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Full Description
Blockchain technology, with its transparency, security, and immutability, offers promising applications in environmental conservation. Blockchain Technology for Water and Environmental Systems illustrates how blockchain can contribute to more participatory and accountable environmental protection and provides an overview of blockchain fundamentals while also discussing key environmental challenges and the limitations of current methods. It explores how blockchain can enhance conservation efforts, from improving supply chain transparency to optimizing carbon credit systems and promoting community engagement.
Includes case studies that highlight real-world applications, such as tracking sustainable sourcing, managing biodiversity data, and peer-to-peer energy trading.
Addresses challenges such as scalability, energy consumption, and regulatory concerns.
Emphasizes interdisciplinary collaboration and explores how blockchain can empower marginalized communities in conservation.
Contents
Part I An Introduction to Blockchain Technology
1. Blockchain Technology for Intelligent Water Management and Sustainable Development, Asghar Akbari Forod,
2. Blockchain Technology for Secure Data Trust: Enhancing Access Control, Provenance, and Auditability, G.Sasikala,
3. Blockchain Technology: Tackling Global Challenges in Sustainable Development, Ritika Mahajan,
Part II Blockchain Evolution and Applications
4. Blockchain Evolution: From Cryptographic Beginnings to Societal Applications, Joao Casqueira, Ana Cristina Rodrigues,
5. Blockchain Unveiled: Evolution, Challenges, and Transformative Applications Across Sectors, Prateek Pandey,
6. Balancing Blockchain Sustainability: Analyzing Consensus Mechanisms and Environmental Impact, Amit Kumar Tyagi,
Part III Blockchain Technology and Smart Water systems
7. Blockchain and IoT: Advancing Smart Water Management for Sustainable Solutions, G.Sasikala,
8. Blockchain and IoT for Smart Water Management: Addressing Scarcity and Ensuring Sustainability, Beulah Christalin,
9. Blockchain for Hydro Systems: Transforming Water Management and Sustainability, Karkuzhali S,
10. Blockchain in Water Trading Rights: Enhancing Transparency, Efficiency, and Sustainable Management, Mousa Maeki,
Part IV Blockchain Application in Ecological Protection and Water Quality
11. Blockchain Systems for Ecological Sustainability: Advancing Resource Governance and Climate Resilience, Elena Gurgu,
12. Blockchain for Water Quality Monitoring: Enhancing Transparency, Security, and Accountability, Harpreet Kaur Channi,
Part V Blockchain Technology for Environmental Innovation, Conservation and Sustainability
13. Blockchain and Environmental Sustainability: Addressing Global Challenges and Advancing SDGs, Harpreet Channi,
14. Blockchain for Environmental Innovation: Balancing Sustainability and Global Challenges, Erginbay Ugurlu,
15. Blockchain for Environmental Conservation: Transforming Transparency, Collaboration, and Accountability", Harpreet Channi,
Part VI Blockchain for Sustainable Practices in Irrigation and Crop Systems
16. Empowering SMEs with Blockchain: Advancing Sustainability in Water Systems, Anuj Kumar,
17. Blockchain in Agriculture: Transforming Crop Management with Transparency and Efficiency, Rahul Sonkamble,
Part VII Blockchain Application in Disaster Management
18. Blockchain-Driven Resilience: Revolutionizing Flood Risk Management and Community Engagement, Saeid Eslamian,
19. Blockchain and Climate Action: Pioneering Solutions for Emission Reduction and Sustainability, Esmaeil
20. Blockchain in Intelligent Building Systems: Enhancing Security, Efficiency, and Climate Resilience, Pawan Fowdur,
Part VIII Blockchain for Hydrosystem and industrial transformations in Smart Cities: A Forward-Looking Approach
21. Blockchain in Hydrosystems: Research Insights, Challenges, and Future Directions, Simon Fernandez Vazquez,
22. Revolutionizing Supply Chains with Blockchain: Transparency, Efficiency, and Future Challenges, Nguyen Thi Hang,
23. Blockchain in Smart Cities: Revolutionizing Sustainability and Cyber-Physical Systems, Asghar Akbari Forod,
