Non‐perennial rivers and streams are ubiquitous on our planet. Although several metrics
have been used to statistically group or compare streamflow characteristics, there is …

Streamflow observations can be used to understand, predict, and contextualize hydrologic,
ecological, and biogeochemical processes and conditions in streams. Stream gages are …

Intermittent rivers and ephemeral streams (IRES) are now recognized to support specific
freshwater biodiversity and ecosystem services and represent approximately half of the …

Assembly processes shaping ecological communities can vary over time following variations
of environmental conditions at different scales. Such temporal dynamism is exacerbated by …

Looking across a landscape, river networks appear deceptively static. However, flowing
streams expand and contract following ever-changing hydrological conditions of the …

In the majority of existing studies, streams are conceived as static objects that occupy
predefined regions of the landscape. However, empirical observations suggest that stream …

Headwater streams and inland wetlands provide essential functions that support healthy
watersheds and downstream waters. However, scientists and aquatic resource managers …

Aquatic invertebrate communities inhabiting intermittent rivers that are characterised by
recurrent drying events (flow cessation or complete disappearance of surface water) often …

The flow regime paradigm is central to the aquatic sciences, where flow drives critical
functions in lotic systems. Non‐perennial streams comprise the majority of global river …

The ever‐changing hydroclimatic conditions of the landscape induce ceaseless variations in
the wet channel length (L) and the streamflow (Q) of a catchment. Here we use a perceptual …