The notion that landscape features have coevolved over time is well known in the Earth
sciences. Hydrologists have recently called for a more rigorous connection between …

Soil water repellency (SWR) is a widespread natural phenomenon that results from a
complex interplay between the hydrosphere, lithosphere, biosphere, atmosphere, and …

In the next decades, many soils will be subjected to increased drying/wetting cycles or
modified water availability considering predicted global changes in precipitation and …

Climate change may considerably impact the carbon (C) dynamics and C stocks of forest
soils. To assess the combined effects of warming and reduced precipitation on soil CO 2 …

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 …

The effects of different fire intensities on physiochemical soil properties have been studied in
this research. The experiment was conducted in a eucalyptus forested area near the …

Immediately following a wildfire, a layer of ash and charred material typically covers the
ground. This layer will gradually be reduced, being redistributed by rainfall, wind or animals …

A field study was conducted in order to study the effects of different wildfire severities on [1]
soil organic matter content,[2] soil water repellency, and [3] aggregate stability;[4] the …

Fire is a key factor impacting soil hydrology in many Mediterranean catchments. Soil water
repellency (SWR) can stimulate land degradation processes by reducing the affinity of soil …

Water-repellent ('non-wetting') soils are a major constraint to agricultural production in
southern and south-west Australia, affecting> 10 Mha of arable sandy soils. The major …