ANAMMOX (anaerobic ammonium oxidation) represents an energy-efficient process for
biological nitrogen removal, particularly from wastewater streams with low chemical oxygen …

Increasing atmospheric CO 2 concentration negatively impacts aquatic ecosystems and may
exacerbate the problem of undesirable cyanobacterial bloom development in freshwater …

Harmful algal blooms are symptomatic of eutrophication and lead to deterioration of water
quality and ecosystem services. Extreme climatic events could enhance eutrophication …

Although cyanobacteria blooms lead to an increase in methane (CH 4) emissions in
eutrophic lakes have been intensively studied, the methane production pathways and …

Nitrogen and phosphorus are universally recognized as limiting elements in the
eutrophication processes affecting the majority of the world's lakes, reservoirs, and coastal …

Healthy freshwater ecosystems can provide vital ecosystem services (ESs), and this capacity
may be hampered due to water quality deterioration and climate change. In the currently …

Eutrophication has been identified as the primary cause of water quality deterioration in
inland waters worldwide, often associated with algal blooms or fish kills. Eutrophication can …

In freshwater systems, cyanobacteria are strong competitors under enhanced temperature
and eutrophic conditions. Understanding their adaptive and evolutionary potential to …

Growing evidence suggests that global climate change promotes the dominance of
mixotrophic algae especially in oligotrophic aquatic ecosystems. While theory predicts that …

A positive feedback loop where climate warming enhances eutrophication and its
manifestations (eg, cyanobacterial blooms) has been recently highlighted, but its …