Net primary productivity and nutrient cycling across a mesic to wet precipitation gradient in Hawaiian montane forest

Keyphrases

• Mean Annual Precipitation 100%
• Montane Forest 100%
• Nutrient Cycling 100%
• Mesic 100%
• Net Primary Productivity 100%
• Hawaiian 100%
• Precipitation Gradient 100%
• Wet Precipitation 100%
• Primary nutrients 100%
• Plant Growth 80%
• N Availability 60%
• Foliar 40%
• Increased Precipitation 40%
• Oxygen Availability 20%
• Topographic Relief 20%
• Water Availability 20%
• Anaerobic Conditions 20%
• P Availability 20%
• Nitrogen N 20%
• Phosphorus P 20%
• Soil N Availability 20%
• Rainfall 20%
• Foliage 20%
• Forest Growth 20%
• Wet Sites 20%
• Foliar Nitrogen 20%
• N Mineralization 20%
• Soil Phosphorus 20%
• Aboveground Net Primary Productivity 20%
• Soil Solution 20%
• Soil pH 20%
• 15N Natural Abundance 20%
• Micronutrients 20%
• Primary Productivity 20%
• Temperature Regime 20%
• Nutrient Limitation 20%
• Slow Decomposition 20%
• Oxidation Potential 20%
• Direct Factors 20%
• Humid Forest 20%
• Moist Tropical Forest 20%
• Precipitation Regime 20%
• Toxic Elements 20%
• Oxidation-reduction 20%
• Al-Fe 20%
• Ecosystem Age 20%
• Soil Reduction 20%
• Soil Oxygen 20%
• Foliar Phosphorus 20%
• Increased Rainfall 20%
• Oxygen Limitation 20%
• P Solubility 20%
• Soil Microsite 20%
• Contrast Patterns 20%

Agricultural and Biological Sciences

• Primary Productivity 100%
• Montane Forests 100%
• Annuals 83%
• Plant Growth 66%
• Anaerobic Condition 16%
• Forest Growth 16%
• Alpha Oxidation 16%
• Soil Solution 16%
• Tropical Forest 16%

Earth and Planetary Sciences

• Nutrient Cycling 100%
• Mountain Forest 100%
• Vegetation 25%
• Parent Material 25%
• Trace Element 25%
• Water Availability 25%
• Forest Growth 25%
• Tropical Forest 25%
• Oxidation-Reduction 25%