The Palace of Xalla in Teotihuacan: A Possible Seat of Power in the Ancient Metropolis
Part of: Society for American Archaeology 86th Annual Meeting, Online (2021)
This collection contains the abstracts of the papers presented in the session entitled "The Palace of Xalla in Teotihuacan: A Possible Seat of Power in the Ancient Metropolis" at the 86th annual meeting of the Society for American Archaeology.
The Xalla palace is located 235 m to the north of the Pyramid of the Sun. Since 1997, it has been under research by my “Teotihuacan: Elite and Rulership: Excavations at Xalla and Teopancazco Project.” This multifunctional palace may have been one of the seats of power for ancient Teotihuacan: it has an unusually large size in the context of the city, with a surface of approximately 55,000 m2. Also, it is not located along the Street of the Dead, but 235 m east from this avenue, providing a sense of privacy; it is isolated by a double wall about 3 m wide that would have allowed watchmen to walk around it. This symposium will deal with the first results of the extensive excavations by Linda R. Manzanilla from 2000 to 2020; the possible functional sectors; and the results of different analyses: archaeomagnetic and radiocarbon dating; lapidary objects, pigments, mica, marine shells, worked bone, faunal remains, figurines, and ancient DNA.
Other Keywords
Highland Mesoamerica: Classic •
Craft Production •
Archaeometry & Materials Analysis •
Chronology •
Teotihuacan •
Zooarchaeology •
Dating Techniques •
Archaeomagnetism •
Bone Tool Analysis •
Urbanism
Geographic Keywords
United Mexican States (Country) •
North America (Continent) •
Hidalgo (State / Territory) •
Colima (State / Territory) •
Queretaro (State / Territory) •
Michoacan (State / Territory) •
Mexico (State / Territory) •
Morelos (State / Territory) •
Jalisco (State / Territory) •
Nayarit (State / Territory)
Resources Inside This Collection (Viewing 1-10 of 10)
- Documents (10)
A High-Resolution Chronology for the Palatial Complex of Xalla Combining a Bayesian Radiocarbon Model with Archaeomagnetic Ages (2021)