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Department of Archaeology

 
Read more at: Amarna: Egyptian Archaeological Heritage

Amarna: Egyptian Archaeological Heritage

Focusing on cultural heritage, the project is exploring awareness of the archaeology of the ancient Egyptian city of Tell el-Amarna alongside local relationships with the site.


Read more at: FENSCAPES: Archaeology, Natural Heritage and Environmental Change

FENSCAPES: Archaeology, Natural Heritage and Environmental Change

This archaeology-led initiative focuses on the East Anglian Fens, an extraordinary landscape where exceptional preservation of organic artefacts and environmental evidence gives unparalleled insights into the last 5,000 years of communities, resources and habitats.


Read more at: Landscape Historical Ecology and Archaeology of Ancient Pastoral Societies in Kenya

Landscape Historical Ecology and Archaeology of Ancient Pastoral Societies in Kenya

Around 1,200 years ago, archaeological evidence suggests pre-existing pastoralist societies that had been present in some parts of eastern Africa since c. 5,000 BP experience significant cultural and economic change. Materials signs of these include the uptake of iron smelting technologies, new ceramic styles, and changes in food production. In the following centuries, the region also experienced several significant shifts in climate, alternating between periods of increased rainfall and extended droughts.


Read more at: MendTheGap Project

MendTheGap Project

MendTheGap - Smart Integration of Genetics with Sciences of the Past in Croatia.


Read more at: Must Farm Project

Must Farm Project

The Must Farm project is the first landscape scale archaeological investigation of deep Fenland, with its complex geological history.


Read more at: Pastoralist Mobility, Diet, and Resilience in East Africa: Developing Deep Time Historical Ecologies of Sustainability

Pastoralist Mobility, Diet, and Resilience in East Africa: Developing Deep Time Historical Ecologies of Sustainability

This project is a response to calls to build long-term sustainability and resilience into pastoral social-ecological systems in sub-Saharan Africa through provision of deep histories of human-environment interactions. It focuses on collecting and analysing archaeological and related data on the responses of pastoralist communities inhabiting the Laikipia and Leroghi plateaus, northern Kenya, to cycles of extreme drought and enhanced rainfall over the last millennium.


Read more at: Science @ Tarquinia

Science @ Tarquinia

The project Science @ Tarquinia aims to provide the complementary scientific support for the long-standing study of the ancient Etruscan city of Tarquinia by the University of Milan. This Unesco World Heritage site is well known for its magnificent painted tombs, its city walls, the Temple of Ara Regina and the monumental zone where the University of Milan has worked for over 30 years. The collaborative work (which started in September 2019) includes flotation, micromorphology, AMS dating, isotopic analysis and aDNA.


Read more at: The Cambridge Heritage Science Hub Initiative (CHERISH)

The Cambridge Heritage Science Hub Initiative (CHERISH)

Cambridge is home to world-leading researchers across archaeological science, technical art history and heritage science, based at Department of Archaeology, the Fitzwilliam Museum, and the Hamilton Kerr Institute, among others. There are multiple synergies across these institutions in terms of research methodologies, goals and ambitions in the field of technical and scientific investigation of works of art and archaeological objects.


Read more at: Tracking the Roadways Across Iranian Lands: A Geospatial Reconstruction of the Persian Royal Road(s) and the cross-cultural link between East and West during the Achaemenid Era (6th-4th century BCE)

Tracking the Roadways Across Iranian Lands: A Geospatial Reconstruction of the Persian Royal Road(s) and the cross-cultural link between East and West during the Achaemenid Era (6th-4th century BCE)

PersianTRAIL is a research project using Geographic Information Systems (GIS), Remote Sensing (RS), and historical-archaeological data to reconstruct the Persian Royal Road (PRR), a key infrastructure of the Achaemenid Empire (6th–4th century BCE). The project examines factors like topography, resource distribution, economy, military logistics, and environmental constraints to understand the empire’s strategic planning.


Read more at: TwoRains

TwoRains

An international and interdisciplinary investigation of the interplay and dynamics of winter and summer rainfall systems and human adaptation to the ecological conditions created by those systems.