Climate change could seriously threaten global lake ecosystems by warming lake surface
water and increasing the occurrence of lake heatwaves. Yet, there are great uncertainties in …

Climate change and eutrophication are two environmental threats that can alter the structure
of freshwater ecosystems and their service functions, but we know little about how …

Lake thermal stratification is important for regulating lake environments and ecosystems and
is sensitive to climate change and human activity. However, numerical simulation of coupled …

Hypoxia, especially in the bottom water, is occurring in deep and stratified reservoirs
worldwide, threatening aquatic biodiversity, ecosystem functions and services. However …

Compounded weather events such as sequential heatwaves are likely to increasingly
impact freshwater ecosystems in the future. Satellite-derived chlorophyll-a concentration …

Algal blooms occasionally occur in oligotrophic lakes or reservoirs; however, the
mechanisms and conditions that trigger bloom formation remain unclear. Therefore, high …

Climate change has increased the frequency, duration and intensity of heatwaves in Europe.
These extreme events result in alterations of physical, chemical, and biological properties of …

Global warming significantly alters lake ecosystems worldwide. However, the effects of
warming at a regional scale are often overlooked due to the scarcity of multidecadal to …

The process of eutrophication of water bodies, that is, the increase in the biological
productivity of their ecosystems, has acquired such a large scale worldwide over the past …

While de-icing salts improve safety on roads and sidewalks during winter, they have a
negative impact on the environment. This has spurred the search for more environmentally …