Salīdzināt metodes

	Ceramic Typology	Harris Matrix
Nozare	Arheoloģija	Arheoloģija
Saime	Process / pipeline	Process / pipeline
Izcelsmes gads	1987	1973
Autors	Developed across 20th-century archaeology; synthesized by Prudence M. Rice	Edward C. Harris (with the Winchester excavation team)
Tips	Attribute-based classification of pottery for chronology and cultural attribution	Stratigraphic recording and sequence-diagramming pipeline
Pirmavots	Rice, P. M. (1987). Pottery Analysis: A Sourcebook. University of Chicago Press. ISBN: 9780226711188	Harris, E. C. (1989). Principles of Archaeological Stratigraphy (2nd ed.). Academic Press. ISBN: 9780123266514
Citi nosaukumi	Pottery Typology, Ceramic Classification, Ware and Type Classification, Type-Variety Analysis	Stratigraphic Sequence Diagram, Harris-Winchester Matrix, Single-Context Recording, Context Sequence Diagram
Saistītās	2	2
Kopsavilkums	Ceramic typology is the systematic classification of pottery into named groups — wares, types, and varieties — on the basis of shared attributes of form, fabric, surface treatment, decoration, and manufacturing technology. Because pottery is durable, ubiquitous, and changed rapidly in style, it is the archaeologist's most powerful tool for ordering sites and layers in time and for linking material to cultural traditions. As Prudence Rice's standard sourcebook sets out, a typology is built by recording consistent attributes, partitioning the assemblage into defined types, and arranging those types in a nested hierarchy that can then be quantified and compared across contexts. The resulting type frequencies become the raw material for relative dating, seriation, and the interpretation of trade, identity, and chronology.	The Harris matrix is a method for recording and diagramming the stratigraphic sequence of an archaeological site as a partial-order diagram of individually defined contexts. Devised by Edward C. Harris at the Winchester excavations in 1973 and codified in his Principles of Archaeological Stratigraphy, it treats every deposit, cut, and interface as a separate stratigraphic unit and reduces the tangle of physical relationships among them to a minimal directed acyclic graph that expresses only relative temporal order. By distinguishing physical superposition from temporal sequence and stripping away redundant relationships through transitive reduction, the matrix turns the three-dimensional complexity of a dig into a single, auditable diagram. It is the structural backbone of single-context recording and the standard interface between excavation and chronological modeling.