Differences in the rhizosphere effects among trees, shrubs and herbs in three subtropical plantations and their seasonal variations

Earth & Environmental Sciences

• ammonium 6%
• biogeochemical cycle 8%
• carbon 4%
• chemical property 14%
• dissolved organic carbon 7%
• ecosystem 4%
• effect 14%
• forest ecosystem 7%
• functional role 10%
• herb 67%
• nitrate 5%
• nitrogen 9%
• nutrient content 9%
• overstory 20%
• phosphorus 11%
• plant life 10%
• plantation 58%
• rhizosphere 65%
• sampling 4%
• seasonal variation 52%
• shrub 58%
• soil 16%
• soil property 7%
• understory 33%
• vegetation 4%

Agriculture & Biology

• ammonium nitrogen 10%
• biogeochemical cycles 8%
• carbon 5%
• China 5%
• dissolved organic carbon 10%
• ecosystems 6%
• forest ecosystems 9%
• forest plantations 10%
• herbs 57%
• nitrate nitrogen 10%
• nutrient content 7%
• overstory 20%
• physicochemical properties 6%
• plant growth 5%
• plantations 54%
• rhizosphere 56%
• sampling 2%
• seasonal variation 55%
• shrubs 55%
• soil 12%
• soil chemical properties 9%
• soil pH 7%
• soil properties 7%
• total nitrogen 8%
• total phosphorus 19%
• tropical forests 8%
• understory 32%
• vegetation 5%

Medicine & Life Sciences

• ammonium nitrate 14%
• Carbon 15%
• China 6%
• Ecosystem 17%
• Forests 28%
• Growth 4%
• Nitrogen 15%
• Nutrients 6%
• Phosphorus 16%
• Rhizosphere 100%
• Soil 51%