In the transition to low-carbon electricity, well-quantified estimates of carbon dynamics are
needed to ensure that emissions reduction targets are achieved. We review the state of the …

Hydropower reservoirs, as vital inland waters bodies of anthropogenic origin, exhibit distinct
characteristics from natural waters, thereby garnering research interest in the quantification …

Water-level fluctuations due to reservoir management could substantially affect the timing
and magnitude of reservoir methane (CH4) fluxes to the atmosphere. However, effects of …

Understanding controls of dissolved oxygen (DO) concentrations in reservoirs is important
as they are important for fisheries and a significant driver of greenhouse gas emissions. The …

Water level drawdowns are increasingly common in lakes and reservoirs worldwide as a
result of both climate change and water management. Drawdowns can have direct effects on …

Groundwater level fluctuation is a common natural phenomenon that causes alternate
changes in oxygen, moisture, and biogeochemical processes in sediments. Microbes are …

Temperature and dissolved oxygen concentration are critical factors affecting the exchange
of solutes between sediment and water; both factors will be affected by warming of lakes and …

Methane (CH4) produced in anoxic sediments plays a significant role in the carbon
economy of many lakes and reservoirs. CH4 released from sediments first crosses the …

Water‐level drawdowns are a management option for improving water quality in shallow,
eutrophic lakes, but how much water levels should be reduced and what abiotic and biotic …

Lateral intrusions flowing from the boundaries of lakes and oceans might influence basin‐
scale distributions of heat, chemical solutes, sediments, and organisms. Here, observations …