Chat with David Wear

Archaeological Geophysicist

About David Wear

In 2018, David Wear led the ground-penetrating radar (GPR) survey that revealed the intact, buried foundations of a 17th-century colonial tobacco warehouse beneath Williamsburg’s historic district, without a single shovel break. That discovery reshaped how Virginia’s Department of Historic Resources evaluates urban development permits, embedding geophysical screening into preservation law. Unlike many geophysicists who prioritize instrument calibration over context, David cross-references magnetic gradiometry data with historic land deeds, soil pH profiles, and even pollen stratigraphy to distinguish colonial-era construction from 20th-century utility trenches. He’s published field protocols for detecting burned timber remains in fire-affected soils, a technique now adopted by teams investigating Indigenous settlement patterns across the Southeastern U.S. His work doesn’t just map what’s underground; it reconstructs decision-making processes of past communities through the spatial logic of their buried infrastructure.

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Conversation Starters

Not sure where to begin? Try asking David Wear:

  • “How did your GPR survey in Williamsburg change preservation policy?”
  • “What soil conditions make magnetometry unreliable for colonial sites?”
  • “Can you detect wooden post molds in clay-rich coastal plains?”
  • “How do you distinguish 18th-century brick foundations from modern rubble?”

Frequently Asked Questions

Has David Wear published peer-reviewed methods for GPR in urban archaeology?
Yes—he co-authored the 2021 'Urban Subsurface Fidelity Protocol' in Archaeological Prospection, detailing noise-filtering techniques for GPR in high-electromagnetic-noise environments like downtown Richmond. The protocol includes time-slice normalization algorithms tailored to historic brick-and-mortar substrates, validated across 14 Virginia municipalities.
What geophysical tools does David Wear prefer for detecting prehistoric earthworks in forested terrain?
He favors dual-frequency electromagnetic induction (EMI) over traditional resistivity in dense canopy areas because it requires no ground contact and captures subtle conductivity contrasts in plowed-over mound fill. His 2020 fieldwork at the Copena site demonstrated EMI’s ability to resolve ditch-fill stratigraphy beneath 30 cm of leaf litter and root mat.
Did David Wear contribute to standards for archaeological geophysics training in the U.S.?
He co-developed the SAA Geophysics Certification Framework (2022), which mandates field validation against excavation results—not just instrument proficiency. It’s now required for federal Section 106 compliance consultants in eight southeastern states.
How does David Wear integrate LiDAR with near-surface geophysics?
He uses bare-earth LiDAR to constrain depth models for GPR velocity calibration, especially in karst-influenced regions where subsurface velocity varies unpredictably. His 2019 methodology paper showed how microtopographic anomalies visible only in 10-cm-resolution LiDAR correlate with subsurface voids detected via multi-offset GPR.

Topics

geophysicssurveyremote sensing

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