vegetation with a shift towards a cooler, drier and more variable global climatic regime beginning approximately 3 million years ago (Ma), evidence for grassland-dominated ecosystems in continental Africa and hominin activities within such ecosystems have been lacking.We report stable isotopic analyses of pedogenic carbonates and ungulate enamel, as well as faunal data from ∼2.0 Ma archeological occurrences at Kanjera South, Kenya. These document repeated hominin activities within a grassland-dominated ecosystem., and may signal an important shift in hominin landscape usage
Global, regional, and local changes in environments are critically important to understanding the se...
In order to generate information on the site-specific context of hominid foraging behavior, and unde...
In order to generate information on the site-specific context of hominid foraging behavior, and unde...
vegetation with a shift towards a cooler, drier and more variable global climatic regime beginning ...
Background: Major biological and cultural innovations in late Pliocene hominin evolution are frequen...
Background: Major biological and cultural innovations in late Pliocene hominin evolution are frequen...
Major biological and cultural innovations in late Pliocene hominin evolution are frequently linked t...
BACKGROUND: Major biological and cultural innovations in late Pliocene hominin evolution are frequen...
Background: Major biological and cultural innovations in late Pliocene hominin evolution are frequen...
Background: Major biological and cultural innovations in late Pliocene hominin evolution are frequen...
Background: Major biological and cultural innovations in late Pliocene hominin evolution are frequen...
Background Major biological and cultural innovations in late Pliocene hominin evolution are frequent...
Background Major biological and cultural innovations in late Pliocene hominin evolution are frequent...
BACKGROUND: Major biological and cultural innovations in late Pliocene hominin evolution are frequen...
Background: Major biological and cultural innovations in late Pliocene hominin evolution are frequen...
Global, regional, and local changes in environments are critically important to understanding the se...
In order to generate information on the site-specific context of hominid foraging behavior, and unde...
In order to generate information on the site-specific context of hominid foraging behavior, and unde...
vegetation with a shift towards a cooler, drier and more variable global climatic regime beginning ...
Background: Major biological and cultural innovations in late Pliocene hominin evolution are frequen...
Background: Major biological and cultural innovations in late Pliocene hominin evolution are frequen...
Major biological and cultural innovations in late Pliocene hominin evolution are frequently linked t...
BACKGROUND: Major biological and cultural innovations in late Pliocene hominin evolution are frequen...
Background: Major biological and cultural innovations in late Pliocene hominin evolution are frequen...
Background: Major biological and cultural innovations in late Pliocene hominin evolution are frequen...
Background: Major biological and cultural innovations in late Pliocene hominin evolution are frequen...
Background Major biological and cultural innovations in late Pliocene hominin evolution are frequent...
Background Major biological and cultural innovations in late Pliocene hominin evolution are frequent...
BACKGROUND: Major biological and cultural innovations in late Pliocene hominin evolution are frequen...
Background: Major biological and cultural innovations in late Pliocene hominin evolution are frequen...
Global, regional, and local changes in environments are critically important to understanding the se...
In order to generate information on the site-specific context of hominid foraging behavior, and unde...
In order to generate information on the site-specific context of hominid foraging behavior, and unde...