Early warning systems for harmful cyanobacterial blooms (HCBs) that enable precautional
control measures within water bodies and in water works are largely based on inferential …

Given the frequent association between freshwater plankton and water quality degradation,
several predictive models have been devised to understand and estimate their dynamics …

Reclaimed water reuse is a promising strategy for addressing water scarcity; however, its
potential ecological impact remains largely unknown. In particular, the differential effects of …

Large uncertainties exist regarding the combined effects of pollution and impoundment on
riverine greenhouse gas (GHG) emissions. It has also been debated whether river …

Climate warming is linked to earlier onset and extended duration of cyanobacterial blooms
in temperate rivers. This causes an unpredictable extent of harm to the functioning of the …

Given the many threats to freshwater biodiversity, we need to be able to resolve which of the
multiple stressors present in rivers are most important in driving change. Phytoplankton are …

Data-driven model (DDM) prediction of aquatic ecological responses, such as
cyanobacterial harmful algal blooms (CyanoHABs), is critically influenced by the choice of …

Reservoir connectivity provides a solution for regional water shortages. Understanding the
water quality of reservoirs and the response of algal communities to water transfer could …

Sediment regulation (SR) maintains the water storage capacity of the Three Gorges
Reservoir (TGR), but the influences of SR on riverine phytoplankton communities, especially …

Research on the impact of seawater intrusion on nitrogen (N) cycling in coastal estuarine
ecosystems is crucial; however, there is still a lack of relevant research conducted under in …