Extremophiles for Sustainable Agriculture and Soil Health Improvement

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.