Abstract Purpose of Review Free-flowing rivers act as conduits for sediment and nutrient
transport from the land to coastal oceans. In the past decades, many of global rivers have …

Methane is an important greenhouse gas with growing atmospheric concentrations.
Freshwater lakes and reservoirs contribute substantially to atmospheric methane …

Shallow eutrophic lakes contribute disproportional to the emissions of CO 2 and CH 4 from
inland waters. The processes that contribute to these fluxes, their environmental controls …

Gas ebullition in sediment results from biogenic gas production by mixtures of bacteria and
archaea. It often occurs in organic-rich sediments that have been impacted by petroleum …

The highest CH4 production rates can be found in anoxic inland water surface sediments
however no model quantifies CH4 production following fresh particular organic matter …

Shallow lakes are an important natural source of atmospheric methane (CH 4), and the input
of autochthonous organic matter (OM) into their sediments encourages methanogenesis …

Methane (CH 4) emissions from freshwater aquatic systems such as rivers and reservoirs
are an important component of the global methane budget. However, the estimation can be …

Estimating carbon dioxide (CO2) and methane (CH4) emission rates from reservoirs is
important for regional and national greenhouse gas inventories. A lack of methodologically …

Reservoirs are an important source of atmospheric methane (CH 4), a potent greenhouse
gas. The Mekong, one of the largest Asian rivers, has been heavily dammed and can be a …

Freshwater ecosystems are responsible for an important part of the methane (CH 4)
emissions which are likely to change with global warming. This study aims to evaluate …