Role of Science and Technology for Sustainable Future

Section-I: Introductory chapters.- Chapter 1. Science, Technology And Novelty For Sustainable Development Goals: Perspectives And Challenges From Environment, Ecology, And Human Society In A Changing World.- Chapter 2. Microbial Technology: A Green Path To Achieving Sustainable Development Goals.- Chapter 3. Perspectives On The Role Of Science And Technology For A Cleaner And Greener Tomorrow.- Section II: Role of Biological Innovations for Sustainable Development.- Chapter 4. Synthetic Biology: Engineering Life For Sustainable Applications.- Chapter 5. Biosurfactants: A Viable Approach Towards Environmental Sustainability.- Chapter 6. Plant-Based Super Foods For A Sustainable Future.- Chapter 7. Role Of Nanoscience And Nanotechnology In Sustainable Development.- Chapter 8. Biomedical Devices For Remote Diagnosis And Monitoring Based On Iot.- Chapter 9. Medical Physics Sustenance In Modern India.-

Chapter 10. Newer Devices And Remote Diagnostics And Monitoring Based On Iot.- Chapter 11. Bibliometric Analysis Of Biomedical Iot Devices For Remote Diagnosis And Monitoring.- Section III: Role of Biotechnological and Microbiological Advancements for Sustainable Development.- Chapter 12. Biotechnology As A Catalyst For Sustainable Development: Leveraging Innovation For Global Goals.- Chapter 13. Sustainable Development Of Agriculture Through Biotechnological Interventions- An Ideal Approach.- Chapter 14. Microalgae-Based Remediation Of Contaminated Water- A Way Forward To Achieve Sdgs Goal-6.- Chapter 15. Microbial Strategies to Remove Organic Pollutants and Heavy Metals From Water For Sustainable Human Civilization.- Chapter 16. Contributory Role of Biosurfactant in Creating a Sustainable Environment.- Chapter 17. Green Carbon Dots: A Ne Avenue Toards Sustainable Development.- Section IV: Role of Wastewater Treatment Technologies for Sustainable Development.- Chapter 18. Valorization Of Agro-Industrial Waste Into Value-Added Nutraceuticals For Sustainable Development.- Chapter 19. Navigating Sustainable And Healthy Future: Green Nanotechnology, Regulatory Priorities, And Challenges.- Chapter 20. From Challenges To Opportunities: Exploring Minimum Liquid Discharge And Zero Liquid Discharge Strategies For Wastewater Management And Resource Recovery.- Section V: Role of Applied Sciences for Sustainable Development.- Chapter 21. Microbial Biotechnology: A Catalyst For Sustainable Development And Circular Economies.- Chapter 22. Pharma Sciences As A Tool For Sustainable Development.- Chapter 23. Sustainable Practices And Circular Economy In Pharmaceutical Sciences In India And Abroad.- Chapter 24. Agro-Biotechnology: A Rescue Against World Hunger.- Chapter 25. Paving The Way For A Better Tomorrow.- Chapter 26. Present And Future Aspects Of Nuclear Medicine Technology For Sustainable Development In India.- Chapter 27. Geen Hrm : Catalyst For Sustainable Development And Organizational Success.- Chapter 28. Journey Of Indian Space Organisation (Isro).- Section VI: Technological Interventions for Sustainable Development.- Chapter 29. The Role Of Computer Science In Advancing Sustainable Development Goals: A Comprehensive Analysis.- Chapter 30. From Code To Sustainability: The Impact Of Computer Science For Sustainable Development.- Chapter 31. Role Of Molecular Modelling In Sustainable Development.- Chapter 32. Recent Advances in Self-Healing Electronic Materials for Energy-Harvesting Devices.- Chapter 33. Flow of Complex Fluids Through Packed Bed.- Chapter 34. Role of Geospatial Technology for Sustainable Development in India.

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• Ciência ecológica, a biosfera
• Ciências da terra, geografia, ambiente, planeamento
• Sustentabilidade

Biomedical IOT Devices;Nanomaterials-Based Platforms;Geospatial Technology;Self-Healing Electronic Materials;Remote Monitoring Devices (IOT);Green Nanotechnology;Environmental Remediation