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| Ciboney (archaeology) | |
|---|---|
| Name | Ciboney |
| Alt name | Guanahatabey (regional usage) |
| Region | Greater Antilles, Bahamas |
| Period | Archaic to Ceramic transition |
| Dates | ca. 4000 BCE–1000 CE (regional variability) |
| Major sites | Levisa, Cueva de los Naranjos, Lucayan locales |
| Predecessors | Paleoindian cultures |
| Successors | Taíno, Saladoid |
Ciboney (archaeology) is a prehistoric indigenous cultural designation used by archaeologists to describe non-ceramic and early ceramic populations in parts of the Greater Antilles and the Bahamas, identified through lithic assemblages, shell middens, and specific mortuary patterns. Scholars correlate Ciboney occurrences with broader regional sequences involving Saladoid culture, Ostionoid culture, Taíno people, Lucayan people, and earlier Paleo-Indian occupations, and debate links to Guanahatabey ethnonyms recorded in historical sources.
The term "Ciboney" in archaeological literature denotes a complex of hunter-gatherer and early horticultural communities recognized by distinct projectile points, manos and metates, and limited pottery, and it appears in comparative studies with Saladoid culture, Ostionoid culture, Ceramic Age cultures of the Caribbean, Taíno people, and Lucayan people. Early descriptions invoking Christopher Columbus-era ethnohistorical names prompted cross-disciplinary reassessment by scholars associated with institutions such as the Smithsonian Institution, Columbia University, Yale University, University of Havana, and regional museums, linking archaeological data to colonial chronicles and ethnographic analogies. Debates about definition involve researchers published in journals of the Caribbean Archaeology Association, Society for American Archaeology, and regional university presses.
Ciboney-type assemblages occur across western Cuba, parts of Hispaniola, the Bahamas, and adjacent cays, with key archaeological localities including coastal shellmounds at Levisa Bay, cave sites like Cueva de los Naranjos, and Lucayan deposits in the Great Bahama Bank; researchers have also reported finds on Jamaica and Isla de la Juventud. Excavations by teams from University of Florida, McGill University, University of Puerto Rico, and Cuban institutions have documented Ciboney contexts in stratigraphic association with Saladoid pottery and later Taíno materials, while surveys by the Florida Museum of Natural History and the Smithsonian Tropical Research Institute refined distribution maps. Coastal and insular occurrence patterns intersect with named geographic features such as Cape San Antonio (Cuba), Monte Cristi (Dominican Republic), and the Exuma Cays, which inform regional syntheses.
Diagnostic Ciboney material culture typically includes stemmed and lanceolate lithic projectile points, unpolished stone tools, manos and metates for plant processing, marine shell tools, and a restricted or absent ceramic repertoire contrasted with contemporaneous Saladoid pottery and Ostionoid ceramics; analysis often references comparative collections at the British Museum, Museo Nacional de Antropología (Cuba), and the Peabody Museum. Technological studies employ petrographic sourcing, use-wear analysis, and portable X‑ray fluorescence carried out by researchers affiliated with University College London, University of the West Indies, and Harvard University to examine tool production and raw material procurement from sources such as Mogotes (Cuba) and Bahamas limestone outcrops. Lithic typologies are compared with Upper Pleistocene and early Holocene industries discussed in reports from the Smithsonian Institution and the American Museum of Natural History.
Ciboney subsistence is reconstructed from faunal remains, shell middens, and botanical residues revealing reliance on coastal and nearshore resources such as marine fish, shellfish, sea turtles, and manatees alongside terrestrial hunting of rodents and reptiles and limited cultivation of plants related to manioc and maize introduced later; zooarchaeological work has been undertaken by teams at Texas A&M University, Florida State University, and the University of Havana. Settlement evidence indicates small, mobile bands occupying rock shelters, coastal camps, and cave sites, with seasonal exploitation of resources documented in stratigraphic sequences from sites like Cueva de los Naranjos and Lucayan sites in the Turks and Caicos Islands. Paleoenvironmental reconstructions using pollen and isotopic data from cores correlated with research by the US Geological Survey and Woods Hole Oceanographic Institution situate Ciboney economies within Holocene sea‑level changes.
Chronological frameworks for Ciboney occupations derive from radiocarbon dating, stratigraphic correlation, and ceramic seriation, producing sequences that overlap with Saladoid expansion (ca. 500 BCE–600 CE), later Ostionoid phases, and the emergence of Taíno sociopolitical formations; major dating programs have been published by the Radiocarbon Laboratory at the University of Arizona, UC Berkeley, and Cuban chronologists. Genetic and morphological studies comparing ancient remains with modern indigenous and admixed populations involve collaborations among Max Planck Institute for the Science of Human History, Harvard Medical School, and regional hospitals, informing debates on continuity and replacement between Ciboney, Guanahatabey references in colonial sources, and succeeding Taíno communities.
Archaeological evidence indicates varying degrees of interaction, trade, and cultural exchange between Ciboney groups and incoming or coexisting populations identified as Saladoid, Ostionoid, and proto‑Taíno, with exotic goods, pottery styles, and lithic types showing networks that connected sites from Puerto Rico to Cuba and the Bahamas. Ethnohistoric accounts recorded by Bartolomé de las Casas and Diego Álvarez Chanca have been juxtaposed with material data by scholars at Universidad de Puerto Rico and the Colegio de México to interpret instances of assimilation, resistance, or demographic displacement. Isotopic mobility studies and ancient DNA projects conducted through partnerships with the Max Planck Institute and the Smithsonian Institution explore gene flow and migration dynamics among Caribbean populations.
Research on Ciboney assemblages employs multidisciplinary methods including stratigraphic excavation, radiocarbon dating, phytolith and pollen analysis, zooarchaeology, lithic use‑wear, and aDNA, implemented by teams from institutions such as the Smithsonian Institution, University of Cambridge, University of Havana, and the Institute of Archaeology (Bahamas). Conservation, curation, and community collaboration engage repositories and stakeholders like the Museo Nacional de Antropología (Cuba), the Bahamas National Trust, and university museums, while digital mapping, GIS analyses, and remote sensing by groups at ESRI, NASA, and the Caribbean Coastal Ocean Observing System augment site discovery and landscape reconstruction. Ongoing debates address taxonomic labels, the relationship between archaeology and colonial ethnohistorical sources, and best practices for repatriation overseen by international frameworks including participants from the United Nations Educational, Scientific and Cultural Organization.
Category:Pre-Columbian cultures of the Caribbean Category:Archaeological cultures