Extreme weather events (EWEs; for example, heatwaves, cold spells, storms, floods and
droughts) and non-native species invasions are two major threats to global biodiversity and …

With a sixth mass extinction looming and freshwater biodiversity declining at unprecedented
rates, evaluating ecological efficacy of river restoration efforts is critical in combatting global …

Fish assemblages in dryland rivers have life‐history strategies that have evolved in
response to environmental conditions and triggers, particularly water temperatures and flow …

There is a growing need for water managers to refine and optimise environmental flow
strategies (e-flows) to balance water requirements for humans and nature. With increasing …

The conservation of fish assemblages depends on the longitudinal and lateral connectivity
between riverine habitats, in particular during the breeding season and the initial …

Anthropogenically driven flow intermittency is increasing in freshwater streams, with
important implications for the management and conservation of aquatic ecosystems …

Understanding how and why fish species composition varies between locations through
beta‐diversity has received increased interest recently. The physical structure, extension …

Context A core theme in ecohydrology is understanding how hydrology affects spatial
variation in the composition of species assemblages (ie, beta diversity). However, most …

The lateral dimension of an alluvial river–floodplains–provides a plethora of goods and
services for human needs. Also, it supports the richest and diverse riverine ecosystems on …

Fish assemblages in dryland rivers have evolved life-history strategies attuned to
environmental triggers, particularly water temperatures and flow regimes. However, water …