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 …

Riparian forests are commonly advocated as a key management option to mitigate the
effects of agriculture on headwater stream biodiversity and ecosystem functions. However …

River ecosystems face growing threats from human‐induced stressors, resulting in habitat
degradation and biodiversity loss. Crucial to these ecosystems, macroinvertebrates maintain …

Riparian zones are one of the most productive ecosystems in the world, but are at risk due to
agricultural expansion and climate change. To maximize return on conservation investment …

In semi-arid regions, water policy has strongly promoted the construction of water reservoirs
with little or no consideration for their ecological consequences. In order to quantify the effect …

Water temperature is a key driver for riverine biota and strongly depends on shading by
woody riparian vegetation in summer. While the general effects of shading on daily …

Numerous anthropogenic stressors, including river regulation, excess loadings of nutrients
and sediment, channelisation, as well as thermal and hydrological stressors driven by …

With evidence of pollinator declines and an increasing focus on restoration, interest is
growing in investigating floral resources for native bees. Although native bees forage on …

The decrease in freshwater biodiversity owing to anthropogenic disturbances such as
mining activity is a global challenge; hence, there is an urgent need for systematic …

High levels of E. coli and associated faecal microbes in waterways as a result of agricultural
and residential land use can pose environmental, human health, and economic risks. This …