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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the Early Woodland period. Tools made from<br />
Washademoak chert are found primarily at sites along<br />
the Saint John River drainage, but the material has also<br />
turned up in the Quoddy Region.<br />
Knappable quality rhyolites (or felsites) are known<br />
from the Tobique River area. Clarke (1968) notes this<br />
source several times in his volume on the Native peoples<br />
of New Brunswick. Burke (2000:203-204)<br />
describes the archaeological specimens as maroon to<br />
dark brown rocks that weather to a buff or light pink<br />
color. No quarry locations have been identified, suggesting<br />
that this material may only be available as a<br />
secondary source. Sabina (1965:16) also reports that<br />
agates, chalcedonies, jasper, and carnelian occur in<br />
gravels of the Tobique River.<br />
Sabina (1965:27) lists chert deposits along the Bay of<br />
Fundy coast between Saint John and Passamaquoddy<br />
Bay. This includes jaspers and agates in the lava flows<br />
on the west side of Little Dipper Harbour, west of<br />
Chance Harbour, and Darling Lake. She also reports<br />
jasper occurring along the north shore of Belisle Bay.<br />
Materials from this area have been tentatively identified<br />
in lithic assemblages from Passamaquoddy Bay<br />
and the Lakes Region (Black and Wilson 1999;<br />
MacDonald 1994; Matthew 1900). Crotts (1984:38-46)<br />
identifies several minor sources on the coast of<br />
Passamaquoddy Bay, which turn up in small amounts<br />
in lithic assemblages of sites in that area. These<br />
include gray quartzite from near St. Andrews, a porphyritic<br />
tuff rhyolite from the northeast shore, and<br />
black siltstone and a black volcanic from the<br />
Digdeguash Basin (also see Matthew 1884:20-21).<br />
Chalifoux and Burke (1995) identify two quarry<br />
and several workshop sites at Grand Touladi Lake, in<br />
the Témiscouta region of Quebec. This region consists<br />
of a series of lakes and rivers that connect the upper<br />
Saint John and St. Lawrence Rivers. It formed part of<br />
the Early Historic Maliseet tribal territory (Erickson<br />
1978:124). Touladi lithics, which form part of the<br />
Cabano Formation, are described as fine-grained<br />
homogeneous cherts, varying in color from black to<br />
gray to bluish-green in fresh fracture (Burke 2000:178-<br />
179). This material is rarely found in secondary<br />
deposits. Touladi cherts represent the dominant material<br />
for archaeological sites in the Témiscouta area<br />
(Chalifoux and Burke 1995). Access to the Saint John<br />
River drainage suggests that this material is also<br />
likely to be present, but as yet unidentified, in lithic<br />
assemblages of sites along the central and southern<br />
portions of the river.<br />
Another major lithic source, formerly in Maliseet territory,<br />
in the modern state of Maine, is the Munsungun<br />
Lake area. Doyle (1995:306) describes these lithic materials<br />
as generally deep red-wine, dark green, dark gray<br />
or black cherts, moderately fine-grained, massive textured,<br />
weakly translucent at the edges, and having<br />
excellent conchoidal fracture. Doyle (1995:300) identifies<br />
Munsungun chert as a primary source, due to<br />
archaeological evidence for extensive quarry and<br />
workshop activity (Bonnischen 1981; Pollock et al.<br />
1999). Burke (2000:189-192) suggests that most of the<br />
Munsungun chert used during Paleoindian times was<br />
collected at the source, but that Late Prehistoric peoples<br />
may have also collected loose fragments from secondary<br />
deposits in streams and around the lakes in the<br />
area. A second lithic source area in Maine is the Kineo-<br />
Traveller Mountain region. Fragments of Kineo rhyolite<br />
(or felsite) were spread widely over central and<br />
eastern Maine as glacial till and it occurs commonly in<br />
archaeological assemblages of the region (Burke<br />
2000:223; Doyle 1995). Doyle (1995:304) describes this<br />
lithic material as a green-gray glassy porphyritic rhyolite,<br />
containing phenocrysts of feldspar, tiny glass<br />
beads of quartz, and several accessory minerals.<br />
MacDonald (1994:36) considers this material to be culturally<br />
exotic when it occurs in archaeological assemblages<br />
in Passamaquoddy Bay.<br />
Perhaps the most commonly occurring exotic materials<br />
in southern New Brunswick sites are the North<br />
Mountain lithics from Nova Scotia (Crotts 1984; Doyle<br />
1995; MacDonald 1994). Chalcedonies and jaspers<br />
occur as fill in amygdules in the basalt block that<br />
forms the North Mountain (Dostal and Dupuy<br />
1984:247; Sabina 1965:41-46; Thompson 1974).<br />
Knappable lithics can be quarried or collected at several<br />
locations extending from Blomidon point, around<br />
Cape Split and southwest to Digby Neck. The most<br />
extensive deposits are associated with the Scots Bay<br />
Formation, and a Late Prehistoric workshop site has<br />
been identified at Davidson Cove (Deal 1989). Many<br />
of the deposits are very difficult to access due to steep<br />
cliffs and high tides, but important deposits can be<br />
easily reached at Davidson Cove, nearby Ross Creek<br />
and at Trout Brook, Digby Neck. Other deposits of<br />
North Mountain lithics can be found on Ile Haute and<br />
Cape d’Or, and similar materials are known from<br />
Grand Manan (Doyle 1995:308). The latter includes<br />
chalcedony, agates, and jasper found in the basaltic<br />
rocks between Northern Head and Dark Harbour<br />
(Sabina 1965:29). These materials may have been<br />
considered too poor in quality for stone tools. One<br />
other possible Nova Scotian source is the quarry site on<br />
Ingonish Island, off northern Cape Breton Island (Nash<br />
1978). It has been classified as a medium-grained gray<br />
Chapter 17 Aboriginal Land and Resource Use in New Brunswick During the Late Prehistoric and Early Contact Periods 329