Process-based classification of rivers is widely used for assessing the effects of past
landscape disturbance, current biophysical conditions, and likely responses to future …

Earthquake-triggered landslides provide sufficient loose material for the formation of
subsequent debris flow events in earthquake-affected catchments. The landslides sediment …

Rivers are complex biophysical systems, constantly adjusting to a suite of changing
governing conditions, including vegetation cover within their basins. This review seeks to:(i) …

While connectivity studies are becoming common in the Earth sciences, disconnectivity has
received much less attention. Sediment storage is the direct result of sediment …

The sediment connectivity concept is particularly suitable for tackling complex,
multidisciplinary questions through systems thinking. However, it is unclear how to directly …

The rates at which sediment from the landscape is recruited to channel networks reflect
lateral geomorphic connectivity and have significant implications for biophysical river …

Volcanic eruptions can disrupt entire river basins by affecting the hydro-geomorphic
characteristics of channel networks and hillslopes. Reports suggest a pulsed and delayed …

The movement of sediment through mountain river networks remains difficult to predict, as
processes beyond streamflow and particle size are responsible for the entrainment and …

At‐many‐stations hydraulic geometry (AMHG) has provided a novel way to understand river
network development, simulate water flow, and retrieve river discharge in data‐scared …

Hydrologic and geomorphic classifications have gained traction in response to the
increasing need for basin‐wide water resources management. Regardless of the selected …