Synergistic effects of abiotic stresses in plants: a case study of nitrogen limitation and saturating light intensity in Arabidopsis thaliana

Keyphrases

• Synergistic Effect 100%
• Arabidopsis Thaliana 100%
• Physiological Response 100%
• Abiotic Stress 100%
• Nitrogen Limitation 100%
• Light Intensity 100%
• Stress Factors 100%
• Stress in Plants 100%
• Carbon Assimilation 66%
• Excess Light 66%
• Single Stress 66%
• N Deficiency 66%
• Adverse Effects 33%
• Plant Development 33%
• Plant Growth 33%
• Stress Effect 33%
• Chlorophyll Concentration 33%
• Physiological Function 33%
• Amino Acids 33%
• Natural Conditions 33%
• High Light Intensity 33%
• Synergistic Interaction 33%
• Nitrogen N 33%
• Enhanced Growth 33%
• Lipid Acids 33%
• Multiple Stressors 33%
• Arabidopsis Seedlings 33%
• Energy Substrates 33%
• Catabolism 33%
• Effects on Plants 33%
• Combined Stress 33%
• Anthocyanin Concentration 33%
• Chloroplast Development 33%
• Amino Acid Biosynthesis 33%
• Joint Influence 33%
• Antioxidative Metabolism 33%
• N Excess 33%
• Anthocyanin Accumulation 33%
• Nitrogen Levels 33%
• Chlorophyll Accumulation 33%

Biochemistry, Genetics and Molecular Biology

• Arabidopsis thaliana 100%
• Abiotic Stress 100%
• Light Intensity 100%
• Amino Acids 66%
• Anthocyanin 66%
• Carbon Fixation 66%
• Plant Development 33%
• Lipid 33%
• Metabolic Pathway 33%
• Chloroplast 33%
• Anabolism 33%
• Arabidopsis 33%

Immunology and Microbiology

• Arabidopsis thaliana 100%
• Light Intensity 100%
• Carbon Fixation 66%
• Chloroplast 33%
• Arabidopsis 33%
• Synergism 33%
• Plant Development 33%
• Plant Growth 33%