Ounjougou is the name of a lieu-dit found in the middle of an important complex of archaeological sites in the Upper Yamé Valley on the Bandiagara Plateau, in Dogon Country, Mali. The Ounjougou archaeological complex consists of over a hundred sites. The analysis of many layers rich in archaeological and botanical remains has enabled establishment of a major chronological, cultural and environmental sequence crucial to understand settlement patterns in the Inland Niger Delta and West Africa. Ounjougou has yielded the earliest pottery found in Africa, and is believed to be one of the earliest r
Ounjougou is the name of a lieu-dit found in the middle of an important complex of archaeological sites in the Upper Yamé Valley on the Bandiagara Plateau, in Dogon Country, Mali. The Ounjougou archaeological complex consists of over a hundred sites. The analysis of many layers rich in archaeological and botanical remains has enabled establishment of a major chronological, cultural and environmental sequence crucial to understand settlement patterns in the Inland Niger Delta and West Africa. Ounjougou has yielded the earliest pottery found in Africa, and is believed to be one of the earliest regions (along with East Asia) in which the independent development of pottery occurred.
== Geographic and historical context of research == A recent transformation of the Yamé River made possible the discovery of the archaeological richness of Ounjougou. Indeed, a major flood considerably changed the configuration of the watercourse by redesigning its much lower path, leading to strong regressive erosion in the surrounding Quaternary formations. This vertical incision, responsible for spectacular gullies now visible in the area, has created natural sections exceeding 10 meters in height. The stratigraphic sequence revealed contains many archaeological layers attributable to a broad chronological range extending from the Lower Paleolithic to the present. The Ounjougou sequence is also notable for a series of extremely rich Holocene layers rich in well-preserved organic remains (charcoal, pollen, leaves, seeds and wood), offering the opportunity to directly address the relationship between human occupations and climatic and environmental variability throughout a long sequence.
Discovered by embedding cosine similarity (sentence-transformers MiniLM, 384-dim).