Pliocene and Pleistocene sediments from West Turkana (Kenya, East African Rift System)
form emblematic syn-rift successions for understanding the evolution of extensional basin …

Reconstructing past environmental variability at short (annual-decadal) time scales is critical
for understanding ecosystem change and ecological drivers of evolution. One promising …

We present new evidence for the emergence of biface sha** from Kokiselei 6 in the
Kokiselei Site Complex (KS) in West Turkana, Kenya. This rich and well-preserved new site …

We developed a composite outcrop proxy record of Plio-Pleistocene climate in eastern
Africa using the radiometrically-dated sediments of the Omo Group that preserve evidence …

The Turkana Basin in NW Kenya and SW Ethiopia hosts remarkable fossil-rich sediments
that are central to our understanding of early hominin evolution, with interbedded volcanic …

During the mid-to-late Pliocene (ca. 4–3 Ma), several hominin species were present in
central Sahel, eastern and southern Africa. The potential for the discovery of hominin …

The Turkana Basin in northern Kenya and southern Ethiopia has yielded hundreds of
hominin fossils and is among the most important localities in the world for studying human …

Well-dated paleoanthropological sites are critical for studying hominin evolution and
dispersal, especially when related to regional or global climate change. For the rich hominin …

Abstract The Gona Paleoanthropological Research Project area in the Afar Region of
Ethiopia arguably contains one of the most complete records of archaeological sites …

Stable isotope palaeoecology of fossil mammals is a key research tool for understanding the
environmental context of hominin evolution in the Plio-Pleistocene of Africa. Well studied …