Plant-microbiome Interactions for Climate-resilient Agriculture
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Beschreibung
This book provides research-based advancements into the effects of changing environmental conditions on the diverse plant-symbiont community. It summarizes the mechanisms employed by the microorganisms to improve plant tolerance towards the extreme climatic conditions. These mechanisms include metabolite exchange and metabolic cross-talk in the microbiome-root-shoot-environment nexus. This book also describes the recently discovered phenomenon, systematically-induced root exudation of metabolites, which explains how the rhizosphere microbiome governs the plant metabolism by inducing a systemic shift in root exudate metabolites. This book is then concluded by highlighting the role of advanced meta-omics tools and systemic metabolic engineering approaches in generating climate-resilient crops and microbes to tackle the cumulative degradation of soil health in agro-ecosystems.
This book is a reference for students, researchers and policymakers working in the field of microbiology, soil science, plant science, climate change and sustainable agriculture.
This book provides research-based advancements into the effects of changing environmental conditions on the diverse plant-symbiont community. It summarizes the mechanisms employed by the microorganisms to improve plant tolerance towards the extreme climatic conditions. These mechanisms include metabolite exchange and metabolic cross-talk in the microbiome-root-shoot-environment nexus. This book also describes the recently discovered phenomenon, systematically-induced root exudation of metabolites, which explains how the rhizosphere microbiome governs the plant metabolism by inducing a systemic shift in root exudate metabolites. This book is then concluded by highlighting the role of advanced meta-omics tools and systemic metabolic engineering approaches in generating climate-resilient crops and microbes to tackle the cumulative degradation of soil health in agro-ecosystems.
This book is a reference for students, researchers and policymakers working in the field of microbiology, soil science, plant science, climate change and sustainable agriculture.
Integrates metabolomics and metagenomics strategies to harness beneficial microbes Discusses the role of plant root exudation in plant-microbe communication Includes a chapter on rhizosphere engineering for agriculture and ecological sustainability
Autor*in
Umesh Pankaj
Themen in »Plant-microbiome Interactions for Climate-resilient Agriculture«
Microbiome Rhizosphere engineering Synthetic biology for microorganisms Metabolomics for microorganisms Climate-resilient agriculture Beneficial microbes Plant-microbiome interactions