Harmful algal blooms can produce toxins that pose threats to aquatic ecosystems and
human health. In this Review, we outline the global trends in harmful algal bloom …

Nitrous oxide (N 2 O) emissions have been repeatedly observed during microalgal
cultivation and from microalgae-based ecosystems such as eutrophic lakes. Various studies …

Human release of reactive nitrogen (N) to the environment has increased 10-fold since 1860
and is expected to increase by a further∼ 75% by 2050. Much of this N enters phosphorus …

Freshwater cyanobacterial blooms have drawn public attention because they threaten the
safety of water resources and human health worldwide. Heavy cyanobacterial blooms …

Eutrophication is one of the greatest threats to global freshwater ecosystems. The
phytoplankton responses to nutrient inputs vary in different water bodies, so it is particularly …

Hongze Lake, which ranks as the fourth-largest freshwater lake in China, has considerable
importance as a water transfer reservoir under the South-to-North Water Transfer Project …

Excessive anthropogenic nutrient input has resulted in eutrophication and algal blooms
which have severely impacted the function and sustainability of aquatic ecosystems …

The construction of cascade reservoirs increases eutrophication and exacerbates algal
blooms and thus threatens water quality. Previous studies on the microalgae in reservoir …

The climate-driven changes in temperature, in combination with high inputs of nutrients
through anthropogenic activities, significantly affect phytoplankton communities in shallow …

Multiple stressors associated with global change are influencing the phytoplankton
taxonomic composition and biomass in plateau lakes, such as higher levels of ultraviolet …