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Cyanobacterial blooms are predicted to become more prominent in the future as a result of increasing seawater temperatures and the continued addition of nutrients to coastal waters. Many benthic marine cyanobacteria have potent chemical defenses that protect them from top down pressures and contribute to the persistence of blooms. Blooms of benthic cyanobacteria have been observed along the coast...
Florida red tides, caused by the dinoflagellate Karenia brevis, produce a series of neurotoxins, brevetoxins, which have historically had a negative impact on coastal communities along the South Florida coast. While much work has examined the effects of K. brevis blooms or exposure to brevetoxins on a diverse array of marine organisms, there have been no reports studying the impact of K. brevis on...
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