Rapid urbanization has considerably altered carbon biogeochemical cycle and river
hydrology. However, the influences of urban land use and urban-induced nutrient increase …

Dissolved organic matter (DOM) represents an essential component of the carbon cycle and
controls biogeochemical and ecological processes in aquatic systems. The composition and …

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 …

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 …

Dissolved organic carbon (DOC) concentrations are increasing in freshwaters worldwide,
with important implications for aquatic ecology, biogeochemistry, and ecosystem services …

Riparian areas in the Cantabrian Atlantic ecoregion (northwest Portugal) play a key role in
soil formation and conservation, regulation of nutrient and water cycle, creation of landscape …

There is growing concern about the rising levels of dissolved organic matter (DOM) in
surface waters across the Northern hemisphere. However, only limited research has been …

The riparian zone (RZ), or near-stream area, plays a fundamental role in the
biogeochemistry of headwaters. Here, wet, carbon-rich soils can change groundwater …

The transport of dissolved organic carbon (DOC) from the soils to inland waters plays an
important role in the global carbon cycle. Widespread increases in DOC concentrations …

Increasing dissolved organic carbon (DOC) concentrations and exports from headwater
catchments impact the quality of downstream waters and pose challenges to water supply …