How do landscapes become inhabited systems?
Reconstructing channels, wetlands, land cover, agriculture and settlement as coupled spatial histories rather than environmental backdrops.
Exploring the past, reflecting on the present, simulating the future. I study how societies and landscapes shape one another across long timescales—from Nile Delta wetlands and ancient waterways to agropastoral landscapes in western Norway.
My work is organized around a simple problem: how can fragmentary environmental and archaeological archives be made to say something defensible about changing relationships between people, water, vegetation, institutions and landscape?
Reconstructing channels, wetlands, land cover, agriculture and settlement as coupled spatial histories rather than environmental backdrops.
Using chronology-aware rates, breakpoints, early-warning indicators and multi-proxy trajectories to distinguish trend, threshold and archive artefact.
Comparing connectivity, functional diversity, resource flexibility and landscape inheritance to explain asynchronous socio-ecological trajectories.
Four linked programmes connect deep-time environmental reconstruction with questions of adaptation, agricultural dependence, state formation and contemporary ecological change.
Recovering MEDIBA and later lake archives to test recent ecological change in Manzala, Burullus and Mariut.
Enter the research atlas →Multi-site analysis of environmental, archaeological and human-impact records to test asynchronous transitions and uneven propagation of change.
Project overview →Multi-proxy reassessment of early Delta economies, separating the appearance of domesticates from increasing dependence on cultivation.
Project overview →REVEALS-based land-cover reconstruction and long-term analysis of landscape transformation along the western Norwegian coast.
Project overview →Research combines palaeoecological archives, archaeology, sedimentology, GIS and quantitative time-series analysis.