Bacterial pathogens and viruses are the leading causes of global waterborne diseases.
Here, we discovered an interesting natural paradigm of water “self-purification” through virus …

Riverine nutrient fluxes are of great implications for marine ecosystems. However, there is a
lack of knowledge on the source-to-sink process of nutrient fluxes, particularly the total …

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

In estuaries, freshwater discharge functions as a regulator of physicochemical and biological
properties. We assessed the seasonal variability of the phytoplankton community in …

Addressing the risks of cyanobacterial blooms and toxin production under ongoing and
accelerating eutrophication and climate warming is crucial for both water ecosystem …

Terrestrial dissolved organic matter (DOM) is potentially reactive and, upon entering lake
ecosystems, can be readily degraded to low-molecular-weight organic matter and dissolved …

Plain river networks are increasingly threatened by eutrophication, bringing out various
types of algal blooms. However, limited information is available on the coexistence …

Warmer temperatures can significantly increase the intensity of cyanobacterial harmful algal
blooms (CHABs) in eutrophic freshwater ecosystems. However, few studies have examined …

Polluted rivers transport and transform large quantities of anthropogenically-derived organic
carbon to coastal regions, and account for an unneglectable share of global CO 2 …

Algal blooms of rivers becomes a global issue, while there is controversy over the attribution
of blooms due to the differences of research scales. This study utilized random forest and …