Water crises—defined as significant declines in water quality and quantity—top the global
risks list compiled by the World Economic Forum (2015) that have the greatest potential …

Wildfires elicit a diversity of hydrological changes, impacting processes that drive both water
quantity and quality. As wildfires increase in frequency and severity, there is a need to …

The development of improved spatial and spectral resolution sensors provides new
opportunities to assess burn severity more accurately. This study evaluates the ability of …

We developed a new online interface for the Water Erosion Prediction Project (WEPP)
model (WEPPcloud) with a framework that allows the incorporation and development of …

Concerns over wildfire impacts to water supplies have motivated efforts to mitigate risk by
reducing forest fuels. Methods to assess fuel treatment effects and prioritise their placement …

Severe fire greatly increases soil erosion rates and overland-flow in forest land. Soil erosion
prediction models are essential for estimating fire impacts and planning post-fire emergency …

Land managers in the Lake Tahoe basin are considering increasing the use of prescribed
fire and forest thinning to restore conditions that will be more resilient to wildfires. However …

Climate change is causing increasingly widespread, frequent, and intense wildfires across
the western United States. Many geomorphic effects of wildfire are relatively well studied, yet …

Runoff increases after wildfires that burn vegetation and create a condition of soil-water
repellence (SWR). A new post-fire watershed hydrological model, PFHydro, was created to …

Post‐fire catchment and water utility managers throughout the world use predictive models
to estimate potential erosion risks to aid in evaluating downstream impacts of increased …