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Landscape Resilience

Focuses on how forests and landscapes can be managed to better withstand fire—through thinning, restoration, grazing, and adaptive planning—so that ecosystems and communities can recover and thrive after fire.

Research and Publications

Thinning + burning treatments effectively reduce fire severity

2024 Research Brief

Ecological Silviculture for Sierra Nevada Mixed Conifer Forests

2024 Research Brief

Assessing giant sequoia mortality and regeneration following high-severity wildfire

2024 Research Brief

Using Stand Density Index (SDI) as a stocking guide in frequent fire forests

2024 Research Brief

The century-long shadow of fire exclusion: Historical data reveal early and lasting effects of fire regime change on contemporary forest composition

2024 Research Brief

Degradation and restoration of Indigenous California black oak (Quercus kelloggii) stands in the northern Sierra Nevada

2024 Research Brief

Forest restoration and fuels reduction work: Different pathways for achieving success in the Sierra Nevada

2024 Research Brief

Biological and Geomorphic Responses to Wildfire in Steep Chaparral Watersheds in Southern California

2024 Synthesis

Prescribed fire and mastication reduced bark-beetle-caused pine mortality

2024 Research Brief

A model for predicting early postfire mortality in four important redwood community plants

2024 Research Brief

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Past Events and Recordings