Nutrient limitation of plant productivity in scrubby flatwoods: does fire shift nitrogen versus phosphorus limitation?

Keyphrases

• Plant Productivity 100%
• Phosphorus Limitation 100%
• Nutrient Limitation 100%
• Scrubby Flatwoods 100%
• After Fire 80%
• Aboveground Productivity 60%
• Nutrient Addition 40%
• Primary Productivity 40%
• P Addition 40%
• Community-based 20%
• Three-level 20%
• Aboveground Biomass 20%
• Shoot Growth 20%
• Differential Loss 20%
• Nitrogen Phosphorus 20%
• Nitrogen N 20%
• Phosphorus P 20%
• Species Level 20%
• Scrub Oak 20%
• Florida Scrub 20%
• Quercus 20%
• Biogeochemistry 20%
• Nutrient Effects 20%
• Nutrient Concentration 20%
• Community Type 20%
• Leaf Biomass 20%
• N Addition 20%
• Foliar P 20%
• N Limitation 20%
• Nutrient Addition Experiment 20%
• P Limitation 20%
• Differential Input 20%
• Serenoa Repens 20%
• Saw Palmetto 20%
• Apical Shoots 20%
• Root Productivity 20%

Agricultural and Biological Sciences

• Quercus 100%
• Primary Productivity 100%
• Sabal 100%
• Aboveground Biomass 50%
• Biogeochemistry 50%