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Full Description
In an increasingly digital world, innovative technologies are leading to powerful tools that address challenges related to water conservation and responsible water use. Among these technologies, blockchain is at the forefront to provide ideal solutions that can change the way water resources are managed, processed and tracked. This book aims to highlight the significance of designing water-sensitive products, enhancing water efficiency, and raising public awareness about the impact of water consumption. It examines how blockchain is used to record water-sensitive products, monitor digital assets, and manage mixed water. It explores how blockchain can bring greater transparency, accountability and efficiency to water rights trading, productivity and resource management. The book presents applications of blockchain technology in water resources management that is suitable for farmers, governmental offices, water managers, etc. This book is suitable for the academic environment, especially the doctoral and senior level and the decision-making department for managers and employees of the water sector.
Key features:
Enhances water management efficiency by integrating blockchain technology for real-time monitoring and decision-making.
Explores cutting-edge blockchain applications in sustainability, ensuring secure, transparent, and decentralized water resource management.
Provides case studies and real-world examples demonstrating blockchain's impact on reducing waste and optimizing distribution.
Equips professionals and policymakers with practical frameworks for implementing blockchain in smart water systems.
Bridges the gap between technology and sustainability by offering insights into regulatory challenges, innovations, and future trends in water management.
Contents
Preface. 1. An Introduction to Hydrologic Resilient and Blockchain. 2. A Broad Review on Blockchain Technology. 3. Theory and Methodology of Blockchain. 4. Encryption. 5. Consensus Algorithms. 6. Hash Functions. 7. Consensus Algorithm and Blockchain. 8. SoK in Blockchain. 9. Capabilities of Blockchain and Outlook of Blockchain Technology. 10. Broad Applications of Blockchain Technology. 11. The Patent Boom in the Blockchain Frontier. 12. Investigation of Virtual Water, Applications, and Water Footprint in the Middle East (Case Study: Iran). 13. Using Blockchain Technology for Virtual Water and Water Rights Trade. 14. Application of Blockchain Technology in Climate Change. 15. A Conclusion to Block Chain Technique and Future Works. 16. Blockchain Technology for Secure Data Trust: Enhancing Access Control, Provenance, and Auditability. 17. Blockchain Unveiled: Evolution, Challenges, and Transformative Applications across Sectors. 18. Blockchain and IoT: Advancing Smart Water Management for Sustainable Solutions. 19. Blockchain for Hydrosystems: Transforming Water Management and Sustainability. 20. Blockchain Technology for Environmental Conservation. 21. Blockchain and Environmental Sustainability: Addressing Global Challenges and Advancing SDGs. 22. Blockchain in Intelligent Building Systems: Enhancing Security, Efficiency, and Climate Resilience. Index. About the Editors.
