Microbial Interventions in Soil: Enhancing Nutrient Management for Sustainable Agriculture: Biostimulants and Protective Biochemical Agents
Editat de Puneet Singh Chauhan, Nikita Bisht, Renuka Agarwalen Limba Engleză Paperback – feb 2027
Microbial Interventions in Soil is targeted at agricultural researchers, soil scientists, and agronomists, serving as a vital resource for those exploring the intersection of microbiology and sustainable agriculture.
- Presents cutting edge microbial interventions, tools and strategies
- Promotes microbial biostimulants for optimized plant growth efficiency
- Includes practical guidance on applying microbial interventions
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Specificații
ISBN-13: 9780443441790
ISBN-10: 0443441790
Pagini: 525
Dimensiuni: 152 x 229 mm
Editura: ELSEVIER SCIENCE
Seria Biostimulants and Protective Biochemical Agents
ISBN-10: 0443441790
Pagini: 525
Dimensiuni: 152 x 229 mm
Editura: ELSEVIER SCIENCE
Seria Biostimulants and Protective Biochemical Agents
Cuprins
1. Overview of soil microbiology: Key microbial players in soil ecosystems
2. Nutrient cycling in soils: Microbial pathways and mechanisms
3. Rhizosphere dynamics and plant-microbe interactions
4. Importance of microbial diversity for soil health and fertility
5. Advances in metagenomics for exploring soil microbial communities
6. The soil microbiome: Structure, function, and diversity
7. Symbiotic microorganisms in nutrient acquisition: From Rhizobia to Mycorrhizae
8. Microbial interactions with plant roots for enhancing nutrient uptake
9. Biological nitrogen fixation: Key microbial players and processes
10. Mineral nutrient solubilizing microbes and their impacts on soil fertility
11. Microbial decomposition of organic matter for improving soil fertility
12. Microbes-mediated soil organic carbon dynamics
13. The synergy between microbial inoculants and organic/inorganic fertilizers
14. Microbial interventions for enhancing nutrient uptake under stressed conditions
15. Microbes in managing soil compaction and nutrient distribution
16. Microbial contributions to soil health and disease suppression
17. Use of microbial consortia for enhanced stress resilience and nutrient efficiency
18. Rhizosphere engineering for sustainable agriculture in degraded soils
19. The role of advanced biotechnological tools in enhancing microbial efficacy
20. Microbial biostimulants and biofertilizers for precision agriculture
21. Integrated nutrient management using microbial inoculants in organic and conventional farming
22. Challenges and potential risks of large-scale use of microbes in agriculture
23. Policy, regulations, and economic considerations for widespread adoption
24. The future of soil microbial research: From lab to field applications
2. Nutrient cycling in soils: Microbial pathways and mechanisms
3. Rhizosphere dynamics and plant-microbe interactions
4. Importance of microbial diversity for soil health and fertility
5. Advances in metagenomics for exploring soil microbial communities
6. The soil microbiome: Structure, function, and diversity
7. Symbiotic microorganisms in nutrient acquisition: From Rhizobia to Mycorrhizae
8. Microbial interactions with plant roots for enhancing nutrient uptake
9. Biological nitrogen fixation: Key microbial players and processes
10. Mineral nutrient solubilizing microbes and their impacts on soil fertility
11. Microbial decomposition of organic matter for improving soil fertility
12. Microbes-mediated soil organic carbon dynamics
13. The synergy between microbial inoculants and organic/inorganic fertilizers
14. Microbial interventions for enhancing nutrient uptake under stressed conditions
15. Microbes in managing soil compaction and nutrient distribution
16. Microbial contributions to soil health and disease suppression
17. Use of microbial consortia for enhanced stress resilience and nutrient efficiency
18. Rhizosphere engineering for sustainable agriculture in degraded soils
19. The role of advanced biotechnological tools in enhancing microbial efficacy
20. Microbial biostimulants and biofertilizers for precision agriculture
21. Integrated nutrient management using microbial inoculants in organic and conventional farming
22. Challenges and potential risks of large-scale use of microbes in agriculture
23. Policy, regulations, and economic considerations for widespread adoption
24. The future of soil microbial research: From lab to field applications