Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

Understanding Homeowner Proactive Actions for Managing Wildfire Risks

View through CrossRef
Abstract Wildfires have become increasing threats to residents, built environments, and ecosystems in the United States. Individual responsibility plays a significant role in reducing structure-level ignitability, and in turn, overall community vulnerability. Moreover, homeowners insurance can serve as the second line of defense by allowing homeowners to avoid substantial financial burden from repair/reconstruction costs induced by wildfire. To understand homeowner decisions on wildfire-related proactive actions and the effects of such decisions on the housing recovery, this study conducted an online survey of homeowners living in high to extreme risk of wildfire in the Western United States and collected data related to two types of proactive actions, i.e., individual-level risk reduction actions and homeowners insurance. First, a regression model for each proactive action was estimated to identify key characteristics of homeowners and house/property that had the greatest impact on these actions. The results indicated that homeowner age and household income were the two common factors affecting their decisions about home hardening and insurance policies, while the only statistically significant factor in homeowner decisions about defensible space was satisfaction with the surrounding environment. Moreover, the effects of each proactive action on the housing recovery process were evaluated. The results showed that home hardening was a more effective action in reducing wildfire damage to a house than defensible space was, which was consistent with homeowner perception. The survey results also indicated that homeowners with insurance were less likely to experience post-wildfire financial hardship, and subsequently were more likely to repair their damaged houses.
Springer Science and Business Media LLC
Title: Understanding Homeowner Proactive Actions for Managing Wildfire Risks
Description:
Abstract Wildfires have become increasing threats to residents, built environments, and ecosystems in the United States.
Individual responsibility plays a significant role in reducing structure-level ignitability, and in turn, overall community vulnerability.
Moreover, homeowners insurance can serve as the second line of defense by allowing homeowners to avoid substantial financial burden from repair/reconstruction costs induced by wildfire.
To understand homeowner decisions on wildfire-related proactive actions and the effects of such decisions on the housing recovery, this study conducted an online survey of homeowners living in high to extreme risk of wildfire in the Western United States and collected data related to two types of proactive actions, i.
e.
, individual-level risk reduction actions and homeowners insurance.
First, a regression model for each proactive action was estimated to identify key characteristics of homeowners and house/property that had the greatest impact on these actions.
The results indicated that homeowner age and household income were the two common factors affecting their decisions about home hardening and insurance policies, while the only statistically significant factor in homeowner decisions about defensible space was satisfaction with the surrounding environment.
Moreover, the effects of each proactive action on the housing recovery process were evaluated.
The results showed that home hardening was a more effective action in reducing wildfire damage to a house than defensible space was, which was consistent with homeowner perception.
The survey results also indicated that homeowners with insurance were less likely to experience post-wildfire financial hardship, and subsequently were more likely to repair their damaged houses.

Related Results

Interplay of weather patterns and Wildfire in Tsavo Conservation Area, Kenya.
Interplay of weather patterns and Wildfire in Tsavo Conservation Area, Kenya.
Abstract Background: Wildfires, in recent years have caused devastating destructions in many parts of the world due to extreme weather conditions. Wildfire trend in Tsavo ...
Weather pattern and wildfire interplay in Tsavo Conservation Area, Kenya
Weather pattern and wildfire interplay in Tsavo Conservation Area, Kenya
Abstract Background In recent years, wildfires have caused devastating destruction in many protected areas globally. The Tsavo Conservation Area ...
Future Property Risk Estimation For Wildfire In Louisiana, USA
Future Property Risk Estimation For Wildfire In Louisiana, USA
Abstract Background: Wildfire is an important but understudied natural hazard. As with other natural hazards, wildfire research is all too often conducted at too broad a sp...
How Multiple Creditors, Market Liquidity and Homeowner Participation Affect Foreclosure Discounts
How Multiple Creditors, Market Liquidity and Homeowner Participation Affect Foreclosure Discounts
Abstract This study investigates how multiple subordinated creditors and market liquidity in the local real estate market influence the foreclosure discount. It also explor...
Efficiently Estimating Patterns in Wildfire Burn Probability
Efficiently Estimating Patterns in Wildfire Burn Probability
Wildfires can be dangerous phenomena, creating risks for communities that are likely to be exposed to wildfire. The likelihood of community exposure to a wildfire is influenced by ...
Geostatistical Modeling of Wildfire Occurrence Probability: The Case Study of Monte Catillo Natural Reserve in Italy
Geostatistical Modeling of Wildfire Occurrence Probability: The Case Study of Monte Catillo Natural Reserve in Italy
The increasing incidence of wildfires in the Mediterranean region has raised significant scientific and environmental concerns. This study focuses on a retrospective analysis of wi...
Bats and fire: a global review
Bats and fire: a global review
Abstract Background Bats are important components of forested ecosystems and are found in forests worldwide. Consequently, they often interact with ...
Spatial and temporal monitoring of wildfires in Golestan province using remote sensing data
Spatial and temporal monitoring of wildfires in Golestan province using remote sensing data
Wildfires are one of the most significant factors of ecosystem change. Knowing the wildfire regime (frequency, intensity, and distribution pattern) is essential in wildfire managem...

Back to Top