Aquatic hypoxia within the Laurentian Great Lakes has contributed to various adverse
ecological consequences and stimulated research interest in recent decades. An analysis of …

Human activities, global warming, frequent extreme weather events, and changes in
atmospheric composition affect the solar radiation reaching the Earth's surface, affect mass …

Anthropogenic eutrophication caused by excess loading of nutrients, especially phosphorus
(P), from catchments is a major cause of lake water quality degradation. The release of P …

Innovative methods to combat internal loading issues in eutrophic lakes are urgently needed
to speed recovery and restore systems within legislative deadlines. In stratifying lakes …

Globally, climate warming is increasing air temperatures and changing river flows, but few
studies have explicitly considered the consequences for lake temperatures of these dual …

Water temperature, ice cover, and lake stratification are important physical properties of
lakes and reservoirs that control mixing as well as bio-geo-chemical processes and thus …

Climate change is anticipated to alter lake ecosystems by affecting water quality, potentially
resulting in loss of ecosystem services. Subtropical lakes have high temperatures to begin …

The integration of internal (eg, stratification) and external (eg, pollution) factors on a
comprehensive assessment of reservoir water quality determines the success of ecosystem …

Large hydraulic infrastructures have been constructed globally to address water challenges.
Past studies have well documented their effects on downstream aquatic ecosystems, which …

The increase in global air temperatures as well as variability in rainfall shifts due to climate
change has been affecting the dynamics of water level fluctuations and thermal regimes in …