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Full Description
Botanical Microbiomes: Sustainable Practices in Agriculture and Ecosystem Management explores sustainable agricultural practices in response to environmental challenges. This comprehensive book dives into the relationships between plants and their microbiomes, and how these interactions can impact crop sustainability and soil health management. By utilizing nature-derived resources, the book explores innovative solutions to next-generation agricultural challenges. It examines the latest developments in plant microbiome research and its applications in addressing environmental and agricultural challenges. The book is organized around contributions from leading experts in the field, covering a wide array of foundational topics. It explores how the phyto-microbiome, endo-microbiome, and rhizo-microbiome contribute to plant health by regulating phytohormones, metabolites, antioxidants, and osmoprotectants. The initial chapters cover microbial metabolites and soil microbiome engineering, setting the stage for understanding stress management in plants. Midway chapters look into the impact of microbial amendments and community dynamics on crop health and eco-restoration. The final chapters focus on advanced multiomics tools, biopesticides, and the resilience of microbiomes under climate change, culminating in practical applications for sustainable agriculture and soil ecosystem services. Botanical Microbiomes serves as an essential resource for upper-level undergraduate students, researchers, and professionals in advanced plant pathology, botany, environmental microbiology, and ecology. The book also includes supplementary educational materials, such as PowerPoint slides, to enhance learning and practical application in agricultural practices.
Contents
1. Microbial Metabolites Production Efficacy in Management of Environmental Stress in Plants
2. The Role of Soil Microbiome Engineering in Stress Agriculture and Sustainable Crop Productivity
3. Microbes-Based Amendments, Microbiome Engineering, and Their Impact on Crop Health Dynamics
4. Exploring the Role of Soil Microbial Communities in Eco-Restoration Services and Crop Sustainability
5. Next-Generation Multi-Omics Tools to Explore Environmental Change-Microbiome Dynamics for Enhanced Plant Development
6. The Promising Concept of Biopesticides: Exploring the Potential of Microbial Inclusion
7. Soil Contamination Under Climate Change: Challenges and Solutions
8. Environmental Microbiome Composition and Functional Dynamics with Next-Generation Tools and Techniques
9. Microbiomes' Resilience to Climatic Change
10. Application of Advanced Microbiome-Based Membrane Bioreactors for Wastewater Management to Ensure Regeneration of Soil Ecosystem Services
11. Microbial Services in Mitigation of Environmental Stresses and Plant Health Development
12. Crop-Environment Microbiome Functional Dynamics to Enhance Productivity for Next-Generation Hunger
13. Plant Endomicrobiome Services as Natural Engineers to Configure Environmental Change and Ensure Crop Sustainability
14. Endophytic *Bacillus* as a Crop Stimulator for Sustainable Sugarcane (*Saccharum officinarum* L.) Production Under Drought-Stress Conditions
