Research into post-wildfire effects began in the United States more than 70years ago and
only later extended to other parts of the world. Post-wildfire responses are typically transient …

Wildfires can impact streamflow by modifying net precipitation, infiltration,
evapotranspiration, snowmelt, and hillslope run‐off pathways. Regional differences in fire …

Water infiltration is a basic parameter to understand the hydrological response of semi-arid
or arid soils–where runoff generation is dominated by infiltration-excess–subjected to …

Abstract The 2000 Valley Complex wildfire burned in steep montane forests with ash cap
soils in western Montana, USA. The effects of high soil burn severity on forest soil hydrologic …

This synthesis reviews current knowledge of pinyon and juniper ecosystems, in both
persistent and newly expanded woodlands, for managers, researchers, and the interested …

Implementation of socially acceptable and environmentally desirable solutions to soil
erosion challenges is often limited by (1) fundamental gaps between the evidence bases of …

The hydrological response of forest soil in the Mediterranean environment is characterised
by high runoff and erosion rates, mainly due to low infiltration and high repellency of soils …

Heat from wildfires can produce a two-layer system composed of extremely dry soil covered
by a layer of ash, which when subjected to rainfall, may produce extreme floods. To …

The near-surface saturated hydraulic conductivity (K sat) is an important hydrological
characteristic because it determines surface infiltration rates and the vertical and lateral …

Continuing long and extensive wildfire seasons in the Western US emphasize the need for
better understanding of wildfire impacts including post‐fire management scenarios …