Research Projects in the Department of Archaeology

The 10th-5th centuries BCE (the first centuries of the Iron Age) witnessed significant societal transformations across the Mediterranean. Populations grew in many regions, the first genuine economic integration of the basin occurred through maritime interaction and overseas settlement, and, for the first time, communities characterisable as urban and state-like are identifiable from the sea’s eastern littoral (where they had a deeper Bronze Age history) through to its Atlantic border.

The Late Bronze Age (LBA) and Early Iron Age (EIA) in southwest Asia saw major socio-political transformations, including the rise and fall of the Hittite, Kassite and Neo-Assyrian empires. Alongside socio-political and economic instability, climatically induced droughts are among the most frequently cited causes for the collapse of these states. However, direct evidence for the impact of droughts on agricultural systems is virtually absent from these periods, rendering hypotheses that see climate change at the heart of the crises hypothetical.

ENCOUNTER investigates the Jomon-Yayoi transition, a demic and cultural diffusion event that led the predominantly hunting, gathering, and fishing-based communities of the Japanese islands to adopt rice and millet farming during the 1st millennium BC.

In Western Europe the main use for artificial monuments out of stone, wood or earthy materials extends from the Late Neolithic to Early Bronze Age (4th and 3rd millennium BCE).  This unique period of landscape adaptation has a lasting, visible imprint on the present. However, as monuments are by definition visual landmarks, there is currently a lack of research regarding the perceptive clues offered by these structures to the people who built and frequented them.

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.

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.

The Mapping Africa’s Endangered Archaeological Sites and Monuments (MAEASaM) project, funded by Arcadia charitable foundation, is documenting and compiling a trans-national inventory of Africa’s rich archaeological heritage, including many previously unidentified sites and monuments. Particular emphasis is being given to mapping and recording sites under threat, whether from urban growth, conflict, sea-level change or infrastructure development, among other adverse impacts.

The Mapping Archaeological Heritage in South Asia (MAHSA) project, now in its Phase 2, will continue to document the endangered archaeology and cultural heritage of the Indus River Basin and the surrounding areas and publish this information in an Open Access Arches geospatial database. Over the course of Phase 2, the project will expand its scope to include the Ganges River Basin, Baluchistan and the coastal areas of India and Pakistan.

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

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.

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.