Simple Summary Harmful algal blooms (HABs) are a serious threat to aquatic environments.
The intensive expansion of HABs across the world is a warning signal of environmental …

Abstract Two Raphidiopsis (= Cylindrospermopsis) raciborskii metagenome-assembled
genomes (MAGs) were recovered from two freshwater metagenomic datasets sampled in …

Accelerated eutrophication reduces water quality and shifts plankton communities. However,
its effects on the aquatic food web and ecosystem functions remain poorly understood …

There is growing evidence that cyanobacterial blooms are becoming more common in
different parts of the world; within this context, predictive cyanobacteria models have an …

Modern agricultural practices heavily rely on the use of agrochemicals. Glyphosate based
herbicides are among the most widespread agricultural supplies. The massive application of …

Understanding the major drivers of runoff water quality in urban areas is important for
sustainable water management. In this study, runoff water quality in a catchment in …

Worldwide, eutrophication and cyanobacteria blooms in lakes and reservoirs are a great
concern for water resources management. Coupling a catchment hydrological model and a …

Phytoplankton community assessment using functional groups is a powerful tool for lake and
reservoir biomonitoring, but its efficiency has only been tested in intersite, low-frequency …

External nutrient inputs account for the main cause of eutrophication of aquatic systems and
intensification of toxic cyanobacteria blooms. But internal loads from sediments significantly …

While warming and eutrophication have increased the frequency and magnitude of harmful
cyanobacterial blooms globally, the scenario for many eutrophic tropical freshwaters is a …