Forest Sciences Commons^™

Do Aspen Stands Reduce Fire Severity And Stop Fire Spread?, Elyse Doty

Student Research Symposium

Aspen stands are widely thought to behave as fire breaks, reducing fire severity and preventing fire spread. However, this prevailing belief has not been well studied. With larger more intense fires in recent decades and further projected changes in fire behavior for the future, having a better understanding of how aspen trees and stands interact with fire would be valuable for forecasting how our forests will respond to climate change and disturbance in the future. In addition, forest managers in Utah and other regions of the Intermountain West conduct aspen restoration treatments for multiple objectives, including fire mitigation. To quantify …

Forest Fire Risk Assessment Using Point Process Modeling & Monte Carlo Fire Simulation: A Case Study In Gyeongju, South Korea, Hyeyoung Woo

Graduate Student Theses, Dissertations, & Professional Papers

Forest fire risk assessment becomes critical for developing forest and fire management strategies in Korea since the magnitude of damage from fires significantly increased over the past decades. Fire behavior probability is one of the major components in quantifying fire risk, and is often presented as burn probability. Burn probability estimation requires a proper estimation of fire occurrence probability because fire spread is largely influenced by ignition locations in addition to other environmental factors, such as weather, topography, and land covers.

The objective of this study is to assess forest fire risk over a large forested landscape in and around …