Ashley National Forest (Geographic Keyword)

1-3 (3 Records)

The Analysis of a Late Holocene Bison Skull from the Ashley National Forest, Utah (2004)
DOCUMENT Full-Text Kenneth P. Cannon.

In 2003 a partial bison skull was recovered by Ashley National Forest archeologist Brian Storm from an elevation of 3840 m (12,600 ft) AMSL in the Uinta Mountains. The partial skull consists of a portion of the frontal, occipital region, and horn cores including horn sheaths. The presence of the horn sheaths is of particular interest for the ecological information they can provide. Through the analysis of the individual cones of the horn sheath a record of the animal’s dietary and migration...


POLLEN, CERAMIC RESIDUE, MACROFLORAL, PROTEIN, AND SHELL ANALYSIS FOR SITES IN THE ASHLEY NATIONAL FOREST, UTAH (2003)
DOCUMENT Full-Text Linda Scott Cummings. Kathryn Puseman. Cynthia Adkins. R.A. Varney.

Pollen, phytolith, starch, macrofloral, and protein residue analyses were conducted on numerous samples from a variety of archaeological sites in Ashley National Forest, Utah. Sites range In elevation from approxlmately 6100 feet to 9000 feet. In addition, a single shell was submitted for identification. Botanical analyses focused on recovery of information that might indicate economic activity. In addition, the pollen record was expected to provide information concerning local vegetation. A...


POLLEN, STARCH, AND MACROFLORAL ANALYSIS FOR SITES IN THE ASHLEY NATIONAL FOREST, UTAH (2006)
DOCUMENT Full-Text Kathryn Puseman. Linda Scott Cummings. Jaime Dexter. R.A. Varney.

Samples were collected and examined from prehistoric sites 42DA1392, 42DC1859, and 42DC1861 in the Ashley National Forest of northwestern Utah. These sites represent multiple occupations of the area. Radiocarbon dates reflect Early Archaic and Fremont occupations at 42DC1392, with Late Archaic and Fremont occupations at 42DC1859 and 42DC1861. Soil samples from these sites were analyzed for evidence of pollen/starches and macrofloral remains. Charcoal was collected from macrofloral samples...