Global aquatic ecosystems are under increasing threat from anthropogenic activity, as well
as being exposed to past (and projected) climate change, however, the nature of how …

Increases in atmospheric temperature and nutrients from land are thought to be promoting
the expansion of harmful cyanobacteria in lakes worldwide, yet to date there has been no …

Eutrophication (nutrient over-enrichment) is the primary worldwide water quality issue often
leading to nuisance cyanobacterial blooms. Climate change is predicted to cause further …

Anthropogenic and climatic stressors on freshwater ecosystems are of global concern.
However, the interactions and effects of multiple stressors (eg, nutrient enrichment, climate …

Regime shifts of freshwater ecosystems driven by fast-changing multiple stressors are
increasingly occurring. However, lake regime shifts across intensive agricultural landscapes …

Harmful algal blooms (HABs) producing toxic metabolites are increasingly threatening
environmental and human health worldwide. Unfortunately, long-term process and …

Anthropogenic pressures, including climate change, are causing nonlinear changes in
ecosystems globally. The development of reliable early warning indicators (EWI s) to predict …

Phytoplankton play a key role in biogeochemical cycles, impacting atmospheric and aquatic
chemistry, food webs, and water quality. However, it remains challenging to reconstruct …

Eutrophication is perhaps the most pervasive form of pollution. Here we first review its effects
on lake ecosystems based largely on modern ecological investigation. The longer time scale …

Reports of cyanobacterial blooms in temperate lakes have been increasing over the last few
decades. If blooms are indeed becoming more frequent or intense, this poses a problem for …