In this review, we draw together the research on the two-way connection of streams and their
riparian forests of the boreal zone from ecological points of view. Although the knowledge …

Hydrologic connectivity is the linkage of separate regions of a catchment via water flow.
Knowledge of hillslope–stream connectivity (both at the surface and in the subsurface) is …

The Krycklan Catchment Study (KCS) provides a unique field infrastructure for hillslope to
landscape‐scale research on short‐and long‐term ecosystem dynamics in boreal …

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 …

The permeability architecture of the critical zone exerts a major influence on the
hydrogeochemistry of the critical zone. Water flow path dynamics drive the spatiotemporal …

Boreal regions store most of the global terrestrial carbon, which can be transferred as
dissolved organic carbon (DOC) to inland waters with implications for both aquatic ecology …

Understanding how the sources of surface water change along river networks is an
important challenge, with implications for soil‐stream interactions, and our ability to predict …

Boreal headwaters are often lined by strips of highly organic soils, which are the last
terrestrial environment to leave an imprint on discharging groundwater before it enters a …

Protecting water quality in forested regions is increasingly important as pressures from land-
use, long-range transport of air pollutants, and climate change intensify. Maintaining forest …

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