Skilled hunters 300,000 years ago

Skilled hunters 300,000 years ago
Credit: University of Tübingen

Finds from early stone age site in north-central Germany show that human ingenuity is nothing new – and was probably shared by now-extinct species of humans.

Archeologists from the University of Tübingen have found eight extremely well-preserved spears – an astonishing 300,000 years old, making them the oldest known weapons anywhere. The spears and other artifacts as well as animal remains found at the site demonstrate that their users were highly skilled craftsmen and hunters, well adapted to their environment – with a capacity for abstract thought and complex planning comparable to our own. It is likely that they were members of the species , although no have yet been found at the site.

The project is headed by Prof. Nicholas Conard and the excavations are supervised by Dr. Jordi Serangeli, both from the University of Tübingen's Institute of Prehistory, which has been supporting the local authority's excavation in an open-cast brown in Schöningen since 2008. They are applying skills from several disciplines at this uniquely well-preserved site find out more about how humans lived in the environment of 300,000 years ago.

The bones of large mammals – elephants, rhinoceroses, horses and lions – as well as the remains of amphibians, reptiles, shells and even beetles have been preserved in the brown coal. Pines, firs, and black alder trees are preserved complete with pine cones, as have the leaves, pollen and seeds of surrounding flora.

Until the mining started 30 years ago, these finds were below the . The archeologists say they are now carrying out " without the water." Work continues almost all year round, and every day there is something new to document and recover.

Some of the most important finds of the past three years have been remains of a water buffalo in the context of human habitation, an almost completely preserved aurochs (one of the oldest in ), and several concentrations of stone artifacts, bones and wood. They allow the scientists to examine an entire landscape instead of just one site. That makes Schöningen an exciting location and global reference point not just for archaeology, but also for quaternary ecology and climate research. A research center and museum, the "Paläon," is to be opened in 2013 to to provide information to the public about the work going on in Schöningen.

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Citation: Skilled hunters 300,000 years ago (2012, September 17) retrieved 16 June 2019 from
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Sep 17, 2012
I read these stories and they can be informative and interesting. The one thing I always wondered about was the dating of the artifacts that they find. Especially when it is inorganic in nature.

I kinda sorta almost understand carbon dating, but what if there is just a spear head? Besides the specific layer that it is found in, is there a way to determine the date, like with a something like carbon dating but for non organic material like a stone?

Sep 18, 2012
Hi tk1
Anything older than 50,000 years is dated by other radiometric dating techniques. Uranium-series dating in this case I suspect.

Sep 18, 2012
Looking at the stone tip, after reading promising news about nuclear fusion makes me contemplate how far our species has come. Let's not screw it up with people who like to riot over Muhammad videos, or others like them.

Sep 18, 2012
They seem to go back and forth on the dates here, the Smithsonian have some Schöningen spears down for ~ 400 000 years old. [ https://humanorig...en-spear ]

@ tk1: Dating is, it seems to me, a long series [sic!] of interleaved methods.

Already Darwin could date sediments accurately by considering deposition rates. Layerings were dated relationally if not often absolute. (I.e. you could sort out younger layers, often on top, vs older.) Then came various forms of radiometry, up to density of cosmic ray tracks in quartz crystals showing their formation age.

When you have dates by these methods you can date recurrent features, whether geological (say, reversals of Earth magnetic field leaving fossil magnetic directions) or biological (dominant species of pollen or forams plankton mineral shells), and use them in turn for quantitative dating.

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