Terrestrial carbon export via inland aquatic systems is a key process in the global carbon
cycle. It includes loss of carbon to the atmosphere via outgassing from rivers, lakes, or …

Organic matter (OM) causes many problems in drinking water treatment. It is difficult to
monitor OM concentrations and character during treatment processes due to its complexity …

Understanding how the concentration and chemical quality of dissolved organic matter
(DOM) varies in soils is critical because DOM influences an array of biological, chemical …

Dissolved organic matter (DOM) transport during storms is studied because it is important in
the annual watershed export budget for dissolved organic carbon (DOC). We sampled …

Weather‐related episodic events are typically unpredictable, and their duration is often
short. Abiotic and biological responses are often missed in routine monitoring. These …

Several studies have highlighted an increase in DOC concentration in streams and lakes of
UK upland catchments though the causal mechanisms controlling the increase have yet to …

Peatlands are an important terrestrial carbon store. However, heightened levels of
degradation in response to environmental change have resulted in an increased loss of …

This study describes the analysis of fluvial carbon flux from an upland peat catchment in the
North Pennines. Dissolved organic carbon (DOC), pH, alkalinity and calcium were …

Spatial and seasonal variations in CO2 and CH4 concentrations in streamwater and
adjacent soils were studied at three sites on Brocky Burn, a headwater stream draining a …

Most of the dissolved organic carbon (DOC) exported from catchments is transported during
storm events. Accurate assessments of DOC fluxes are essential to understand long-term …