Nutrient-driven cyanobacteria blooms are an increasingly common issue in freshwater
environments, particularly in anthropogenically altered landscapes. As stormwater runoff is …

Benthic cyanobacteria in rivers produce cyanotoxins and affect aquatic food webs, but
knowledge of their ecology lags behind planktonic cyanobacteria. The buoyancy of benthic …

Harmful cyanobacterial bloom occurrences have increased worldwide due to climate
change and eutrophication, causing nuisance and animal deaths. Species from the benthic …

Over the last decade, proliferations of benthic mat-forming Phormidium have been reported
with increasing frequency in New Zealand's cobble-bed rivers. The dominant species within …

A new nodularin producing benthic cyanobacterium Iningainema pulvinus gen nov., sp nov.
was isolated from a freshwater ambient spring wetland in tropical, north-eastern Australia …

The current study presents findings related to algal blooms in a fresh water lake, which has
been experiencing severe cyanobacterial blooms (CyanoHABs). Primarily …

Macroalgae are a natural, common feature of inland waters as well as estuaries, coastal
waters, and oceanic waters particularly the Gulf of Mexico, North Atlantic Ocean, and …

The growing threat of abrupt and irreversible changes to the functioning of freshwater
ecosystems compels robust measures of tipping point thresholds. To determine benthic …

Proliferations of benthic cyanobacteria are increasingly in the public eye, with rising animal
deaths associated with benthic rather than planktonic blooms. In early June 2021, two dogs …

The relative importance of separation by distance and by environment to population genetic
diversity can be conveniently tested in river networks, where these two drivers are often …