Alluvial (Other Keyword)

1-4 (4 Records)

Cultural Resources Regulatory Analysis, Area Overview, and Assessment of Previous Department of Energy and Kirtland Air Force Base Inventories for Sandia National Laboratories, New Mexico (1993)
DOCUMENT Full-Text Steven R. Hoagland. Kenneth J. Lord.

The following regulatory analysis and literature review of archaeological and historic resources on the Sandia National Laboratory/New Mexico (SNL/NM) occupied properties was prepared by the Chambers Group Inc. in January 1992. Based upon compliance surveys of Technical Area I through V undertaken in 1990 and 1991 the report concludes that, although consultation with the Department of Energy and State Historic Preservation Officer will still be required for particular projects, cultural...


Kirtland Air Force Base Project Metadata
PROJECT Uploaded by: Charlene Collazzi

Project metadata for resources within the Kirtland Air Force Base cultural heritage resources collection.


There's Sand in the Sensor! EO approaches to interpreting delta-desert transitional environments (2017)
DOCUMENT Citation Only Steve Markofsky.

The complex boundary regions between deltas and deserts pose particular difficulties for archaeological enquiry. In these regions, the dynamic interactions between aeolian and alluvial processes result in continuously changing hydrosocial landscapes that manifest over a range of spatio-temporal analytical scales. The wealth of tools, methodologies and theoretical approaches offered by the burgeoning field of remote sensing can help to deconstruct complex and often visually obstructed human...


Using LiDAR and Relative Elevation Modeling (REM) to Identify and Analyze Archaeologically Sensitive Alluvial Landforms (2015)
DOCUMENT Citation Only Shane Sparks. Elder James Tait. Daniel Stratten. Grant Novak. Crilly Ritz.

Alluvial landforms are highly sensitive areas, with the potential to contain both surface exposed and buried archaeological deposits, but systematic analysis and identification of these landforms has proved problematic in the past. Although large alluvial terraces can be identified visually on topographic maps, high resolution LiDAR, and Digital Elevation Models; smaller, subtler terraces, and other complex alluvial landforms can be problematic due to stream gradient issues and resulting...