Large wood is an important physical component of woodland rivers and significantly
influences river morphology. It is also a key component of stream ecosystems. However …

The influence of naturally occurring in‐channel large wood (LW) on the hydraulics,
hydrology and geomorphology of rivers is well documented. To inform management and …

Degraded floodplains and valley floors are restored with the goal of enhancing habitat for
native fish and aquatic-riparian biota and the protection or improvement of water quality …

Hydrological variability is a key factor in structuring biotic and abiotic processes in river
ecosystems and is of particular importance to fish populations. We used 171 hydrological …

The assessment and mitigation of floods in mountain streams, when large wood (LW) is
transported, pose several challenges. The process chain consisting of flood propagation …

This paper relates life cycle characteristics of fishes, their environmental tolerances, habitat
requirements, and resilience against hydromorphological disturbances to a recently …

Large wood promotes fundamental changes in river hydraulics and morphology, playing a
relevant role in river ecology but also in flood hazard. Accurate predictions of large wood …

River flow regime is believed to have a fundamental effect on riverine biota. It influences key
aquatic processes, including levels of dissolved oxygen, sediment transport and deposition …

The aquatic plants are often found in natural rivers, and they affect the channel flow structure
significantly. To study the effects of the vegetation density a (the frontal area per volume) on …

Habitat suitability curves (HSCs) are the biological component of habitat simulation tools
used to evaluate instream flow management trade‐offs (eg, the physical habitat simulation …