Ecological Footprint of the Modern Economy and the Ways to Reduce It

Ecological Footprint of the Modern Economy and the Ways to Reduce It（Advances in Science, Technology ）

现代经济的生态足迹及其减少途径：技术与负责任创新的作用
工业经济学*

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作者

Bruno S. Sergi Elena G. Popkova Anna A. Ostrovskaya

出版社

Springer Berlin Heidelberg

出版时间

2024年02月11日

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ＩＳＢＮ

9783031497100

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页码

1048

语种

英文

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This book is devoted to the systems rethinking of the role of the leading digital technologies and circular innovations to reduce the environmental footprint of the modern economy. The target audience of this book consists of scientists who explore environmental economics, energy economics, and sustainable development. In this book, they will find a consistent take on the impact of the economy on the environment from the perspective of a new scientific concept—the environmental footprint of the economy, described through the lens of the UN SDGs. This book is also useful for public agencies of energy and environmental economics and environmentally responsible enterprises. In this book, they will find applied recommendations on improving the efficiency of the use of high technologies and responsible innovations to reduce the environmental footprint of the modern economy.The book provides numerous real-world examples, case studies, and recommendations on unlocking the environmental potential of high technologies (Big Data, Ubiquitous Computing (UC), Robotics, Artificial Intelligence (AI), and the Internet of Things (IoT)) and responsible innovations (ESG investments, environmental taxation, green jobs), which allow reaching net-zero emission and building a carbon-neutral circular economy. The interest in this book is also attributable to the fact that it takes into account the specifics of developed and less-developed countries. The book puts more focus on the real-life and case experience of Central Asia and the Eurasian Economic Union (EAEU).

Part 1. Ecological Footprint of Today’s Economy; Green Innovations and ESG Practices to Reduce It.- 1. Research of International Standards of Green Economy.- 2. Investment Cooperation Between the EU and the EAEU Countries in Building a “green economy” (Case of the EBRD’s Activities in Armenia).- 3. Data Mining Efficiency in the ESG Indexes Verbalization Analysis (On the Example of the MSCI Site).- 4. Marketing Technologies for Transforming the Management of ESG-oriented Organization in the Digital Economy.- 5. Green Economy as a Factor in the Transformation of Environmentally-Oriented Management.- 6. The Prospects for Improving Green Innovation Ability of National Economic and Technological Park in the Yellow River Basin of China.- 7. Green Agenda in Labor Legislation.- 8. ESG Principles in the Practice of Building an Economic Security Strategy in the Region.- 9. Potential for Implementing ESG Principles in Cement Production.- 10. Corporate Governance in the ESG Context: A New Understanding of Sustainability.- 11. Innovative Development of Modern Organizations, New Economy and ESG Transformation.- 12. ESG-Transformation of the Regional Space.- 13. ESG Agenda in the Educational Process of a University.- 14. Carbon Emission Tax or Carbon Emission Market: Which Is Better?.- 15. Transformation of ESG Ecosystem and Approaches to Non-Financial Reporting Regulation.- 16. Stimulation as a Factor of the Effectiveness of the Integration of ESG Principles into Economic Practice.- 17. Development Prospects and Current Problems of the Kyrgyz Republic’s Energy Sector.- Part 2. Responsible Innovation in the Digital Economy and Advanced Technology to Reduce the Ecological Footprint of Today’s Economy.- 18. Application of Digital Technologies for Ranking Loan Borrowers.- 19. Digital Definition of Optimal Inventory Management.- 20. Application of Text Analysis and Ensemble Algorithms in Forecasting Companies Bankruptcy.- 21. Achievements and Problems of the Development of the Digital Economy in China.- 22. Managing the Creation of Promising Products Based on the Selection of Intellectual Property Objects in the New Economic Conditions.- 23. Value of Transformation: Business-Driven or Technology-Driven?.- 24. The Role of Intra-corporate Control in Ensuring the Technological Sovereignty of the Russian Economy.- 25. Methodological Recommendations on the Implementation of the Methodology for Managing Digital Transformation of Industrial Company to Ensure Breakthrough Technological Development.- 26. Implementation of a Database on Solar Resources for the Design of PV Solar Technologies.- 27. Digital Twin of the Zoological Collection of the Republic of Kazakhstan.- 28. Digital Model of the Influence of Various Environmental Factors on Plant Biomass.- 29. Digital Determination of the Thermal Conductivity of a Square Bar by Reduction to a System of Integral Equations.- 30. Development of Blockchain Platforms for Tokenization of Real Assets.- 31. The Main Approaches to Using Digital Twins in Banking.- 32. Development of a Functional Component Model for a Data System Concept to Assess Innovative Investment Projects for Designing Import-Substituting Products in the Context of Digital Transformation.- 33. Transforming Communication Flows Between Organizations and their Publics in the Context of Emerging Web 3.0.- 34. Trends in the Development of E-commerce in Enterprises.- 35. Effectiveness of Digital Marketing Technologies in Commercial Banks.- 36. Digital Technology in Courts as a Tool for Smart Regulation: Opportunities and Risks.- 37. Current Trends in the Development of the Financial and Credit System in the Context of Digitalization.- Part 3. Institutional Framework for Responsible Innovation in Society, Business, and the Country: A Contribution to Reducing the Ecological Footprint of the Economy.- 38. Analysis of the Methods of Intellectual Property M

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