The carbon balance of reducing wildfire risk and restoring process: an analysis of 10-year post-treatment carbon dynamics in a mixed-conifer forest

Keyphrases

• Mixed-conifer Forest 100%
• Carbon Balance 100%
• Carbon Dynamics 100%
• Wildfire Risk 100%
• Net Biome Production 100%
• Tree Mortality 50%
• Fire Risk 50%
• Prescribed Burning 50%
• Understory 50%
• Large Trees 50%
• Carbon Emissions 50%
• Overstory Thinning 50%
• Effective Treatment 25%
• Three-level 25%
• Treatment Implementation 25%
• Wildfire 25%
• In Fire 25%
• Mid-sized 25%
• Carbon Sink 25%
• Carbon Loss 25%
• High-severity Fire 25%
• Forest Carbon 25%
• Fire Severity 25%
• Prescribed Fire 25%
• Sierra Nevada 25%
• Carbon Stock 25%
• Historic Fire 25%
• Sequestered Carbon 25%
• Ecosystem Resilience 25%
• Fire Return Interval 25%
• Tree Growth 25%
• Two-level 25%
• Climate Change Mitigation 25%
• Fire-induced 25%
• Induced Forest 25%
• Carbon Impact 25%
• Fire-prone Forest 25%
• Full-scale Experiment 25%
• Indirect Emissions 25%
• Direct Emissions 25%
• Carbon Removal 25%

Earth and Planetary Sciences

• Carbon Balance 100%
• Understory 100%
• Biome 100%
• Emissions 75%
• Prescribed Burning 50%
• Nevada 25%
• Climate Change 25%
• Planetary Atmosphere 25%
• Carbon Sink 25%
• Carbon Dioxide Emission 25%
• Carbon Removal 25%
• Ecosystem Resilience 25%

Agricultural and Biological Sciences

• Understory 100%
• Carbon Balance 100%
• Tree Mortality 50%
• Prescribed Burning 50%
• Carbon Sink 50%
• Fire Severity 50%
• Tree Growth 25%
• Climate Change 25%