Job Titles
Department of Archaeology
I specialise in African iron metallurgy and archaeological science. My research aims to integrate human sciences such as history, archaeology, and anthropology, with natural sciences, including chemistry and geology, combined with extensive fieldwork, to better understand the organization and development of ancient iron-production systems. I completed my PhD in Geosciences at the University of Fribourg (2017–2022), where I studied an iron-smelting technique in northeastern Madagascar. I then began working on West African metallurgy with a postdoctoral position at the TRACES laboratory (2023) on a site in northern Côte d’Ivoire, followed by a postdoctoral fellowship at the University of Geneva (2024–2025) focusing on long-term technological traditions in Senegal.
My laboratory approach combines the chemical characterisation of ores and slags (WD-XRF, LOI) with the study of mineralogical and microstructural behaviour (metallography, XRD, SEM-EDS). I am now developing an experimental archaeology component to better model and reproduce ancient smelting processes.
My research explores the diversity of African iron-smelting traditions and the ways technical practices, gestures, resource management, and cultural choices shaped technological evolution. A key focus of my work is redefining “efficiency” in archaeometallurgy: instead of relying on modern economic metrics, I approach efficiency as a social, technical, and cultural construct, an essential perspective for understanding past societies, especially beyond European frameworks.
My current project investigates the Bassar region of Togo, particularly Bandjeli, where two distinct smelting traditions coexisted within the same villages. This rare situation offers a unique opportunity to study how different technologies functioned, interacted, and persisted. I combine geochemical analyses of ores and slags, historical documentation, and archaeological excavations to evaluate the respective efficiencies of these techniques and to understand why they operated in parallel.
Morel, M., Serneels, V. (Accepted) Metals and Iron working in Madagascar, In Crossland, Z.; Radimilahy, C. and Douglass, K. (Eds.), Malagasy World, Routledges Worlds Series.
Morel, M., Serneels, V., Robion-Brunner, C., Timpoko Kiénon Kabore, H. (2025). Efficiency of ancient iron production: A case study from the Kaniasso district, Ivory Coast (11th-19th century), JAS Reports.
Morel, M. (2023). Iron metallurgy in northeastern Madagascar: a study of Rasikajy metallurgical production between the 11th and 15th century, Université de Fribourg, Dep. Geosciences, Librum, Basel — Frankfurt a. M.
Morel, M., Serneels, V. (2021). Interpreting the Chemical Variability of Iron Smelting Slag: A Case Study from Northeastern Madagascar, Minerals, 11, 900.
Co-supervision of a bachelor student in collaboration with the HES-SO Valais (Switzerland), with Dr Cyrille Bezençon. Impact of manganese on the thermodynamics of archaeometallurgical processes involving Fe-C alloys
Postal Address:
Department of Archaeology
Downing Street
CB2 3DZ Cambridge
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