toxic algae warning issued for Florida's coastline after Hurricane Milton
- Following Hurricanes Milton and Helene, Florida's Gulf Coast is experiencing a dangerous rise in toxic algal blooms.
- Scientists have detected elevated chlorophyll levels near Tampa, which indicate potential red tide growth, posing health hazards for humans and marine life.
- Authorities advise people to avoid swimming in contaminated waters to mitigate health risks and protect marine ecosystems.
In the aftermath of Hurricanes Milton and Helene, Florida's Gulf Coast is experiencing an alarming increase in toxic algal blooms, particularly along the western coastline near Tampa. Experts have detected elevated chlorophyll levels, indicating potential red tide growth associated with a harmful organism known as Karenia brevis. The severe weather events contributed nutrients from deeper waters and runoff from land, which are known to intensify existing blooms, creating a hazardous environment for both humans and marine life. The American Lung Association has raised concerns about respiratory symptoms affecting individuals, especially those with pre-existing conditions. Symptoms reported include coughing, shortness of breath, and dizziness. The toxic algae also pose severe risks to sea animals, leading to significant population declines among fish and other marine creatures in the affected areas. The Florida Fish and Wildlife Conservation Commission has monitored moderate to high levels of Karenia brevis, heightening warnings to residents and visitors. Due to these factors, local authorities and environmental experts are advising people to refrain from swimming in the waters impacted by the blooms. The situation underscores the ongoing impacts of hurricanes on coastal ecosystems and health. Scientific observations suggest an urgent need for continued monitoring and research to address the repercussions of such toxic algal blooms on both the environment and public health. In summary, the situation emerging from recent hurricanes in Florida emphasizes the complex interplay between natural disasters and environmental health, as the potential for red tide blooms spurs serious public health warnings and ecological concerns.