Sixty-five years of fire manipulation reveals climate and fire interact to determine growth rates of Quercus spp.

Keyphrases

• Growth Rate 100%
• Fire Frequency 100%
• Quercus 100%
• Prescribed Fire 100%
• Radial Growth 66%
• Annual Growth 66%
• Drought 66%
• Tree Growth 66%
• Drought Stress 66%
• Drought Vulnerability 66%
• Negative Effects 33%
• Oxygen Isotopes 33%
• Minimal Impact 33%
• Resilience 33%
• Growth Composition 33%
• Composition Data 33%
• Reduced Growth 33%
• Repeated Application 33%
• Climate Models 33%
• Extreme Drought 33%
• Forest Productivity 33%
• Basal Area 33%
• Forest Management 33%
• Carbon Isotopes 33%
• Tree Rings 33%
• Forest Ecosystem 33%
• Management Tools 33%
• Root Damage 33%
• Isotopic Composition 33%
• Potential Evapotranspiration 33%
• Fire Return Interval 33%
• Drought Events 33%
• Soil Nitrogen 33%
• Moisture Stress 33%
• Tree Density 33%
• Prolonged Drought 33%
• Wet Periods 33%
• Missouri Ozarks 33%
• Bole 33%
• Growth Recovery 33%
• Fire Effects 33%
• Growth Decline 33%
• Fire Treatment 33%
• Density-dependent Competition 33%
• Drought Resistance 33%
• Burned Forest 33%
• Climate-growth Response 33%
• Forest Vulnerability 33%
• Aboveground Carbon Storage 33%
• Moderate Drought 33%

Agricultural and Biological Sciences

• Quercus 100%
• Tree Growth 66%
• Basal Area 33%
• Forest Management 33%
• Forest Ecosystem 33%
• Climate Modeling 33%
• Moisture Stress 33%
• Potential Evapotranspiration 33%
• Drought Resistance 33%