Wetlands are the largest and most uncertain biological source of atmospheric methane, with
hydrological fluctuations exacerbating this uncertainty. Here we critically explore the …

Wetland ecosystems have become one of the long-term solutions for mitigating global
climate change due to their strong carbon sequestration potential. However, the key carbon …

Abstract Changes in global rainfall patterns and construction of artificial dams have led to
widespread alteration of hydrological processes in riparian ecosystems. At the same time …

Swamps are a highly significant wetland type in North America both in terms of areal extent
and their role in terrestrial carbon cycling. These wetlands, characterized by woody …

Methane emissions from small freshwater ecosystems represent one of the largest
components of uncertainty in the global methane budget. While these systems are known to …

Methane fluxes (FCH4) vary significantly across wetland ecosystems due to complex
mechanisms, challenging accurate estimations. The interactions among environmental …

Peatland drainage depletes large carbon stocks by increasing carbon dioxide (CO2)
emissions from the soil. Restoration via re‐wetting could play an important role in climate …

Plant‐mediated CH4 emission is an important part of the ecosystem CH4 emission from
vegetated wetlands. Inundation depth may alter the potential magnitude of CH4 releases by …

Sea level rise driven by global warming is threatening low-lying and reclaimed agricultural
areas near coasts. The most marginalized of these with low crop yield can be converted into …

Salt marshes have the ability to store large amounts of'blue carbon', potentially mitigating
some of the effects of climate change. Salt marsh carbon storage may be partially offset by …