The goal of this review was to identify literature published in 2019 that was most relevant to
prediction and mitigation of climate change impacts on Columbia River Pacific salmon …

Prioritizing restoration opportunities effectively across entire riverscape networks (ie, riverine
landscape including floodplain and stream channel networks) can be difficult when relying …

Urbanization typically leads to erosion and instability in rivers, and many management and
restoration strategies have been developed to dampen the worst impacts. Stream power …

Lentic small water bodies (LSWBs) deteriorate owing to anthropogenic activities, such as
untreated domestic and agricultural waste disposal. Moreover, different turnover …

The potential for catchment-scale stormwater control measures (SCMs) to mitigate the
impact of stormwater runoff issues and excess stormwater volume is increasingly …

For streams draining urban catchments, sediment transport capacity is the key driver of
physical impacts including bed sediment removal and channel incision. The main …

Although there is increasing consensus that river restoration should focus on restoring
processes rather than form, proven techniques to design and monitor projects for sediment …

This study seeks better understanding of linkages between channel morphology,
streamflow, and aquatic habitat for the effective rehabilitation of imperiled species in rivers …

Microhabitat suitability models are commonly used to estimate salmonid habitat abundance
and quality with unknown accuracy or reliability. When tested, the metrics used to evaluate …

River flows exert dominant controls on in-stream biota. Quantifying linkages between
hydrology and biology is important for assessing the effects of flow alteration on ecological …