- ホーム
- > 洋書
- > ドイツ書
- > Mathematics, Sciences & Technology
- > Earth Science
Full Description
This volume examines the convergence of digital transformation and sustainability in shaping smarter, more resilient societies. Drawing on research and practical experiences from Indonesia and Asia, it explores how governments, cities, and institutions employ digital tools to advance environmental protection, efficient governance, and inclusive growth.
Key themes include smart governance, urban innovation, artificial intelligence, big data applications, climate action, disaster risk reduction, and community resilience. By integrating perspectives from academia, policy, and practice, the book presents interdisciplinary approaches linking digital ecosystems with sustainable development goals (SDGs).
Developed as an outcome of the International Conference on Environment and Smart Society (ICENSO), the volume offers case studies and frameworks demonstrating how public-private-academic collaboration can foster digital innovation for sustainability. It highlights regionally grounded examples from best-practice cities to illustrate scalable, adaptive models for sustainable urban futures.
The book will appeal to researchers, policymakers, urban planners, sustainability practitioners, and technology innovators seeking evidence-based insights into how digital technology can promote environmental sustainability, equity, and innovation in the context of global and local transitions.
Contents
Chapter 1. Advancing Global Sustainability through Innovation, Education, Community Em-powerment, and Green Governance.- Chapter 2. IoT Use Cases for Environmental Monitoring to Support Sustainability Development Goals.- Chapter 3. Mapping out Sustainable Agriculture Through the Lens of Artificial Intelligence: A Scientometric Analysis.- Chapter 4. Mathematical Analysis and Forecasting of Development of the Agro-Industrial Sector of the Regions.- Chapter 5. Assessment of Heavy Metal Contamination in Al-Sadeer Stream Water and Its Suitability for Various Uses.- Chapter 6. Challenges in Overcoming Environmental Pollution from Nickel Mining to Achieve Sustainable Development Goals 2030 in Southeast Sulawesi.- Chapter 7. Design of an Efficient Induction Converter for Supporting Household Energy Transition A Preliminary Study.- Chapter 8. Environmental Risk Analysis for Sustainable Dengue Prevention in Yogyakarta City.- chapter 9. Enhancing Digital Information Systems for Sustainable Institutional Performance: A Case Study of PDM Sleman.- Chapter 10. Smart Education: Utilizing Support Vector Machines for Final Project Topic Selection.- Chapter 11. Empowering Smart Sustainable Education Filipino Teachers' Integration of QR Codes in Classrooms.- Chapter 12. From Chalkboard to ChatbotExploring Sustainable Pedagogical Practices in English Writing through ChatGPT and Traditional Approaches.- Chapter 13. Meaningful Learning and Smart Multimodality for Sustainable Digital Learning.- Chapter 14. Language for a Sustainable Future Curriculum Innovations in Vocational Higher Education.- Chapter 15. Integrating Digital Literacies for Environmental Awareness Outcome-Based English Curriculum Models.- Chapter 16. Transforming EFL Grammar Learning through Artificial Intelligence Tools, Trends, and Challenges in Promoting Environmental Awareness and Sustainability Education.- Chapter 17. Toward Sustainable and Effective Instruction Smart Grammar Teaching with WordWall.- Chapter 18. Sustainability in EFL Learning Extending the Benefits of Children's Storybooks for Adolescents' Reading Motivation.- Chapter 19. Code-Switching and Code-Mixing in Sustainability Education Language Practices for Environmental Awareness in SDG-Oriented Workplaces.- Chapter 20. Integrating Eco-Themed Film Distribution into Smart City Education A Study of Sustainability Communication in Indonesia and Malaysia.- Chapter 21. Mapping Sustainable Smart Education A Bibliometric Study on Religious Coping and Adolescent Mental Health.- Chapter 22. Environment and Quranic Interpretation Building Ecological Awareness Towards Golden Indonesia 2045.- Chapter 23. Digital Frames for Environmental Advocacy An Analysis Of @Aksikitaindonesia Campaign Strategies in Building Public Awareness Through Sustainable Innovation on Instagram.- Chapter 24. Framing Environmental Injustice Tempo.co's Green Campaign on Nickel Mining in Morowali.- Chapter 25. Journalists Dilemma in Aligning Sustainable Innovation with Digital Work Security Frame of SindoNews and Detik.com.- Chapter 26. Sustainable Environmental Development Through Technology and Community Empowerment.- Chapter 27. The Mediating Role of Customer Demand in Fostering Green Innovation and Sustainable Small and Medium Enterprises.- Chapter 28. Go Green Movement Promoting Sustainable Consumer Behavior in Semarang's Small and Medium Enterprises.- Chapter 29. Understanding Green Audiences as Sustainable Brand Partnerships in the Cosmetics Industry.- Chapter 30. Green Digital Communication for Sustainability Ecotourism Branding of Maron Beach.- Chapter 31. Millennials' Sustainable Lifestyle Role of Knowledge, Attitudes, and Digital Platforms.- Chapter 32. Toward Sustainable Sheep Farming in Yogyakarta Integrating Tradition and Innovation.- Chapter 33. Evaluating Sustainable Cultural Education through Instagram A Comparative Analysis of @mangkunegaran and @info.mn.- Chapter 34. Greening Instagram: Greenpeace Indonesia's Persuasive Communication on the Triple Planetary Crisis.- Chapter 35. Media, Democracy, and Environmental Responsibility Balancing Sustainability and News Velocity in Yogyakarta's 2024 Election.- Chapter 36. Strengthening Environmental Accountability Securing Sustainability from Corporate Activities.- Chapter 37. Stakeholder Engagement for Sustainable Cultural and Environmental Conservation The Tamansari Case in Yogyakarta.- Chapter 38. Advancing Sustainable Tourism A Prospective Approach to Kalibukbuk Coastal Development.- Chapter 39. Green Governance and Climate Justice Measuring the Effectiveness of Participatory Mechanisms in Indonesia's Green Development Strategy.- Chapter 40. Pentahelix Collaboration for Sustainable Urban Development in Karangasem Smart Cities.- Chapter 41. Smart City Transitions and Stakeholder Collaboration in Climate-Vulnerable Peri-Urban Development in the YIA Aerotropolis.- Chapter 42. Comparative Waste Management Collaboration Models Pathways Toward Sustainable Development Goals in Central Java.- Chapter 43. Refuse-Derived Fuel (RDF) as a Strategic Waste Management Approach for Achieving Sustainable Cities in Indonesia: A Case Study of the Three Largest Waste-Producing Areas.- Chapter 44. Unlocking Green Finance for Smart Cities in India A Conceptual Framework of Challenges and Opportunities.- Chapter 45. Localizing the Green India Mission for Sustainable Urban Future: Towards a Resilient Pune City.- Chapter 46. Collaborative Governance and Green Technology for Innovative Tourism Service in Pacitan Regency.- Chapter 47. Governance and Environmental Sustainability: An Analysis of Sea Wall Construction in Tangerang Regency.- Chapter 48. Integrating Local Wisdom into Environmental Sustainability Policy: Normative Insights from Indonesia's Tourism Villages.- Chapter 49. Digital Transformation for Environmental Sustainability: Reducing Paper Use through Electronic-Based Governance.- Chapter 50. Building Eco-Conscious Digital Citizenship: Green Constitution and E-Legislation for Smart Environmental Societies.- Chapter 51. The Critical Role of West Java Provincial Government in Flood Mitigation and Response Strategies to Achieve Environmental Sustainability.
