Wildfires have become more frequent in Western Canada due to decades of wildfire suppression, restrictions against Indigenous cultural burning practices, intensifying drought and heat waves, and more frequent lightning and human-related wildfire ignitions. Prior to 2000, post-wildfire geohazards were relatively uncommon in Canada. Since that time, post-wildfire geohazards (floods, debris flows, landslides, and avalanches) have occurred in increasing frequency across Canada, and resulted in fatalities, damage to houses, frequent critical infrastructure road and railway closures, and damages to ecological habitats. Despite their increased frequency and documented threats to public safety, ecological values, and critical infrastructure, relatively little published data in Canada exists to evaluate empirical post-wildfire hazard assessment models used widely in the United States. Additionally, sparse data collection in wildfire-affected areas precludes understanding of hydroclimatic triggering thresholds, which can be used to inform public notification and emergency management. The intent of this workshop is to gather academic personnel and practitioners working in the field of post-wildfire geohazards for knowledge sharing, networking, and brainstorming. Workshop attendees should come prepared to learn about recent finding about post-wildfire geohazards and contribute to facilitated discussions about potential research directions. To the extent possible, this workshop will be delivered in a blended format (in-person and virtual).