Abstract

Since 2011, holopelagic Sargassum fluitans and natans have been arriving en masse to the wider Caribbean region and West Africa, impacting near-shore habitats and coastal communities. We examined the impacts of the Sargassum influx on tourism-related businesses through face-to-face interviews and focus groups and on near-shore seagrass beds through in-water surveys in the Turks and Caicos Islands (TCI). Substantial accumulations of sargassum were found on the beaches of South Caicos and Middle Creek Cay in 2018 and 2019, including a Sargassum brown tide in 2018. A variety of different approaches to removing sargassum from the beaches were mentioned and a desire from local businesses as well as local authorities to find a sustainable, cost-effective solution to what is viewed by many as a serious problem. The brown tide and sargassum accumulating as a layer on the benthos inside the seagrass beds caused significant loss of Thalassia testudinum. Halodule wrightii, macroalgae and sand plains were found in the areas lost by T. testudinum. This finding suggests that, if a cost-effective end use for sargassum could be identified, harvesting material in inshore waters rather than when it has arrived on the beach would have dual benefits.

Highlights

  • This study investigated the effects of sargassum on tourism-related businesses and seagrass beds, which are known to support the principal economic sectors of the Turks and Caicos Islands

  • The hotel trade has a vested interested in reassuring potential holiday makers that there is no ‘sargassum problem’ in Turks and Caicos Islands (TCI), as promotion is based on brochures showing white sand beaches and clear blue water

  • The results of this research suggest the impact varies from year to year and with season; this unpredictability is a real challenge for management

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Summary

Introduction

Note: the term sargassum is used in this report as the common name for the Sargassum species found in the beach drift on the Turks and Caicos Islands, predominantly S. fluitans

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