Urban lakes are numerous in the world, but their role in carbon storage and emission is not
well understood. This study aimed to answer the critical questions: How does algal growing …

Carbon dioxide (CO 2) outgassing from inland eutrophic waters is a small but critical
component of the global carbon cycle that is currently not well constrained. Eutrophic lake …

Carbon dioxide (CO2) concentrations in lakes vary strongly over time. This variability is
rarely captured by environmental monitoring but is crucial for accurately assessing the …

Inland lakes are known to be significant component of global carbon (C) cycle, with C
pathways in these lakes potentially changing alongside their eutrophic states. One factor …

Lake is commonly acknowledged as a contributor to atmospheric CO 2. Current manual
sampling for estimations of CO 2 emissions from lakes predominantly relies on daytime CO …

We investigated the implications of low rainfall and reduced water level for changes in
nutrients and chlorophyll-a in a subtropical lake, and how these changes affected levels and …

We investigated the importance of meteorological and lake physical conditions for temporal,
horizontal and vertical differences in the concentration of dissolved oxygen (DO) and water …

Based on the fact that the intense photosynthetic activity of blooms causes a marked
decrease in free CO 2 concentrations and increase in pH of the water, the aim of the present …

Lakes are important components in the carbon cycling and threatened by direct and indirect
human activities, which ultimately affect metabolic processes. We analyzed the daily …

The carbon dioxide (CO2) emissions at the water–air interface in the urban river–lake
continuum remain unknown, posing challenges for assessing carbon sinks in aquatic …