Colonial cyanobacteria have been identified as the primary contributor to the global
occurrence of cyanobacterial harmful algal blooms (cyanoHABs), which are further …

Cyanobacterial harmful algal blooms (CyanoHABs) pose serious risks to inland water
resources. Despite advancements in our understanding of associated environmental factors …

Prediction of the complex cyanobacteria-environment interactions is vital for understanding
harmful bloom formation. Most previous studies on these interactions considered specific …

Understanding the spatiotemporal distributions and variation characteristics of water quality
parameters is crucial for ecosystem restoration and management of lakes, in particular, Lake …

Due to climate change, Microcystis blooms occur at increasing frequencies in aquatic
ecosystems worldwide. Wind-generated turbulence is a crucial environmental stressor that …

Colony formation is a crucial characteristic of Microcystis, a cyanobacterium known for
causing cyanobacterial harmful algal blooms (cyanoHABs). It has been observed that as …

Lake Erhai, a lake in the early stage of eutrophication, has been threatened by algal blooms
(particularly the overproliferation of blue-green algae), which can have an impact on …

Satellite evidence indicates a global increase in lacustrine algal blooms. These blooms can
drift with winds, resulting in significant changes of the algal biomass spatial distribution …

Microcystin-LR (MC-LR) is a known hepatotoxin that is the most abundant and potent
cyanobacterial toxin. The development of a strategy for sensitive MC-LR detection is highly …

Global climate change can greatly promote the continuing expansion of algal blooms in
eutrophic inland lakes. Wind fields, an important climate factor, provide an external driving …