Iron Artefacts from the DGB-1 Site, Northern Cameroon:
General Material Designation
[Article]
Other Title Information
Conservation, Metallurgical Analysis and Ethnoarchaeological Analogies
First Statement of Responsibility
Scott MacEachern, David A. Scott, Molly O'Guinness Carlson, et al.
.PUBLICATION, DISTRIBUTION, ETC
Place of Publication, Distribution, etc.
Leiden
Name of Publisher, Distributor, etc.
Brill
SUMMARY OR ABSTRACT
Text of Note
In 2008, a number of iron artefacts were recovered from an interior courtyard on the DGB-1 site during fieldwork in 2008. DGB-1 is a large multi-function site located in the northeastern Mandara Mountains of Cameroon, and dating to the mid-second millennium AD. The iron artefacts recovered included a cache of spear/arrow points found buried under a living floor, as well as a local hoe and a chain and a 'barrette' probably not of local provenance. This discovery has a number of points of interest: (1) ethnoarchaeological reenactments of iron smelts in the 1980s in the same region provide a rare opportunity for comparison of iron-working techniques over about five centuries in sub-Saharan Africa; (2) the variability in different forms of iron (including eutectoid steel) used in these artefacts; and (3) the welding of different forms of iron to produce composite artefacts. In 2008, a number of iron artefacts were recovered from an interior courtyard on the DGB-1 site during fieldwork in 2008. DGB-1 is a large multi-function site located in the northeastern Mandara Mountains of Cameroon, and dating to the mid-second millennium AD. The iron artefacts recovered included a cache of spear/arrow points found buried under a living floor, as well as a local hoe and a chain and a 'barrette' probably not of local provenance. This discovery has a number of points of interest: (1) ethnoarchaeological reenactments of iron smelts in the 1980s in the same region provide a rare opportunity for comparison of iron-working techniques over about five centuries in sub-Saharan Africa; (2) the variability in different forms of iron (including eutectoid steel) used in these artefacts; and (3) the welding of different forms of iron to produce composite artefacts.