project banner image
Descriptive Attribute Value(s)
Context Floatation
Sample volume (liters) 6.5
Ceramic Count Density 126.6153846154
Ceramic Weight Density 32.0307692308
Fine Fabric Count Density 0.6153846154
Fine Fabric Weight Density 0.1953846154
Medium Fabric Count Density 1.8461538462
Medium Fabric Weight Density 0.7584615385
Coarse Fabric Count Density 124.1538461538
Coarse Fabric Weight Density 31.0769230769
Chert Count Density 0.7692307692
Chert Weight Density 0.0975384615
Light Gray Chert Count Density 0.3076923077
Light Gray Chert Weight Density 0.0230769231
Dark Gray Chert Count Density 0.4615384615
Dark Gray Chert Weight Density 0.0744615385
Dark Brown Chert Count Density 0.0
Dark Brown Chert Weight Density 0.0
Reddish-brown Chert Count Density 0.0
Reddish-brown Chert Weight Density 0.0
Obsidian Count Density 0.1538461538
Obsidian Weight Density 0.004
Black Obsidian Count Density 0.0
Black Obsidian Weight Density 0.0
Green Obsidian Count Density 0.0
Green Obsidian Weight Density 0.0
Total Lithic Count Density 0.9230769231
Total Lithic Weight Density 0.1015384615
Bone Count Density 19.3846153846
Bone Weight Density 0.7566153846
Burnt Bone Count Density 7.8461538462
Burnt Bone Weight Density 0.3172307692
Unburnt Bone Count Density 0.0
Unburnt Bone Weight Density (per liter) 0.0
Shell Count Density 0.9230769231
Shell Weight Density 0.0006153846
Seed Count Density 0.0
Seed weight density 0.0
Sample Type Micro archaeology sample
Has note Microarchaeology is the collection and analysis of minute pieces of stone, bone, ceramics and other artifacts that are embedded within the sediment matrix of archaeological loci. At Kenan Tepe, microartifacts are classified as any cultural object less than 1 centimeter, but greater than 1 millimeter, in size. Our assumption is that, due to their small size, microartifacts are less affected by the natural and cultural formation processes of the archaeological record that determine the presence, patterning, and preservation of other traditional artifacts. The microarchaeological sampling procedure at Kenan Tepe is known as the Household Archaeology Protocol (or “HAP"). Using this methodology, sediment samples were judgmentally collected from a variety of contexts in a 50 by 50 cm square that is sectioned off then excavated down to the base of the feature (to the depth of the floor not including the subfloor, for example). The sediment obtained from these HAP samples was not screened, but collected in toto. Microartifacts were recovered from the HAP samples through a flotation process using a standard Siraf-type flotation machine. While the majority of features where microdebris samples were taken using the HAP procedure are surfaces, flotation samples were also collected from ovens, hearths, pits and middens. Though not collected using the HAP protocol, the heavy fractions from these samples were processed and analyzed the same way as HAP samples.
Suggested Citation

Jennifer Henecke, Bradley J. Parker. (2012) "MicroArch 1 from Asia/Turkey/Kenan Tepe/Area D/Trench 10/Locus 31/Finds Bag 5". In Kenan Tepe. Bradley Parker, Peter Cobb (Ed). Released: 2012-03-28. Open Context. <https://opencontext.org/subjects/28af9656-92fe-46cf-ad85-e9cee73f2381> ARK (Archive): https://n2t.net/ark:/28722/k21g0pf39

Editorial Status
●●●●○
Part of Project
Copyright License

To the extent to which copyright applies, this content carries the above license. Follow the link to understand specific permissions and requirements.

Required Attribution: Citation and reference of URIs (hyperlinks)