Linking root traits to potential growth rate in six temperate tree species

Medicine & Life Sciences

• Aceraceae 100%
• Fagaceae 91%
• Pinaceae 87%
• Soil 60%
• Growth 28%
• Carbon 22%
• Nitrogen 22%
• Costs and Cost Analysis 21%
• Acer 18%
• Seedlings 17%
• Sand 15%
• Respiratory Rate 11%
• Phosphorus 11%
• Nutrients 9%
• Weights and Measures 7%

Agriculture & Biology

• Sapindaceae 30%
• Fagaceae 30%
• Pinaceae 29%
• buffering capacity 13%
• fine roots 12%
• uptake mechanisms 11%
• soil types 11%
• Acer 6%
• silt 6%
• growth chambers 5%
• carbon nitrogen ratio 5%
• soil 5%
• soil quality 5%
• Quercus 5%
• surface area 5%
• tissues 5%
• sand 4%
• breathing 4%
• physiology 4%
• phosphorus 4%
• carbon 3%
• seedlings 3%
• nutrients 3%
• nitrogen 3%

Earth & Environmental Sciences

• family 9%
• fine root 8%
• buffering 7%
• soil type 6%
• cost 5%
• tissue 4%
• loamy sand 4%
• nitrogen 3%
• carbon 3%
• loam 3%
• soil condition 3%
• seedling 3%
• physiology 3%
• oak 3%
• respiration 2%
• silt 2%
• soil 2%
• surface area 2%
• phosphorus 2%
• nutrient 2%
• modeling 1%
• rate 1%