Team Western Fire Forest Resilience Collaborative

Western Fire Forest Resilience Collaborative Our experts represent a multitude of disciplines, including ecology, forestry, conservation biology, public health, and more. together, we are united in our drive to seek innovative solutions to the crisis of wildfires and forest resilience. The western fire and forest resilience collaborative is a multi year research program designed to accelerate advances in fire ecology and forest resilience, ensuring the fields are ready.

Western Fire Forest Resilience Collaborative By partnering with the fire management and policy community, we will co create and implement a research program that ensures the predictive science of fire ecology and forest resilience is sufficiently mature to support effective strategies to the fire crisis. The western fire and forest resilience collaborative (wffrc) is a research program designed to accelerate scientific discoveries that will enhance forest resilience and wildfire decision making. I am a team lead within the “tracking forests and fire” working group, tasked with quantifying how fire regimes and resulting forest structure and function are changing across the western us. Her graduate work examined how forests and fuels recover after more frequent fire, as well as how fuels treatments alter fire risk and ecosystem services in wildland urban interface landscapes, using a blend of field work, forest simulation modeling, and remote sensing methods.

Team Western Fire Forest Resilience Collaborative I am a team lead within the “tracking forests and fire” working group, tasked with quantifying how fire regimes and resulting forest structure and function are changing across the western us. Her graduate work examined how forests and fuels recover after more frequent fire, as well as how fuels treatments alter fire risk and ecosystem services in wildland urban interface landscapes, using a blend of field work, forest simulation modeling, and remote sensing methods. Wffrc is engaging 10 science teams to create and implement a research program that will ensure the science of fire ecology and forest resilience can support effective solutions for the fire crisis in the western us. Repositories for work conducted by the western fire and forest resilience collaborative: a multi year initiative to advance forest and fire ecology western fire and forest resilience collaborative. Western fire & forest resilience collaborative (wffrc) is a research program designed to accelerate scientific discoveries that will enhance forest resilience and wildfire management. The western fire and forest resilience collaborative (wffrc) is a research program designed to accelerate scientific discoveries that will enhance forest resilience and wildfire decision making.

Western Fire Forest Resilience Collaborative Scientific Research Wffrc is engaging 10 science teams to create and implement a research program that will ensure the science of fire ecology and forest resilience can support effective solutions for the fire crisis in the western us. Repositories for work conducted by the western fire and forest resilience collaborative: a multi year initiative to advance forest and fire ecology western fire and forest resilience collaborative. Western fire & forest resilience collaborative (wffrc) is a research program designed to accelerate scientific discoveries that will enhance forest resilience and wildfire management. The western fire and forest resilience collaborative (wffrc) is a research program designed to accelerate scientific discoveries that will enhance forest resilience and wildfire decision making.

Congratulations To The Fire Collaborative S Director Dr Western Western fire & forest resilience collaborative (wffrc) is a research program designed to accelerate scientific discoveries that will enhance forest resilience and wildfire management. The western fire and forest resilience collaborative (wffrc) is a research program designed to accelerate scientific discoveries that will enhance forest resilience and wildfire decision making.