Habitat quality of alpine river is largely affected by human activity. The exploitation for
hydropower, combined with anthropogenic climate change, can alter mountain riverine …

In the majority of studies aiming at stream temperature warming due to climate change just a
single water temperature model is used. Choosing a single model may highly impact the …

The use of environmental flow (e-flow) regimes has been widely implemented to improve
fish habitat quality in river restoration efforts. However, e-flow designs focusing only on one …

Here, the capability of the Bat algorithm optimised extreme learning machines ELM (Bat‐
ELM) is demonstrated for river water temperature (T w) modelling in the Orda River, Poland …

Large reservoirs and dams can fundamentally alter downstream flow and thermal regimes
by resetting the flow and water temperature release boundary conditions, resulting in …

Climate change at the global scale affects the watershed's hydrology and the river's
hydrodynamic, water temperature (WT), and habitat conditions of organisms. This article …

The survival of aquatic biota in different life history stages depends on food availability,
water quantity and specific hydrological conditions, and is particularly susceptible in …

Riffle‐pool constructions are common practice in river management and fish conservation,
but insufficient science exists to guide objective design of riffle‐pool. Understanding the …

Global climate change (GCC), with global warming as the main characteristic, has become a
global issue widely concerned by people. GCC impacts the hydrological regime at the …

The main focus of this study is to explore the complex interactions between aquatic
ecosystem health (AEH) and time-varying hydro-environmental factors. We measure AEH in …