Sedimentological and computer-based investigations on fluvial dynamics within the Ethiopian Highlands

svenja_meyer_blog_ethopia Ethiopia constitutes several unique research sites for understanding human response to environmental change during the Late Quaternary. Diverse environments were created by interacting tectonic and climate regimes and discovery of numerous archaeological records give reason for geoarchaeological research on caves, rockshelters, and surrounding landscapes. Mochena Borago Rockshelter is under study for Late Pleistocene to Holocene occupation of anatomically modern humans and builds the chronological framework for integration of Later Stone Age (LSA) and Middle Stone Age (MSA) assemblages within the southwestern Ethiopian Highlands. 10 km east of Mochena Borago, areas affected by gully erosion at Bisare River site have exposed obsidian raw material outcrops and archaeological (LSA, MSA) assemblages.

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Svenja Meyer, PhD Candidate in X1.

Svenja Meyer, PhD Candidate in A1.

Sedimentological and GIS-based drainage system and geomorphological analyses are conducted to understand actual and ancient fluvial dynamics and archaeological preservation within the catchment of Bisare River in order to reconstruct ancient landscapes. Together with Mochena Borago and Bisare River in the southwestern Ethiopian Highlands, investigations at site Dendi Lake in the central Ethiopian Highlands on archaeological assemblages of all Stone Age periods are carried out. Therefore, the Dendi caldera complex is under study for GIS-based and sedimentological geomorphological mapping and hydrological analyses of the lake in- and outflow for paleoenvironmental reconstruction.

Event Information:

Date, Time: 27/06/2016, 14:45 h – 15:30 h

Location: Room S12, Seminargebäude (Building 106), Universitätsstraße 37 , Cologne

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Tracing population movement across eastern Africa and Eurasia through lithic technology during the late Pleistocene (End of MIS 6 to MIS 4)

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MaeGoder

Dr. Mae Goder, Max Planck Weizmann Center for Integrative Archaeology and Anthropology, Weizmann Institute of Science, Israel

Many archaeologists associate the appearance of Homo sapiens and modern behavior with the Middle Stone Age of Africa. Over the years numerous models have been developed to explain how and why modern humans left Africa and dispersed throughout the world. The majority of these models are based on skeletal and genetic data as well as climatic data, while paradoxically very few incorporate archaeological data.

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