Headwater catchments are the fundamental units that connect the land to the ocean.
Hydrological flow and biogeochemical processes are intricately coupled, yet their respective …

Understanding concentration‐discharge (C‐Q) relationships are essential for predicting
chemical weathering and biogeochemical cycling under changing climate and …

The shallow and deep hypothesis suggests that stream concentration‐discharge (CQ)
relationships are shaped by distinct source waters from different depths. Under this …

Relationships between in‐stream dissolved solute concentrations (C) and discharge (Q) are
useful indicators of catchment‐scale processes. We combine a synthesis of observational …

The analysis of concentration-discharge (CQ) relationships provides useful information on
the processes controlling the mobilization and delivery of chemical elements into streams as …

Agriculture and urbanization have disturbed three-quarters of global ice-free land surface,
delivering huge amounts of nitrogen and phosphorus to freshwater ecosystems. These …

The analysis of concentration‐discharge (C‐Q) relationships from low‐frequency
observations is commonly used to assess solute sources, mobilization, and reactive …

This article provides an overview about the Bode River catchment that was selected as the
hydrological observatory and main region for hydro-ecological research within the …

The long‐term evolution of nutrient dynamics in rivers under changing external forcings,
termed hereafter trajectory, is influenced by local human activities and regional climatic …

Heavy metal and metalloid contamination of topsoils from atmospheric deposition and
release from landfills, agriculture, and industries is a widespread problem that is estimated …