San Nicolas Island (Other Keyword)

1-3 (3 Records)

A Correlation Analysis of Expedient Stone Tools and Faunal Remains at the Tule Creek (CA-SNI-25), San Nicolas, California (2017)
DOCUMENT Citation Only Ryan Moritz. René Vellanoweth.

People have utilized stone tools for food procurement, manufacture of utilitarian and non-utilitarian goods, and self-defense for thousands of years. On the California Channel Islands, both formal (curated) and informal (expedient) stone tools have been observed in the archaeological record. Tule Creek (CA-SNI-25) is a large multi-component site located on an uplifted marine terrace on the north coast of San Nicolas Island, outermost of the California Channel Islands. Humboldt State University...


Expedient Stone Tool Analysis from Tule Creek (CA-SNI-25) (2015)
DOCUMENT Citation Only Ryan Moritz. René Vellanoweth.

San Nicolas Island is the most remote of the California Channel Islands and has been inhabited since the Early Holocene. The island has an abundant supply of highly indurated sandstones as well as quartzites, metavolcanics, and metasedimentary rocks associated with densely packed conglomerate beds. Although there are no microcrystalline rocks such as obsidians, cherts, and fused shales, the local island toolstone is ideal for expedient tool technologies and for working sandstone. The Native...


Spatial Signatures of Ceremony and Social Interaction: GIS Exploratory Analysis and Spatial Modeling at Tule Creek Village (CA-SNI-25), San Nicolas Island, California (2017)
DOCUMENT Citation Only Richard Guttenberg. René Vellanoweth.

The spatial patterning of artifacts and features excavated from the Tule Creek site (CA-SNI-25), San Nicolas Island, provides an opportunity to analyze the intra-site correlations between artifact types, materials, and features. Excavations at East Locus at CA-SNI-25 have yielded evidence of trade with other islands as well as evidence suggesting complex ceremonial activity, such as dog and bird burials, large hearths, stacked stone features, and multiple discrete pits. Here we use GIS...