THOMAS A. WAKE | Ucla (original) (raw)
Papers by THOMAS A. WAKE
Preceramic Mesoamerica, 2021
An Archaic Mexican Shellmound and Its Entombed Floors
The Journal of Island and Coastal Archaeology, May 8, 2023
Cambridge University Press eBooks, Aug 18, 2022
Table of Ariidae (catfish) faunal bones from Paso de la Amada. Asterisks in table described below... more Table of Ariidae (catfish) faunal bones from Paso de la Amada. Asterisks in table described below: *Would probably have been removed with cranial bones if head was separated from body in processing. **Elements identified simply as "spine" were split 50/50 between pectoral spine and dorsal spine, in favor of dorsal spine when the split was not even. ***Average of the number of vertebrae between all Ariidae species present in the assemblage (Ariopsis guatemalensis, Ariopsis seemani, Cathorops fuerthii, Notorius troschelli, Occidentalis platypogon).
Early Mesoamerican Social Transformations, 2019
Object data for pins and awls from Paso de la Amada.
Reference collection of birds at Paso de la Amada.
Settlement and Subsistence in Early Formative Soconusco, 2010
Table of Eleotridae (sleepers) faunal bones from Paso de la Amada. Asterisks in table described b... more Table of Eleotridae (sleepers) faunal bones from Paso de la Amada. Asterisks in table described below: *Near cranial bones probably would have been removed with cranial bones if head was separated from body in processing. **Average of the number of vertebrae between all Eleotridae species present in the assemblage (Eleotris picta and Dormitator latifrons).
Preceramic Mesoamerica, 2021
An Archaic Mexican Shellmound and Its Entombed Floors
The Journal of Island and Coastal Archaeology, May 8, 2023
Cambridge University Press eBooks, Aug 18, 2022
Table of Ariidae (catfish) faunal bones from Paso de la Amada. Asterisks in table described below... more Table of Ariidae (catfish) faunal bones from Paso de la Amada. Asterisks in table described below: *Would probably have been removed with cranial bones if head was separated from body in processing. **Elements identified simply as "spine" were split 50/50 between pectoral spine and dorsal spine, in favor of dorsal spine when the split was not even. ***Average of the number of vertebrae between all Ariidae species present in the assemblage (Ariopsis guatemalensis, Ariopsis seemani, Cathorops fuerthii, Notorius troschelli, Occidentalis platypogon).
Early Mesoamerican Social Transformations, 2019
Object data for pins and awls from Paso de la Amada.
Reference collection of birds at Paso de la Amada.
Settlement and Subsistence in Early Formative Soconusco, 2010
Table of Eleotridae (sleepers) faunal bones from Paso de la Amada. Asterisks in table described b... more Table of Eleotridae (sleepers) faunal bones from Paso de la Amada. Asterisks in table described below: *Near cranial bones probably would have been removed with cranial bones if head was separated from body in processing. **Average of the number of vertebrae between all Eleotridae species present in the assemblage (Eleotris picta and Dormitator latifrons).
American Antiquity, 2021
This article examines large-scale spatial and temporal patterns in the agricultural demographic t... more This article examines large-scale spatial and temporal patterns in the agricultural demographic transition (ADT) of Mesoamerica and southwestern North America (“the Southwest”). An analysis of published settlement and subsistence data suggests that the prolonged ADTs of these regions involved two successive eras of rapid population growth. Although both periods of growth were fueled by the introduction or development of more productive domesticates, they had distinctive demographic and social consequences. The first phase of the ADT occurred only in a scattering of favorable regions, between 1900 and 1000 BC in Mesoamerica and 1200 BC–AD 400 in the Southwest. Its demographic consequences were modest because it was underwritten by still rather unproductive maize. During this phase, increased population was confined mainly to a few agricultural heartlands, whereas surrounding regions remained sparsely populated. The second phase of the ADT was more dramatic in the spatial scale of its impact. This “high productivity” phase unfolded between 1000 and 200 BC in Mesoamerica and AD 500–1300 in the Southwest, and it was fueled by more productive maize varieties and improving agricultural technologies. It was accompanied by sweeping social, economic, and political changes in both regions.
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Este artículo examina la estructura espacial y temporal de la transición agrícola-demográfica (ADT por sus siglas en inglés) en Mesoamérica y el Suroeste estadounidense. El análisis de los datos de patrones de asentamientos publicados hasta la fecha sugiere que las ADT prolongadas que han ocurrido en estas regiones involucraron dos épocas sucesivas de rápido crecimiento de la población que resultaron en estructuras espaciales de gran escala características particulares. La primera fase de la ADT fue más débil a la escala espacial del impacto demográfico, probablemente porque estuvo basada en un maíz todavía poco productivo. Esta fase temprana de crecimiento rápido ocurrió tan solo en algunas regiones relativamente favorables, ampliamente dispersas en el área de interés, durante el segundo milenio aC en Mesoamérica y durante finales del segundo milenio/principios del primer milenio aC en el Suroeste estadounidense. La segunda fase del ADT fue más dramática en la escala espacial de su impacto. Esta fase de “alta productividad” probablemente fue impulsada por variedades más productivas de maíz. Esta fase se desarrolló durante el primer milenio aC en Mesoamérica y el primer milenio dC en el sudoeste estadounidense, en numerosas regiones, incluidas aquellas que experimentaron la primera fase de expansión y muchas otras que no la experimentaron. Fue acompañado por cambios sociales, económicos y políticos radicales en ambas regiones.