Nutrient stoichiometric relations and biogeochemical niche in coexisting plant species: Effect of simulated climate change

Keyphrases

• Stoichiometric Ratio 100%
• Biogeochemical Niche 100%
• Simulated Climate Change 100%
• Plant Species Effect 100%
• Climate Change 40%
• Climate Conditions 40%
• Drought 40%
• Erica multiflora 40%
• Arbutus Unedo L. 40%
• Globularia Alypum 40%
• Herbivore 20%
• Micronutrients 20%
• Great Changes 20%
• Macronutrients 20%
• Principal Coordinate Analysis (PCoA) 20%
• Quercus Ilex 20%
• Plant Species 20%
• Mediterranean Shrubland 20%
• Trace Elements 20%
• Photosynthetic Capacity 20%
• Multivariate Methods 20%
• Tree Species 20%
• Foliar 20%
• Elemental Composition 20%
• Ecophysiology 20%
• Experimental Drought 20%
• Community Structure 20%
• Shrub Species 20%
• Drought Treatment 20%
• Soil Moisture 20%
• Mean Reduction 20%
• Stoichiometry 20%
• Broad-leaved Forest 20%
• Plant Tissue 20%
• Phillyrea Latifolia L. 20%
• Experimental Warming 20%
• Control Plants 20%
• Control Plots 20%
• SCOPS 20%
• Warming Treatment 20%
• Soil Moisture Content 20%
• Species Differentiation 20%
• Structure Shift 20%
• Plant Quality 20%
• Micronutrient Elements 20%
• Trace Toxic Elements 20%

Agricultural and Biological Sciences

• Climate Change 100%
• Erica Multiflora 66%
• Soil Moisture 66%
• Arbutus Unedo 66%
• Globularia alypum 66%
• Principal Component Analysis 33%
• Quercus Ilex 33%
• Shrubland 33%
• Photosynthetic Capacity 33%
• Plant Tissue 33%
• Phillyrea latifolia 33%