Global warming and eutrophication contribute to frequent occurrences of toxic algal blooms
in freshwater systems globally, while there is a limited understanding of their combined …

Cyanobacterial blooms pose environmental and health risks due to their production of toxic
secondary metabolites. While current methods for assessing these risks have focused …

Cyanobacterial blooms are one of the most significant threats to global water security and
freshwater biodiversity. Interactions among multiple stressors, including habitat degradation …

As a result of human activities, surface waters worldwide are experiencing increasing levels
of eutrophication, leading to more frequent occurrences of microalgae, including harmful …

Due to climate changes and eutrophication, blooms of predominantly toxic freshwater
cyanobacteria are intensifying and are likely to colonize estuaries, thus impacting benthic …

Global change may introduce fundamental alterations in phytoplankton biomass and
community structure that can alter the productivity of northern lakes. In this study, we utilized …

This study investigates the escalating impact of wildfire smoke on the remote sensing of
phytoplankton biomass in freshwater systems. Wildfire smoke disrupts the accuracy of …

The complex interplay between genetic and environmental factors is considered the cause
of neurodegenerative diseases including Parkinson's disease (PD) and Amyotrophic Lateral …

The Anthropocene has driven a transformative era where human activities exert
unprecedented influence on Earth's biosphere. Consequently, synanthropic organisms …

Climate change threatens freshwater ecosystems, potentially intensifying cyanobacterial
blooms and antibiotic resistance. We investigated these risks in Cosseys Reservoir, New …