo13 CHcHo14 CHcHo15 CHcHo15 CHcHo17 CHCHO18 CHcHo19 CHcHo20 cHcHo2L CHCHO22 CHcHo23 cHcHo24 CHcH025 CHcBo26 CHcHo27 CHcHo28 cHcHo29 CHcH030 cHcH031 CHcH032 CHcHo33 cHcHo34 CHcHo35 CHcHo36 CHcHo37 cHcH038 cHcH039 CHcH040 cHcH041 CHcH042 CHcHo43 cHcH044 cHcH045 cHcH046 CHcH047 cH

SHELMSHELMSHELMSHE LMSHELMSHELMSHELMSHELMSHELMSHE LMSHELMSHELMSHE LMSHELMSHE LMSHELMSHELMSHELMSHELMSHELMSHELMSHE LMSHELMSHE LMSHELMSHELMSHE LMSHELMSHE LMSHE LMSHELMSHELMSHELMSHELMSHELMSHELMSHELMSHELMSHELMSHELMSHE LMSHE LMSHELMSHELMSHELMS HELMSHELMSHELMSHE LMSHELMSHELM

wwwwvlw

I

EEEs)tl rEEssD

D

ss

IY

Yt

Y

YI

YY

YYI

YY

I

I

YY

YYI

YYI

IIY

YI

I

YYYYIIY

IYI

I

YYYYYYYI

I

YIII

Y

YI

l.I

9,,

EEEEE

EEEEEEEEE

F

E

EEE

EEEEEEEE

D

DEsSESESD

DliS

sSE5sssD

S

SESEs

5D!ssssssss

ss

Y

EEEEEEE

EF

E

I

I

Y

5/04/89 Table 1, Basic Site Data Page

SITE CO. ZONE WORK LARCH ECER LPRE HIST TYPE

CH048 CH E S SHELM CH049 CH E S Y SHELM CH050 CH E S SHELM CH051 CH E S Y Y SHELM CH052 CH E SE Y SHELM CH053 CH E S Y Y SHELM CH054 CH E S Y Y SHELM CH055 CH E S Y SHELM CH056 CH E S Y SHELM CH057 CH E S Y Y Y Y SHELM CH060 CH E S Y SHELM CH061 CH E S Y SHELM CH062 CH E S Y Y Y SHELM CH063 CH E S Y SHELM CH064 CH E S SHELM CH065 CH E S Y SHELM CH066 CH E S Y SHELM CH067 CH E S Y SHELM CH068 CH E S Y Y SHELM CH069 CH E S Y SHELM CH070 CH E S Y Y SHELM CH071 CH E S SHELM CH072 CH E S Y Y SHELM CH073 CH E S SHELM CH074 CH E S Y SHELM CH075 CH E S Y SHELM CH076 CH E S Y SHELM CH077 CH E S Y Y SHELM CH078 CH E S SHELM CH079 CH E S SHELM CH080 CH E SE Y Y SHELM CH081 CH E S Y SHELM CH082 CH E S SHELM CH083 CH E S Y SHELM CH084 CH E S SHELM CH085 CH E S SHELM CH086 CH E S SHELM CH087 CH E SE Y Y SHELM CH088 CH E S Y Y SHELM CH089 CH E S Y SHELM CH090 CH E S SHELM CH091 CH E S SHELM CH092 CH E S SHELM CH093 CH E S SHELM CH094 CH E S SHELM CH095 CH E S SHELM CH096 CH E S SHELM CH097 CH E • S SHELM CH098 CH E SE Y Y Y SHELM CH099 CH E S SHELM CH100 CH E S SHELM CH101 CH E S Y SHELM

2 5/04/89 Table 1, Basj.c Site DaEa

S ITE co. ZONE WORK LARCH ECER LPRE HIST TYPE

P age

cHo48cHo49cHo50cHo51cHo5 2cHo53cHo54cHo55cHo55cHo57cHo60cHo51cHo52cHo63cHo54cH065cHo6 6cHo57cHo68cHo59cHo70cHo71cHoT 2cHo73cHo7 4cHo75cHo76cHo77cHo78CHO79cHo80cHo81cHo82cHo83cHo 84cHo85cHo86cHo87cHo88cHo89cHo90cHo91cHo92cHo93cHo94cHo95cHo9 5cHo97cHo98cHo99cHl0 0cH101

CHCHCHCHCHCHCHCHCHCHCHCHCHCHCHCHCHCHCHCHCHCHCHCHCH

CHCHCHCHCHCHCHCHCHCHCHCHCH\-llCHCHCHCHCHCHCHCHCHCHCHCH

Y

Y

I

I

I

I

II

YI

EEEEELEEEE

EEE

EEIL

EEEEEEEL

EE

EEEEE

EEEEEEE

EEE

EEEE

I

T

ssS

SE

ssssssssssssssssssS

sS

sssSEsssss

SEssssssssssSEs

s

I

SHELMSHE LMSHELM

Y SHELMSHELM

Y SHELMY SHELM

SHE LMSHELM

Y SHELMSHELMSHELM

Y SHELMSHELMSHELMSHELI,ISHELMSHELMSHELMSHELM

Y SHELMSHELMSHELMSHELMSHELMSHE LMSHELM

Y SHELMSHELMSHELMSHE LMSHELMSHELMSHELMSHELMSHELMSHELMSHE LMSHELMSHEIMSHELMSHELMSHELMSHELMSHELMSHE LMSHELMSHELM

Y SHELMSHELMSHELMSHELM

IIIYI

YYYIIt

YYI

Y

YYI

I

5/04/89 Table 1, Basic Site Data Page 3

SITE CO. ZONE WORK LARCH ECER LPRE HIST TYPE

CH103 CH E S CH104 CH E S CH105 CH E S CH106 CH E SE CH107 CH E S CH108 CH E S CH109 CH E S CH110 CH E SE CH111 CH E S CH112 CH E S CH113 CH E S CH114 CH E S CH115 CH E S CH116 CH E S CH117 CH E S CH118 CH E S CH119 CH E S CH120 CH E S CH121 CH E S CH122 CH E S CH123 CH E S CH124 CH E S CH125 CH E S CH126 CH E S CH127 CH E S CH128 CH E S CH129 CH E S CH130 CH E S CH131 CH E S CH132 CH E S CH133 CH E S CH134 CH E S CH135 CH E S CH136 CH E S CH137 CH E SE CH138 CH E S CH139 CH E S CH140 CH E S Y CH141 CH E S Y CH142 CH E S Y CH143 CH E S Y CH144 CH E S Y CH145 CH E S CH146 CH E S CH169 CH E E CH170 CH E E CH172 CH E E Y

"F-Ere+i----rmill----W---:—Z-- GV001 GV C E GV005 GV C E GV006 GV C S GV010 GV C SE

Y Y Y SHELM SHELM SHELM

Y SHELM Y SHELM Y SHELM

SHELM SHELM SHELM

Y SHELM SHELM SHELM SHELM SHELM

Y SHELM SHELM SHELM SHELM SHELM SHELM SHELM SHELM SHELM SHELM SHELM SHELM SHELM SHELM SHELM SHELM SHELM SHELM SHELM SHELM SHELM SHELM SHELM SHELM SHELM SHELM SHELM SHELM SHELM SHELM SHELM

V SHELM SHELM

SHELM SHELM SHELM SHELM

5/O4/89 Table 1, Basic site Data

SITE co. ZONE WORK LARCH ECER LPRE HIST TYPE

P age

cH103cHL 04cH10 5cH10 6cH107cH10 8cH10 9cH1 10CH111cH1l.2cH113cH1L4cH1 15cH115cH 1. 17cH1 18cHl19cH12 0CHI2LcHt22CH123CHL24cH12 5cHL26cHl27cH12 8cH12 9cH130cH13 1cH13 2cH13 3cH13 4cH13 5cH13 5cH13 7cH138cH13 9cH14 0cH141cH14 2cH143cH144cH14 5cH14 6cHL69cH17 0cH77 2

SHELMSHELMSHELMSHELMSHE LMSHE LMSHELMSHE LMSHELMSHE LMSHE LMSHELMSHELMSHELMSHELMSHELMSHELMSHELMSHELMSHE LMSHE LMSHELMSHE LMSHELMSHE LI,ISHELMSHE LMSHELMSHE LMSHELMSHELMSHELMSHELMSHELMSHELMSHE LMSHELMSHELMSHE LMSHE LMSHELMSHE LMSHELMSHE LMSHELMSHELMSHETM

CHCHCHCHCHCHCHCHCHCHCHCHCHCHCHCHqHCHCHCHCHCHCHCHCHCHCHCHCHCHCHCHCHCHCHCHCHCHCHCHCHCHCHCHCHCHCH

EEEF

E

EEEEEEE

EEEEEEEEEEEE.

EEEEEF

E

EEEEF

EE

EEE

D

ssSE

sS

SEssD

sssD

sscss

YYI

YYYY

I

IYYY

ssD

sssssssS

ssSES

ss

sssSsEEE

I

I

YYI

YYY

I,Y

YYYYY

GV001 GVGV005 cvGV005 GVGVOlO GV

EE

SEc

YYYYYY

SHELMSHELMSHELMSHE LM

5/04/89 Table 1, Basic Site Data Page

SITE CO. ZONE WORK LARCH ECER LPRE HIST TYPE

GV082 GV C E Y SHELM HR039 HR C E Y Y Y SHELM HR045 HR C S Y Y Y SNSH HR050 HR C E Y Y Y SHELM HR056 HR C E Y Y Y Y SHELM HR059 HR C E Y Y Y SHELM HR071 HR C S Y Y Y SHELM HR072 HR C S Y SHELM HR073 HR C S Y Y Y SNSH HR074 HR C E Y Y SHELM HR080 HR C E Y Y Y SHELM HR081 HR C S Y SHELM HR082 HR C E Y Y Y SHELM HR085 HR C E Y Y I SHELM HR133 HR C S Y SHELM HR141 HR C S Y SHELM HR144 HR C S Y SANDM HR146 HR C S Y SANDM HR147 HR C S Y SHELM HR150 HR C S Y SANDM HR161 HR C E Y SHELM HR172 HR C S Y Y. Y SNSH HR173 HR C S Y Y Y SNSH HR174 HR C S Y Y Y SNSH HR233 HR C S Y Y Y SNSH HR618 HR C S Y Y Y Y SNSH HR619 HR C S Y Y Y SNSH LB004 LB E S Y I SHELM LB048 LB E E I Y SHELM OR049 OR E Y SHELM

4 5/04/89 Table 1, Basic Site DaEa

SITE co. ZONE WORK LARCH ECER LPRE HIST TYPE

Page

GVOB2 GVHRO39 HRHRO45 HRHRO5O HRHRO56 HRHRO59 HRHRO7l HRHRO72 HRHRO73 HRHRO74 HRHROSO HRHRO81 HRHRO82 HRHRO85 HRHRl33 HRHR141 HRHRl4 4 HRHR145 HRHR147 HRItR15 O HRHR1,6 1 HRHR172 HRHR173 HRHR174 HRHR233 HRHR618 HRHR519 HRLBO04 LBLBO48 LBoR049 0R

SHELI'ISHELMSNSHSHELMSHELMSHELMSHE LMSHEL14SNSHSHELMSHELMSHELMSHE LMSHELMSHELMSHELMSANDMSANDMSHELMSANDMSHELMSNSHSNSHSNSHsI.t sHSNSHSNSHSHELMSHELMSHELM

ccc

cU

EsEEE

sS

EEsEEl

ssssS

s

v

Y

YYIY

v

YI

Y

IYIYYY

YY

YI

YI

Y

YYYYYYYIv

Y

ccc

ccc

C

YYYY

YY

Y

cc

ESYSYSYSYSYSYE

c

c

EEE

I

I

tYYYYY

Y

Y

5/04/89 Table 2, Arrow Points Page 1

SITE PERD SCAL CATA ALBA BASS FRES LEAF BONH BULB MISC APR UNiF EUWD

B0012 1 2 B0035 5 3 12 B0050 2 CH017 CH022 1 CH024 1 CH027 CH028 2 CH031 4 1 C11032 2 CH033 2 CH036 2 C11041 2 CH046 1 3 1 CH051 CH054 C11062 1 CH063 2 CH070 C11072 2 CR080 1 011088 1 CH098 2 4 CH103 4 1 3 CH106 1 CH108 1 CH110 4 1 1 1 6 CH137 1 CH170 1 GVOO5 1 GV006 5 2 HR039 1 RR045 3 1 RR050 2 1 1 HR059 118071 30 1 HR073 113 11 2 HR074 4 11R080 3 1 5 HR082 17 2 1 3 1 1 5 UR085 2 HR141 1 UR147 1 HR172 26 1 7 4 1 111R173 1 2 1 1 HR174 1 RR233 118618 1 1 2 HR619 6 3 LB004 1 3 LB048

1

l-

sl04l89 Table 2, Arros/ Point.s Page

SITE PERN SCAL CATA ALBA BASS FRES LEAF BONH BULB I.IISC APRI UNIF EDHI)

BOOI28O035BO05 0

cHo17cIJo22cllo24ctro27cHo28crro31c[o32cllo33cH036clr041ctl04 5cH051cIt054cH062crr053c8070cu07 2cH080cu088cIl098ctI103CH1O6c 10IcH 110CH137CII l7 O

GVo05GVOO6

tlRo39tIRO45IIRO5OHRO59lIRo 7 IIIRO 7 3ltRo7 4

IIROSO

HRO82trR085IIR14IlIR14 7

uRl72rtrrl7 3rlR17 4IIR2 3 3

IrR618IIR5I9LBOO4LBO48

L253

2

II1

It2

IIII

I4

34

1

5

It1

30113

4

3

L72

4

22)2

1

2I

1

t11

1l

5

52

I41

I131

t711

1

1

61

5/04/89 Table 3, Dart Points Page 1

SITE GARY KENT BONE NCLAS DPREF YARBO MORHS ENSOR PALMI DARL ELLIS TRIAN LEAFS FAIRL

B0035 3 4 2 80050 1 CH013 2 CH014 1 CH016 1 CH024 2 CH030 1 CH033 1 3 CH036 2 CH042 1 CH062 1 1 1 CH109 1 CH172 1 1 HR039 2 1 HR045 6 7 2 1 1 3 1 1 HR050 2 7 1 HR056 1 1 1 HR071 7 5 5 3 HR072 3 1 HR073 38 120 6 4 3 1 2 1 1 1 HR074 1 1 1 1 HR080 8 4 5 6 1 1 1 HR081 1 HR082 3 5 6 1 2 HR085 4 4 2 1 HR144 1 HR146 1 HR150 1 HR172 2 1 3 1 HR173 4 2 1 1 HR174 2 1 HR233 4 1 2 4 2 2 HR618 1 2 1 1 HR619 1 1 1 1

5 /04 /89 Table 3, Dart Polnts Page I

SITE GARY KENT BONE NCLAS DPREE YARBO MORHS ENSOR PAI,HI DARL ELLIS TRIAN LEAFS FAIRL

8O0358o050cH013cHo14cHo16cHo24cHo3ocHo3 3cHo3 6cHo42cHo5 2cHt09cBt128R039HRO4 5HRO5OHRO 55HRO71HRO? 2HROT 3

HROT 4HROS O

HRO81HROS 2HRO85HRl'4HR145HR15 O

HR172HR17 3HR174HR233HR618HR519

3t1

1

13

111

6721

753

38 1201

8il1

354

11

21

I

4

I1I

1

1

I6

12

32

274

2141121

1

3

6I

5

6I

1122

5/04/89

SITE GCP

B0002 133 B0004 27 B0012 460 B0013 271 B0035 625 B0050 253 B0126 61 CH001 7

GCI

1 4

GCRF

Table 4,

ASPH SHEL

1

Ceramics

SJPL SJIN

3 46 10 22

120 1 10

TCHF GCST CONW

Page 1

BONE

3

2

'1DPL

C11007 17 1 16 CH008 63 4 2 CH009 119 1 1 CH010 30 3 21 1 4 CH013 170 2 193 CH014 68 5 16 CH015 65 CH016 818 1 19 3 92 11 58 CH017 665 3 1 31 1 C11019 18 28 011020 394 29 1 24 226 8 1 CH021 60 1 3 CH022 87 3 55 1 1 CH023 40 C11024 319 17 10 9 1 3 CH025 48 11 C11026 91 2 1 13 I CH027 12 6 CH028 88 1 1 75 5 1 CH029 3 9 CH030 6 C11031 66 2 125 7 9 CH032 720 13 21 181 6 107 21 3 CH033 41 3 1 CH034 2 CH035 20 14 1 CH036 1245 88 52 9 288 28 1 CH037 26 4 92 3 5 CH038 18 1 2 34 1 1 011039 3 2 CH040 12 38 CH041 56 3 - 84 3 CH043 9 4 CH044 41 13 1 CH045 9 6 CH046 686 18 6 79 2 7 4 CH047 660 CH049 9 CH051 31 • 1 83 2 4 CH052 99 3 1 3 6 CH053 4 1 CH054 88 1 7 47 7 8 CH057 121 3 8 31 3 25

slo4lBe

SITE

Table 4, Cerauics l'.rge

GCRF ASPH SIIEL SJPL SJIN TCIIF GCST CONH BONE IIDPI-

80002 13380004 27BO012 460BO0r3 27780035 62580050 25380126 61cE00I 7

crr007 L7cH008 63crr009 119cH010 30crror3 170cu014 58cllors 65cri016 818crr017 665clr019 18cu020 394cII021 50cH022 87cfi023 40clto24 319cH025 48c 026 91cltoz7 t2crr028 88cll029 3

crr030 6clt031 66cH032 720cH033 41cH03 4

ctr035 20cHo35 L245crl037 26c[038 18CIIO39 3cn040 L2cH041 56cu043 9cH044 4tcH045 9cII046 686cEo47 660cH049 9cn051 3lcrr05 2 99CII053 tcII054 88cn057 L2r

4

1

3

1

,)o

I3

t7

I

)13

461022

12010

16

1

2L2

5

I2824

3

55

1113

675

9

L25181

3,

142889234

23884

4

136

79

83

4731

,

4

19316

9231

226

5811I9

10

J3

7

62L

52I

2S3I

884I

107 2lI

1

5

1

7

I

4

3

I8

25

18

2 5/04/89 Table 4, Ceramics Page

SITE GCP GCI GCRF ASPH SHEL SJPL SJIN TCHF GCST CONW BONE ----

C11060 1 4 1 CH061 19 4 CH062 714 15 2 160 4 10 2 CH063 36 40 1 CH065 2 CH066 2 CH067 49 1 6 2 CH068 84 2 43 5 CH069 34 1 35 C11070 141 7 2 320 26 7 CH072 17 35 CH074 7 11 CH075 26 19 011076 3 1 CH077 31 7 1 CH080 98 1 1 1 CH081 1 CH083 3 2 1 C11087 148 3 1 CH088 9 CH089 2. CH098 332 9 301 8 4 CH101 225 3 CH103 570 19 1 193 5 11 CH106 251 5 1 10 CH107 7 2 CH108 14 1 C11109 7 1 14 2 CH110 1489 56 132 465 32 299 30 28 CH112 1 CH117 9 5 2 CH118 4 1 C1I119 81 2 75 4 1 C11121 6 22 CH123 1 CH125 2 1 C11131 33 1 CH135 168 3 CH136 45 CH137 39 8 2 CH146 8 CH169 36 28 4 CH170 10 CI[172 10 2 FB011 466 3 3 65 GV005 347 61 12 35 GV006 180 60 1257 167 33 GV082 6 66 6 HR039 579 11 2 6 15 HR050 2304 32 10 357 25 1[R056 133 8 3 46 3 1 118059 16 108 8

MDPL

s lo4 l8e Page 2

ctr060 L 4 rcu06r 19 4

c o62 7L4 15 2 L60 4 l0 2cu063 36 40 Icrr055 2

cH065 2cH067 49 1 62CI1068 84 2 43 5

cu069 34 I 35c 070 141 7 2 320 26 7

ctrc7 2 L7 35clt074 7 Llcrr075 26 19cu076 3 1

c 077 31 7 IcH080 98 1 11cH08l 1

cfl083 3 2 1

clr087 148 3 1

cu088 icH089 2.cfl098 332 9 301 8 4

clt101 225 3cu103 570 19 I 193 5 11ctr106 25t 5 1 10cur07 7 2cu108 14 1

cr11097l142cn1r0 1489 56 132 465 32 299 30 2Sclt112 1c[117 9 5 2cullB 4 1

cll119 81 2 754 tcfl121 6 22c L23 Icr .25 2 Icn13t 33 1cru35 168 3c 136 15ctr137 39 s 2cut46 8c[159 36 28 4cu170 10c\L72 I0 2FBo1I 4663 3 65GV005 347 61 t2 35GV006 180 60 L257 L67 33cv0826.666uR039 579 11 2 6 15IrR050 2304 32 I0 357 25rrR056 13383 46 3 1uR059 16 108 8

Table 4, Cer-aoics

SITE GCP GCI GCRF ASPH SHEL SJPL SJIN TCIIF GCST CONW BONE }IDPL

• 5/04/89 Table 4, Ceramics Page 3

SITE GCP GCI GCRF ASPH SHEL SJPL SJIN TCIIF GCST CONW BONE "/APL

HR071 250 13 10 2 HR072 74 7 11R073 3679 172 80 6 HR074 1791 18 18 11R080 1451 47 7 5 1 33 8 23 1 ,

HR081 272 HR082 3934 73 189 1 2 HR085 391 2 2 24 1 2 1 HR133 11 2 2 HR146 104 HR147 5 HR161 557 1 17 ,

J

LB004 135 3 87 1 2 LB048 405 70 6

sl04l89 Table 4, Ceraruics Page 3

SITE GCP GCI CCRF ASPH SHEL SJPL SJIN TCIIF GCS1 OONI.' BOND TIDPL

rrR071 250 t3lIR072 7 4 7

uR073 3679 L72ItR074 L79L 18IrR080 14 51 47 7

rrR081 272[R082 3934 73[R085 391 2lIRl3 3 r1HR146 104R147 5

rrRl5l 557 ILB004 135 3L8048 405

10 2

80 6

1B5I33 823 1,]

189,2

L224 1 2L

,

L787 I70

5/04189 Table 5, Radiocarbon Dates Page

SITE DATE1 DATE2 DATE3 DATE4 DATES DATE6 DATE7 DATES DATES

130015 860 180 B0035 2360 2370 1830 1250 1680 1330 B0050 1650 1870 B0126 1450 1800 1440 CH013 1840 1560 1990 1890 2280 2070 CH016 2540 1810 1400 2040 1880 1890 1780 1900 2240 CH020 840 820 1550 CH024 1560 C11032 2615 1599 CH036 720 1100 1300 1120 1470 011046 1120 1740 814 CH047 1221 1970 C11053 290 011056 2665 2665 2800 2780 2680 2640 2605 CH057 3670 CH098 1060 1310 CR110 500 390 410 800 760 740 880 560 620 CH170 1110 011172 3270 GV005 490 430 450 830 670 GV010 740 2450 GV082 895 11R050 850 1510 HR056 950 1190 1840 11R061 1900 3350 118080 640 2140 3670 13R085 1500 2170 1111618 450 OR049 500

1 5 lo4 ls9 Table 5, Radi-ocarborr DaLes Page 1

SITE DATE1 DATE2 DATE3 DATE4 DATEs DATE6 DATET DATES DATE9

80015 860 18080035 2360 2370 1830 1250 1680 133080050 1650 18 7080126 1450 1800 r.440cn013 1840 1560 1990 1890 2280 2070cu0t6 2540 1810 1400 2040 1880 1890 1780 1900 2240cuo20 840 820 155 0

cfi021 1560c[032 26L5 1599c[035 720 1100 1300 1120 L470cH046 1120 L7q0 814crr047 L22L 1970c[053 290ctr055 2665 2665 2800 2780 2680 2C,40 2605cH057 3670crr098 1060 1310crrlro 500 390 410 800 760 740 880 s60 620c9170 Ir10cfiL1z 3270cv005 490 430 450 830 670cvo10 740 2450cv082 895uR050 850 1510llR056 950 1190 1840[R061 1900 3350ItR080 640 2t40 3670uR0B5 1500 2L70rrR618 4500R049 500

5/04/89 Table 6, Lithics Page

SITE SCRP UPRF BPRF KNIF BFTL FLAK CORE GRAV =IP •M• m••

B0004 1 51 B0012 1 52 B0035 68 B0050 115 CH013 1 8 CH014 2 CH016 CH017 2 CH018 17 1 39 CH019 1 1 2 CH020 4 CH021 1 CH022 1 9 CH024 4 CH025 1 CH026 1 CH027 4 CH028 3 CH029 1 CH030 1 CH031 1 139 CH032 1 31 CH033 44 CH034 1 CH036 44 CH037 6 CH038 4 CH041 5 CH042 1 1 CH044 1 1 5 CH046 1 14 CH047 33 CH051 1 7 CH053 1 CH054 10 CH056 5 CH057 2 5 CH060 1 CH062 3 1 38 CH063 5 CH065 1 CH068 1 15 CH069 5 CH070 1 1 29 CH072 2 CH074 1 1 CH076 1 CH080 2 CH087 1 CH088 CH098 2 1 136

1 5/04/89

SITE

Table 6, Lithlcs

UPRF BPRE KNIF BFTL

Page

SCRP CORE GRAV

800048O0128O0358O050cHo 1.3cHo 14cHo 15cHo17cHo 18cHo19cHo20cHo21cHo22cHo24cHo25cHo25cflo27cHo28cHo29cHo30cHo31cHo32cHo33cHo34cHo35cHo37CHO3BcHo41cHo42cH044cHo45cHo47cHo51cHo53cHo54CHO55cHo57cHo6 0cHo62cHo63cHo6 5

cHo6IcHo59cHo70cHo72cHo74cHo75cHo80cHo87cH088cHo98

51q,

68t 15

I??2

392

1

9411

4311

1393144

1

44645

5111??

71

10

5

3851

155

29)1

21

136

771

1

1

11

1

1

11

11

2

L

1

1

5/04/89 Table 6, Lithics Page

SITE SCRP UPRF BPRF KNIF BFTL FLAK CORE GRAV ----

CH103 16 1 3 1 126 CH106 40 CH109 4 1 12 CH110 2 285 CH119 2 1 CH137 1 CH169 7 CH172 29 FB011 645 GV005 1 8 229 GV006 5 2 308 GV082 9 HR039 2 30 HR050 1 38 2 HR056 3 HR059 1 HR071 2 2 HR072 2 14 HR073 19 5 2 5000 10 3 HR074 1 1 61 1 HR080 3 1 631 2 HR081 1 HR082 1 3 1 364 HR085 1 275 HR144 1 HR146 8 HR147 1 HR150 11 LB004 3 7 415 LB048 70

2 5/04/8e

S ITE

Table 6, Li t,hics

UPRE BPRT KNIF BTTL FLAK CORE GRAV

P age

cH103cH10 6cH109cH1 10cH119cH13 7cH16 9cHtT 2FBOl1cvo05cvo05cvo82HRO39HRO5OHRO56HRO59HRO71HROT 2HRO73HRO74HROSOHRO81HRO82HRO85HR14 4HR145HR14 7

HR1.5 0LBOO4LBO4 8

L L2640

Lt2285

1

17

z9645229308

93038

31

145000

61531

364trt

I

1141570

16

422

191 1

2

10

2

21

11

11

1

5/04/89 Table 7, Terrestrial Faunal Remains Page 1

SITE DEER LTRT SNAK RAT LBRD BISN RABB GOPH SKUN MOUS RACC OPOS SQRL MRAT BEAR

80002 Y 80035 Y 80126 Y CH014 Y Y CH016 Y Y Y Y Y Y Y CH022 Y CH031 Y Y Y Y Y CH032 Y Y • Y Y li Y Y CH033 Y Y CH046 Y Y Y Y I Y Y Y CH047 Y Y Y CH052 Y Y Y CH054 Y CH062 Y Y If CH110 Y Y Y Y Y r Y Y Y Y CH170 Y CH172 Y Y Y Y Y GV082 Y HR039 Y Y HR050 Y Y Y Y Y Y Y Y Y Y HR072 Y HR074 Y Y Y HR080 Y HR081 Y HR082 Y Y Y Y Y Y Y HR085 Y HR133 Y Y LB048 Y Y

5/04/89

SITE DEER LTRT SNAK RAT LBRD BISN RABB GOPH SKUN HOUS RACC OPOS SQRL HRAT BEAR

80002 yBOO35 YBO125 yCHOI{ Y YcH0l6yYYyvYcH022 YCHO31 Y Y

Table 7, Terrestrial Faunal Renalns Page I

cH032 YCHO33 Y YCHO45YYYYYcH0{7 t YCHO52 Y Y YcH05t YcH062 YCHllOYYYYcH170 YCH172YYYYGV082 YHRO39 Y Y

YYYYYYY

YYYY

YYYYYYYYYY

v

vYv

Y .vYY

Y

HROsO Y YHRO72 YHROT{ Y YHRO80 vHROSI YHRO82 Y Y YHRO85 YHR133 Y YLBOiS Y

YYYYY

Y

YYY

5/04/89 Table 8, Aquatic Faunal Remains Page 1

RANG ALLI WBRD WTRT GAR MFSH FROG SHRK CATF DRUM REDF STRT BFIN OYST SPHD ---- ---- ____ __-- ---- ---- ----

Y I

I

CH013 Y Y CH014 Y Y CH016 Y Y Y Y Y Y CH017 Y CH022 Y Y Y Y Y CH031 Y Y Y Y Y CH032 Y V Y Y Y Y Y Y Y Y Y CH033 Y Y Y CH046 Y Y Y Y Y Y Y Y Y Y Y Y Y CH047 Y Y Y Y Y Y Y Y Y CH052 Y Y Y CH054 Y Y Y CH056 Y Y Y Y Y Y Y Y Y CH062 Y Y Y Y V Y CH110 Y Y Y Y Y Y Y Y Y V Y CH170 Y Y Y Y CH172 Y Y Y Y Y Y Y Y Y GV001 Y GV006 Y GV082 Y Y Y HR039 Y Y Y Y Y Y HR045 Y HR050 Y Y Y Y Y Y r HR056 Y Y HR059 Y Y HR072 Y HR074 Y Y Y Y HR080 Y Y Y HR081 Y HR082 y Y Y Y Y Y Y Y HR085 Y Y HR133 Y Y HR141 Y HR147 Y HR172 Y HR173 y HR174 Y HR233 Y HR618 Y HR619 Y LB048 Y Y y Y Y

SITE

B0002 B0035 Y B0126 Y Y

5/04/89 Table 8, Aquatlc Faunal Remalns Page 1

SITE RANG ALLI I{BRD }TTRT GAR MESH FROG SHRK CATE DRUH REDF STRT BEIN OYST SPHD

BO0o2BO03 5 Y8O126 YcHol3 YcH014 vCHO16YYYYcHo17 ycHo22v.vYYCHO31 Y Y YYYCHO32YYYTYY

Y!Y

YTY YYYY

CHO46YYYYYYYcH033 v

cH170 Y

CHO4? YcHo52 ycH054 YcH056 vcH052 YCHllOYYYYYY

YYYYY

YYYYYY

YYY

YYY

YY

CH1T2YYYYYYGVOO lcv006GVO82 Y YHRO39YYYYYHRO4 5 YHRO5O Y YHRO56 YHRO59 YHR072 yHROT{ YHR080 v8R081 YHROS2YYYYYHRO85 YHR133 YHR141 YHR14 7 YHR172 Y

BR17 3 YHR174 YHR233 YHR618 YHR619 YLB048 v

YYYYYYYYYY

Y

YYYYYYYYYYYYY

YYYY

YY

Y

YYY

v

YYY

YYYY

YYY

vY

5/04/89 Table 9, Miscellaneous Artifacts Page 1

SITE INBN BNTL ASPH SSTN OCHR SHTL ••••■••=,

B0002 B0004 B0012 B0035 30050 Y CH009 CH013 CH014 CHO1G CH017 CH020 CH028 CH031 CH032 CH036 CH038 CH046 CH052 CH054 CH057 CH062 Y CH098 CH110 CH137 CH169 GV001 GV005 Y GV006 HR050 Y HR056 Y HR059 HR073 HR074 HR080 Y HR082 Y HR085 HR146 LB004 LB048

5/O4/89 Table 9. Miscellaneous Artifacts

SITE INBN BNTL ASPH SSTN OCHR SHTL

80002 Y8O004BOO12 Y YBOO35 Y Y8O050 YcHo09cHo 13cH014 YcHo 16cH017 YcH020 YcHo28cH031 YcH032 YCHO35 Y Y YcH038 YCHO46 Y YcH052 YCHO54 Y YcH057 YCHO52 Y YCHO98 Y YCH11O Y YcH137 YcHL59 YGV001 YGVOO5 Y Y Y

Page 1

YII

IYYYYY

GVOO5 YYHROsOYYYYHRO55 Y Y YHRO59 Y YHRO73 YHRO74 YHROSO Y Y YHRO82 Y Y YHRO85 YHR146 YLBOO Y Y YLBO48 Y

5/04/89 Table 10, Burial Data Page

SITE ARTI NUM GODS TYPE DIRB DISE ---- ----

B0002 Y 8 Y FL VAR CH013 Y 4 Y FLST NE CH016 Y 3 Y FLST W CH032 Y 1 FL NE CH110 Y 2 Y FL SW CH172 1 Y GV001 Y 65 Y FL VAR GV005 Y 19 Y FL VAR HR080 Y 34 Y FL VAR HR081 1

1 5/04/89

S ITE ARTI

Table 10, Burlal Data

GODS TYPE DIRB DISE

P age

BO00 2cHo13cHo15cHo32cH110CHLT 2GVOOlGVo05HROSOHRO81

EL VARrL VARFL VAR

IIY

YYYI

IYY

I431

21

551934

1

Y FL VARY ELST NEY ELST W

FL NEYELSW

I

Table 11

Coastal Margin Miscellaneous Artifacts (non-comtuterized data)

41302 1 shell pendant, 5 shell beads, 1 bone bead 3035 fishhook barb, corner-tang biface 41CH13 2 conch coumella beads, i Oliva bead, 1 conch shell

gorget 41CH20 glass beads 41CH28 burin 41CH32 bifacial chopper, bone bead 41CH38 gunflint 41CH40 ceramic turtle effigy 41CH46 cord impressed pottery 41CH53 gunflint, glass beads, 2 early historic Anglo sherds 41CH54 12 early historic Anglo sherds 41CH57 gunflint, 55 early historic Anglo sherds 41CH70 1 Neches Fingernail Impressed sherd 41CH75 shell bead 41CH103 gunflint, glass beads 41CH110 glass beads, pipe fragments, beaver, mink 41GV1 bone pendant, shell beads, turtle shell rattle 41GV5 bone beads, bone pendant, canine tooth pendant 41GV6 7 microtools 41HR39 mano fragment, early historic ceramics, glass, metal 41HR50 bone fishhooks 41HR80 3 grinding stones, 67 shell beads, 3 bone flutes, 6 bone

dice, 1 antler flaker, fishhook barb, conch shell pendant, Plainview point

41HR82 cord impressed pottery, 2 net sinkers, 3 sandstone abraders, 1 bifacial chopper, 3 antler flakers

41HR85 2 shell beads 411,B4 glass bead

Ta-b Ie 1 1

Coastal Margin Mj.scellaueous Artlfacts( lron-comtuterized data )

41802 1 shell peudant, 5 she1l beads, 1 bone beadBo35 f islrhook barb, corner-tang biface41cH13 2 coucil counella beads, i oliva bead, I couch shell

gorge t41CH20 glass beads41CHz8 burlD41cH32 bifaclaL chopper, bone bead41cH38 gunflint41cH40 ceranic turtle effigy41cH45 cord inpressed pottery41cH53 gulrfllnt, glass beads, 2 early historic Anglo slrefds41cH54 12 early historic Anglo sherds4Lct157 gunflint, 55 early hlstorj.c Anglo slrerds41CH70 1 Neches Fingernail Inpressed sherd41cH75 shell bead4lcH103 gunfllnt, glass beads41cH110 glass beads, pipe fragrnents, beaver, mlnk4lcvL bone pendant, shel1 beads, turtle shell. rattle41cv5 bone beads, bone pendant, cani[e tooth pendaD!41Gv6 7 microtools41HR39 nano fraqrment, early hj-storic ceranlcs, gLass, metal41HR50 bone fishhooks41HR80 3 grinding stoues, 57 slrell beads, 3 bone flutes, 6 boDe

dice, 1 antler flaker, f ishlrook bar:b, couch slrellpendant, Plalnview polnt

{1HR82 cord impressed pottery, 2 net sinkers, 3 saudst,oneabraders, 1 bifacial cl:opper, 3 antler flakers

41HR85 2 shell beads41L84 glass bead

Coastal Margin Site Publication List for Data Base

41B02 Hole and Wilkinson 1973 411304 Aten I983a:Tables 12.2, 13.3, 13.4 4113012 Aten 1983a:Tables 12.2, 13.1, 13.2, 13.3 41B013 Aten I983a:Table 12.2 4113015 Aten 1983a:Table 14.1 41B035 Aten 1971, 1983a:Tables 12.2, 14.1 4113050 Aten 1983a:Tables 12.2, 13.1, 13.3, 14.1 41B0126 Aten 1983a:Table 14.1, Dering and Ayers 1977 41CH1 Shafer 1966 41CH6 Ambler 1970 41CH7 Shafer 1966, Ambler 1970:Table 2 41CH8 Shafer 1966, Ambler 1970:Table 2 41CH9 Ambler 1970 41CH10 Ambler 1970 41CH11 Ambler 1970 41CH12 Ambler 1970 41CH13 Shafer 1966, Ambler 1967, 1973, Aten 1983a:Table 14.1 41CH14 Shafer 1966, Ambler 1967, 1973 41CH15 Shafer 1966, Ambler 1970:Table 2 41CH16 Shafer 1966, Ambler 1967, 1973,

Aten 1983a:Tables 12.2, 14.1 41CH17 Shafer 1966, Ambler 1967, 1973 41CH18 Shafer 1966 41CH19 Shafer 1966, Ambler 1970:Table 2 41CH20 Shafer 1966, Ambler 1970:Table 2,

Aten 1983a:Tables 12.2, 14.1 41CH21 Shafer 1966 41CH22 Shafer 1966, Ambler 1970:Table 2,

Fox, Day and Highley 1980 41CH23 Shafer 1966 41CH24 Shafer 1966, Aten 1983a:Tables 12.2, 13.4, 14.1 41CH25 Shafer 1966, Ambler 1970:Table 2 41CH26 Shafer 1966 41CH27 Shafer 1966, Ambler 1970:Table 2 41CH28 Shafer 1966, Ambler 1970Table 2 41CH29 Shafer 1966 41CH30 Shafer 1966 41CH31 Shafer 1966, Aten 1983a:Tables 13.1, 13.3, Aten 1983b 41CH32 Shafer 1966, Aten 1983a:Tables 12.2, 14.1,

Aten et al 1976:Table 10, Dillehay 1975 41CH33 Shafer 1966, Ambler 1970:Table 2, Dillehay 1975 41CH34 Shafer 1966, Ambler 1970:Table 2 41CH35 Shafer 1966, Ambler 1970:Table 2 41CH36 Shafer 1966, Aten 1983a:Tables 12.2, 13.1, 13.3, 14.1 41CH37 Shafer 1966, Ambler 1970:Table 2 41CH38 Shafer 1966, Ambler 1970:Table 2 41CH39 Shafer 1966 41CH40 Shafer 1966, Ambler 1970:Table 2 41CH41 Shafer 1966. Ambler 1970:Table 2 41CH42 Ambler 1970

1

Coastal Margin Site Publication List for Data Base

4LBo2 Hole and wilkinson 197341804 Aten 1983a:Tables L2.2, L3.3, 13.441BOt2 Aten 1983a:Tables L2.2, L3.1, 13.2, L3.341BO13 Aten 1983a: Table 12.2418015 Aten 1983a: Table 14.141BO35 Aten 1971, 1983a:Tables 12.2, 14.!418050 Aten 1983a:Tables L2,2, f3.1, 13.3, 14.1,4180126 Aten 1983a:Table 14.1, Dering and Ayers 197741cH1 shafer 195641cH5 Anbler 197041cH7 shafer 1955, A.mbler 1970:Tab1e 241cH8 shafer 1956, Anbler 1970:Ta-ble 2{1cH9 AnDIer 197 041cH10 Anb1er 19701l 1cH11 Anbler 19 7 041cH12 AnDler 197041CH13 Shafer 1956, Anbler 1957, L973, Aten 1983a:Table 14.141CH1{ Shafer 1955, Ambler 1957, 197341cH15 shafer 1955, AtrDIer Lg7o:TabLe 241cH15 shafer 1955, 1s51gr 1967, L973,

Aten 1983a: Tables 12,2, ]-4.l41cH17 Shafer 1965, Anb1er 1957, 197341CH18 Shafer 196541cH19 shafer 1956, tuD1gr 1970:Table 247CH2O Shafer 1955, ]1116191 1970:Table 2,

Aten 1983a: Tables 12.2, f4.l41cH21 shafer 1965slc}lzz Shafer 1956, Ambler 1970:Table 2,

Eox, Day and Highley 1980qtc[z3 shafer 196541CH24 Shafer 1965, Aten 1983a:Tables L2.2, 13.4, 14.141CH25 shafer 1955, Ambler 19703Table 241CH25 shafer 19654LCH27 shafer 1966, Anbler 1970:Tab1e 241CH28 Shafer 1956, Anbler 1970Ta.ble 241CH29 Shafer 19 6541CH30 shafer 195541CH31 Shafer 1956, Aten 1983a:Tables 13,1, 13.3, Aten 1983b4LCH32 Slrafer 1955, Aten 1983a:Tables L2.2, L4,t,

Aten et al 1975:Tab1e 10, Dillehay 197541CH33 Shafer 1965, Anbfer 1970:Tab1e 2, Dillehay 197541CH34 Shafer 1955, tunb1er 1970:Table 241CH35 Slraf er 1955, Ambler 1970:Tab1e 241CH36 shafer 1955, Aten 1983a:Tables LZ.Z. 13.1, 13.3, L4.t41cH37 shafer 1966, Ambler 1970:Tab1e z41CH38 Shafer 1966, tunbler 1970:Table 241CH39 Shafer 196541CH40 Shafer 1956, Ambler t97O:Table 241CH41 Shafer' 1965. Nnbler 1970:Table 247cH4Z Annbler 1970

41CH43 Shafer 1966

41CH44 Shafer 1966, Ambler 1970:Table 2

41CH45 Shafer 1966

41CH46 Ambler 1970, Aten 1983a:Tables 13.1, 13.2, 13.4, 14.1, Dillehay 1975

41CH47 Ambler 1970, Aten 1983a:Table 14.1, Dillehay 1975 41CH48 Ambler 1970

41CH49 Shafer 1966, Aten 1983a:Table 14.1

41CH50 Ambler 1970

41CH51 Ambler 1970

41CH52 Shafer 1966, Ambler 1967, 1973, Aten 1983a:Table 12.2

41CH53 Ambler 1970, Aten 1983a:Table 14.1

41CH54 Ambler 1970; Fox, Day and Highley 1980

41CH55 Ambler 1970

41CH56 Ambler 1970, Weinstein and Whalan 1987

41CH57 Ambler 1970, Aten 1983a:Table 14.1, Fox, Day and Highley 1980

41CH60 Ambler 1970 41CH61 Ambler 1970

41CH62 Ambler 1970; Fox, Day and Highley 1980

41CH63 Ambler 1970

41CH64 Ambler 1970

41CH65 Ambler 1970

41CH66 Ambler 1970

41CH67 Ambler 1970

41CH68 Ambler 1970

41CH69 Ambler 1970

41CH70 Ambler 1970

41CH71 Ambler 1970

41CH72 Ambler 1970

41CH73 Ambler 1970

41CH74 Ambler 1970

41CH75 Ambler 1970

41CH76 Ambler 1970

41CH77 Ambler 1970

41CH78 Ambler 1970

41CH79 Ambler 1970

41CH80 Ambler 1970, Aten 1983a:Tables 12.2, 13.1, 13.4

41CH81 Ambler 1970 41CH82 Ambler 1970

41CH83 Ambler 1970 41CH84 Ambler 1970

41CH85 Ambler 1970 41CH86 Ambler 1970 41CH87 Ambler 1970, Aten 1983a:Table 12.2, 13.4 41CH88 Ambler 1970 41CH89 Ambler 1970 41CH90 Ambler 1970 41CH91 Ambler 1970 41CH92 Ambler 1970 41CH93 Ambler 1970 41CH94 Ambler 1970 41CH95 Ambler 1970 41CH96 Ambler 1970

2

4 r. cHA 34tcH444 1CH4 541CH45

47CH474 1CH4 84 1CH4 941CHs 041CH514 1CH 5 24 1CH5 34 1CH5 441CH554 1CH5 54 1CH5 7

4 1CH5 041CH514LCH624 1CH6 341CH544 1CH5 541CH554 1CH5 74 1CH5 84 1CH6 94 1CH7 041CH7 14 LCHT ?4 1CH7 34 LCHT 4{ 1CH7 54 1CH7 54lcH7 74 1CH7 84 1CH7 94 1CH8 04 1CH8 14LCH8241CH8341CH844 1CH8 541CH854 1CH8 74 1CH8I4 1CH8 94 LCH9041CH914 1CH9 24 1CH9 34 1CH 9 441CH9 54 1CH9 6

shaf er- 1.956Shafer 1966, Atrbler 1970:TabLe zShafer 19 65Ambler 1970. Aten 1983a:Tables 13.1, 13.2, 13.4. 14Dillehay 197 5Ambler 1970, Aten 1983a:Table 14.1, Dillehay 1975AmbIer 1970Shafer 1965, Aten 1983a:Table 14.1Axnbl er 1970A.mbler 1970Shafer 1966, Anbler 7967, L973, Aten 1983a:Table 1ZAmbler 1970, Aten 1983a:Tab1e t 4.1Anb1er 1970; fox, Day and Highley 1980Ambler 197 0AtrDIer 1970, Weinstein aDd WhalaD 1907Ambler 1970, Aten 1983a:Tab1e 14.1,rox, Day and Highley 1980Ambler 1970Atrl]clel: 1970AmbLer 1970; Fox, Day and Highley 1980Ambler 1970tunbLer 1970Ambler 1970Anbler 1970Ambler 1970Anb1er 1970Anbler 1970Anbler 197 0Ambler 1970Anbler 1970Ambler 1970Amb1er 1970Anbler 1970Ambler 1970Ambler 1970Anbler 1970Ambler 1970Ambler 1970, Aten 1983a:Tables L2.2, 13.1, 13.4AmbIer L970Anbler 1970AmbIer 1970Anbler 1970Anbler 1970Ambler 1970Arbler 1970, Aten 1983a:Table L2.2, L3,4AmbLer 1970Anbler 1970Ambler 1970Ambler 1970Ambler 1970AnbIer 1970AmbIer 1970Ambler 1970Anbler 1970

1,

41CH97 Ambler 1970 41CH98 Ambler 1970, Aten 1983a:Tables 12.2, 13.1,

14.1 13.3, 13.4,

41CH99 Ambler 1970 41CH100 Ambler 1970 41CH101 Ambler 1970 41CH103 Ambler 1970 41CH104 Ambler 1970 41CH105 Ambler 1970 41CH106 41CH107

Ambler 1970, Aten 1983a:Tables 12.2, 13.1, Ambler 1970

13.4

41CH108 Ambler 1970 41CH109 Ambler 1970 41CH110 Ambler 1970, Aten 1983a:Tables 12.2, 13.1, 13.3, 13.4,

14.1, Gilmore 1974, Aten et al 1976:Table 10 41CH111 Ambler 1970 41CH112 Ambler 1970 41CH113 Ambler 1970 41CH114 Ambler 1970 41CH115 Ambler 1970 41CH115 Ambler 1970 41CH117 Ambler 1970 41CH118 Ambler 1970 41CH119 Ambler 1970 41CH120 Ambler 1970 41CH121 Ambler 1970 41CH122 Ambler 1970 41CH123 Ambler 1970 41CH124 Ambler 1970 41CH125 Ambler 1970 41CH126 Ambler 1970 41CH127 Ambler 1970 41CH128 Ambler 1970 41CH129 Ambler 1970 41CH130 Ambler 1970 41CH131 Ambler 1970 41CH132 Ambler 1970 41CH133 Ambler 1970 41CH134 Ambler 1970 41CH135 Ambler 1970 41CH136 Ambler 1970 41CH137 41CH138

Ambler 1970, Aten 1983a:Tables 12.2, 13.1, Ambler 1970

13.4

41CH139 Ambler 1970 41CH140 Ambler 1970 41CH141 Ambler 1970 41CH142 Ambler 1970 41CH143 Ambler 1970 41CH144 Ambler 1970 41CH145 Ambler 1970 41CH146 Ambler 1.970 41CH169 Aten 1983a:Tables 12.2, 13.4 41CH170 Aten 1983b, Dillehay 1973 41CH172 Aten 1983a:Table 14.1, Dillehay 1975

3

4 1CHg 74 1CH9 8

4 1CH9 94 1CH10 04 1CH10 14 1CH1034 1CH10 441CH1054 lCH10 54 1CH10 7

4 1CH10 841CHL094 1CH 11,0

41CH1t14 lCH1 124 1CH1 134 1CH1144 1CH1 154 1CH1154 lCHL 174 lCH1 184lcH1191l 1cH12 041CH1214).CHt2Z4 1CH1234lcHl2 44 1CH12 541CHt254tcHL2?41CH1284 1CH12 94 1CH13 04 1CH13 14 1CH13 241CH13341CHt344 1CHl3 54 1CH 1.3 64 1CH 13 741CH13841CH13941CHl404 1CH 14 r.

41CH1424 1CH14 341CH1444 1CH14 54 1CH14 541CH1694 1CH17 04LCHL7 2

Anbler 1970Ambler 1970, Aten 1983a: TabIes1.4. 1

Ambler 1970Ambler 1970AnbIer 1970Ambler 1970A$bler 1970Ambler 1970Anbler 1970, Aten 1983a: TablesAmbler 1970Ambler 1970Arbler 1970Anbler 1970, Aten 1983a:Tables14.1, cilmore 1974, Aten et aIAmbler 1970AmbIer 1970ADbLer 1970Ambler 1970Anbler 1970Anbler 1970Anbler 1970Ambler 1970Ambler 1970Ambler 1970Anbler 1970Anb1er 1970Ambler 1970ArbIer 1970Anbler 1970Anbler 1970Anbler 1970Ambler 1970AnbLer 1970Anbler 1970Anbler 1970Anbler 1970Ambler 1970Ambler 1970AnDler 1970Ambler 1970Ambler 197 0, Aten 1983a:TablesAmbler 1970Anbler 1970Ambler 1970Ambler 1970Ambler 1970A.mbler 197 0Ambler 1970Anbler 1970Ambler 1.9 7 0

L2. Z, L3.1, 13.3, 13.4,

L2.2, 13.1, 13.{

!2.2, L3.1, 13L975: Table 10

3, t3.4,

L2.2, t3. 1, 13.4

Aten 1983a:Tables L2.2, L3.4Aten 1983b, Dillehay 1973Ateu 1983a:Table 1.4.1, Dillehay 1975

- -n 41GV1 Aten et al 1976:Tables 8,11, Campbell 1957

41GV5 Aten 1983a:Tables 12.2, 13.1, 13.2, 13.4, 14.1, Aten et al 1976:Tables 9,11

41GV6 Aten 1983a:Tables 12.2, 13.1, 13.2, 13.3, 13.4 41GV82 Bryant, Castille and Fullen 1985 41HR39 Taylor et al 1985 41HR45 Patterson and Marshall nd 41HR50 Ambler 1967, Aten 1983a:Tables 12.2, 14.1 41HR56 Ambler 1967, Aten 1983a:Tables 12.2, 14.1 41HR59 Ambler 1967, Aten 1983a:Table 12.2 41HR61 Ring 1961 41HR71 Duke 1974 41HR72 Duke 1967 41HR73 Duke 1970, 1971 41HR74 Duke 1981 41HR80 Aten 1983a:Tables 12.2, 14.1, Aten et al. 1976 41HR81 O'Brien 1970 41HR82 O'Brien 1971, 1974 41HR85 Aten et al 1976 41HR133 Moore 1985 41HR141 O'Brien 1974:35 41HR144 O'Brien 1974:33 41HR146 O'Brien 1974:34 41HR147 O'Brien 1974:35 41HR150 O'Brien 1974:33 41HR161 Aten 1983a:Table 12.2 41HR172 Patterson and Marshall nd 41HR173 Patterson and Marshall nd 41HR174 Patterson and Marshall nd 41HR233 Patterson and Marshall nd 41HR618 Patterson and Marshall nd 41HR619 Patterson and Marshall nd 41LB4 Ambler 1970, Aten 1983a:Tables 13.1, 13.2, 13.3, 13.4 41LB48 Fox, Day and Highley 1980 410R49 Eddleman and Akersten 1966

41GV1 Aten et a] 1976:Tables 8,11, Canpbell 1957

41GV5 Aten 1983a:Tables 12.2, 13.1., 13.2, 13.4, 'J.4,L,Aten et aI 1976:Tab1es 9,11

41GV6 Ateu 1983a:Tab1es 12.2,73.1, 13.2, 13.3, 13.{41Gv82 Bryant, Castille and Eullen 198541HR39 Taylor et aI 198541HR45 Patterson and Marshall lrd41HR50 Anbler 1957, Ateu 1983a:Tabl-es 12.2, L4.L41HR55 Nnbler 1957, Aten 1983a:Tables 12.2. 14.141HR59 Ambler 1957, Aten 1983a:Table 12.241HR51 Ring 19 5141HR71 Duke 197441HR72 Duke 196741HR73 Duke 197 0, 197141HR74 Duke 19 8141HR80 Aten 1983a:Tables L2.2, 14.1, Aten et aI . 197541HR81 O'Brlen 197041HR82 O'Brien 197 7 , 797 441HR85 Aten et aI 19754lHR133 Moore 198541HR141 O'Brien 197441HR144 O'Brien 197441HR145 orBrien 197441HR147 O'Brlen 197441HR150 o'Brieu 1.9744LHR151 Aten 1983a:Table 12.241HR172 Patterson and t"tarshall nd41HR173 Patterson and Marshall nd41HR174 Pattersor and Marshall nd41HR233 Patterson and Marshall nd41HR618 Patterson and ttarshall nd41HR519 Patterson and Marshall nd41L84 Ambler 1970, Aten 1983a:Tables 13.1, 13.2, 13.3, 13.441L848 Fox, Day and Highley 198041oR49 Eddlenan and Akersten 1955

3533

3533

COASTAL MARGIN DATA BASE REFERENCE LIST, 1989

Abbreviations:

BTAS Bulletin of the Texas Archeological Society HASN Houston Archeological Society Newsletter JHAS Houston Archeological Society Journal TJS Texas Journal of Science

Ambler, J.R. 1967 Three Prehistoric Sites Near Cedar Bayou, Galveston Bay

Area. State Building Commission, Archeology Program, Report No. 8

Ambler, J.R. 1970 Additional Archeological Survey of the Wallisville

Reservoir Area, Texas. Texas Archeological Salvage Project, Report No. 6

Ambler, J.R. 1973 Excavations in the Trinity River Delta: The Lost River

Phase. Texas Archeological Survey

Aten, L.E. 1971 Archeological Excavations at the Dow-Cleaver Site,

Brazoria Co., Texas. Texas Archeological Salvage Project, Technical Bulletin No. 1

Aten, L.E. 1983a Indians of the Upper Texas Coast. Academic Press, New

York

Aten, L.E. 1983b Analysis of Discrete Habitation Units in the Trinity

River Delta, Upper Texas Coast. Texas Archeological Research Laboratory, Occasional Papers No. 2

Aten, L.E.; C.K. Chandler; A.B. Wesolowsky and R.M. Malina 1976 Excavations at the Harris County Boys' School Cemetery.

Texas Archeological Society, Special Report No. 3

Bryant, D.D.; G.L.Castille and W.L. Fullen 1985 Test Excavations at the Lido Harbor Site, 41GV82,

Galveston County, Texas. Coastal Environments, Inc., for Tillinghast-Randall Architects, Inc., COE Permit 11196-02

Campbell, T.N. 1957 Archeological Investigations at the Caplen Site,

Galveston Co., Texas. TJS 9(4):448-471

1

COASTAL MARGIN DATA BASE REFERENCE LIST, 1989

' Abbreviat.ions:

BTAS Bulletin of the Texas Archeological SocieEyHASN Houston Archeological Society Nevslet.EerJHAS HousEon Archeological Society JournalTJS Texas Journal of Science

Ambler, J.R.1967 Three Prehistoric Sit.es Near Cedar Bayou, GaLvest.on Bay

Area. SEaEe Building Conmission, Archeology Program,Report No. 8

Anbler , J.R.1970 Addit.ional Archeological Survey of t.he WallisviIle

Reservoir Area, Texas. Texas Archeological SalvageProject, Re port No. 6

AnbIer , J.R.1973 Excavations in t.he TriniEy River Delta: The Losr River

Phase. Texas Archeological Survey

Aten, L.E.l97l Archeological ExcavaEions at the Don-CIeaver SiEe,

Brazoria Co., Texas. Texas Archeological Salvage Project,Technical Bulletin No. I

Aten, L.E.I983a Indians of the Upper Texas Coast. Academic Press, Nev

York

Agen, L.E.1983b Analysis of Di.scre!e HabitaEion Units in the TriniEy

River Delta, Upper Texas Coast. Texas ArcheologicalResearch Laboratory, 0ccasional Papers No. 2

Acen, L.E.; C.K. Chandler; A.B. Wesolowsky and R.M. Ilalina1976 Excavations at Ehe Harris County Boysr School CemeEery.

Texas Archeological SocieEy, Special Report No. 3

Bryant, D.D.; G.L.Casri11e and W.L. Ful1en1985 Test Excavatj.ons at. the Lido Harbor Site, 4lGV82,

Galveston County, Texas. Coast.al Environments, Inc., forTillinghasr-Randa1l ArchiEecrs, Inc., COE Permit 11196-02

CampbeIl, T. N.L957 Archeological Investigations aE rhe Caplen SJ.te,

Galveston Co., Texas. TJS 9(4) 2448-47L

Dering, P. and D. Ayers 1977 Archeological Investigations in the Village of Oyster

Creek, Brazoria Co., Texas. Report No. 42, Texas A&M Anthropology Laboratory

Dillehay, T.D. 1973 Small Archeological Site Investigations for

Interpretation of Site Activities. BTAS 44:169-177 (Site 41CH170)

Dillehay, T.D. 1975 Prehistoric Subsistence Exploitation in the Lower Trinity

River Delta, Texas. Texas Archeological Survey, Research Report No. 51

Duke, A.R. 1967 Houston Lighting and Power Co. Site No. 1. HASN 20:5

Duke, A.R. 1970 Analysis of Ceramic and Bone Artifacts from 41HR73. HASN

34:3-4

Duke, A.R. 1971 Analysis of Lithic Material from 41HR73. HASN 36:3-6

Duke, A.R. 1974 A Harris County Shell Site, (41HR71). HASN 47:2

Duke, A.R. 1981 41HR74- A Harris County Shell Site on Lower San Jacinto

Bay. HASN 70:18-30

Duke, A.R. and F.G. Muller 1980 41HR74- A Harris County Shell Site on Lower San Jacinto

Bay. HASN 68:24-27

Eddleman, C.D. and W. Akersten 1966 Margay from the Post-Wisconsin of Southeastern Texas. TJS

18(4)

Fields, R.C. and J.M. Jackson 1984 Archeological and Historical Investigations at 41GV14 and

41GV15, Galveston County, Texas. Prewitt and Assoc., Reports of Investigations No. 34

Fox, A.A.; D.W. Day and L. Highley 1980 Archeological and Historical Investigations at

Wallisville Lake, Chambers and Liberty Counties, Texas. Center for Archaeological Research, University of Texas at San Antonio, Archaeological Survey Report No. 90

r

2

Dering, P. and D. Ayers7977 Archeological Invest.igaEions in the Village of 0yster

Creek, Brazoria Co., Texas. Report No. 42, Texas'A&M

Dillehay197 3

Di 1I ehay797 5

An thropology La borator y

, T.D.Sma11 Archeological Si te InvestigationsInterpretaEion of S j.te ActiviEies. BTAS4rcH170)

, T.D.Prehist oric Subsistence Exploitation inRi.ver DeIta, Texas. Texas ArcheologicalReport. No. 51

for44:169-177 (Site

Ehe Lover TriniEySurvey, Researc h

Duke, A. R.1967 Houston Lighting and Pouer Co. Site No.

Duke, A. R.l97O Analysis of Ceramic and Bone ArtifacEs

34:3-4

I . HASN 20:5

from 4lHR73. HA SN

Duke, A. R.1971 Analysis of Lir.hic Macerial from 4lHR73. HASN 36:3-6

Duke, A. R.7974 A Harris County She11 Sire, (41HR71). HASN 47:2

Duke, A. R.1981 4lHR74- A Harris County Shel1 Site on Lower San Jacinro

Bay. HASN 70: 18-30

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Eddlenan, C.D. and W. AkerstenL966 Margay from the Post-l{isconsin of Sout.heast.ern Texas. TJS

18(4)

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l'/al1isvi11e Lake, Chambers and Liberiy Counci.es, Texas.Center for Archaeological Research, University of Texasat San Antonio, Archaeological Survey Report No. 90

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Hole, F. and A.G. Wilkinson 1973 Shell Point: A Coastal Complex and Burial Site in

Brazoria County. ETAS 44:5-50

O'Brien, M.J. 1970 The Fools Hill Site, 41HR81. HASN 33:3-4

O'Brien, M.J. 1971 The Fullen Site, 41HR82. BTAS 42:335-361

O'Brien, M.J. 1974 The Armand Bayou Survey and Excavations. in F. Hole, M.J.

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Ring, E.R., Jr. 1960 Two Radiocarbon Dates from the Galena Site of

Southeastern Texas. Btas 31:329

Shafer, H.J 1966 An Archeological Survey of Wallisville Reservoir,

Chambers Co., Texas. Texas Archeological Salvage Project, Report No. 2

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3

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Btazoria County. BTAS 44:5-50

0rBrien, M. J.1970 The Fools HilI Sire, 4lHR8 l. HASN 33:3-4

O'Brien, M.J.7977 The Fullen Site, 41HR82. BTAS 422335-36t

otBrien,L97 4

Moore, W

198 5

M. J.The Armand Bayou Survey and ExcavaEions. in F. Ho1e, M.J.OrBrien and B. HoIe, Archeologi.cal Investlgat.ions alongArmand Bayou, Harris Co., Texas. Houston Archeologj.calSociety, Report No. 2

.8.Analysis of Artifact.s from a Rangia CuneaEa She1l Midden(41HRf33 on PeBgy Lake, Harris County, Texas. JHAS8L 227 -34

Patterson, L.tr. and M.A. Marshalln.d. Some Archeologlcal Sites on Upper San Jacinto Bay.

submi t ted Eo JHAS

, E.R., Jr.960 Treo Radiocarbon Dat.es from the Galena Site of

Southeastern Texas. Btas 31:329

Ring1

Shafer, H.J1966 An Archeological Survey of Wa1lisvi1le Reservoir,

Chanbers Co., Texas. Texas Archeologj.cal Salvage projecEReport No. 2

Taylor, A.J; R.F. Scorr; A.A. Fox and J.R. Labadief985 Archaeological Investi.gaEions of a Shell Midden (41HR39)

at DeZavaIa Point., Harris Count.y, Texas. University ofTexas at. San Antonio, Cent.er for Archaeological ResearchArchaeological Survey Report No. 150

l,reinst.ein, R. A. and J. P. Whelan, Jr.1987 Archaeological Test.ing ar. Three Sires in Ehe Wallisvj.lle

Lake ProjecE Area, Trinity River De1ta, Charnbers County,Texas. Coastal EnvironmenEs, fnc. for Corps of Engineers