Field Notes & Research
Archaeological Investigation and Scientific Analysis
Recent Excavation Reports
Latest finds from ongoing digs across Britain
Georadar Survey at Old Oswestry Hillfort
Ground-penetrating radar has found previously unknown structures inside this Iron Age hillfort. The complex rampart system has multiple building phases from the late Bronze Age through early Roman period.
Key Findings:
- A substantial timber-framed gateway
- Signs of organized settlement inside the inner enclosure
- Multiple building phases found
- Possible ritual deposits near the entrance
Early Bronze Age Cemetery near Cirencester
Emergency excavation ahead of development has uncovered 47 Bronze Age burials with exceptional grave goods. The cemetery appears to have been in use from c. 2400-1800 BCE, bridging the Beaker period into the Early Bronze Age proper.
Notable Discoveries:
- Gold hair ornaments in female burial
- Copper daggers with organic handle preservation
- Beaker pottery with Continental parallels
- Amber beads suggesting Baltic trade connections
LiDAR Survey Reveals Hidden Cursus Monument
Advanced airborne laser scanning has identified a previously unknown Neolithic cursus monument near the Stonehenge World Heritage Site. The 2.3km linear earthwork suggests a much more complex prehistoric landscape than previously recognized.
Survey Results:
- Cursus length: 2.3km with parallel ditches
- Associated round barrow cemetery
- Possible astronomical alignment
- Connection to existing Stonehenge cursus
Archaeological Methodologies
Scientific approaches to understanding Britain's prehistoric past
Stratigraphic Excavation
The systematic removal and recording of soil layers (contexts) to reveal chronological sequences. Each layer is carefully excavated, photographed, and recorded before removal. This method, pioneered by Mortimer Wheeler, allows archaeologists to understand site formation processes and relative dating of finds and features.
Geophysical Survey
Non-invasive techniques including magnetometry, resistivity, and ground-penetrating radar to detect sub-surface archaeological features without excavation. These methods can reveal building foundations, ditches, pits, and even individual graves, allowing targeted excavation and landscape-scale understanding.
Radiocarbon Dating
Laboratory analysis of organic materials to determine age through Carbon-14 isotope decay. Samples are calibrated using dendrochronology to provide calendar dates. Recent advances in AMS dating allow tiny samples to be dated with high precision, revolutionizing prehistoric chronologies.
Palaeoenvironmental Reconstruction
Analysis of pollen, plant macrofossils, insect remains, and sediments to reconstruct ancient environments. This reveals climate change, vegetation history, and human impact on the landscape, providing context for archaeological sites and cultural change.
Current Research Projects
Ongoing investigations expanding our understanding of prehistoric Britain
Ancient DNA and Population Movement
Collaborative project with leading genetics laboratories analyzing human remains from key sites to understand population movements during the Neolithic and Bronze Age transitions.
Research Focus:
- Beaker people origins and migration patterns
- Neolithic farmer vs. hunter-gatherer admixture
- Iron Age tribal population genetics
- Disease and diet through isotope analysis
Digital Landscape Archaeology
Utilizing GIS, LiDAR data, and predictive modeling to understand prehistoric landscapes at regional scales, identifying patterns in settlement, monumentality, and resource exploitation.
Technologies Used:
- Airborne LiDAR and satellite imagery
- Predictive site location modeling
- Viewshed and visibility analysis
- Historic landscape characterization
Climate Change and Cultural Transformation
Multi-disciplinary project examining relationships between climate change and cultural transitions in prehistoric Britain. Combining paleoclimatic data from ice cores, lake sediments, and bog sequences with archaeological evidence to understand how environmental change drove social and technological innovation.
Particular focus on the 4.2ka event (c. 2200 BCE) and its relationship to the Bronze Age transition, and the Late Bronze Age climatic deterioration that may have contributed to hillfort construction and increasing territorial competition.
Collaborating Institutions:
- British Antarctic Survey
- NERC Radiocarbon Facility
- University of Cambridge
- Historic England
Expected Outcomes:
- High-resolution prehistoric climate record
- Cultural-environmental correlation models
- Predictive frameworks for site preservation
- Climate adaptation strategies
Recent Publications
Peer-reviewed research contributing to archaeological knowledge
"Isotopic Evidence for Bronze Age Mobility in Britain"
Authors: Vance, E., Morrison, J., et al.
Strontium and oxygen isotope analysis of Bronze Age skeletal remains reveals patterns of individual mobility and cultural contact across prehistoric Britain. Evidence suggests greater movement than previously recognized, particularly among high-status individuals.
"Reassessing Hillfort Chronology Through Bayesian Modeling"
Authors: Whitmore, S., Davies, R., et al.
Application of Bayesian statistical modeling to radiocarbon dates from British hillforts provides refined chronological frameworks, suggesting earlier origins and longer use-lives than traditionally assumed.
"LiDAR and the Rediscovery of Britain's Lost Monuments"
Authors: Thompson, M., Clarke, K., et al.
Systematic analysis of LiDAR data across Britain has identified over 2000 previously unknown archaeological sites, revolutionizing our understanding of prehistoric landscape density and complexity.
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