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Northeast Subsistence-Settlement Change: A.D. 700 –1300

Northeast Subsistence-Settlement Change: A.D. 700 –1300

Northeast Subsistence-Settlement Change: A.D. 700 –1300

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Interstate Highway 81. Before historic modification,<br />

the Chenango River was split by a number of islands at<br />

the location of Broome Tech. The largest of these, Nash<br />

Island, diverted a portion of the stream flow to the west<br />

along a meander that brings the river near Broome<br />

Tech. The site topography is quite varied, with the site<br />

beginning on an outwash terrace, extending across a<br />

long escarpment, and continuing onto an abandoned<br />

river channel.<br />

A rather extensive early Late Prehistoric midden distinguishes<br />

the most recent occupation. The soil matrix is<br />

a dark black silt with a high density of carbon and calcined<br />

bone and is marked by an artifact concentration<br />

greater than any other area of the site. This feature lies<br />

on the gradually sloping surface of the escarpment connecting<br />

the glacial outwash terrace and the floodplain<br />

adjacent to the abandoned channel. The Late Prehistoric<br />

midden and associated features cover only a small portion<br />

of the site, measuring at least 21 m long and at least<br />

16 m wide, conservatively covering an area of 201 m 2 .<br />

Three types of features were identified at Broome<br />

Tech: hearths, large storage pits, and small storage pits.<br />

The most common feature type associated with the<br />

early Late Prehistoric occupation is a series of thin, firereddened<br />

stains that appear toward the base of the<br />

midden. These features tend to have concentrations of<br />

charcoal and calcined bone throughout and appear to<br />

be hearths that functioned for heating and/or cooking.<br />

The most unique feature associated with the midden is<br />

a large storage pit measuring approximately 1.5 m in<br />

diameter and 70 cm deep. This feature, which begins<br />

toward the base of the midden, exhibits rather complex<br />

stratigraphy, suggesting reuse.<br />

Three radiocarbon samples date the midden and its<br />

associated features to the Late Prehistoric period (Table<br />

9.1). The earliest of these is a standard assay of carbonized<br />

wood and nutshell that may suffer from the<br />

“old-wood” problem. The overlap in the calibrated 2<br />

sigma range suggests that this component likely dates<br />

to the thirteenth century A.D. Although the ceramic<br />

analysis is still in progress, the ceramic types appear to<br />

be consistent with this age. Importantly, no Late<br />

Prehistoric collared ceramics were recovered, suggesting<br />

that Broome Tech predates Thomas/Luckey, where<br />

collared ceramics represent 34.7 percent of the ceramic<br />

assemblage from features.<br />

SITE COMPARISONS<br />

Having broadly set the context of these two Late<br />

Prehistoric occupations, I now turn to a more detailed<br />

examination of subsistence-settlement variability by<br />

exploring variation in features, botanical remains, and<br />

site organization.<br />

Features<br />

Features, permanent or semipermanent facilities<br />

that require variable degrees of planning and labor<br />

investment, may highlight significant functional<br />

and/or social differences between these two Late<br />

Prehistoric sites. At a basic level, feature type provides<br />

functional data on the intensity and kinds of<br />

activities practiced at a site. Because feature preparation<br />

may involve significant labor inputs, the types of<br />

features a group constructs may shed light on a site’s<br />

role in a larger settlement system. A site’s features<br />

embody the degree of mobility practiced by a group.<br />

Sedentary villages occupied year-round will have different<br />

features than short-term single-use or seasonal<br />

sites where occupants plan for periodic returns to a<br />

favored spot. In addition to functional questions, the<br />

types and frequencies of features present at a site may<br />

shed light on social dynamics. Feature data can<br />

address control of resources, ceremonial activity, sharing<br />

ethos, and the relative importance of communal/corporate<br />

versus individual activity.<br />

Feature Types. The number of distinct feature types<br />

provides a useful axis for intersite comparisons.<br />

Thomas/Luckey has double the number of feature<br />

types found at Broome Tech (Table 9.2). Six distinct feature<br />

types have been defined for Thomas/Luckey,<br />

compared with only three feature types at Broome<br />

Tech. Thomas/Luckey features include graves,<br />

smudge pits, hearths, earth ovens, large storage pits,<br />

and small storage pits. At Broome Tech the only feature<br />

types identified are large storage pits, hearths, and<br />

small storage pits. The presence of twice as many feature<br />

types at Thomas/Luckey suggests that a greater<br />

diversity of activities occurred at the site relative to<br />

those at Broome Tech. Particularly noteworthy is the<br />

absence of graves, smudge pits, and earth ovens from<br />

Broome Tech.<br />

At Thomas/Luckey, six human burials, representing<br />

8 percent of the total features, were recovered in and<br />

around the longhouse identified as Structure 1 2 . Only<br />

one of these burials was identified as a feature that had<br />

as its original and sole purpose the interment of human<br />

remains. This feature is a relatively shallow pit containing<br />

the remains of an adult female interred in a<br />

flexed position atop a layer of charred wood. The<br />

remaining five burials were highly fragmentary, but<br />

174 Knapp

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