Sentence examples for fire resilient from inspiring English sources

We analyzed the impact of amenity and biodiversity protection as mandated in national forest plans on the implementation of hazardous fuel reduction treatments aimed at protecting the wildland urban interface (WUI) and restoring fire resilient forests.

Substantial investments in fuel management activities on national forests in the western US are part of a national strategy to reduce human and ecological losses from catastrophic wildfire and create fire resilient landscapes.

Our methods can contribute to improving the efficiency of prescribed fire treatment investments and wildfire management programs aimed at creating fire resilient ecosystems, facilitating safe and efficient fire suppression, and safeguarding rural communities from catastrophic wildfires.

"But we've got 30-plus years of backlog, of communities that need to be retrofitted, where we have to go back in and put in building codes and zoning and create a fire-resilient landscape.

Wildfire occurrence can be reduced by planting fire-resilient plants in fire-prone areas.

Fire-smart management aims to control the fire regime by intervening on vegetation (fuel) to foster more fire-resistant (less flammable) and/or fire-resilient environments.

Thus understanding the relationships between landscape structure and burn severity is important for developing guidelines and management strategies for fire-resilient forests.

Management of fire-dependent forests should include letting more fires burn in the backcountry, limiting conversions of fire-resilient forests to flammable tree plantations, reducing ex-urban sprawl and flammable vegetation nearest homes, and letting forests rejuvenate naturally.

The results are consistent with fire hazard and fire incidence studies and support conventional knowledge that advocates the expansion of broadleaved deciduous or evergreen forest as a means to achieve more fire-resilient ecosystems and landscapes.

I concluded that fire frequency was under strong topographic control and that fire severity was mixed and variable through time and space resulting in a dynamic mosaic of variable-aged, fire-initiated vegetation intermixed with long-lived, fire-resilient trees and open shrub steppe communities (BMC).

Coinciding factors of high fuel continuity and fuel loading, projected lengthening of the fire season, and increased variability in seasonal precipitation suggest that large high-severity fires, especially in mixed-conifer forests, will become the predominant fire type without aggressive actions to reduce fuel continuity and restore fire-resilient forest structure and species composition.