Use of nanotechnology to increase nutrient use efficiency, enhance crop nutrition, and reduce agrochemical pollution

Agriculture & Biology

• nanotechnology 79%
• agrochemicals 72%
• nutrient use efficiency 71%
• pollution 55%
• nutrition 50%
• nutrients 38%
• crops 34%
• nutritive value 30%
• fertilizers 29%
• agriculture 19%
• crop quality 15%
• nutrient management 14%
• biogeochemical cycles 14%
• natural resources 14%
• food crops 14%
• soil 13%
• environmental impact 12%
• soil quality 11%
• plant development 11%
• growth retardation 10%
• farming systems 10%
• growth and development 10%
• deterioration 10%
• death 9%
• history 9%
• potassium 9%
• phosphorus 9%
• plant growth 9%
• nitrogen 7%
• animals 5%
• water 5%

Engineering & Materials Science

• Nutrition 81%
• Nutrients 80%
• Nanotechnology 74%
• Crops 71%
• Pollution 59%
• Fertilizers 30%
• Agriculture 17%
• Soil quality 13%
• Soils 12%
• Potassium 9%
• Phosphorus 9%
• Natural resources 9%
• Animals 7%
• Environmental impact 7%
• Nitrogen 7%
• Productivity 6%
• Availability 5%
• Water 4%

Medicine & Life Sciences

• Agrochemicals 100%
• Nanotechnology 76%
• Nutrients 55%
• Fertilizers 37%
• Nutritive Value 31%
• Agriculture 27%
• Soil 26%
• Plant Development 12%
• Natural Resources 12%
• Growth 12%
• Growth Disorders 10%
• Phosphorus 8%
• Growth and Development 8%
• Nitrogen 7%
• Potassium 7%
• History 6%
• Light 5%
• Food 5%
• Water 5%
• Animals 4%