Severe wildfire is altering the natural and the built environment and posing risks to
environmental and societal health and well-being, including cascading impacts to water …

Fractional calculus has been used to model various hydrologic processes for 15 years. Yet,
there are still major gaps between real-world hydrologic dynamics and fractional-order …

During the summer of 2017, several megafires in South-Central Chile burned down forest
plantations, native forests, shrublands and human settlements. National authorities identified …

The ability to model surface processes and to couple them to both subsurface and
atmospheric regimes has proven invaluable to research in the Earth and planetary sciences …

In the Dolomitic region, abundant coarse hillslope sediment is commonly found at the toe of
rocky cliffs. Ephemeral channels originate where lower permeability bedrock surfaces …

Deadly and destructive debris flows often follow wildfire, but understanding of changes in
the hazard potential with time since fire is poor. We develop a simulation‐based framework …

Hazard assessment for post‐wildfire debris flows, which are common in the steep terrain of
the western United States, has focused on the susceptibility of upstream basins to generate …

Shallow, rainfall-triggered landslides are an important catchment process that affect the rate
and calibre of sediment within river networks and create a significant hazard, particularly …

Annually, millions of hectares of land are affected by wildfires worldwide, disrupting
ecosystems functioning by affecting on-site vegetation, soil, and above-and belowground …

Wildfire‐induced changes to soil and vegetation promote runoff‐generated debris flows in
steep watersheds. Postfire debris flows are most commonly observed in steep watersheds …