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Full Description
This volume presents recent biotechnological advances in the application of extremophiles in sustainable agricultural production, plant health and soil remediation. It highlights the physiology and biochemistry of extremophiles to ensure their survival and adaptation under stressful agricultural conditions, as well as their ecological diversity and taxonomical attributes that allow them to be useful in improving abiotic and biotic tolerance among crops. The chapters cover genomic, metagenomic and metabolomic approaches for improving crop production, biocontrol, nutrient solubilization and soil health to ensure food and nutrition security in a sustainable manner in difficult growing environments. The book will be useful for students and researchers studying soil and plant management, sustainable agriculture, microbiology and biochemistry.
Contents
1 Extremophile.- 2 Survival Strategies of Extremophiles.- 3 Microbial Adaptation in Different Extreme Environmental Conditions and Its Usefulness in Differently Polluted Soil.- 4 Extremophiles Adaptation and Its Utilization in Mitigating Abiotic Stress in Crops.- 5 Exploration of Extremophiles.- 6 Bioactive Compounds/Metabolites from Extremophiles for Biocontrol and Plant Disease Management.- 7 Bioactive Molecules Derived from Extremophilic Fungi and Their Agro-Biotechnological Application.- 8 Metallotolerant Microbes for Improving the Health of Heavily Polluted Soil.- 9 Remediation of Soil Organic Pollutants by Microbes from Extreme Environment.- 10 Functional Insights of Nutrients Solubilizing Extremophiles for Potential Agriculture Application.- 11 Extremophiles and Their Genetic Aspects of Potential Bioactive/Metabolites Beneficial for Promoting Plant Health and Soil Fertility.- 12 Biotechnology and Genomics Exploration of Halotolerant Microbes.- 13 Biotechnological Insights into Cold-Stressed, Adapted Microorganisms for Plant Health and Soil Improvement.- 14 Thermophiles And Their Diverse Function in Agricultural and Biotechnological Applications.- 15 Thermophilic Microbes.- 16 Biotechnology of Promising Genes from Extremophiles to Produce Stress-Resilient Plants and Microbes for Sustainable Agriculture.- 17 Insight into Soil Nutrient Management in Agriculture by Acidophilus Microbes.- 18 Omics Technology in Food and Nutritional Security of Agricultural Crops.- 19 Genomic and Metagenomic Prospecting of Extremophiles to Support Sustainable Development.- 20 Nanotechnology and Extremophiles.- 21 Nanoparticles Synthesis Using Extremophilic Microbes and Their Potential Agricultural Applications.
