The jaw-drop moment of the conference came for me when osteologist Lise Harvig off-handedly showed us pictures of what she is doing. She’s a PhD student with Niels Lynnerup at the Dept of Forensic Medicine at Copenhagen. Remember the crumbling Neolithic amber bead hoard that the Danes ran through a CT scanner instead of excavating and stabilising the thing? Now Lise is putting entire Bronze Age urn burials through that scanner. She knows where every piece of bone and bronze is in those urns before she even cuts open the plaster they’ve been encased in since being lifted out of the ground. She has perfect 3D digital models of urns that fall apart when you remove the plaster. And she has demonstrated that a lot of the bone fragmentation, that has commonly been assumed to be due to dedicated crushing and grinding by the mourners, is actually simply due to the brittleness of burnt bones whose organic component has leached away over the millennia. Big bones are sitting in the urns, each fragment in place, and fall apart when you try to lift them. As Lise put it, “The one who does the ritual crushing is me, when I empty the urns”.
So, how can a PhD student in archaeology afford to use this sort of hi-tech equipment? Turns out, the technology is developing so fast that the hospitals frequently swap their CT scanners for newer models. The used one at the Dept of Forensic Medicine makes one slice every three millimeters. Not good enough anymore for brain surgery. But perfectly useful for archaeology.
Other issues covered in today’s presentations were:
- Correspondence analysis of Gotland’s stone ships.
- The landscape situation of sacrificial sites in the Lake MÃ¤laren area (me).
- An Early Bronze Age magnate farm excavated recently near Halmstad.
- Human sacrifice and corpse rituals in Lithuania.
- The unusually late introduction of animal husbandry in Finland.
- Bone pins in the Baltic states.
- Copper in Fennoscandia before the Bronze Age.
- Bronze ring casting sites on Saaremaa and elsewhere in the Baltic states.