Catchments headed by temperate glaciers are severely impacted by climate change, and
extensively studied from glaciological and surface hydrology perspectives. However …

Although water temperature is one of the most important factors influencing hydrochemistry
and river ecology, long-term monitoring and modelling of stream thermal temporal variability …

The study is based on a complex and unique data set of 222 Rn activity, water stable
isotopes, and physicochemical parameters (ie, temperature, electrical conductivity, pH) …

The Arctic region is undergoing rapid and extensive transformations due to global climate
change. This study investigated the spatial distribution of 31 chemical elements in eight …

Proglacial aquifers are an important water store in glacierised mountain catchments that
supplement meltwater‐fed river flows and support freshwater ecosystems. Climate change …

Glaciers are reservoirs of atmospherically deposited trace elements that are released during
melt. Weathering in glacial environments also contributes solutes to proglacial streams. To …

Repeated continental glaciations and marine transgressions had a strong influence on the
geochemical evolution of groundwater systems of the eastern slope of the Baltic Shield …

The goal of this study is to test applicability of the conceptual catchment run-off HBV model
to simulate discharge in small non-glaciated Arctic catchment. Within two ablation seasons …

Progressive climate change may have unpredictable consequences for the Arctic
environment. Permafrost catchments off the west coast of Svalbard, described as “thin” and …

In this study, a hydrometeorological dataset of unglaciated High Arctic catchment is
presented. The time series encompasses air temperature, precipitation, wind speed, relative …