Pre-fire fuel reduction treatments influence plant communities and exotic species 9 years after a large wildfire

Keyphrases

• Plant Community 100%
• Exotic Species 100%
• Prefire 100%
• Fire Fuel 100%
• Extreme Wildfires 100%
• Fuel Reduction Treatments 100%
• Graminoids 60%
• Plant Cover 40%
• Plant Community Response 40%
• Forbs 40%
• Severely Burned 40%
• Exotic Species Invasion 40%
• Southwestern US 20%
• Plant Response 20%
• Ponderosa pine Forest 20%
• Species Composition 20%
• Site Factors 20%
• Understory Plant Community 20%
• Understory Plants 20%
• Central Arizona 20%
• Species Abundance 20%
• High-severity Fire 20%
• Propagules 20%
• National Forests 20%
• Native Plant Communities 20%
• Rodeo 20%
• Drought Conditions 20%
• APACHE 20%
• Exotic Forbs 20%
• Post-wildfire 20%
• Shrub Cover 20%
• Exotic Plants 20%
• Relative Frequency 20%
• Fuel Treatment 20%
• Overstorey 20%
• Relative Proportion 20%
• Postfire Vegetation 20%
• Initial Floristics 20%
• Fire Trend 20%
• Multi-year Data 20%
• Weather Management 20%
• Weather Patterns 20%
• Lower Cover 20%
• Species-specific Response 20%
• Relative Cover 20%
• Time Consistent 20%

Agricultural and Biological Sciences

• Plant Community 100%
• Graminoid 60%
• Forb 60%
• Understory 40%
• Biennials 40%
• Pinus 20%
• Plant Response 20%
• Perennials 20%
• Fire Severity 20%
• Propagule 20%
• National Forests 20%
• Pretreatment 20%
• Weather 20%

Earth and Planetary Sciences

• Plant Community 100%
• Understory 40%
• Ground Cover 40%
• Arizona 20%
• Propagule 20%
• Floristics 20%
• Weather Pattern 20%
• Pretreatment 20%