Yes. I'm not an expert, but Red Tide is a bacterial buildup from too much rain. I guess the rain causes higher levels of activity in the water and therefore, cause high bateria. It washes up on the shore along with lots of live, nearly dead and dead fish, which also account for higher levels of bacteria.
Here's what I found about Red Tide:
What is Red Tide?
Red tides are caused by the explosive growth and accumulation of certain microscopic algae, predominantly dinoflagellates, in coastal waters. Some species of dinoflagellates produce toxins that are among the most potent known to man. These harmful algal blooms, or HABs for short, pose a serious and recurrent threat to human health, wildlife, marine ecosystems, fisheries, coastal aesthetics, and our economy. The most troublesome species in the Gulf of Mexico is Karenia brevis. Like other dinoflagellates these tiny, single-celled organisms photosynthesize using chlorophyll like a plant yet are motile and have two flagella that propel the organism through the water column.
Their dominant mode of reproduction is asexual cell division-one cell divides into two cells, those two split into four, and so on. Given the right conditions, the population size will rapidly rise. For a population to expand quickly and sustain itself over time requires the confluence of a number of factors that, to date, are not fully understood.
Red tide along the West Coast of Florida
The dinoflagellate Karenia brevis, or K.brevis, which is the predominant red tide organism in the Gulf of Mexico (and can also occur on the Atlantic side of the Florida coast) can kill fish in vast numbers, make shellfish poisonous to humans, and release toxic airborne irritants that drive coastal residents and tourists from beaches.
Off Florida, it seems to originate 10-50 miles offshore along Florida's continental shelf, in what have been termed "initiation zones." Since it initiates offshore in low nutrient water, the role of nutrients from pollutants is still a mystery. Some scientists think the Loop Current which brings Caribbean Sea water to Florida's west coast, may initiate a bloom. They speculate that there is an upwelling of nutrients produced as the current surges against the shelf, thus creating favorable growing conditions. The red tide is then transported into the nutrient-rich, shallow waters by winds and/or currents, where it continues to multiply to harmful levels. Much remains to be found out: the precise location of initiation zones, the cause of bloom initiation, what transports a bloom into shallow waters, what causes a bloom to die off, and the cycle of toxicity and the release of toxins during the bloom.
Unanswered Questions
* The precise location of initiation zones.
* The cause of bloom initiation.
* What transports a bloom into shallow waters.
* What causes a bloom to die off.
* When are toxins produced, what amounts, and at what stage in its life cycle.
* When are toxins released (some say this occurs only when the cell dies but that is not proven)
