Here we draw attention to the potential for pelagic bloom‐forming cyanobacteria to have
substantial effects on nutrient cycling and ecosystem resilience across a wide range of …

We considered the limnological literature for an overview of biomanipulation methods that
were implemented to avoid or reduce cyanobacterial bloom development in ponds and …

Zooplankton may at times graze cyanobacteria. However, their top-down effects are
considered to be low, particularly in tropical regions dominated by small-size grazers that …

Submerged aquatic vegetation (SAV) plays important roles in shallow lakes. In addition to its
refuge effect for zooplankton, one key role of SAV is to provide diverse ecological niches to …

To date, most research on cyanobacterial blooms has focused on high-nutrient, not low-
nutrient lakes. We investigated reports of the cyanobacterium Gloeotrichia echinulata in …

During the end of spring and throughout summer, large‐sized phytoplankton taxa often
proliferate and form dense blooms in freshwater ecosystems. In many cases, they are …

Phytoplankton species are the primary producers in lakes and play important roles in food-
web structures. Any shift in their diversity and productivity has an impact on other aquatic life …

Microcystins—common hepatotoxins produced by cyanobacteria—have been detected in a
wide range of organisms, though research examining the trophic transfer of microcystins and …

The Rivulariaceae are treated here as all the cyanobacteria which have trichomes with a
marked taper and a basal heterocyst for much of their growth cycle. Molecular sequencing of …

Given the increased interest in non-pollen palynomorphs (microscopic objects other than
pollen identified from pollen slides) in palaeoecological studies, it is necessary to seek a …