A unique cotton Taíno reliquary—the only extant example currently known—provides an unprecedented window onto the complex mortuary and ritual ceremonies of the pre-Hispanic Caribbean. This study explores its cultural context as recorded by the early Spanish and French chroniclers and missionaries who were witness to the use and beliefs surrounding these objects in both the Greater and Lesser Antilles. It provides the first AMS radiocarbon date for the reliquary, placing it within a firmer historical context. It also examines the woven sculpture in some detail, providing a review of the manufacture process and a detailed study of the components—cotton, animal hair, lianas, gourd, resins and shell—that went into its creation. From the wrapping of important cemís (representations of spirits) in cotton, to the binding of the skeletal remains of venerated ancestors within elaborate weavings, cotton had an intrinsic value as a material that wrapped and bound the ancestors to the living and the living to each other.

We report on the results of a multi-disciplinary project (including wood identification, radiocarbon dating and strontium isotope analysis) focused on a collection of pre-Columbian wooden carvings and human remains from Pitch Lake, Trinidad. While the lake's unusual conditions are conducive to the survival of organic artefacts, they also present particular challenges for analysis. There is a loss of any contextual association beyond that of the lake, and specific methodologies are required to deal with pitch contamination. A surprising taxonomic range of woods was employed for the various utilitarian and ceremonial items recovered. The 14C results range from ca. 3200 BC to ca. AD 700, and include the earliest known wooden carvings in the entire Caribbean. The strontium isotope results -interpreted with the aid of an isoscape developed for the project, based on extensive samples of modern trees across Trinidad and Tobago -indicate that most carvings are consistent with the site's immediate environs; however, a 'weaving tool' came from a more radiogenic region that is unlikely to be found on Trinidad,suggesting links with the South American mainland.

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Vienna's Museum für Völkerkunde holds in its collections a rare sixteenth-century Taíno cotton belt from Hispaniola (today's Dominican Republic/Haiti) – one of only two surviving Taíno cotton artefacts to feature European ‘exotics’, including mirrors, jet beads and brass. This complex woven structure – a wearable work of art – offers a rare window on to one of the most prestigious of Taíno valuables, a personal ornament that literally wrapped the wearer in wealth, status and spiritual power. The paper charts the original context and use of Taíno belts, and provides a detailed account of the Vienna belt's collection history, its construction and its chronological placement (radiocarbon-dated using accelerator mass spectrometry (AMS) to ad 1475–1635). The question of how and when the European materials were incorporated into the belt is explored, critically engaging the entangled histories of association between the two.

Five wooden sculptures from the pre-contact Caribbean, long held in museum collections, are here dated and given a context for the first time. The examples studied were made from dense Guaiacum wood, carved, polished and inlaid with shell fastened with resin. Dating the heartwood, sapwood and resins takes key examples of ‘Classic’ Taíno art back to the tenth century AD, and suggests that some objects were treasured and refurbished over centuries. The authors discuss the symbolic properties of the wood and the long-lived biographies of some iconic sculptures.

We report on strontium (87Sr/86Sr) isotope results from 91 modern trees growing on the Bahamas and Turks and Caicos Islands. The average87Sr/86Sr ratio of 0.709169±0.000010 is consistent with the late Quaternary limestone of the islands and with the modern ocean value. The absence of any detectable influence of87Sr-enriched Saharan dust is notable, given the known contribution of this material to both past and recent soils of the Caribbean. Our results indicate that the impact of Saharan dust to the modern biosphere of the Bahamian archipelago is at least an order of magnitude less than modeled in currently available strontium isoscapes for the circum-Caribbean. We suggest that the bioavailability of Sr in Saharan dust may be considerably less than previously thought. Nevertheless, further work could usefully be carried out in the Bahamian archipelago on plants with different rooting depths, growing on different soil types and on limestone of different ages. Our results have particular relevance for the refinement of existing strontium isoscapes and the archaeological provenience of artifacts, animals, and people in the circum-Caribbean.

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