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Uses of Digital Technology in Archaeology
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- Surveying & Mapping: GIS, GPS, and remote sensing (LiDAR, satellite imagery, drone photogrammetry) for site discovery, terrain modelling, and spatial analysis. (e.g., Opitz & Herrmann 2018)
- Recording & Visualization: 3D scanning, photogrammetry, and CAD for high-resolution digital records, reconstruction, and virtual site tours. Useful for preservation and public engagement.
- Data Management & Sharing: Databases, digital archives, and linked open data to store, query, and share excavation records, artefact metadata, and stratigraphic information (e.g., CIDOC-CRM).
- Analysis & Interpretation: Digital tools for material analysis (XRF, µCT), statistical analysis, network analysis of trade/exchange, and modelling techniques (agent-based simulation, predictive site modelling).
- Conservation & Restoration: Digital condition monitoring, environmental sensor networks, and virtual restoration to plan interventions without intrusive testing.
- Public Archaeology & Education: Virtual/augmented reality, interactive apps, and online platforms for outreach, crowdsourcing, and citizen science.
- Ethics & Access: Digital repatriation, rights-aware publishing, and protocols to protect sensitive site location data.
References: Opitz, R., & Herrmann, J. (2018). Interacting with the past: Digital archaeology. Journal of Archaeological Science; CIDOC Conceptual Reference Model (CRM).
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Surveying & Mapping: GIS, GPS, and Remote Sensing
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Surveying and mapping technologies transform how archaeologists locate, record, and analyse sites. GPS provides precise ground coordinates for artifacts and features, enabling reproducible field plots. Geographic Information Systems (GIS) integrate spatial data layers (site locations, topography, soils, hydrology) to visualise patterns, model past landscapes, and run spatial analyses such as viewshed, least-cost paths, and predictive site-distribution models. Remote sensing — including airborne LiDAR, high-resolution satellite imagery, and drone photogrammetry — detects subtle surface and sub-surface features invisible at ground level, produces detailed digital elevation models for terrain and erosion studies, and creates accurate orthophotos and 3D models of sites and monuments. Together these tools support site discovery, non-invasive investigation, landscape reconstruction, and quantitative testing of archaeological hypotheses (see Opitz & Herrmann 2018; Conolly & Lake 2006; Bewley et al. 2005).
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Recording & Visualization — 3D Scanning, Photogrammetry, and CAD
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Data Management & Sharing in Archaeology
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Analysis & Interpretation — Digital Tools in Archaeology
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Conservation & Restoration: Digital Monitoring and Virtual Intervention
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Public Archaeology & Education: Digital Outreach, Crowdsourcing, and Citizen Science
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Ethics & Access — Digital Repatriation, Rights‑Aware Publishing, and Site‑Location Protections
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Surveying & Mapping: GIS, GPS, and Remote Sensing
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Recording & Visualization: 3D Scanning, Photogrammetry, and CAD
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Data Management & Sharing in Archaeology
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Analysis & Interpretation — Digital Tools Transforming Archaeological Inference
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Conservation & Restoration: Digital Tools for Non‑Destructive Intervention
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Public Archaeology & Education — Digital Tools for Engagement and Participation
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Ethics & Access: Digital Repatriation, Rights‑Aware Publishing, and Sensitive Data Protocols
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