Effect of nano-hydrophobic sand layer in datepalm (Phoenix dactylifera L.) cultivation in aridlands

Medicine & Life Sciences

• Phoeniceae 100%
• Sand 80%
• Soil 31%
• Heavy Metals 27%
• Seedlings 18%
• Silicon Compounds 11%
• Nutrients 9%
• Growth 8%
• Water 7%
• Nanotechnology 6%
• Agriculture 6%
• Silicon Dioxide 6%
• Fertility 5%
• Weights and Measures 3%

Agriculture & Biology

• Phoenix dactylifera 69%
• sand 48%
• heavy metals 20%
• silicon compounds 10%
• infiltration rate 7%
• seedlings 7%
• nanotechnology 7%
• water requirement 6%
• soil physical properties 6%
• chemical treatment 6%
• sandy soils 6%
• crops 6%
• water holding capacity 5%
• silica 5%
• vapors 5%
• soil types 5%
• nutrient uptake 5%
• soil organic matter 5%
• soil fertility 5%
• growth performance 5%
• soil water 4%
• growing season 4%
• physicochemical properties 4%
• agriculture 4%
• shoots 3%
• nutrients 3%
• soil 2%
• leaves 2%

Earth & Environmental Sciences

• sand 35%
• heavy metal 16%
• effect 13%
• seedling 11%
• crop 8%
• nutrient 7%
• soil 7%
• nanotechnology 6%
• chemical treatment 6%
• shoot 6%
• fertility 6%
• sandy soil 5%
• nanoparticle 5%
• growing season 5%
• silicon 5%
• chemical property 5%
• infiltration 4%
• soil water 4%
• silica 4%
• physical property 4%
• agriculture 4%
• organic matter 3%
• rate 1%
• water 1%