Climate economy 5.0

Shakhlo T. Ergasheva – Doctor of Economic Sciences, Professor, Head of the Department of General Economic Disciplines, Tashkent State University of Economics. She organizes national and international scientific and practical conferences and scientific activities. Shakhlo T. Ergasheva is the author and editor of collective monographs. Her research interests include accounting and auditing according to International Financial Reporting and Auditing Standards, as well as accounting in the public sector of the economy.She is the author of more than 300 works published in Uzbek and foreign publications. In particular, 17 of her papers have been published in Scopus journals and 3 in the Web of Science. She is a performer of scientific research supported by grants from the Republic of Uzbekistan.

• Chapter 1. The Green Energy Transition in Support of Decarbonization within the Climate Economy 5.0: A Global Economic Perspective toward 2050.- Chapter 2. The Climate Economy: Trends and Innovations.- Chapter 3. International and National Governance of Global Climate Change.- Chapter 4. On the Possible Solution of Nature Transformation Problems Using Mathematical Models.- Chapter 5. Digital Transformation of Climate Risk and Environmental Management in the Context of an Innovative Economy.- Chapter 6. Macroeconomic Aspects of Combating Climate Change in the Information Economy in Support of Decarbonization.- Chapter 7. Sustainable Digital Trade: Environmental Imperatives for Developing Economies.- Chapter 8. Green Industrial Growth in the Climate Economy 5.0: Leading International Practices and Scenarios Through 2050.- Chapter 9. Green GDP Accounting in Armenia: A Mixed-Methods Analysis Using SEEA Frameworks with Regional Comparisons.- Chapter 10. The Role of Innovation Processes in Enhancing the Effectiveness of Cooperation for Sustainable Development Goals.- Chapter 11. A Microeconomic Model of Climate Business Management 5.0 in Support of Green Growth and Sustainable Development.- Chapter 12. Cooperation as a Driver for the Implementation of Climate Innovations in Rural Areas.- Chapter 13. A Management Model and Algorithms for Leveraging Weather Forecast Parsing and Geolocation via Remote Application Programming Interfaces.- Chapter 14. Climate and Environmental Management Model in the Digital Economy of Global Green Development Forwarders.- Chapter 15. Environmental Management in Agriculture for its Climate-Smart Adaptation in the Information Economy.- Chapter 16. Climate and Environmental Management in the Smart Grid as a Green Vector for Energy Sector Development in the Digital Economy.- Chapter 17. Training Digital Green Professionals in Universities to Support Climate-Change Mitigation and Environmental Protection.- Chapter 18. Developing Green High-Tech Manufacturing and Exports Through Climate and Environmental Management in the Digital Economy.- Chapter 19. Enhancing the Effectiveness of Environmental Insurance Through the use of Information Technologies.- Chapter 20. The Role of Green Logistics in Ensuring Sustainable Development of Cross-Border E-Commerce in the Information Economy.- Chapter 21. AGRO 4.0: Fundamental Principles and Management Priorities for the Transition of the Agro-Industrial Complex to Industry 4.0 in the Information Economy for Climate-Resilient Development.- Chapter 22. Project Management of Green Innovations in Vertically Integrated oil Companies Taking Into Account Risk Factors.- Chapter 23. Financial Support for Agricultural Entrepreneurship as a Basis for Sustainable Development.- Chapter 24. Climate-Smart Agriculture in the Agricultural Economy 5.0.- Chapter 25. Medical and Biological Issues and the Green Vector of Technological Development in Industry: Features of Pathogenetic Treatment of Purulent Wounds – The Role of Biofilms.- Chapter 26. Medical-Biological Problems and the Green Vector of Industry Technology Development: A Comparative Analysis of Symptoms Depending on Preoperative Hearing Function.- Chapter 27. Challenges in Shaping Environmental Identity within Digital Ecosystems of Higher Education Institutions: A Regional Perspective.- Chapter 28. Modern Climate Innovations to Improve the Efficiency of Agro-Industrial Cooperatives.- Chapter 29. Issues in Forming the Environmental, Regulatory, and Professional Identity of Part-Time Students in View of the Requirements of Current Regulatory Documents in the Field of Public Catering.- Chapter 30. Socio-economic and Behavioral Factors Shaping Self-preservation Practices for Health Improvement in the Context of Climate Change.- Chapter 31. Digitalization of Livestock Farming for Climate Adaptation: Enhancing Productivity Through Animal Personalization.- Chapter 32. On the Geodetic Basis for a Small Hydroelectric Power Station on the Kalba River. Chapter 33. The Macroeconomic Perspective of Sustainable Development in Climate Economy 5.0 in Central Asia through 2050.- Chapter 34. Agricultural Insurance for Sustainable Rural Economies: Case Study of Armenia.- Chapter 35. Sustainable Rural Development Based on Climate-Smart Technologies in Kyrgyzstan.- Chapter 36. Climate, Stress, and Adaptation: The Psychological Dimension of Environmental Change in Central Asia.- Chapter 37. Quantifying Aquatic Ecosystem Services as Natural Capital: Economic Contribution of Irrigation, Aquaculture, and Hydropower to Armenia’s Gross Product.- Chapter 38. Empirical Analysis of CO2 Emissions per Capita and GDP per Capita in North African Countries.- Chapter 39. Current Problems and Search for Solutions in Designing Energy-Efficient Buildings and Structures in the Climatic Conditions of Kyrgyzstan.- Chapter 40. Management of Climate Change and the Environment in Central Asia’s Digital Economy. Chapter 41. Decarbonizing the BRICS+ Economy Within a Digital Model for Managing Climate and Environmental Change.- Chapter 42. The Eurasian Model of a Green Digital Economy Based on Advanced Climate and Environmental Management Practices in the EAEU.- Chapter 43. Green Lending and the Development of Sustainable Banking in Kazakhstan: Challenges and Areas for Improvement.- Chapter 44. The Startup Ecosystem and Venture Capital in the Countries of the South Caucasus and Central Asia.- Chapter 45. 3D Modeling as a Climate-Smart Technology in the Context of Sustainable Societal Development.- Chapter 46. Intelligent Analysis and Climate Change Management in the Context of the Digital Economy.- Chapter 47. Artificial Intelligence as an Effective Tool for Advancing Key ESG Priorities.- Chapter 48. Climate and Natural Resource Management in the Information Economy 5.0 in Support of Green Industrial Growth.- Chapter 49. Development of Electronic Government Management for Environmental Protection and Climate Change Mitigation.- Chapter 50. Green Finance and Climate Innovations in Environmental Management in the Information Economy.- Chapter 51. Climate and Environmental Management in a Cyber-Social System Using AI and Big Data.- Chapter 52. Promising Mechanisms for Automating Climate and Environmental Change Management in Rapidly Evolving Digital Economies.- Chapter 53. IoT as the Foundation for Automating Climate and Environmental Management in the Digital Economy.