Strontium source and depth of uptake shifts with substrate age in semiarid ecosystems

Keyphrases

• Strontium 100%
• Arid Ecosystems 100%
• Ecosystem Development 100%
• Steady State 66%
• Arid Region 66%
• Nutrient Sources 66%
• Rock-derived nutrients 66%
• Pinus Edulis 33%
• Semi-arid 33%
• Surface Soil 33%
• Deep Soil 33%
• Terrestrial Ecosystems 33%
• Great Depth 33%
• Soil Pool 33%
• Nutrient Uptake 33%
• Plant-available 33%
• Plant Productivity 33%
• Strontium Isotopes 33%
• Substrate Age Gradient 33%
• Semi-arid Climate 33%
• Aeolian Transport 33%
• Soil nutrient Pool 33%
• Nutrient Input 33%
• Local Ecosystem 33%
• Vital Process 33%
• Development Progress 33%
• Atmospheric Sources 33%
• Aeolian Dust 33%
• Exogenous nutrients 33%
• Nutrient Depletion 33%

Earth and Planetary Sciences

• Arid Zones 100%
• Atmospherics 50%
• Terrestrial Ecosystem 50%
• Soil Nutrient 50%
• Strontium 90 50%
• Eolian Deposit 50%
• Transportation 50%
• Tracer 50%
• Radioactive Tracer 50%