Mycorrhizal Fungi and Climate Resilience

Mycorrhizal Fungi and Climate Resilience: Enhancing Plant Health for a Sustainable Future presents advancements in the understanding of Mycorrhizal associations with plants, their ecological attributes and highlights the latest genomics and metagenome research into the potential for Mycorrhizal Fungi to help combat climate change impacts and improve plant growth. The book explores genomic and metagenomic approaches that enable researchers to decipher the complex interactions within the soil microbiome. By understanding these interactions, the use of mycorrhizal networks can be further utilized to promote sustainable agricultural practices that not only mitigate the impacts of climate change but also bolster food security. It explains the intricate symbiotic relationships between mycorrhizal fungi and host plants and demonstrates the crucial role of those partnerships in nutrient acquisition, drought tolerance, and soil health. The book provides a thorough overview of how advances in molecular techniques have illuminated the diversity and functionality of mycorrhizal communities, revealing their potential to enhance plant resilience in an era marked by environmental uncertainty. This volume in the Microbiome Research in Plants and Soil series includes real-world examples demonstrating effective mycorrhizal interventions in multiple ecosystems, including forests, grasslands, and agricultural contexts. It demonstrates how the use of mycorrhizal fungi can boost biodiversity and revive plant communities, contributing to the repair and restore degraded lands. Mycorrhizal Fungi and Climate Resilience: Enhancing Plant Health for a Sustainable Future is a valuable resource for researchers and academics in agricultural, plant and environmental sciences.

• Presents comprehensive coverage of mycorrhiza and their interactions
• Includes genetic studies of mycorrhizal fungal communities
• Explores the impact of climate stress on mycorrhizal symbiosis
• Highlights the role of mycorrhiza in plant growth under various climate conditions