Routledge Handbook of Sustainability Science

Part 1: Introduction 1. Possibilities and Challenges in Sustainability Science 2. Philosophical Foundations of Sustainability Science 3. History of Sustainability Science 4. Knowledge Structure of Sustainability Science 5. Research Cores in Sustainability Science 6. Interdisciplinary Research in Sustainability Science 7. Current State of Education in Sustainability Science Part 2: Concepts and Theoretical Frameworks 8. Coupled Natural-Social Systems 9. Knowledge System 10. Resilience 11. Transdisciplinarity 12. Sustainability Transitions 13. Science for Sustainability and Science of Sustainability Part 3: Methodologies in Research and Education 14. Sustainability Assessment 15. Data-Intensive Approach 16. Network Approach to Social-Ecological Systems 17. Functional Fit between Institutions and Ecosystems 18. Solution-Oriented Research 19. Scenario Analysis 20. Problem-Based Learning Part 4: Institutionalization of Sustainability Science 21. Interdisciplinary Collaboration and Publication 22. Evaluation of Research: Criteria and Impacts 23. Appraisal of Sustainability Education Part 5: Case Studies: Implications for Practice 24. Agriculture/Food 25. Energy Water 26. Nexus between Water and Energy in Cities 27. Governance 28. Finance 29. Science, Technology, and Innovation Part 6: Global Perspectives 30. China 31. India 32. Islamic Perspective 33. Africa 34. Latin America

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• Sustentabilidade
• Economia ambiental
• Economia do desenvolvimento
• Ciência ambiental, engenharia e tecnologia

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