Effect of nitrogen form and phosphorus source on the growth, nutrient uptake and rhizosphere soil property of Camellia sinensis L.

Agriculture & Biology

• Camellia sinensis 96%
• soil properties 78%
• nutrient uptake 76%
• rhizosphere 69%
• phosphorus 58%
• nitrogen 45%
• tea 44%
• rock phosphate 44%
• ammonium 32%
• soil 26%
• dry matter accumulation 26%
• shoots 22%
• nitrates 14%
• soluble phosphorus 13%
• acidification 8%
• protons 8%
• acidity 8%
• nutrition 6%
• phosphates 6%
• stems 5%
• leaves 3%

Earth & Environmental Sciences

• nutrient uptake 100%
• rhizosphere 80%
• soil property 69%
• phosphorus 56%
• tea 52%
• nitrogen 47%
• phosphate rock 44%
• shoot 37%
• dry matter 31%
• ammonium 29%
• soil 22%
• effect 18%
• nitrate 12%
• nutrition 8%
• cropping practice 8%
• acidity 8%
• acidification 8%
• stem 7%
• experiment 6%
• phosphate 6%
• dissolution 6%