Hovey Lake logo
UPDATES 2003-2005
Geophysical Surveys
(1 - 2)

Recent Excavations
(1 - 2 - 3)
GALLERY
Artifacts
(1 - 2)

Field and Lab
(1 - 2)
 
Learn more about
Indiana Archaeology Month at Hovey Lake HERE!
Research at the Hovey Lake site in 2003-2005 is supported by: a grant from the Federal Highway Administration (FHWA) under the Transportation Enhancement Program, Indiana University, and private contributions. The Indiana Department of Transportation (INDOT) administers the TE grant. Also contributing to the research project are: Indiana Geological Survey, Indiana University - Bloomington Department of Anthropology, the Indiana State Museum, University of Southern Indiana, University of Evansville, Indiana State University, and community groups and volunteers.

U.S. Department of Transportation - Federal Highway Administration

Indiana Department of Transportation      Indiana University
Indiana University Department of Anthropology logo
IU-Bloomington Anthropology Dept.
Last Updated 9.6.2004

























 

 

Geophysical Survey


Amzie Wenning of the Indiana Geological Survey processing data from the GPR unit to make a plan (birds-eye) map of the anomalies in survey area 4NRS.
Amzie Wenning of the Indiana Geological Survey processing data from the GPR
unit to make a plan (birds-eye) map of the anomalies in survey area 4NRS.

 

Dr. Nelson Shaffer of the Indiana Geological Survey giving a demonstration on how the GPR unit works.
Dr. Nelson Shaffer of the Indiana Geological Survey giving
a demonstration on how the GPR unit works.

 

Soil Resistivity

In the spring of 2004, we experimented with soil resistivity survey to learn whether this method would add information about likely subsurface features.

Duane Simpson of AMEC Earth & Environmental, Inc. running the resistivity equipment on a grid.
Duane Simpson of AMEC Earth & Environmental, Inc.
running the resistivity equipment on a grid.

 

The resistivity machine runs on grids that are 10 or 20 meters long, pausing to take a reading every 0.25 meter on the grid.
The resistivity machine runs on grids that are 10 or 20 meters long,
pausing to take a reading every 0.25 meter on the grid.

 

USI student Theresa Oser and Project Research Assistant Jocelyn Turner capping grid nails to protect them and make them easy to find when geophysical surveys and soil core work resumes next year.
USI student Theresa Oser and Project Research Assistant Jocelyn Turner
capping grid nails to protect them and make them easy to find when
geophysical surveys and soil core work resumes next year.

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