Plant-Microbe Interactions in Agro-Ecological Perspectives

Chapter 1. Microbial interactions and plant growth.- Chapter 2. Dynamics of rhizosphere microbial communities of cover crops dried with glyphosate.- Chapter 3. Soil-plant-microbe interactions: Use of nitrogen-fixing bacteria for plant growth and development in sugarcane.- Chapter 4. Microbial interactions and plant health.- Chapter 5. "I've got the magic in me": The microbiome of conventional vs organic production systems.- Chapter 6. Plant-microbe interactions: Current perspectives of mechanisms behind symbiotic and pathogenic associations.- Chapter 7. Nucleic acid extraction for studying plant-microbe interactions in rhizosphere.- Chapter 8. Plant-fungi association: Role of fungal endophytes in improving plant tolerance to drought stress.- Chapter 9. Root associated bacteria- Rhizoplane and endosphere.- Chapter 10. Microbial functions in the rhizosphere.- Chapter 11. Rhizosphere signaling cascades: fundamentals and determinants.- Chapter 12. Endophytic and epiphytic modes of microbial interactions and benefits.- Chapter 13. Fascinating fungal endophytes role and possible beneficial applications: An overview.- Chapter 14. Potential of fungal endophytes in plant growth and disease management.- Chapter 15. Endophytes: Role and functions in crop health.- Chapter 16. Quorum sensing in plant growth promoting rhizobacteria and its impact on plant microbe interaction.- Chapter 17. Microorganism role for crop production and its interface with soil agro-ecosystem.- Chapter 18. Microbes: Bioresource in agriculture and environmental sustainability.- Chapter 19. Arbuscular mycorrhizal symbiosis: A promising approach for imparting abiotic stress tolerance in crop plants.- Chapter 20. An insight into genetically modified crop-mycorrhizal symbiosis.- Chapter 21. An expedition to the mechanism of plant microbe interaction by utilization of different molecular biology tools.- Chapter 22. Disease induced resistance and plant immunization using microbes.- Chapter 23. Exploring therole of plant-microbe interactions in improving soil structure and function through root exudation: A key to sustainable agriculture.- Chapter 24. Understanding functional genomics of PTGS silencing mechanisms for Tobacco Streak Virus and other Ilarviruses mediated by RNAi and VIGS.- Chapter 25. Rhizocompetence of applied bioinoculants .- Chapter 26. Beneficial bacteria for disease suppression and plant growth promotion.- Chapter 27. Bacterial strains with nutrient mobilization ability from Ciuc Mountains (Transylvania region, Romania).- Chapter 28. Ameliorating salt stress in crops through plant growth promoting bacteria.- Chapter 29. Improvement of soil-borne pests control with agronomical practices exploiting the interaction of entomophagous fungi.- Chapter 30. Influence of climate change, rhizosphere Soil and cultivation on soil fertility determinants.- Chapter 31. Bacterial endophytes: potential candidate for plant growth promotion.- Chapter 32. Microbial community composition and functions through metagenomics.

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• Reprodução e propagação das plantas
• Biotecnologia
• Fisiologia das plantas
• Ciência agrícola
• Ecologia das plantas
• Microbiologia (não médica)
• Ciência ecológica, a biosfera

Soil Rhizosphere;Plant biology;Microbial communities;Biological control;Plant growth promotion