Direct foliar phosphorus uptake from wildfire ash

Keyphrases

• Phosphorus Uptake 100%
• Foliar Phosphorus 100%
• Wildfire Ash 100%
• Ash Particles 66%
• Foliage 66%
• Ambient CO2 66%
• Elevated CO2 66%
• Nutrient Uptake 66%
• FeMn 33%
• Short Time Scale 33%
• Chickpea 33%
• Combustion By-products 33%
• Soil Fertility 33%
• Low Bioavailability 33%
• Future Climate 33%
• Biomass Ash 33%
• Competitive Advantage 33%
• Foliar 33%
• Future Climate Scenarios 33%
• Ionomics 33%
• Partial Inhibition 33%
• Current Climate 33%
• Foliar nutrition 33%
• Nutrient Reservoir 33%
• Limited Contact 33%
• Soil nutrients 33%
• Atmospheric Particles 33%
• Plant Foliage 33%
• Root Uptake 33%
• Plant nutrition 33%
• Uptake Mechanism 33%
• Future Worlds 33%
• Nutritional Effects 33%

Agricultural and Biological Sciences

• Nutrient Uptake 100%
• Soil Fertility 50%
• Ionome 50%
• Plant Nutrition 50%
• Uptake Mechanisms 50%
• Soil Nutrient 50%
• Chickpea 50%
• Bioavailability 50%

Chemical Engineering

• Carbon Dioxide 100%
• Ionome 33%