Alteration in the river flow regime due to intermittent hydropower production (ie,
hydropeaking) leads to biodiversity loss and ecosystem degradation worldwide. Due to the …

The objectives of this study were to evaluate aquatic habitat suitability considering stream
hydraulics as well as water quality and to propose a stream ecological flow rate for Zacco …

The impact of climate change on the habitat suitability for large brown trout (Salmo trutta L.)
was studied in a segment of the Cabriel River (Iberian Peninsula). The future flow and water …

The changing spatial distribution of a river's physical attributes due to flow variations and the
aquatic species' biological response to these changes is the cornerstone for simulating …

The variation in river discharge alters habitat heterogeneity with implications for the
distribution of fish species with different habitat requirements. Assessments of habitat …

In semi-arid regions, groundwater-dependent ecosystems rely on stable hydro-thermal
regimes where refugia have supported aquatic biota for millennia. In karst systems, springs …

Within the past 30 years there have been two major heatwave events (in 2003 and 2006)
that broke 500-year-old temperature records in Europe. Owing to the growing concern of …

Floodplain inundation regime defines hydrological connectivity between river channel and
floodplain and thus strongly controls structure and function of these highly diverse and …

Relationships between changes in streamflow and changes in biological condition are
important considerations for water resources management decisions. The Ecological Limits …

In the context of water resources planning, this work defined a possible approach to quantify
minimum environmental flows (e‐flows) at a regional scale. Focusing on catchments smaller …