Publications

A selection of articles authored by Archaeo-Physics staff:


Lightning Induced Remanent Magnetization at the Buffalo Slough Burial Mound Complex

David Maki, Sigrid Arnott, Michael Bergervoet

The Minnesota Archaeologist

Geophysical survey of an archaeological site in Minnesota found numerous traces of these transient events within an ancient burial mound complex. Although the burial mounds were originally constructed 1000 years or more in the past, indigenous people continued to acknowledge these sites in ceremonies and mourning rituals into the present day. In this article we discuss the importance of lightning in the indigenous worldview and hypothesize that ancient landscape modifications were used to honor physical and metaphysical powers including lightning.


Every Rusty Nail is Sacred, Every Rusty Nail is Good

Mark Axel Tveskov, Chelsea Rose, Geoffrey Jones, David Maki

American Antiquity

Conflict archaeology, remote sensing, and community engagement at a northwest coast settler fort


Geophysical mapping of historic cemeteries

Geoffrey Jones

Technical Briefs in Historical Archaeology

Although the non-invasive nature of geophysical survey recommends it for mapping unmarked graves, cemeteries can present a number of technical challenges. Case studies illustrating GPR, electrical resistance, and magnetic surveys on historic Euro-American cemeteries are presented, with discussion of the capabilities and limitations of the methods and their appropriate application.


Lightning Strikes and Prehistoric Ovens: Determining the Source of Magnetic Anomalies Using Techniques of Environmental Magnetism

David Maki

Geoarchaeology: An International Journal

Techniques of environmental magnetism were used to examine soil samples from a North American archaeological site in an effort to determine the source of magnetic field gradient anomalies. This analysis of soil samples was able to distinguish thermal magnetization of culturally burned features from natural lightning-induced magnetization of lightning strikes.


Geophysical Survey as an Approach to the Ephemeral Campsite Problem: Case Studies from the Northern Plains

Geoffrey Jones and Gene Munson

Plains Anthropologist

Temporary campsites and artifact scatters are a perennial problem in archaeology. Meaningful data recovery is difficult because of sparse distributions of artifacts and features. Integrated with more traditional methods, geophysical prospection has proven to be very effective on many sites on the Great Plains.


Multisensor Geophysical Survey Results From the Pine Tree Mound Site: A Comparison of Geophysical and Excavation Data

David Maki

Southeastern Archaeology

A multisensor geophysical investigation of portions of the Pine Tree Mound site (41HS15) located in Harris County,Texas, was conducted prior to large-scale block excavations. This article presents the results of geophysical investigations and describes an online data analysis tool to simplify interpretation of these complex multivariate data and make it accessible to a broad audience. The article also compares the geophysical signal response with excavation results from the site.


Mapping Unmarked Graves at Layman’s Cemetery

Geoffrey Jones

Hennepin History

The Pioneers and Soldiers Memorial Cemetery in Minneapolis, Minnesota is the resting place of many of the area’s early Euro-American settlers. Geophysical techniques were used to map unmarked graves where grave markers were missing or misplaced. This investigation was undertaken as a study to improve detection methods for historic graves, but also illustrates both local history the roles of these techniques in archaeology more broadly.


Imaging the Buried Past

Geoffrey Jones

American Surveyor

A discussion of geophysical prospection in archaeology, in the context of cultural resource management and development.


Lightning Induced Anomalies on Archaeological Sites

Geoffrey Jones, David Maki

Archaeological Prospection

Recent studies of known lightning impacts and laboratory testing of samples from a suspected lightning-induced anomaly appearing in magnetic survey data allow us to characterize these formerly enigmatic responses.