Wildfire is a growing concern as climate shifts. The hydrologic effects of wildfire, which
include elevated hazards and changes in water quantity and quality, are increasingly …

Wildfires strongly regulate carbon (C) cycling and storage in boreal forests and account for
almost 10% of global fire C emissions. However, the anticipated effects of climate change on …

Wildfire alters the hydrologic cycle, with important implications for water supply and hazards
including flooding and debris flows. In this study we use a combination of electrical resistivity …

Abstract Within the western United States, increasingly severe and frequent wildfires may
alter the magnitude, timing, and quality of water exported from burned areas by streams …

Predictions of post‐wildfire flooding and debris flows are needed, typically with short lead
times. Measurements of soil‐hydraulic properties necessary for model parameterization are …

Wildfires are a major disturbance to forest carbon (C) balance through both immediate
combustion emissions and post-fire ecosystem dynamics. Here we used a process-based …

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 …

Postfire debris flows are particularly complex to study because they do not form discrete
initiation locations and commonly involve multiple simultaneously operating erosional …

Wildfires can dramatically alter vegetation cover and soil properties across large scales,
resulting in substantial shifts in runoff generation, streamflow, and water quality. In …

Predicting the timing of overland flow in burned watersheds can help to estimate debris‐flow
timing and the location of debris‐flow initiation. Numerical models can produce flow …