Remote sensing technology offers the ability to derive information on freshwater fish habitats
across broad geographic areas and has the potential to transform approaches to monitoring …

Riverine fishes face many challenges including habitat degradation and climate change,
which alter the productivity of the riverscapes in which fish live, reproduce, and feed …

Pelagic spawning riverine fish (pelagophils) spawn in free‐flowing river habitats with
downstream drift of eggs and larvae but the spatial scale is often unknown, and this …

Quantifying the volume of water that is stored in the subsurface is critical to studies of water
availability to ecosystems, slope stability, and water‐rock interactions. In a variety of settings …

Understanding changes in salmonid populations and their habitat is a critical issue given
changing climate, their importance as a keystone species, and their cultural significance …

Quantitative habitat suitability models (HSMs) are frequently used to inform the conservation
and management of lotic organisms, often in the context of instream flow management …

Streamflow drives ecological processes across multiple trophic levels making it a “master
variable in lotic systems.” In mountain systems, especially those that are regulated …

To evaluate the consequences of declining summer discharge for drift abundance and
energy flux to drift-feeding fish, we collected monthly drift samples from April to September in …

Salmonids frequently adapt their feeding and movement strategies to cope with seasonally
fluctuating stream environments. Oncorhynchus mykiss tend to drift-forage in higher velocity …

While macroinvertebrate dispersal operates at the individual level, predictions of their
dispersal capabilities often rely on indirect proxies rather than direct measurements. To gain …