Abstract Information on soil loss and sediment export is essential to identify hotspots of soil
erosion to inform conservation interventions in a given watershed. This study investigates …

Excessive fine sediment (particles< 2 mm) deposition in freshwater systems is a pervasive
stressor worldwide. However, understanding of ecological response to excess fine sediment …

Intensive peatland drainage alters the physico-chemical status of the recipient streams,
potentially leading to the loss of biodiversity and impaired ecosystem functioning. However …

The ongoing global environmental change poses a serious threat to rivers. Comprehensive
knowledge of how stressors affect biota is critical for supporting effective management and …

Growing bioeconomy is increasing the pressure to clear‐cut drained peatland forests. Yet,
the cumulative effects of peatland drainage and clear‐cutting on the biodiversity of recipient …

Concentrations of dissolved organic carbon (DOC) have increased over the past few
decades, causing freshwater browning. Impacts of browning on biodiversity have been little …

Rivers and streams have suffered multiple transformations to attend the increasing water
demands worldwide. Among these, dams and reservoirs cause some of the most severe …

Peatlands, which account for 21% of total land area in the Republic of Ireland, have been
subjected to large-scale drainage and extraction of peat for fuel since the Industrial …

Agricultural intensification during the last century has caused river degradation across
Europe. From the wide range of stressors derived from agricultural activities that impact …

Mountain streams harbor unique biodiversity and provide essential ecosystem services to
human societies. Yet, these ecosystems face numerous threats, such as the construction of …