BVI Advances Multi-Tiered Strategy with Florida Experts
The British Virgin Islands (BVI) has escalated its efforts to manage the sargassum seaweed influx by developing a multi-tiered strategy, in collaboration with Florida experts. This approach includes coordinated clean-ups, ecological balance maintenance, and the acquisition of specialized equipment to efficiently remove seaweed while minimizing environmental impact.
In recent weeks, the British Virgin Islands (BVI) has been grappling with a significant environmental challenge: the influx of sargassum seaweed. Sargassum, a type of free-floating brown algae, has been forming large mats in the world's oceans, including tropical and temperate waters.
The Ministry of Environment, Natural Resources and Climate Change warned in August 2025 that this situation could persist for weeks, causing concern among residents and environmentalists alike. The BVI Ports Authority (BVIPA), under the leadership of Managing Director Mr. Pickering, has taken proactive steps to mitigate the impact of the sargassum influx.
On September 11, 2025, Pickering revealed to Virgin Islands News Online (VINO) that the BVIPA is working with a specialized team from Florida to address the issue. This collaboration aims not only to deal with the current situation but also to establish a partnership with other entities to assist in sargassum cleanup throughout the Territory.
To handle the sargassum, the BVIPA is employing an excavator equipped with specialized water draining buckets. This year, a long-reach excavator is being used to expedite the cleanup process, allowing for faster and more efficient removal of the seaweed. This method is crucial in maintaining the functionality and aesthetics of affected areas, particularly the ferry port in Road Town, where the sargassum's presence is highly visible.
Adding to these efforts, Director of Climate Change Angela Burnett-Penn announced during the Ministry of Environment’s 2025 Mid-Year Review on Sept. 12, a multi-tiered response strategy to address record sargassum landings, as reported by JTV. The plan includes coordinated clean-ups in priority areas, with thresholds set to trigger action.
Smaller deposits will be left in place to maintain ecological balance on beaches. Future measures include acquiring booms, surf rakes, and other specialized equipment to support efficient removal while minimizing sand loss. Burnett-Penn emphasized that sustained budgetary support will be required to strengthen this capacity. "Managing Sargassum is about balancing environmental health with the needs of communities and the tourism sector," Burnett-Penn stated, highlighting the broader approach the Territory is taking to address this challenge.
The sargassum influx is part of the larger phenomenon known as the Great Atlantic Sargassum Belt, which has been affecting the Caribbean since 2011. This massive bloom of sargassum stretches from West Africa to the Gulf of Mexico and is the largest accumulation of brown algae ever observed.
The intensity of sargassum landings in the BVI and other Caribbean regions varies yearly, influenced by changes in oceanic and climatic conditions. The public has been advised to take precautionary measures to mitigate the impact of sargassum on health and safety. Avoiding swimming in areas with heavy sargassum landings is recommended to prevent skin irritation, and boaters are advised to steer clear of thick sargassum mats to avoid damaging their vessels.
Additionally, the Environmental Health Division has issued warnings about the potential for decomposing sargassum to affect water quality, advising residents to rely on bottled water for drinking, cooking, and brushing teeth if they notice changes in the taste, smell, or color of pipe-borne water.
As the BVI continues to address this environmental challenge, the collaboration with the Florida team and the development of a multi-tiered strategy represent hopeful steps towards managing the sargassum seaweed influx effectively and safeguarding the Territory's marine environment and public health.
Primary source: VINO