Inland waters serve as important hydrological connections between the terrestrial landscape
and oceans but are often overlooked in global carbon (C) budgets and Earth System …

In recent decades, anthropogenically-driven climate change has affected phytoplankton
growth and has widened the differences observed among the gross primary productivity of …

Global change affects terrestrial loadings of colored dissolved organic carbon (DOC) and
nutrients to northern lakes. Still, little is known about how phytoplankton respond to changes …

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 …

Lake eutrophication is a pervasive problem globally, particularly serious in agricultural and
densely populated areas. Whenever nutrients nitrogen and phosphorus do not limit …

Being a fundamental property of aquatic systems, gross primary productivity (GPP) is
affected by complex environmental factors, such as salinity, nutrients, pH, and sunlight …

A major challenge for predicting future landscape carbon (C) balances is to understand how
environmental changes affect the transfer of C from soils to surface waters. Here, we …

Metabolism is one of the most fundamental ecosystem processes, but the drivers of variation
in metabolic rates among lakes dominated by benthic primary producers remain poorly …

The eutrophication of lakes is a global environmental problem. Regulating nitrogen (N) and
phosphorus (P) on phytoplankton is considered to be the most important basis of lake …

Reducing nutrient input in aquatic ecosystems has been widely recognized as a way to
mitigate eutrophication. The paradigm of nutrient limitation by N and P is pervasively …