Modeling the Carbon Cost of Plant Nitrogen and Phosphorus Uptake Across Temperate and Tropical Forests

Agriculture & Biology

• plant nitrogen content 100%
• temperate forests 94%
• tropical forests 85%
• phosphorus 60%
• uptake mechanisms 54%
• carbon 53%
• soil 32%
• ecosystems 24%
• tropical dry forests 21%
• net primary productivity 21%
• global change 19%
• nitrogen 18%
• Costa Rica 17%
• resorption 17%
• uncertainty 16%
• nutrient uptake 15%
• enzymes 14%
• canopy 13%
• prediction 11%
• nutrients 9%
• extracts 8%
• leaves 7%

Earth & Environmental Sciences

• temperate forest 89%
• tropical forest 81%
• phosphorus 58%
• nitrogen 48%
• carbon 46%
• cost 42%
• modeling 34%
• phosphatase 25%
• fixation 22%
• soil 19%
• enzyme 18%
• nutrient uptake 14%
• nutrient limitation 14%
• ecosystem response 14%
• resorption 14%
• dry forest 14%
• net primary production 13%
• global change 11%
• canopy 9%
• ecosystem 6%
• prediction 5%