Summary Many New Zealanders are planning and implementing riparian management, and
riparian fencing and planting are now standard best practice tools for water quality and …

Frameworks for assessing geomorphic river condition constitute a core part of the river
management process, providing a critical platform for environmental decision‐making and …

As catchments become increasingly urban, the streams that drain them become increasingly
degraded. Urban streams are typically characterized by high‐magnitude storm flows …

The disciplines of geomorphology, hydrology, and hydrogeology have had a marked
influence on the evolution of systems thinking in stream ecology. The River Continuum …

Hyporheic flow in streams has typically been studied separately from geomorphic
processes. We investigated interactions between bed mobility and dynamic hyporheic …

Methods are needed to relate changing river flows to ecological response, particularly those
which do not require collection of extensive new data for river segments that lack historical …

One component of geomorphic complexity results from spatial heterogeneity in river
corridors. The characteristics of this form of complexity have important implications for …

Urbanisation and landuse changes threaten the ecological integrity of rivers and streams
globally. A major challenge in such impacted environments is to develop functional …

Coarse particulate organic matter (CPOM; organic matter 1–100 mm in diameter, excluding
small wood) stored in streams provides an important energy source for aquatic ecosystems …

Input, trapping, and retention of coarse particulate organic matter are among the key
determinants of resource availability for consumers in forested headwater streams …