Initial carbon, nitrogen, and phosphorus fluxes following ponderosa pine restoration treatments

Keyphrases

• Ponderosa pine 100%
• Ponderosa pine Forest 100%
• Restoration Treatments 100%
• Carbon Flux 100%
• Fire Regime 100%
• Carbon-nitrogen 100%
• Nitrogen Flux 100%
• Phosphorus Flux 100%
• Pre-settlement 66%
• Prescribed Burning 66%
• Ecological Restoration 66%
• Foliage 66%
• Herbaceous Plants 66%
• Plant N Uptake 66%
• P Fluxes 66%
• Northern Arizona 33%
• Tree Density 33%
• Euro-American 33%
• Fine Root Production 33%
• Drought Years 33%
• Nitrogen Phosphorus 33%
• Nitrogen N 33%
• Phosphorus P 33%
• Ecosystem Function 33%
• Major Change 33%
• Forest Floor 33%
• Herbaceous Cover 33%
• Stand-replacing Fire 33%
• Effects on Plants 33%
• Am(III) 33%
• Low-intensity Fire 33%
• Stand Structure 33%
• Ecosystem Level 33%
• Fine Roots 33%
• Wood 33%
• C Uptake 33%
• C Flux 33%
• Net N Mineralization 33%
• Net Primary Productivity 33%
• Coarse Roots 33%
• N Flux 33%
• Carbon C 33%
• High Heat Flux 33%
• Root Production 33%
• Structure Characteristics 33%
• Herbaceous Production 33%
• Element Flux 33%
• Restored Ecosystem 33%
• Wood Plant 33%
• Composite Restoration 33%
• Flux Rate 33%
• Fuel Reduction Burning 33%
• Fire Characteristics 33%
• Plant P Uptake 33%

Agricultural and Biological Sciences

• Pinus 100%
• Fire Regime 50%
• Fine Root 33%
• Restoration Ecology 33%
• Prescribed Burning 33%
• Americans 16%
• Floors 16%
• Stand Structure 16%
• Forest Thinning 16%
• Primary Productivity 16%