World Archaeology · 2008 · 243 citations · 35 references
HumanitiesArchaeologyChemistryCeramicsExperimental ArchaeologyPrehistoric ArchaeologyCeramic UseResidue AnalysisArchaeological Ceramic TechnologyArchaeological CeramicsCeramic Residue AnalysisExperimental StudiesOrganic Artifact AnalysisResidue Deposition
Experimental work is essential for testing hypotheses and interpreting organic residues in archaeological ceramics. Researchers use replica, ethnographic, and real potsherd vessels, along with ceramic chips and powders, to experimentally examine how use and burial affect residue deposition, chemical transformations, and isotopic signatures. These combined experiments revealed key chemical composition patterns and spurred the search for previously overlooked marker compounds.
Abstract All scientific investigations require experimentation to test hypotheses and support interpretations. Thus, experimental studies are an indispensable aspect of investigations of organic residues from archaeological ceramics. Experimental methods have been applied to provide insights into factors relating to vessels use and burial. Studies relating to vessel use have used replica vessels, ceramic chips and powder to investigate both physical and chemical phenomena relating to organic residue deposition and transformations. Ethnographic vessels are employed to bridge a practical gap, providing insights into the impacts of long-term vessel use that would be impossible to address in laboratory experiments. By combining such studies we have provided important insights into the chemical compositions observed and prompted searches for novel marker compounds that might otherwise have been overlooked. Potsherds impregnated with organic residues provide substrates for investigating the impacts of burial on chemical and stable isotopic compositions.
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The South African Journal of Science
African Affairs · 1921 · 2K citations
Ancient Egyptian materials and technology
Choice Reviews Online · 2000 · 966 citations