Chemical processes in receiving soils accelerate solubilisation of phosphorus from desert dust and fire ash

Agriculture & Biology

• ash (inorganic matter) 71%
• dust 71%
• solubilization 68%
• deserts 67%
• phosphorus 52%
• bioavailability 33%
• solubility 26%
• acid soils 25%
• soil 23%
• alkaline soils 22%
• dust control 18%
• atmospheric deposition 17%
• oxalic acid 14%
• malic acid 13%
• sorption 12%
• soil pH 11%
• environmental factors 11%
• minerals 8%
• apatite 7%
• wildfires 7%
• terrestrial ecosystems 7%
• organic acids and salts 5%
• sampling 2%

Earth & Environmental Sciences

• solubilization 78%
• chemical process 68%
• desert 58%
• ash 57%
• dust 52%
• phosphorus 50%
• soil 29%
• bioavailability 25%
• solubility 18%
• oxalic acid 11%
• atmospheric deposition 9%
• environmental factor 7%
• sorption 7%
• acid 5%
• biological effect 4%
• mineral 4%
• organic acid 4%
• wildfire 4%
• terrestrial ecosystem 4%
• apatite 4%
• incubation 3%
• environmental conditions 3%
• chemical 2%
• experiment 1%
• parameter 1%
• effect 1%

Medicine & Life Sciences

• Chemical Phenomena 100%
• Dust 76%
• Soil 76%
• Phosphorus 74%
• Biological Availability 23%
• Solubility 22%
• malic acid 11%
• Oxalates 11%
• Exudates and Transudates 9%
• Minerals 8%
• Wildfires 7%
• Apatites 5%
• Ecosystem 4%
• Acids 3%
• In Vitro Techniques 1%