These briefs summarize our research for managers in 1-2 pages and include reference to the paper. They are grouped by topic

Carbon

• Forest Carbon Sequestration in Fire-Prone Forests
  
• Treatment Costs & Benefits in Sierran Mixed-Conifer
• Treatment Costs & Benefits in Southwestern Ponderosa Pine
• High-Severity Wildfire Effects on Carbon
• Fire Management and Climate Change
• Longleaf Pine Restoration and Carbon 
• Stabilizing Carbon in Ponderosa Pine Forests
• 10-year Post-treatment Carbon Dynamics in Sierran Mixed-Conifer
• Prescribed Burning and Charcoal Carbon Formation
• Restoring surface fire stabilizes carbon under extreme fire weather
• Projected climate and wildfire decrease forest carbon storage
• Treatment optimization reduces carbon loss under projected climate
• Treatment timing influences carbon stocks and emissions in the Sierra Nevada
• ​Targeted treatments stabilize forest carbon in a southeastern US forest matrix
• Second-entry prescribed fire and carbon
• Data uncertainty and treatment optimization

Regeneration & Reforestation

• Fire reinforces shrub conversion
  
• Second-entry prescribed fire and tree regeneration
• Modeling planted seedling survival
• Increased survival under Gambel oak
• Climate change will reduce conifer establishment
• Ponderosa pine dispersal distance

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Climate Change​

• Climate-driven Changes in Forest Succession in Puget Lowlands Forests
  
• ​Projected climate-wildfire effects on Sierra Nevada Forests
• Efficacy of forest treatments in ponderosa pine under projected climate
  
• ​Vegetation-fire feedback reduces projected area burned and emissions in the Sierra Nevada
• Santa Fe Fireshed treatment optimization
• Climate-driven fuel availability
• ​Treatment effects on tree growth under drought
• Tree growth as a function of fire frequency
• Frequent fire reduces water stress during drought