Despite the recognized importance of flowing waters in global greenhouse gas (GHG)
budgets, riverine GHG models remain oversimplified, consequently restraining the …

Environmental metabolomes are fundamentally coupled to microbially-linked
biogeochemical processes within ecosystems. However, significant gaps exist in our …

Evasion of greenhouse gases (GHG) from fluvial systems is now recognized as a significant
component of the global carbon cycle. However, the magnitudes of GHG fluxes remain …

Estuary acts as a hotspot of greenhouse gases (GHGs, including CO 2, CH 4 and N 2 O) to
the atmosphere. However, the GHGs budgets, including input/output fluxes through …

Agricultural greenhouse gas emissions (methane and nitrous oxide) contribute substantially
to global warming. This article explores and develops roadmaps towards mitigating these …

Nitrous oxide (N2O) is a potent ozone‐depleting greenhouse gas produced by incomplete
denitrification. Recent works on riverine N2O emissions focus mainly on contributions from …

CH4 emissions from inland water are highly uncertain in the current global CH4 budget,
especially for rivers and streams due to sparse measurements and the uncertainty of …

Tree biomass and soils (especially organic soils) are significant carbon pools in forest
ecosystems, therefore forest management practices, in order to ensure carbon storage in …

Coupled abiotic and biotic processes in the hyporheic zone, where surface water and
groundwater mix, play a critical role in the biogeochemical cycling of carbon, nutrients, and …

Facing the challenges of climate change, policy making relies on sound greenhouse gas
(GHG) budgets. Rivers and streams emit large quantities of the potent GHG methane (CH 4) …