Preferential flow, a major influence in unsaturated soil and rock almost everywhere, occurs
by multiple phenomenologically distinct hydraulic processes. For the mode known as …

Descriptions of runoff generation processes continue to grow, hel** to reveal complexities
and hydrologic behavior across a wide range of environments and scales. But to date, there …

The concept of connectivity has been the subject of a great deal of recent research and
provided new insights and breakthroughs on runoff generation processes and watershed …

Water balance characteristics and rainfall-runoff relationships of karst slope, are poorly
understood worldwide, even though karst landscapes occupy 10–15% the planet's land …

Abstract Knowledge of water movement from the hillslope critical zone is important for water
management. However, the runoff process resulting from extreme rainfall events remains …

Southwest China receives abundant rainfall with a mean annual precipitation of 1450 mm
(1960–2013) but surface runoff is small, whereas subsurface runoff is relatively large on …

Since its introduction in 1954, the Soil Conservation Service curve number (SCS‐CN)
method has become the standard tool, in practice, for estimating an event‐based rainfall …

Wetland protection and restoration strategies that are designed to promote hydrologic
resilience do not incorporate the location of wetlands relative to the main stream network …

The permeability architecture of the critical zone exerts a major influence on the
hydrogeochemistry of the critical zone. Water flow path dynamics drive the spatiotemporal …

The strong vertical gradient in soil and subsoil saturated hydraulic conductivity is
characteristic feature of the hydrology of catchments. Despite the potential importance of …