Javascript must be enabled to continue!
The archaeological geology of the Calico site, Mojave Desert, California
View through CrossRef
Abstract
One of the most famous and yet controversial archaeological sites in North America is the Calico site, located in the central Mojave Desert of California (Fig. 1). The Calico site has evidence, albeit controversial, for the presence of early man some 200,000 years ago, far earlier than any site in North America presently wholly accepted by the archaeological community, and almost as old as recent discoveries in South America (de Lumley and others, 1988).
The controversy generally centers on two issues: (1) the authenticity of the artifacts, and (2) the age of the deposits (Haynes, 1973; Bryan, 1978; Taylor and Payen, 1979; Meighan, 1983). At present, more than 11,000 inferred stone tools and flakes have been recovered, mainly from 7- to 10-m-deep master pits. The Calico site was apparently a quarry utilized because of the local presence of high-quality knappable chert and chalcedony (Budinger and Simpson, 1985). Despite ongoing debate, many archaeologists believe that the lithic specimens are tools and flakes of human manufacture, rather than fortuitously created, natural "geofacts" (see, for example, discussions in Leakey and others, 1968, 1970; Schuiling, 1972, 1979; Haynes, 1973; Taylor and Payen, 1979; Carter, 1980; Gruhn and Young, 1980; Patterson, 1983; Patterson and others, 1989; Budinger, 1983; Budinger and Simpson, 1985; West, 1983).
New World archaeologists would more likely accept Calico as an archaeological site if the age of the artifact-bearing beds were on the order of 20,000 or 30,000 years old, rather than 200,000 years or older, as shown by recent soil-stratigraphic and
Geological Society of America
Title: The archaeological geology of the Calico site, Mojave Desert, California
Description:
Abstract
One of the most famous and yet controversial archaeological sites in North America is the Calico site, located in the central Mojave Desert of California (Fig.
1).
The Calico site has evidence, albeit controversial, for the presence of early man some 200,000 years ago, far earlier than any site in North America presently wholly accepted by the archaeological community, and almost as old as recent discoveries in South America (de Lumley and others, 1988).
The controversy generally centers on two issues: (1) the authenticity of the artifacts, and (2) the age of the deposits (Haynes, 1973; Bryan, 1978; Taylor and Payen, 1979; Meighan, 1983).
At present, more than 11,000 inferred stone tools and flakes have been recovered, mainly from 7- to 10-m-deep master pits.
The Calico site was apparently a quarry utilized because of the local presence of high-quality knappable chert and chalcedony (Budinger and Simpson, 1985).
Despite ongoing debate, many archaeologists believe that the lithic specimens are tools and flakes of human manufacture, rather than fortuitously created, natural "geofacts" (see, for example, discussions in Leakey and others, 1968, 1970; Schuiling, 1972, 1979; Haynes, 1973; Taylor and Payen, 1979; Carter, 1980; Gruhn and Young, 1980; Patterson, 1983; Patterson and others, 1989; Budinger, 1983; Budinger and Simpson, 1985; West, 1983).
New World archaeologists would more likely accept Calico as an archaeological site if the age of the artifact-bearing beds were on the order of 20,000 or 30,000 years old, rather than 200,000 years or older, as shown by recent soil-stratigraphic and.
Related Results
The CALICO+ Mission – Exploring Ocean World Ceres
The CALICO+ Mission – Exploring Ocean World Ceres
Dwarf planet Ceres is the closest ocean world to Earth. It appears to be rich in water ice and organic material, and its surface shows clear signs of recent, possibly ongoing, geol...
Negative impacts of invasive plants on conservation of sensitive desert wildlife
Negative impacts of invasive plants on conservation of sensitive desert wildlife
AbstractHabitat disturbance from development, resource extraction, off‐road vehicle use, and energy development ranks highly among threats to desert systems worldwide. In the Mojav...
Phytolith extraction and counting procedure for modern plant material rich in silica skeletons v1
Phytolith extraction and counting procedure for modern plant material rich in silica skeletons v1
Modern plant tissues are often processed for phytolith analysis. They represent a fundamental source of comparison for archeological and palaeoenvironmental phytolith assemblages; ...
Phytolith extraction and counting procedure for modern plant material rich in silica skeletons v2
Phytolith extraction and counting procedure for modern plant material rich in silica skeletons v2
Modern plant tissues are often processed for phytolith analysis. They represent a fundamental source of comparison for archeological and palaeoenvironmental phytolith assemblages; ...
Phytolith extraction and counting procedure for modern plant material rich in silica skeletons v1
Phytolith extraction and counting procedure for modern plant material rich in silica skeletons v1
Modern plant tissues are often processed for phytolith analysis. They represent a fundamental source of comparison for archeological and palaeoenvironmental phytolith assemblages; ...
Desert loess: a selection of relevant topics
Desert loess: a selection of relevant topics
AbstractIn discussions on loess, two types are often demarcated: glacial loess and desert loess. The origin of the idea of desert loess appears to lie with V.A. Obruchev who observ...
Spatio-Temporal Evolution of Ecological Sensitivity in the Desert of China from 1981 to 2022
Spatio-Temporal Evolution of Ecological Sensitivity in the Desert of China from 1981 to 2022
The northern desert of China plays an important strategic role in land resource security and national economic development. Research on the spatio-temporal changes of ecological se...
Influence of Late Quaternary Climatic Changes on Geomorphic and Pedogenic Processes on a Desert Piedmont, Eastern Mojave Desert, California
Influence of Late Quaternary Climatic Changes on Geomorphic and Pedogenic Processes on a Desert Piedmont, Eastern Mojave Desert, California
AbstractRadiocarbon dating of late Quaternary deposits and shorelines of Lake Mojave and cation-ratio numerical age dating of stone pavements (Dorn, 1984) on the adjacent Soda Moun...

