1. Plant essential nutrients and food security: An overview 2. Plant nutritional homeostasis: A climate change perspective 3. Biological roles, uptake and transport of vital nutrients in plants 4. Plant nutrients for growth, development and physiology 5. Nutritional homeostasis and plant secondary metabolites 6. Role of nitrogen in plant growth, development and stress tolerance 7. Calcium in plants: an essential nutrient and a signal messenger 8.
Insights into the role of phosphorus in regulating plant growth and stress tolerance 9. Potassium, a vital regulator in plant growth under natural and stress environments 10. Sulphur nutrition in plants 11. Magnesium mediated control of multiple plant processes 12. Significance of manganese in plant growth, yield and stress tolerance 13. Iron and zinc dependent control of plant metabolism 14. Deficiency and toxicity of boron in plants 15. Effects of high and low levels of copper and cobalt on plants 16.
Molybdenum: An underestimated nutrient for enhanced plant growth and abiotic stress tolerance 17. Interplay between sodium and chloride decide the plant's fate under in salt and drought stress conditions 18. Regulation of inter-nutritional stoichiometry in plants 19. miRNA-mediated regulation of nutrient homeostasis in plants 20. Systems biology approaches for understanding genes and regulatory networks responsible for nutrient uptake in plants 21. Hormonal control of plant nutrient uptake and assimilation 22. Detrimental impacts of water and air pollution on plant nutrition and food quality 23. Elevated CO2 generates hidden hunger by reducing mineral contents in cereal crops 24.
Crop residue management to maintain soil and plant health: Current and future 25. Principles of plant nutrition in vertical or soilless agriculture 26. Biotechnological tools for manipulation plant nutritional status 27. Genome engineering for enhanced plant nutrients 28. Molecular breeding approaches for generating nutrient-efficient crops 29. Biofortification strategies for essential nutrients in crops 30. Foliar applications of micronutrients for enhanced plant productivity and crop yield 31. Plant growth rhizobacteria applications for plant nutrition management.