Stream ecosystem health monitoring and reporting need to be developed in the context of
an adaptive process that is clearly linked to identified values and objectives, is informed by …

Recent developments in environmental DNA (eDNA) metabarcoding suggest that eDNA-
based representation of ecological communities can be a promising tool in both …

Spatial autocorrelation is an intrinsic characteristic in freshwater stream environments where
nested watersheds and flow connectivity may produce patterns that are not captured by …

Water abstraction strongly affects streams in arid and semiarid ecosystems, particularly
where there is a Mediterranean climate. Excessive abstraction reduces the availability of …

Global biodiversity is being lost due to extensive anthropogenic land cover change. In
Southeast Asia, biodiversity-rich forests are being extensively logged and converted to oil …

Neotropical stream fish assemblages have attracted much scientific attention in recent
decades. However, spatial and temporal patterns in sampling, and the types of …

Stream fish managers often use fish sample data to inform management decisions affecting
fish populations. Fish sample data, however, can be biased by the same factors affecting fish …

Monitoring aquatic biodiversity through DNA extracted from environmental samples (eDNA)
combined with high-throughput sequencing, commonly referred to as eDNA metabarcoding …

We examine the multiscale influence of environmental and hydrological features of the
riverine landscape on spatial and temporal variation in fish assemblages in eastern …

Species richness records from replicated deployments of baited remote underwater video
stations (BRUVS) and unbaited remote underwater video stations (UBRUVS) in shallow (< 1 …