Fires in forested catchments pose a water contamination risk from fire-derived dissolved
organic matter (DOM). Fire events are expected to increase under a projection of warmer …

Anthropogenic land use has increased nutrient concentrations and altered dissolved
organic matter (DOM) character and its bioavailability. Despite widespread recognition that …

This study aims to extend and demonstrate the application of fluorescence spectroscopy for
monitoring the water quality of three differently operated full-scale drinking water treatment …

Sediment resuspension represents a key process in all natural aquatic systems, owing to its
role in nutrient cycling and transport of potential contaminants. Although suspended solids …

Fluvial networks are globally relevant for the processing of dissolved organic matter (DOM).
To investigate the change in molecular DOM diversity along the river course, high-field …

The origin and reactivity of dissolved organic matter (DOM) have received attention for
decades due to the key role DOM plays in global carbon cycling and the ecology of aquatic …

Biological degradation of dissolved organic matter (DOM) regulates its structure and fate in
river ecosystems. Previous views suggested that labile components were dominantly …

The effect of watershed characteristics (land use land cover and morphology) on spatial
variability in dissolved organic matter (DOM) composition, and concentrations of dissolved …

Hydrological changes significantly affect organic matter export in flood plains, which is a vital
aspect of aquatic food webs and biogeochemical cycles. The frequency and duration of …

Understanding the controls on event-driven dissolved organic carbon (DOC) export is
crucial as DOC is an important link between the terrestrial and the aquatic carbon cycles. We …