Research Projects in the Department of Archaeology

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.

The project will research how archaeological and palaeoecological narratives of past land management and climate change adaptation can shape sustainable farming, regenerative agriculture, and rewilding strategies in the Cambridgeshire Fenlands. The nationally important agricultural area is extremely vulnerable to climate change, and the mentioned strategies are considered key mitigation options.

During the Early and Middle Bronze Age (2500-1600 B.C), a range of exchange networks linked Arabia, Iraq, Iran, Bahrain and South Asia, facilitating the long-distance movement of a wide variety of raw materials and finished products. Texts from the Sargonic and Ur III period (2300-2000 BC) provide us with lists of commodities entering Mesopotamia from toponyms referred to as ‘Dilmun’ (Bahrain), ‘Magan’ (south-eastern Arabia and southern Iran), and ‘Meluhha’ (the Indus Civilisation), which include copper, tin, semi-precious stones, as well as organic products.

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.

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

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.