Sargassum levels in the Atlantic Basin are higher than normal this year, as indicated by satellite imagery from the University of South Florida. The increase affects Florida beaches, with continuous westward transport likely causing ongoing beaching events in the region. However, predicting exact locations is difficult due to variable winds and ocean currents. While sargassum supports marine life in the ocean, it produces hydrogen sulfide when decomposing, causing unpleasant odors and potential respiratory hazards for nearby beachgoers.
The continuous westward transport of sargassum could mean continuous beaching events around the Caribbean and Florida, but it is difficult to predict where.
Although the amount (in the Atlantic Basin) is huge, Florida has received and will continue to receive just a tiny little bit of this amount.
In July, the satellite imagery indicates higher-than-normal levels of sargassum in the Gulf, the Caribbean, and the western Atlantic.
Once sargassum decomposes on shore, it can release hydrogen sulfide, a gas that has an odor reminiscent of rotten eggs and can cause respiratory problems.
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