Improving our ability to detect changes in terrestrial and aquatic systems is a grand
challenge in the environmental sciences. In a world experiencing increasingly rapid rates of …

The flux of terrestrial carbon across land‐water boundaries influences the overall carbon
balance of landscapes and the ecology and biogeochemistry of aquatic ecosystems. The …

The topological system of lakes and streams is the basis for deriving a multitude of patterns
and processes in hydrology, geomorphology and ecology. Flow direction is key to …

Study region Peñalara catchment, in the mountains of the Central System in Spain, Study
focus For the first time, we investigated the streamflow and streamwater isotopes during the …

Dissolved organic carbon (DOC) in surface waters is an important component of the boreal
landscape carbon budget and a critical variable in water quality. A dominant terrestrial DOC …

Empirical studies have highlighted the important influence of lakes on stream temperature at
landscape scales, even when lakes comprise just a small fraction of the catchment area …

Tributary junctions in stream networks provide unique habitats within fluvial networks by
contributing differently sized sediment and organic materials, providing temperature refuge …

Understanding travel times and hydrological pathways of rain and snowmelt water
transported through the landscape to recipient surface waters is critical in many hydrological …

A longstanding challenge in stream ecology is to understand how landscape configuration
organizes spatial patterns of ecosystem function via lateral groundwater connections. We …

Northern landscapes are dominated by a mosaic of lakes and streams, yet only a limited
number of studies have explored how these lake‐stream networks influence streamflow …