. This was an increase of 3.97 million km from 2003. Moreover, a 59.2 percent increase in global median frequency was seen during the observational period.
The authors also found a strong connection between mean bloom frequency, changes in ocean circulation, and changes in sea surface temperature, with greater temperatures associated with the prevalence of blooms in some areas.blooms arise and break down because of specific information on their size and frequency. The authors suggest that this information might be used to evaluate the dangers and advantages of blooms and could help develop plans to reduce their incidence or adverse effects.
Still, they can also have unfavorable consequences, including the creation of toxins that can build up in food webs. An increase in them can also result in oxygen depletion, producing oxygen-free "dead zones" in previously stable ecosystems. Blooms tend to occur due to ocean water change, sometimes caused by an overabundance of nutrients such as nitrogen or phosphorus from