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10K Today!

Just want to say thanks to everyone who's checked out the blog so far, it just pipped 10,000 hits today. Hope you're enjoying the mix of Neanderthals, photography, archaeology and sciencey goodness!

More on postdoc life will be coming over the next few months as the start date for my Marie Curie Fellowship at Universite Bordeaux 1 gets closer, and I can start preparing to move out to France. Exciting times, hope you all stay for the ride.


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Something that everyone who works in the archaeology of deep prehistory has to get to grips with is the technology of stone tools, or lithics. This includes thinking about the ways in which people made their tools, which techniques they chose to use, etc. It also means that Palaeolithic archaeologists, alongside needing to know stuff about climatology, palaeontology, and ecology, need to delve into the science of geology. People in prehistory might not have understood the origins of different kinds of rocks, but they certainly appreciated the diversity in stone qualities, not only between very different rock types but also within geological/mineral categories.


These two Neandertal tools that I studied for my PhD, called handaxes, are both very finely worked, but made from completely different rocks. The one on the left (Castle Lane, Bournemouth) is made from Cretaceous flint found in the south and east of Britain, and the one on the right (Coygan Cave) from rhyolite, a volcanic stone…

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Geology and geography are fundamental to archaeologists in understanding the landscape contexts that people of the past lived within. While climate and environments have drastically altered over the time span of the Palaeolithic, the topography often, on a broad scale, remains relatively similar. Erosion can be extensive, river systems can change course (the Thames used to flow much further north than it now does for example), and the great depth of sediment accumulation in some areas changed local situations. But the big stuff made of rock like plateaux, mountains and watersheds have remained relatively static over the time hominins have been around. There are exceptions to this however, primarily in the form of volcanism and tectonic action, and the region I'm working in is a textbook example. Here in the Massif Central, there is a long history of volcanic action of many types, the most recent of which occurred less than 5000 years ago- well within the history of human settleme…