“Until now, the phenotypic diversity among European hunter-gatherers was only known from a small number of fossils and was thought to be fairly homogeneous,” said Dr. Maïté Rivollat, lead geneticist of the ROAM project at Ghent University, in a news interview with UGent News. This understated remark refers to the scientific breakthrough that shattered conjectures regarding Europe’s first human population. The reconstructed image of a woman who passed away 10,000 years ago in the Meuse Valley now recovered in exquisite detail does not just inform us about her life, but gives us a glimpse into the creativity and versatility of Mesolithic society.
The quest to reconstruct the so-called “Margaux woman” started in 1988, when she was unearthed in the Margaux Cave near Dinant. The following scientific journey was nothing less than interdisciplinary alchemy, as anatomical cutting up, state-of-the-art genetic sequencing, archaeological field-testing, and interpretive imagination of paleoart came together. The outcome: a naturalistic reconstruction combining scientific stringency for the very first time with the poetically evocative potential of art to tell the life narrative of the life of a prehistoric woman and her world.
Genetic examination in the ROAM project at Ghent University determined the Margaux woman to have been part of the same Western European hunter-gatherer population as the famous Great British Cheddar Man. She and Cheddar Man were both blue-eyed a feature which is believed to have been unusual for Mesolithic Europeans. However, she was whiter, something which “indicates a greater diversity in skin pigmentation than we previously thought,” Dr. Rivollat told Het Nieuwsblad. This discovery conforms to new proof that specifies pale eyes appeared in Europe much sooner than pale skin or blonde hair, contrary to the traditional theory for the evolution of physical characteristics in ancient Europeans.
The reconstructed face of Margaux woman was a success of forensic and artistic collaboration. Dutch paleoartists Adrie and Alfons Kennis, world-famous for their fact-based reconstructions, worked hand-in-hand with researchers to provide anatomical accuracy. The team employed cutting-edge forensic facial reconstruction methods that include scanning the skull, three-dimensional modeling of the soft tissue thickness, and building up muscles and skin from modern and historical reference information. As proven by the Cheddar Man project, the petrous bone, being the densest of all the bones in the human body, is now industry standard in the recovery of ancient DNA since it is able to preserve genetic material even if it has been buried for millennia. The reconstruction, however, extended far beyond the face.
In the direction of artist Ulco Glimmerveen, the team reconstructed the life of the Margaux woman using archaeological evidence from Mesolithic sites along the Meuse Valley. The reconstructed settings include camps, hunting, and transport systems all built from evidence derived with the assistance of stone tool, shell remains, pigments, and faunal analysis. Archaeological survey of the area, a component of the Maaswerken project, indicated that seasonally briefly the Mesolithic hunter-gatherers had lived in transient riverbank camps with access to the abundant wetland and forest food supplies. Its presence accompanied by hearth remains indicated it was a nomadic existence with small groups of migratory animals following red deer, aurochs, and fish for meat, and fruits and nuts. Subsequently more recent landscape simulation has more accurately informed us about how these first societies had responded to post-glacial cataclysmic environmental transformation.
Around the same time, as sea levels were rising and river valley topography was in flux, Mesolithic individuals in the inner Netherlands and its environs were constructing wetland strategies, utilizing canoes and other rudimentary boats in order to navigate flooded countryside. The travel reconstructions within these show reconstructions are based on this research, which details adaptability needed to survive in a changing world. The genetic heritage of the Margaux woman also positions her within wider patterns that were seen throughout prehistoric Europe.
The Danish ancient DNA data, to illustrate, reveal that the Western European hunter-gatherers enjoyed a uniquely long genetic stability for millennia, and blue eyes and darker pigmentation were standard in the Mesolithic. The path towards lighter hair and complexion would only have gathered speed with the Anatolian Neolithic farmers, whose expansions and cultural diffusion redrew the continent’s genetic map. Scientific honesty of the reconstruction of the Margaux woman contributes to the museum’s public engagement.
The visitor is invited to vote to give her an “official” name Margo, Freyà, or Mos’anne each referring to the natural and cultural heritage of the Meuse Valley. The traveling exhibition, going from museum to museum through Flanders and Wallonia, does not only show the face of man but also everyday life among his people. Implementations, hunting technology, and reconstructions of campsites provide a tangible link to the ingenuity and creativity of Mesolithic people. Behind the scenes, the project also demystifies the magic of working interdisciplinarity. Behind the scenes, archaeologists, geneticists, bioanthropologists, and artists worked together so that all the information from the curve of a cheekbone to the shape of a flint blade was grounded on the most current scientific evidence. Ancient DNA sequencing, anatomical reconstruction, and context in the archaeological record combined are now the norm for reconstructing the existence of prehistoric humans.
This convergence of science and art, the history of the woman of Margaux, challenges us to reimagine what it is to be tied to the past. Her face, restored in this intersection of art and science, is not art but a testament to the strength of the human need to know, recall, and imagine the lives that preceded us.
