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SFB 806: Our Way to Europe: Culture-Environment Interaction and Human Mobility in the Late Quaternary
Collaborative Project
Coordinating institution:
Institute for Prehistory
Collaborative Projects
Cluster A - Northeast Africa - Ways of Dispersal from the Centre of Origin
Leading institution:
Institute for Prehistory
Research projects
Cluster B - Eastern Mediterranean and Balkan Peninsula: Primary Corridor to Europe?
Leading institution:
Geographical Institute
Research projects
- SFB 806 B1: The \'Eastern Trajectory\': Last Glacial Palaeogeography and Archaeology of the Eastern Mediterranean and of the Balkan Peninsula
- SFB 806 B2: Climatic and Environmental History of the Balkans During the Last Glacial Cycle
- SFB 806 B3: Environmental Response on Climate Impact in the Levant during the Last Glacial and Holocene and their Role in the Origin of Agriculture
- SFB 806 B4: Climatic Evolution of the Marmara Region during the past 50,000 years
Cluster C - The Western Mediterranean - Bridge or Barrier?
Leading institution:
Foundation Neanderthal Museum
Research projects
Cluster D - Margin and Destination: Case Studies from Late Pleistocene and Holocene Europe
Leading institution:
Geographical Institute
Research projects
- SFB 806 D3: Human Impact and Colluvial Sediment Storages in Europe since the Neolithic
- SFB 806 D2: The Rise of the Cultural Landscape in Central Europe: Mobility and Human-Environment Interaction since the Neolithic
- SFB 806 D1: Analysis of Migration Processes due to Environmental Conditions between 40,000 and 14,000 a BP in the Rhine-Meuse Area
Cluster E - Contextual Change - Motor of Human Mobility?
Leading institution:
Institute of Geology and Mineralogy
Research projects
Cluster F - Setting the Time Frame: Dates and Markers of Human Dispersal
Leading institution:
Geographical Institute
Research projects
- SFB 806 F1: Application of Cosmogenic Nuclide Dating (14C and 10Be) in the Construction of High-Resolution Archaeological Chronologies
- SFB 806 F2: Application of Luminescence and Electron-Spin-Resonance-Dating in Geoarchaeological Studies
- SFB 806 F3: Black Carbon in Soils as an Indicator for Human-Environment Interactions in the Last 190,000 years
- SFB 806 F4: Climate Change in the Northern and Western Black Sea Region Based on U-Th isochron Dated Stalagmites from the Crimean Peninsula and Eastern Romania
Cluster Z - Centralised Tasks
Leading institution:
Institute for Prehistory