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1st Edition - June 1, 2024
Editors: Vivek Kumar, Shazia Iram
Microbial Technology for Agro-Ecosystems: Crop Productivity, Sustainability, and Biofortification describes the application of competent microbes in plant growth promotion,… Read more
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1. Soil Microbes Management to Increase Agro-Ecosystem Productivity- Molecular Viewpoint
2. Microbial Diversity: Sustainability of Environment and Agricultural Soils
3. Microbial Potentials in Crop productivity Augmentation in Saline Soils-A Molecular Perspective
4. Understandings of Engineered Microbes in Agriculture: Biotechnological Progresses and Forthcoming Scenarios
5. Microbes in agro-ecosystem remediation
6. Plant-rhizo - Microbiome Interactions in Alleviating heavy Metal Stress Conditions
7. Molecular Aspects of Plant Microbiome Organization and Benefits for Balanced Agro-ecosystem
8. Microbial Biotechnology in Sustainable Agro-ecosystem: Molecular Understanding of Plant-microbiome Synergism
9. Molecular Outlook of Extremophiles in Bioremediation of Metals in Ecosystem
10. Nutrients management in sustainable agro-ecosystem
11. Upscaling Plant Defense System Through the Application of Plant Growth Promoting Fungi
12. Linking Plant Growth Promoting Arbuscular Mycorrhizal Colonization with Bacterial Plant Sulfur Supply
13. Role of Microbes in Biofortification for a Sustainable Nutrient Management & Agricultural Crop Productivity: Current Trends and Imminent Challenges
14. Nutrient Management / Biofortification using Beneficial Microbiome: Molecular Background
15. Relevance of the Crops’ Endophytic Core Microbiome to Pursue A More Sustainable Agriculture
16. Beneficial Microorganisms to Improve Plant Health: Molecular Insight
17. Plant- microbe interactions and remediation
18. Omics approach in balanced agro-ecosystem
19. Renaissance of Salt Affected and Polluted Soils Through Microbes-An Omics Tactic
20. From Axenic Cultures to Microbial Communities: Meta-Omics-Based Approaches in Agro-ecosystem Management
21. Future Opportunities of Omics Research for A Healthy Environment
22. In Silico Approach Towards Better Understanding of Plant Disease Management
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