Trends of Applied Microbiology for Sustainable Economy

1. Trends of Agricultural Microbiology for Sustainable Crops Production and Economy: An Introduction
2. Phytobiome Research: Recent Trends and Developments
3. Exploration of Microbial Diversity from Different Agroecosystems: Current Research and Future Challenges
4. Exploration of Next-Generation Technologies for Agricultural Sustainability
5. Revisiting Soil-Plant-Microbes Interactions: Key Factors for Soil Health and Productivity
6. Rhizosphere Modelling and Engineering for Enhancing Crop Production
7. Plant Growth Promoting Microorganisms: Farmer's Expectations vs. Reality
8. Plant Growth Promoting Diazotrophs: Current Research and Advancements
9. Plant Growth Promoting Extremophiles Microbiomes: Challenges and Opportunities
10. Role of Microorganisms in Diverse Abiotic Stress Management
11. Nanotechnology for Plant Growth Promotion and Stress Management
12. Role of Microbial Biotechnologies for Strain Improvement for Agricultural Sustainability
13. Employing "Omics? Technologies for Agricultural Research
14. Phosphate Biofertilizers: Recent Trends and New Perspectives
15. Nitrogen Fixing Biofertilizers: Current Research and Future Challenges
16. Potash Biofertilizers: Current Development, Formulation and Applications
17. Genetically Engineered Bio-inoculants: Current Development and Perspectives
18. Microbial Consortium and Crop Improvement: Advantages and Limitations
19. Biofertilizers as Bioremediation: A Priority for Future Research
20. Biopesticides: A Key Player in Agro-Environmental Sustainability
21. Plant-Pathogen Interaction: Mechanisms and Evolution
22. Global Biofertilizers Market: Emerging Trends and Opportunities
23. Organic Farming: Current Strategies and Benefits
24. Impact of Agriculturally Important Microorganisms in Global Economy
25. Trends of Agricultural Microbiology for Sustainable Crops Production and Economy: Conclusion and Future Prospects

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• Microbiologia (não médica)

Abiotic stress; Abiotic stresses; Agricultural microbiology; Agriculture; Agrochemicals; Agro-environmental sustainability; Antagonism; Antibiosis; Antioxidants; Biocontrol; Biocontrol agent; Biofertilizer; Biofertilizer market trend; Biofertilizers; Bioinoculant; Biopesticides; Bioremediation; Biosecurity risk; Biostimulant; Biotechnology; Biotic stress; Botanicals; Climate change; Cold ecosystem; Colonization; Competition; Crop improvement; Crop production; Cryoprotectants; Demographics; Drought; Ecological niche; Ecosystem; Epiphytotic; Essential oils; Evolve; Fertility; Floods; Food; Forest pathogens; Genetic manipulation; Genomics; Global climate change; Green nanoparticles; Growth potential; Growth projections; Halophytes; Host plant; Inoculant; Inoculants; Interaction; ISR; Major players in global biofertilizer market; Market potential; Meloidogyne; Metabolomics; Microbial consortia; Microbial diversity; Microbial pesticides; Microbiome; Microorganisms; Molecular engineering; Molecular mechanisms; Molecular tools; Mycoparasitism; Mycorrhiza; Mycorrhizosphere; Nanoparticles; Nanotechnology; Nematode; Nitrogen fixation; North-East India; Nutrient uptake; Omics; Omics approaches; Organic agriculture; Organic farming; Osmolyte; Pathogens; Pest; PGPR; PGPRs; Phosphate solubilizer; Phosphate-solubilizing microbes; Phosphorus; Phytobiome; Phytohormone; Plant growth promotion; Plant growth promotors; Plant growth-promoting rhizospheric bacteria; Plant nutrient; Plant pathogens; Plant productivity; Plant stress tolerance; Plant-microbe interaction; Plant-microbe -interaction; Plant-microbe interactions; Plant-microbial interactions; Pollutants; Potassium-solubilizing bacteria; Proteomics; Psychrophiles; Psychrotrophs; ROS; Salinity; SAR; Socioeconomic sustainability; Soil; Soil enzymes; Soil health; Soil health and productivity; Strain Improvement; Sustainability; Sustainability assessment; Sustainable agriculture; Transcriptomics; Vermicompost