Social and Behavioral Sciences Commons^™

Analysis Of Briquetage (Brine-Boiling Pots) At Paynes Creek Salt Works: Implications For Classic Maya Salt Production, Rianna Bowen

LSU Master's Theses

Abstract

The Classic Maya period (A.D. 300-900) is characterized by large urban centers, distinct material culture, and long-distance trade of both utilitarian and elite goods. The rise in population during this time created a necessity for essential, everyday goods, to move along these trade routes; one of which was salt. Additionally, much of the production of utilitarian goods was occurring outside of urban centers and political control at smaller, specialized production locales. The Paynes Creek Salt Works in southern Belize was one of these specialized production locales. The number of salt works located in the Punta Ycacos lagoon suggests salt …

Ancient Pottery Making At Cerro San Isidro, Nepeña Valley, Peru, Kaitlyn M. Lowrance

LSU Master's Theses

Located in the Nepeña Valley of north-central Peru, Cerro San Isidro was first documented in the 1930s when the valley was initially surveyed. While numerous sites along the valley, particularly those located in the lower valley, have been extensively researched since this initial survey, members of the Proyecto de Investigación Arqueológica Cerro San Isidro (PIACSI) conducted the first formal excavations in 2019. My thesis project analyzes the ceramic artifacts – in particular pottery fragments – from that field season in order to evaluate continuity and change in morphological and technical styles from the Early Horizon through the Late Intermediate Periods …

Sea-Level Rise And Settlement At Ta’Ab Nuk Na, Belize: Analyses Of Marine Sediment From The I-Line, 4m Transect, Conner B. Flynt

LSU Master's Theses

The ancient Maya of Mesoamerica created a culture with writing, religion, and vast trade networks. These trade networks are evident on the southern coast of Belize, where archaeologists have found sites dedicated to salt making. One of these sites, Ta’ab Nuk Na, was the subject of this thesis. Sediment and charcoal samples were collected from this site by the Underwater Maya Research Group led by Heather McKillop and E. Cory Sills. For my thesis research, I subjected these samples and components within them to loss-on ignition, radiometric dating, and microscopic analysis. Loss-on ignition was used to ascertain organic material percentage …

Searching For Galveztown: Employing Multiple Methodologies To Identify Features Of The Galveztown Settlement, Ashlee Taylor

LSU Master's Theses

Galveztown (1778-1806) was a Spanish fort and settlement located in southeastern Louisiana. This site was historically important as it provided protection for the city of New Orleans during a time of constantly shifting geopolitical environment. Today, this site is among the most important historical archaeological sites in Louisiana. Culturally, this site is significant as the descendants of the settlers still live within the Baton Rouge metropolitan area. Archaeologically, the site is significant due to the limited disturbance and lack of urban development at the location which has protected the archaeological record.

Galveztown is also one of the best documented Canary …

Analysis Of Marine Sediment By Chemical Signatures And Loss-On Ignition To Discover Evidence Of Ancient Maya Activities At Site 74, Paynes Creek Salt Works, Belize, Kobi Weaver

LSU Master's Theses

In this thesis, archaeological sediment chemistry, loss-on ignition and microscopic analysis of marine sediment are used to study Site 74 of the Paynes Creek Salt Works in southern Belize. Site 74 was once an ancient Maya salt work. Due to sea-level rise, sea water and mangrove peat now cover the site. Sediment from the site was exported under permit to the Louisiana State University Laboratory. I prepared and delivered the samples to the Louisiana State University Agricultural Chemistry Laboratory for inductively coupled plasma- atomic emission spectroscopy testing (ICP-AES). ICP-AES measured the amount of 20 elements in the sediment. Maps showing …