The submarine hydrothermal systems are extreme environments where active cycling of
dissolved organic matter (DOM) may occur. However, little is known about the optical …

Rivers receive and process large quantities of terrestrial dissolved organic carbon (DOC).
Biologically available (unstable) DOC leached from primary producers may stimulate (ie …

The priming effect refers to quantitative changes in microbial decomposition of recalcitrant
organic matter upon addition of labile organic matter and is a phenomenon that mainly has …

Water quality models serve as an economically feasible alternative to quantify fluxes of
nutrient pollution and to simulate effective mitigation strategies; however, their applicability is …

Nutrient dynamics in karst agroecosystems remain poorly understood, in part due to limited
long‐term nested datasets that can discriminate upland and in‐stream processes. We …

Agriculture delivers significant amounts of dissolved organic matter (DOM) to streams,
thereby changing the composition and biodegradability of the aquatic DOM. This study …

Heterotrophic organisms in streams use dissolved organic carbon (DOC) and dissolved
inorganic nitrogen (DIN) from the water column to meet their growth and energy …

Compound specific isotope analysis (CSIA) of normal-level hydrocarbons (C 1–C 4) in
natural gas is often successfully used in natural gas origin identification and classification …

Recent research has paid increased attention to quantifying the fate of carbon pools within
fluvial networks, but few, if any, studies consider the fate of sediment organic carbon in …

Abstract Changes in mineralization rates of stable or persistent organic matter induced by
inputs of labile organic matter can alter the organic carbon (C) balance along the terrestrial …