The paper investigates the changes in the physical, mechanical, and hydraulic properties of
coarse-grained pyroclastic soils, considered under both wildfire-burned and laboratory …

Wildfires can significantly affect mountain hillslopes through the combustion of trees and
shrubs and changes in soil properties. The type and magnitude of the associated post-fire …

This paper investigates, experimentally and theoretically, the effects of sand particle size
and hydrophobicity of a water drop impacting horizontal and inclined surfaces within a …

Understanding the impact of wildfires on soils exposed to fire is critical, especially in the
current climate scenario, where an increase in the occurrence of wildfires is expected. Near …

Vegetation contributes to the overall slope stability and is recognized as an environmentally
friendly nature-based solution. Wildfires burn and denude vegetated slopes, thus increasing …

To limit the oxidation of waste rocks that originates from mining operations and the
subsequent leaching of acidic solutions with high concentration of metal ions, a tailing–rock …

This paper examines the specific role and interdependencies between soil density, particle
size, particle shape, and gradation on the water entry pressure of hydrophobized sands. The …

Post-wildfire debris flow events have been more frequent due to climate change and
increased wildfire adversity. Changes in non-cohesive soil hydrophobicity, burn, and …

Hydrophobised soils found in the superficial region of earthen infrastructure can affect the
hydrological processes of these structures. The hysteretic water-retention curve (WRC) …

ABSTRACT Southern California steelhead (Oncorhynchus mykiss) occupy wildfire-prone
watersheds from the Santa Maria River in Santa Barbara County to the Tijuana River at the …