1. Introduction of plant stimulating molecules: Global trend on climate change and agro-food sustainability 2. Plant hormones and their multifaceted role in managing crop under environmental shocks 3. Plant secondary messengers guarding the precincts of environmental injuries 4. Gasotransmitters interference in mediating environmental stress protection in crop 5. Reactive oxygen species in plant physiology under climatic and biotic interferences 6. Reactive nitrogen species: The new arrivals in crop stress management 7. Sugars stimulating behavior to transit source-sink development under environmental stress 8.

Lipid species. A hub of plant stimulating networks under environment stress 9. Isoprenoid-derivatives' functions in crop stress resilience 10. Plant bioactive polypeptides in stimulating environmental resilience 11. Adenosine triphosphate (ATP) role under environmental stress-mediated wounding reactions 12. Mitogenic signaling molecules-mediated environmental stress tolerance in crop system 13. Heterotrimeric G protein-coupled environmental stress responses 14. Patatan phospholipase-mediated molecular stimulation in plants 15.

Photoreceptors role in exciting plant photomorphogenesis under climatic variations 16. Manipulation of nanoparticles stimulating metabolic pathways in planta and microbial systems 17. Stimulating molecules and RNA silencing. An approach to improve plant nutrient efficiency 18. Biostimulants in inter-plant communications and microbiome interactions: Building a new age of Green Revolution 19. Mobile signals mediating systemic signaling using recent advancements in plant biotechnology 20. CRISPR/Cas in breeding system to develop crop tolerance and protect food security 21. Computational modeling of plant molecules for simulating plant metabolic pathways with model fidelity.