The traditional field-based measurements of carbon dioxide (p CO2) for inland waters are a
snapshot of the conditions on a particular site, which might not adequately represent the p …

Carbon emissions from aquatic ecosystems, including reservoirs, play an important role in
the global carbon budget, while the carbon cycle in reservoirs is still far from clearly …

We developed a three-dimensional model to study the dynamics of carbon dioxide (CO 2)
emission from a subtropical drinking water reservoir. The quantitative effects of dissolved CO …

Freshwater reservoirs are considered as the source of atmospheric greenhouse gas (GHG),
but more than 96% of global reservoirs have never been monitored. Compared to the …

The exchange of oxygen between lakes and the atmosphere is assumed to be driven by
diffusion. Here we show that lakes can emit significant amounts of O2 by emerging gas …

Biological metabolism drives much of the variation in CO 2 in terrestrial ecosystems but does
not explain CO 2 oversaturation and emission in net autotrophic lakes and reservoirs. The …

Inland waters (IW), estuarine areas (EA), and offshore areas (OA) function as aquatic
systems in which the transport of carbon components results in the release of greenhouse …

The rapid development of cities has brought a lot of carbon emissions and water
consumption, leading to disasters, such as the greenhouse effect and drought. However …

Reservoirs in arid regions often provide critical water storage but little is known about their
greenhouse gas (GHG) footprint. While there is growing appreciation of the role reservoirs …

Climate warming impacts biogeochemical cycles in lakes. However, the factors controlling
CO2 dynamics in mountain lakes over multidecadal scales are poorly understood. Here, we …