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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several centuries after its first appearance in the<br />
archaeological record. In those regions with relatively<br />
well-established histories of maize, its remains do not<br />
become frequent on archaeological sites until several<br />
centuries after its first confirmed archaeological visibility<br />
(central Ohio River basin, southern Ontario).<br />
Assuming that maize continued to be grown in these<br />
areas after its initial archaeological visibility, this evidence<br />
suggests that there was not a sudden shift of<br />
subsistence patterns or diets immediately following<br />
maize’s introduction into these regions, consistent<br />
with expectations in Hart (1999a). The SCIA data from<br />
the lower Upper Ohio River basin suggest that maize<br />
was an important source of protein in some individuals’<br />
diets soon after its initial appearance in the<br />
archaeological record, but archaeobotanical data are<br />
lacking from most pre-A.D. 1000 contexts in this<br />
region; direct AMS dates on purportedly early<br />
Meadowcroft maize may change this assessment.<br />
SCIA data for the Susquehanna River basin and New<br />
England that would help to determine when maize<br />
became an important source of protein in these<br />
regions are not available.<br />
Nucleated villages do not occur in most of the<br />
regions covered in this book until well after (1) the initial<br />
archaeological visibility of maize, (2) current evidence<br />
suggests maize became an important source of<br />
protein in some individuals’ diets, and (3) maize<br />
becomes frequent in the archaeological record. In<br />
southern Ontario, for example, nucleated villages are<br />
first evident around A.D. 800; larger nucleated villages<br />
with many large longhouses are not apparent<br />
until around A.D. 1200. In the West Branch of the<br />
Susquehanna, nucleated villages are not evident until<br />
approximately A.D. 1250; larger nucleated villages<br />
occur after approximately A.D. 1350. In New England<br />
and New Brunswick, there is no evidence for nucleated<br />
villages until at or just before European contact. In<br />
other areas, such as the lower Upper Ohio and the<br />
Upper Susquehanna River basins, nucleated villages<br />
are apparent at or soon after the first evidence of<br />
maize. However, in both of these areas, there is a<br />
paucity of archaeobotanical data prior to approximately<br />
A.D. 1000, and as reviewed above, evidence<br />
for nucleated villages before the twelfth century A.D.<br />
in the Upper Susquehanna River basin is suspect.<br />
Current evidence for the lower Upper Ohio River<br />
basin suggests that maize may be present at hamlet<br />
sites approximately a century before the appearance<br />
of nucleated villages, though this is a tenuous conclusion,<br />
based on dates at two sites. The majority of village<br />
sites in the Allegheny Mountains of this region<br />
currently have no radiocarbon dates, and until these<br />
are obtained from organic remains or residue on<br />
ceramics in museum collections, the association<br />
between maize and nucleated villages in the lower<br />
Upper Ohio River basin will remain unclear.<br />
DISCUSSION<br />
Early Maize<br />
Taken at face value, the above summary suggests a<br />
gradual west-to-east spread of maize. This apparent<br />
trend, while attractive from a commonsense point of<br />
view, may in fact be quite misleading. The earliest<br />
maize recovered in a region does not necessarily represent<br />
the introductions of that crop (Hart 1999a:160-<br />
161). When first adopted, maize use was probably<br />
below the level of archaeological visibility. Without<br />
intensive sampling and identification efforts at older<br />
sites, it is not possible to rule out the presence of earlier<br />
maize in a region. The presence of maize at an<br />
open-air archaeological site is a function of the length<br />
and intensity of maize use at the site and the length of<br />
site occupation, charring of accidentally lost maize,<br />
and deposition in contexts favorable for preservation<br />
over many hundreds of years (Hart 1999a:160).<br />
Recovery of early maize from a site is dependent on<br />
the use of flotation recovery, the intensity of sampling<br />
relative to the density and distribution of maize on<br />
the site, and sampling intensity and identification<br />
efforts in the laboratory (Hart 1999a:160). For example,<br />
the earliest direct dated maize east of the<br />
Mississippi River, 2077±70 B.P. (cal 2σ 354 B.C. [90, 76,<br />
59 B.C.] A.D. 72), is from the Holding site in Illinois<br />
(Riley et al. 1994). Over 5,300 liters of soil from midden<br />
and feature contexts were subjected to flotation<br />
from this site, producing only 19 pieces of maize following<br />
an intensive identification effort. This level of<br />
sampling has not been done across most of the<br />
<strong>Northeast</strong>, which suggests that our knowledge of<br />
maize history is far from complete. An emphasis in<br />
some areas on the excavation of more archaeologically<br />
visible nucleated villages (due to the number and<br />
density of remains) as opposed to other site types<br />
may also bias the recovery of early maize.<br />
Also of note is that the purportedly earliest maize<br />
samples in many of the regions reviewed above have<br />
not been subjected to direct AMS dating. Direct AMS<br />
dating of seemingly early domesticates has consistently<br />
shown that the formation of archaeological<br />
deposits is more complex than often thought. There is<br />
Chapter 18 Maize and Villages: A Summary and Critical Assessment of Current <strong>Northeast</strong> Early Late Prehistoric Evidence 351