معرفی
David Bescoby is an Honorary Fellow in the School of Environmental Sciences at the University of East Anglia, specializing in geoarchaeology with over 20 years of international field experience at World Heritage Sites including Gordion (Turkey) and Butrint (Albania). His research integrates earth-science methodologies to address complex archaeological questions through interdisciplinary approaches.
Academic Background:
- B.Sc. Archaeology, University of Bradford (1997)
- M.Sc. Geoarchaeology, University of Reading (2000)
- Ph.D. Archaeology, University of East Anglia (2003)
Dr. Bescoby's research centers on applying remote sensing and GIS technologies to reconstruct past landscapes and model paleoenvironmental change. His work establishes high-resolution chronologies for landscape evolution, with recent focus on climate-driven coastal processes impacting cultural heritage sites. He develops process-based models that bridge archaeological evidence with environmental science to understand human-environment interactions across historical periods.
His publication record (2010-2019) demonstrates consistent expertise in landscape archaeology and geoarchaeological methods, featuring studies on Roman land organization, Saxon building detection through geophysics, and tephrochronological dating of landscape changes. These works frequently involve international collaboration at significant Mediterranean and UK heritage locations, emphasizing scientific techniques for heritage conservation under climate stress.
Scientific Awards: None documented in source materials.
Dr. Bescoby actively leads climate-heritage research initiatives:
- Discipline Hopping for Climate change-Heritage solutions (ENV/NERC)
- The Later Prehistoric Norfolk Project (SISJAC)
- Caistor Roman Town Project, Norfolk, UK (University of Nottingham)
He collaborates within interdisciplinary teams comprising geoscientists, archaeologists, and heritage professionals on international projects, particularly investigating climate impacts on coastal archaeological sites through integrated scientific methodologies.
