Enhanced Testing for Archaeological Impact Assessments: Technological Innovation in CRM Methodology
Author(s): Chelsea L Colwell-Pasch
Year: 2020
Summary
This is a poster submission presented at the 2020 annual meeting of the Society for Historical Archaeology.
Traditional systematic sub-surface testing for AIAs is common practice in CRM since the land development boom of the 1970s when the use of rapid survey methods were created to rescue material culture. Conventionally test pits are hand dug with shovels and processed with bipedal screens, however innovations out of New Brunswick have seen this five-decades old methodology develop in utility, efficiency, accuracy and preference by developers. Mechanical sub-surface testing for AIAs increases the kinds of testable sites, maximum depth, percentage of site tested, confidence interval, and site replicability while reducing technician attrition and fatigue, sole-option monitoring, artifact damage, and, most importantly, the time required to complete large projects. Mechanical testing or ‘Enhanced Testing’ is more efficient, evolved, economical and as ethical as traditional shovel testing. The future of CRM.
Cite this Record
Enhanced Testing for Archaeological Impact Assessments: Technological Innovation in CRM Methodology. Chelsea L Colwell-Pasch. 2020 ( tDAR id: 457436)
This Resource is Part of the Following Collections
Keywords
General
CRM
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Innovation
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Mechanical testing
Geographic Keywords
Canada
Spatial Coverage
min long: -141.003; min lat: 41.684 ; max long: -52.617; max lat: 83.113 ;
Individual & Institutional Roles
Contact(s): Society for Historical Archaeology
Record Identifiers
PaperId(s): 889