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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Figure 6.10. Forster site reconstructed Princess Point<br />
vessel with the following characteristics: collarless,<br />
outflaring rim, semiconical base; body is cordimpressed<br />
and decorated with cord-wrapped stick<br />
(right oblique lines) over cord-wrapped stick-horizontal<br />
lines, over left-oblique strings of cord-wrapped<br />
stick-punctuates ending at the vessel body’s inflection<br />
point. The vessel is 24 cm in height.<br />
archaeologists (Stan Wortner) lives within its boundaries.<br />
Mr. Wortner had recorded the locations of several<br />
early Late Woodland sites in the block and, just as<br />
important, is able to advise on areas where he has<br />
investigated but found no early Late Woodland sites.<br />
Our efforts in the 2000 field season focused on survey<br />
and controlled surface collection in the section of<br />
the Thames drainage basin within our survey block.<br />
Survey consists of walking weathered fields at 5 m<br />
intervals where crop cover permits. Areas surveyed<br />
include floodplains and terraces on the Thames River<br />
itself, but also fields along tributaries within roughly 2<br />
km of the Thames channel. The field crew recorded 35<br />
early Late Woodland sites that had not been previously<br />
reported. The crew was able to “ground-truth” site<br />
situation for the 37 sites listed in Table 6.2. They were<br />
not able to establish site size for all of these because of<br />
crop cover.<br />
The early Late Woodland sites in the Thames<br />
drainage basin are found on a number of different<br />
topographic situations, including the Thames River<br />
floodplain (point bars) and riverine terraces, tributaries<br />
and tributary terraces (see Figure 6.12). In contrast to<br />
Princess Point settings in the Lower Grand River<br />
Valley, where over 95 percent of the sites are focused<br />
directly on the river, the sites in the Thames drainage<br />
are more dispersed (Figure 6.13). The first two types of<br />
location (floodplain and river terraces) are similar to<br />
Princess Point; however, 65 percent of the sites are<br />
located on tributaries and tributary terraces, for which<br />
there are few Princess Point equivalents (Figure 6.13).<br />
In terms of site size, over 81 percent are under 0.5 ha<br />
in size. The sites associated directly with the Thames<br />
channel are all less than 1 ha (Table 6.3). This is a<br />
departure from the Princess Point pattern in the<br />
Grand Valley, where sites on the floodplain tend to be<br />
large (5 ha+).<br />
Our research block includes none of the stream estuaries<br />
and sand points on the Lake Erie shoreline that<br />
Stothers and Abel (this volume) argue are the diagnostic<br />
settlement locations for their Gibraltar and Riviere<br />
au Vase phase sites in southeastern Michigan and<br />
northwestern Ohio. Fifteen of the 35 (43 percent) early<br />
Late Woodland sites in southwestern Ontario known<br />
prior to 2000 are situated in roughly equivalent locations.<br />
Adding our new data this proportion lowers to<br />
15 of 72 (21 percent). While much work remains, the<br />
spatial distribution of the early Late Woodland sites in<br />
the Thames River Valley is quite different from that<br />
inferred for the same time period in Ohio and<br />
Michigan.<br />
OTHER RESEARCH<br />
Three doctoral dissertations explore the stone<br />
assemblage of the Grand River Princess Point (Shen<br />
2001), landscape archaeology of the Middle through<br />
early Late Woodland in the area (Dieterman 2001), and<br />
Princess Point palaeoethnobotany (Saunders 2001).<br />
Shen’s work was directed to characterizing the pattern<br />
of Princess Point lithic production, and to exploring the<br />
transformation of lithic production during the Princess<br />
Point period (Shen 2001). In particular, Shen was interested<br />
in core reduction strategy and stone tool use patterning.<br />
His research documents a shift from a specialized<br />
to a generalized production strategy. Among the<br />
many other issues investigated are the reasons behind<br />
a unique core reduction sequence in the Grand Banks<br />
lithic industry, a strategy Shen terms “transformed”<br />
core reduction Shen (2001:70), an economizing technique<br />
somewhat unexpected in a region rich in raw<br />
material for stone tool production. Shen prefers a<br />
“time-stress” explanation as a consequence of the shift<br />
Chapter 6 Early Late Woodland in Southern Ontario: An Update (1996–2000) 127