«This discovery challenges the established narrative
of early human evolution head - on and is likely to generate a lot of debate.
In their extreme focus
on early human evolution in Africa, scientists may have missed major clues about our ancestry still buried in other parts of the world.
Hence, though the Pulse Climate Variability hypothesis is an interesting starting point for
discussing early human evolution it may to simplistic to capture the whole range of evolutionary forcing occurring in East Africa in the Plio - Pleistocene.
: Monterey Herald More on African Nations and Climate Change Financing Needed But Scarce for Climate Change Adaptation in Africa Climate Change in Africa May Have
Driven Early Human Evolution The Economist: Africa's Global Warming Challenge UN Publishes Satellite Atlas of Africa's Changing Environment Sunspots Linked to Hard Rains in Africa
The mosaic anatomy of Australopithecus sediba raises serious questions about our understanding
of early human evolution.
Funding: This research was supported by a Royal Society Wolfson Research Merit award for work
on early human evolution (MM) and a Royal Society Dorothy Hodgkin Fellowship (SS).
In 2014 the Museum hosted a Symposium on Human Origins, inviting an international cadre of scientists to demonstrate and debate the latest findings
in early human evolution.
They hunted in sediments that were the right age — 2.58 million to 2.84 million years old — and in an epicenter of
early human evolution.
Newly discovered human - like footprints from Crete may put the established narrative of
early human evolution to the test.
Early human evolution is characterised by pulsed speciation and dispersal events that can not be explained fully by global or continental paleoclimate records.