Nitrogen can limit overstory tree growth following extreme stand density increase in a ponderosa pine forest

Keyphrases

• 20th Century 20%
• Annual Tree Rings 20%
• Available Nitrogen 20%
• Carbon Isotope Discrimination 40%
• Dense Forest 20%
• Dense Stand 60%
• Density Increase 100%
• Density-driven 40%
• Drought 20%
• Expected Density 20%
• Forest Dynamics 20%
• High Mortality 20%
• Influence Tree 20%
• Leaf Nitrogen Concentration 20%
• Management Decisions 20%
• Mortality Risk 20%
• Nitrogen Limitation 40%
• Northern New Mexico 20%
• Old-growth 20%
• Overstory Trees 100%
• Photosynthetic Rate 20%
• Physiological Function 40%
• Ponderosa pine Forest 100%
• Primary Stressors 20%
• Reduced Growth 20%
• Reduction Tree 20%
• Relative Influence 20%
• Resilience 20%
• Soil Nitrogen Supply 20%
• Stand Density 100%
• Tree Growth 100%
• Tree Rings 20%
• Tree-ring Growth 80%
• Unbounded Growth 20%
• Unexpected Results 20%
• Variable Density 20%
• Water Influence 20%
• Water Stress 40%
• Western US 20%

Agricultural and Biological Sciences

• Forest Dynamics 25%