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Global warming is predicted to increase the intensity and frequency of short-term temperature fluctuation. However, the effect of temperature fluctuation on phytoplankton is rarely considered. We analyzed the effect of fluctuating temperature on cyanobacterial dominance and blooms in spring (March–May) with long-term data analyses, laboratory simulation, and field observation. Our results showed that...
Cyanobacterial blooms are often a result of eutrophication. Recently, however, their expansion has also been found to be associated with changes in climate. To elucidate the effects of climatic variables on the expansion of cyanobacterial blooms in Taihu, China, we analyzed the relationships between climatic variables and bloom events which were retrieved by satellite images. We then assessed the...
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