Archeological Investigation of the Elbee Site,
Knife River
Indian Villages NHS
Dr. Dennis
Toom
Anthropological Research
University of North Dakota
Thomas
Theissen
Midwest Archeological Center
National Park Service
Abstract:
The Elbee archeological site is a contributing element of
the Knife River Indian Villages National Historic Site
Archeological District. The
primary component at the site represents the remains of a
prehistoric village occupied sometime during the period A.D.
1550 to 1600, though several other cultural occupations are less
well represented, including a buried pre-ceramic, pre-Plains
Village component believed to date to about 1000 B.C.
The major
Plains
Village
component
appears to represent a site-unit intrusion of people from
further south along the
Missouri River
in
South Dakota
, a unique
archeological expression in the Knife Region.
On-going erosion by the
Knife River
channel is
diminishing the extent of the site and threatens to damage a
nearby county road in the foreseeable future.
Using a magnetometer in 2002, NPS archeologists will
conduct a magnetic survey of the portion of the sire that is
threatened. The
resulting map of the magnetic field over the site will provide
clues to the presence of subsurface cultural features such as
storage pits, hearths, and earthlodge architecture.
NPS and University of North Dakota archeologists will use
this information to plan a test excavation project at the site.
In 2003, archeologists from the University of North
Dakota will excavate test pits to investigate anomalies apparent
on the map and determine the presence or absence of evidence for
1) the main village component, 2) intact cultural features, and
3) the buried,
pre-Plains
Village
cultural
horizon. The results
of the investigation will be used to plan physical stabilization
measures to preserve the remaining portion of the site.
Funding
Agency:
National
Park Service
Modification
#: H6000A100AA
($26,000); 0001 ($5,977), 0002 (No cost)
$31,977
End Date: November 30,
2004
Final abstract
phase 1, phase 2
|