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Ecological Footprint of the Modern Economy and the Ways to Reduce It: The Role of Leading Technologies and Responsible Innovations de Bruno S. Sergi

Ecological Footprint of the Modern Economy and the Ways to Reduce It: The Role of Leading Technologies and Responsible Innovations: Advances in Science, Technology & Innovation

Editat de Bruno S. Sergi, Elena G. Popkova, Anna A. Ostrovskaya, Alexander A. Chursin, Yulia V. Ragulina
en Limba Engleză Hardback – 28 feb 2024
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).
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Specificații

ISBN-13: 9783031497100
ISBN-10: 3031497104
Pagini: 483
Ilustrații: XV, 483 p. 57 illus., 5 illus. in color.
Dimensiuni: 210 x 279 mm
Greutate: 1.36 kg
Ediția:2024
Editura: Springer Nature Switzerland
Colecția Springer
Seria Advances in Science, Technology & Innovation

Locul publicării:Cham, Switzerland

Cuprins

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 DigitalEconomy 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 Management in Innovation Ecosystems.- 39. Overview of Technological Forecasting and Assessment of theLife Cycle Results of the Technological Innovation Market.- 40. Digital Transformation of Marketing Activities as a Factor in the Development of International Trade.- 41. Developing a Theory of Tax Revenue Mobilization using Social Media and Documentary Sources.- 42. Methodology for Assessing the Competitiveness of Metal-cutting Tools.- 43. Modeling the Motivation of Top Management of the Governing Structures of the Regions Using Logistic Regression.- 44. The Use of Artificial Intelligence in Teaching Foreign Languages.- 45. Does Understanding the Sustainable Development Concept Affect the Leaders’ Innovative Competencies?.- 46. HR ecosystem Development as a Driver of Increasing Management Sustainability.- 47. Problems of Human Resource Management of the Innovation Economy.- 48. Digital Platforms of Educational Services: Problems and Development Prospects.- 49. Characteristics of the Identity of Pregnant Women in the Context of an Approach to Socially Responsible Parenthood.- 50. Theoretical and Methodological Foundations of Interaction between Family and School as a High Social Responsibility in Child Development.- 51. Implementation of the Concept of Sustainable Development in the Activities of Transnational Corporations.- 52. The Comparative Analysis as a Tool for Evaluating the Effectiveness of Economic Sectors.- 53. Impact of Government Support on Oilseeds Production.- 54. Digital Aspects of Analytics and the Effectiveness of Standard Communication Channels of Companies.- 55. Regionalisms as a Result of Cultural and Ethnic Contacts of Turkic-Speaking Peoples.- 56. Status and Personality Conditioning the Language Portrait of Politicians.- 57. Psychological Conditions for the Development of Student’s Personal Resources in the Educational Environment.- 58. Improvement of the Personnel Innovation Activity Management System Based on the Principles of Social Orientation.- Part 4. International Experience in Reducing Ecological Footprints at the Level of Regional andNational Economies and Groups of Countries.- 59. Prospects for Developing Public-private Partnerships in Regions with Limited Potential for Self-development.- 60. Contemporary Approaches to Managing Investment Flows in the Regional Economy.- 61. Management Innovation and Economic Development of Chinese Universities in the Information Age.- 62. Online Education in BRICS Countries: New Opportunities for Post-Pandemic Development.- 63. Risks of Socio-economic Uncertainty for the Well-being of the Population: The Experience of Developed and Developing Countries.- 64. Current Trends in the Regional Economic Systems Development: Key Determinants of Economic Growth.- 65. Digital Development of Russian Regions: Prospects and Contradictions in a Period of Turbulence.- 66. Effect of Relational Capital, Structural Capital, and Human Capital on the Performance of Insurance Brokers in Zambia.- 67. Analysis of Climate Conditions of the Batken Region.- 68. The Constructs of Short-term Consumer Credit from the Perspective of Merchants and Employers as Key Stakeholders in Zambia.- 69. Methodological Aspects of Budgetary Monitoring of the Implementation of National Projects in the Regions of Russia.- 70. Organizational and Economic Mechanisms of Sustainable Development of Industry in the Kyrgyz Republic.- 71. Comparing the Agricultural Sectors of the EAEU Countries through the Sustainability Index.- 72. Correlation of Educational and Labor Migration of the Population of Russia.- 73. Pandemic and Sanctions: A Study of Economic Shocks in the Russian Economy.- 74. Current Challenges in the Development of the Kyrgyz Republic: Modernization of the Economy and the Financial Sector.- 75. Impact of Money Supply on Inflation in Uzbekistan – VAR Approach.- 76. Directions of Trade Relations of Uzbekistan with the Countries of Central Asia.- 77. Ensuring the Sustainable Development of Russian Regions: The Practice of New Times.- 78. Modern Principles of Management of the Russian Political Leadership.

Notă biografică

Bruno S. Sergi  He is Full Professor at the University of Messina, Italy. His research and teaching interests tie to the broader topic of the economics of emerging markets. In addition, he is Co-director of the Lab for Entrepreneurship and Development (LEAD), a research lab based in Cambridge (USA) that aims to generate and share knowledge about entrepreneurship, development, and sustainability.
 
Prof. Dr. Elena G. Popkova is Doctor of Economics; Founder and President of the Institute of Scientific Communications (Volgograd, Russia); Professor RUDN University, Moscow, Russia; Author of more than 150 publications in Scopus (h-index: 31); Editor of more than 50 books and a large number of special issues of international peer-reviewed scientific journals; Member of the editorial board of the International Journal of Economic Policy in Emerging Economies and the International Journal for Quality Research; Recipient of Highly Commended Paper Award for the journal On the Horizon for 2020 (Emerald); Honored Worker of science and high technologies of the Russian Federation; and Honored Professor of Osh State University (Osh, Kyrgyzstan). She is among Scopus top 2% of most cited scholars of the world in 2019-2021.

Alexander A. Chursin – Dr. of Economics, PhD in Engineering, Professor, academic advisor of The Center of Management of The Industry of economics department of Peoples’ Friendship University of Russia, Head of the Department of Applied Economy Studies of RUDN University, Advisor of PFUR Rectorate. He is a Scientific Council of Russian Academy of Sciences, Professional member of New-York Academy of Science, Professor of Academy of Military Sciences, member of three Dissertation Committees, etc. 
A. Chursin has been working in executive positions in industry and scientific educational institutions for more than 50 years. He led large projects of conversion in the defense industry of the USSR and the creation and development of innovative area within the CIS countries on the basis of developed with his participation «Interstate program of innovation cooperation of CIS member states for the period until 2020». He is an author of 24 patented inventions in the field of instrumentation and control system design. On the basis of the results of scientific activity A. Chursin has published over 200 articles and 30 monographs. In recent years, he engaged in research problems of management of production and organization competitiveness, digital economy and ensuring the successful performance of domestic products in the world markets.
 
Julia V. Ragulina – Ph.D. (economics), professor, Head of the Chair of compliance and controlling at RUDN University (Russian Federation). She is the honored worker of science and technology of the Russian Federation and the honored worker of higher professional education. She is the author of more than 200 publications and a range of monographs on state control and audit, state and municipal management, and economics of municipal entities (including monographs with co-authors from Harvard University, USA).
 Chief Editor of the scientific journal «Microeconomics», «Bulletin of the Academy of Law and Management», «Municipal Academy», «Management of economic systems», «Economics and management: problems, solutions».
Author (co-author) of more than 290 scientific and educational works, including 20 textbooks and 26 monographs.
 
А.А. Ostrovskaya is a Candidate of Economic Sciences, Associate Professor of the Department of Applied Economics of the Higher School of Industrial Policy and Entrepreneurship, Director of the Higher School of Industrial Policy and Entrepreneurship of the RUDN University. Author of more than 70 educational and methodological and scientific works, including 1 methodological guide, 7 monographs, 25 articles in Scopus, WoS, 26 articlesin HAC (Higher Attestation Commission). А.А.Ostrovskaya has 5 patents on the inventions and 13 certificates of state registration of the database. A.A. Ostrovskaya is successfully engaged in scientific and social activities, she participated in more than 50 scientific research projects, commercial contracts and grants. A.A. Ostrovskaya was the project manager and one of the experts of the international group of developers of the Interstate Program of Innovative Cooperation of the CIS Member States until 2030. The sphere of scientific interests –the study of issues of assessing the competitiveness of products, organizations, industries; the evaluation of the innovative potential of products and organizations; the identification of the organization's key competencies; identification of the needs of countries with developing economies for space products and services; implementation of the Industry 4.0 concept at enterprises of the high-tech sector, the development of innovative activities and methodological approaches in modelling the sustainable management of space activities, taking into account possible risks

Textul de pe ultima copertă

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).

Caracteristici

Offers recommendations to reduce the economy’s ecological footprint leading digital technologies, circular innovation Presents the international experience of the economy’s ecological footprint and its reduction Forms a systemic view of the economic activities’ influence on the environment