Hydraulic redistribution by plants and nutrient stoichiometry: Shifts under global change

Agriculture & Biology

• global change 100%
• stoichiometry 93%
• fluid mechanics 79%
• nutrients 50%
• water 34%
• soil 26%
• runoff 23%
• water uptake 19%
• bedrock 14%
• introduced plants 11%
• biogeochemical cycles 11%
• groundwater 11%
• arid lands 11%
• dry environmental conditions 11%
• nutrient availability 10%
• soil nutrients 10%
• leaching 10%
• nutrient uptake 10%
• soil organic matter 9%
• quantitative analysis 9%
• soil water 8%
• ecosystems 7%
• minerals 7%
• degradation 6%

Earth & Environmental Sciences

• stoichiometry 91%
• global change 82%
• hydraulics 55%
• nutrient 54%
• soil layer 26%
• water 25%
• runoff 13%
• arid land 12%
• soil 11%
• patchiness 11%
• ecosystem response 11%
• arid environment 10%
• water uptake 10%
• introduced species 10%
• nutrient availability 10%
• nutrient cycling 10%
• water availability 9%
• soil organic matter 8%
• bedrock 8%
• soil water 7%
• leaching 7%
• decomposition 6%
• groundwater 5%
• mineral 5%