Stream temperature is directly and indirectly affected by climate change. To be able to
project future changes in stream temperature, historic trends and factors influencing these …

Salmonid species are highly sensitive to river water temperature. Although long-term river
temperature monitoring is essential for assessing drivers of change in ecological systems …

An hourly water temperature time series recorded at the Gairn catchment (Scotland) is
analysed here along with seven covariates. Modelling river temperature time series is …

River connectivity maintains the transport of nutrients, organic matter, and organisms,
serving as a crucial link in global and regional biogeochemical cycles. However …

Headwater streams are highly dependent on groundwater discharge to maintain low flows
during dry periods and to dilute pollutants. Groundwater discharge to streams can have …

Peatlands are hydrologically significant landscape units in mountain headwater catchments
in Central Europe. In this study, the contribution of a peat bog to runoff and its annual water …

Hydrological behavior of an ombrogenous raised peat bog has been observed and
described in many studies; however, not in complexity with other soils. This research deals …

Beaver dam mimicry is an emergent conservation practice. We evaluated the influence of
constructed riffles, a unique type of beaver mimicry aimed to store water and allow fish …

Comparing how wetlands are simulated in different hydrological modelling tools is needed
to identify their suitability in different contexts. A simulated wetland will result in predictions of …

“Salmonid reproduction is highly complex and therefore prone to failure when conditions are
suboptimal”(Fenkes et al., 2016). During the winter of 2015/2016, exceptional weather …