Catchment science plays a critical role in the protection of water resources in the face of
ongoing changes in climate, long‐range transport of air pollutants, and land use. Addressing …

Increase in surface water color (browning), caused by rising dissolved organic carbon
(DOC) and iron concentrations, has been widely reported and studied in the last couple of …

Understanding what controls the lateral flux of organic and inorganic carbon from
landscapes to surface waters is key to fully understanding terrestrial ecosystem carbon …

The boreal ecoregion supports about one-third of the world's forest. Over 90% of boreal
forest streams are found in headwaters, where terrestrial–aquatic interfaces are dominated …

Drought is a global phenomenon, with widespread implications for freshwater ecosystems.
While droughts receive much attention at lower latitudes, their effects on northern river …

The riparian zone is a transitional zone between aquatic and terrestrial ecosystems and is
also the only passage for surface runoff to enter a river. The role of the riparian zone as a …

Dam construction significantly influences riparian ecological functions and environmental
conditions in the reservoir region. Despite the importance of diazotrophic mediation 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 …

Spatial variation in the emission rates of nitrous oxide (N 2 O) and methane (CH 4) in soils
can be significant due to the diverse biological, chemical, and physical conditions that …

Streamflow recession analysis provides valuable insights into catchment functioning that
can be related to runoff generation, storage retention and baseflow dynamics. As an …