Stable Isotope Fractionation of Metals and Metalloids in Plants: A Review

Keyphrases

• Abiotic Factors 16%
• Adsorption 16%
• Al-Zn-Mg-Cu 16%
• Biotic Factors 16%
• Cd Isotope Fractionation 16%
• Cell Wall 16%
• Cu-Fe 16%
• Cu-Zn 16%
• Equilibrium Isotope Fractionation 16%
• FeNi 16%
• Fractionation Patterns 33%
• Genetic Approach 16%
• Genetic Factors 16%
• Geochemical Research 16%
• Hypothesis-driven 16%
• Isotope Analysis 33%
• Isotope Fractionation 100%
• Isotope Fractionation Factor 33%
• Kinetic Isotope Fractionation 16%
• Membrane Binding 16%
• Membrane Transport 50%
• Metalloids 100%
• Mg-Zn 33%
• Non-traditional Isotopes 16%
• Nutrient Supply 33%
• Organic Ligands 16%
• Oxalate 16%
• Phenological Stages 16%
• Physicochemical Processes 16%
• Physiological Processes 16%
• Phytoliths 16%
• Plant Genetics 33%
• Plant Growth Studies 16%
• Process Tracing 33%
• Response to Abiotic Stress 16%
• Root Apoplast 16%
• Similar Elements 16%
• Soluble Organic Matter 16%
• Speciation Techniques 16%
• Stable Isotope Fractionation 100%
• Strategy I Plant 16%
• Uptake Pathway 16%

Biochemistry, Genetics and Molecular Biology

• Abiotic Stress 8%
• Apoplast 8%
• Chemical Reaction 8%
• Drive 8%
• Facilitated Diffusion 8%
• Fractionation 100%
• Genetic Approach 8%
• Membrane Binding 8%
• Membrane Transport 25%
• Physiological Process 8%
• Plant Genetics 16%
• Species Differentiation 8%

Earth and Planetary Sciences

• Stable Isotope 100%