Surficial processes inferred from Pleistocene sedimentary sequences can provide a record of events leading to archaeological site formation as well as landscape evolution. In northeastern Africa, Palaeolithic artifacts are found within sedimentary deposits that seem to reflect suficial processes linked to changing climate and environmental settings. These include Acheulian, Middle Palaeolithic, and Late Palaeolithic occurrences in the Western Desert and Nile Valley of Egypt, and their site-specific sedimentary contexts. In the western interior region of North America, records of landscape evolution dating to the last glacial-interglacial transition and the Pleistocene-Holocene boundary can be related to settings contemporaneous with the lat...
The role that climate and environmental history may have played in influencing human evolution has b...
Global, regional, and local changes in environments are critically important to understanding the se...
International audienceDuring the Last Interglacial-Early Glacial transition (MIS5-MIS4; ~73 ka), sub...
Bir Sahara, situated in northeast Africa, contains a set of sedimentary sequences that imply episodi...
It is commonly accepted that several processes come into play in the formation of the archaeological...
The sedimentological and lithostratigraphic record from north-central Bir Tarfawi documents the pres...
Geomorphic evidence from rivers and lakes can help explain past changes in the locations of archaeol...
The Last Interglacial period is important for the spread of humans from Africa to Eurasia. Significa...
Paleoanthropologists have long speculated about the role of environmental change in shaping human ev...
North Africa contains evidence of environmental change that can be used to examine past climate vari...
This book aims to review the current and latest research outcomes in the field of Pleistocene Archae...
Thesis (Ph. D.)--University of Washington, 1982Two interdependent lines of thought are now convergin...
This book presents an overview of recent research in the field of Pleistocene Archaeology around the...
The West Nubian Palaeolake is the most large-scale hydrographic evidence in the Eastern Sahara of th...
Long-term palaeo-climatic conditions have primarily been interpreted from ocean marine sediments and...
The role that climate and environmental history may have played in influencing human evolution has b...
Global, regional, and local changes in environments are critically important to understanding the se...
International audienceDuring the Last Interglacial-Early Glacial transition (MIS5-MIS4; ~73 ka), sub...
Bir Sahara, situated in northeast Africa, contains a set of sedimentary sequences that imply episodi...
It is commonly accepted that several processes come into play in the formation of the archaeological...
The sedimentological and lithostratigraphic record from north-central Bir Tarfawi documents the pres...
Geomorphic evidence from rivers and lakes can help explain past changes in the locations of archaeol...
The Last Interglacial period is important for the spread of humans from Africa to Eurasia. Significa...
Paleoanthropologists have long speculated about the role of environmental change in shaping human ev...
North Africa contains evidence of environmental change that can be used to examine past climate vari...
This book aims to review the current and latest research outcomes in the field of Pleistocene Archae...
Thesis (Ph. D.)--University of Washington, 1982Two interdependent lines of thought are now convergin...
This book presents an overview of recent research in the field of Pleistocene Archaeology around the...
The West Nubian Palaeolake is the most large-scale hydrographic evidence in the Eastern Sahara of th...
Long-term palaeo-climatic conditions have primarily been interpreted from ocean marine sediments and...
The role that climate and environmental history may have played in influencing human evolution has b...
Global, regional, and local changes in environments are critically important to understanding the se...
International audienceDuring the Last Interglacial-Early Glacial transition (MIS5-MIS4; ~73 ka), sub...