Sections
Archaeological Sciences | Heritage Studies | World Archaeology
Regions
Africa | Americas | Britain | Central Asia | China | Egypt | Europe | Greek | India | Islamic | London | Mediterranean | Middle East | Pacific | Roman | Turkey
Time Periods
Palaeolithic | Neolithic | Bronze Age | Iron Age | Classical | Medieval | Modern
Techniques, subjects and themes
Agriculture | Archaeobotany | Archaeological Survey | Archaeological Theory | Art History | Artefact Analysis | Audio-visual media | Biological Anthropology | Buildings | Community Archaeology | Conflict Archaeology | Conservation | Cultural Heritage | Dendrochronology | Empires | Environment & Climate | Evolutionary Theory | Experimental | Field | Forensic | Geoarchaeology | GIS | History of Archaeology | Human Evolution | Hunting & Herding | Landscape | Lithic Analysis | Maritime | Materials Analysis | Mathematical Modelling | Museum Studies | Photography | Production & Exchange | Public Archaeology | Public Engagement | Ritual & Religion | Site Management | States & Urbanism | Statistical Analysis | Zooarchaeology
Dendrochronology
Dendrochronology relies on the fact that most trees of the same species, growing at the same time, over a wide area, will show similar growth patterns in their rings. Starting with living trees and progressively overlapping older samples allows the construction of long chronologies, and hence samples of unknown age may then be dated. This requires that enough rings are present to be able to match the growth patterns, that rings are clearly distinguishable, and that ‘local’ chronologies are available. The results may indicate the source of the wood. This technique is applicable to buildings, ships, furniture etc. and is also important in climate reconstruction.
Research
Projects
- Interrogating archaeological data for climatic information
- Dendrochronological dating of chests
- Dendrochronological dating of early doors
- Dendrochronological dating of the Mary Rose
- Dendrochronological dating of standing buildings



