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 …

Increasing atmospheric CO 2 concentration negatively impacts aquatic ecosystems and may
exacerbate the problem of undesirable cyanobacterial bloom development in freshwater …

Eutrophic lakes, especially shallow eutrophic lakes, disproportionately contribute to
greenhouse gas (GHG) emissions. To investigate the effects of eutrophication on GHG …

Limnology, and in particular the study of the aquatic carbon cycle initially focused on lakes
as isolated ecosystems. Later on, investigations followed of lakes as recipients. Current …

Global change biology has been entering a big data era due to the vast increase in
availability of both environmental and biological data. Big data refers to large data volume …

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 …

Mixotrophy is increasingly recognized as an important trophic pathway among
phytoplankton, yet its underlying drivers remain largely unknown and unexplored. Here, we …

Rising atmospheric carbon dioxide (CO 2) may stimulate the proliferation of cyanobacteria.
To investigate the possible physiological responses of cyanobacteria to elevated CO 2 at …

Aquatic primary productivity produces oxygen (O2) and consumes carbon dioxide (CO2) in a
ratio of~ 1.2. However, in aquatic ecosystems, dissolved CO2 concentrations can be low …

As the global climate is changing, average water temperatures and the supply of CO2 to
water bodies are increasing. To determine how the effects of these changes on freshwater …