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The Eastern Mediterranean countries exhibit diversity in religion, culture, politics, and economy, amid rapid and dynamic regional developments shaped by global polarization and the international security landscape, rendering future prognostications challenging. This chapter delves into the realms of oil and natural gas production, the influx of multinational corporations, water boundaries, and renewable energy vis-à-vis fossil fuels in the Eastern Mediterranean, elucidating the realities of cooperation and competition within the region. Analysis of cooperation and competition dynamics is imperative for comprehending the tensions among states. Enhanced cooperation between states may lead to mutual benefits, such as increased oil and gas prices favoring their partnership, while any escalation in competition can swiftly be perceived as a threat, exacerbating tensions. The desirability of such cooperation or competition in the international political economy remains subject to ongoing debate.

It's no longer a secret that a hassle-free life and better human development index are only possible in smart cities with appropriate and efficient deployment of artificial intelligence (AI)-based technologies where the best results of data analysis are being used. Technology is becoming more productive using circular economy while employing all the dimensions of AI where integration of results is being incorporated as an outcome of data analysis received from different segments i.e., Traffic Management, Public Safety, and Movement, Security and surveillance, Waste Management Systems, or the Energy Management, etc. This chapter specifically talks about areas where AI is facing challenges in the implementation and administration of smart cities while covering the intrinsic challenges faced in specialized domains such as Public Sanitation, Virtual Parking Management, Traffic Congestion, Security Surveillance, and many more discussed as case study relating to the functioning of the circular economy. In the last, we have summarized the impact of AI on the CE and its future scope where AI can play a better role in increased productivity, increased efficiency, robust safety and finally economic benefit for long-term stable economic stability, development and inclusive growth.

As the global push for renewable energy intensifies, it becomes imperative to critically assess the socio-territorial repercussions of some of these initiatives in local communities and their environments. The emergence of certain “eco-blind projects” serves as a reminder of situations where innovative modern solutions, although environmentally friendly, fail to acknowledge and safeguard territorial identity and the surrounding landscape. Within this comprehensive framework, the chapter emphasizes the pressing need to strike a delicate equilibrium between the pursuit of energy transition goals and the preservation of local traditions, and ecosystems. By considering the socio-territorial ramifications and fostering community engagement, policymakers, researchers, and stakeholders can collectively chart a path that leads toward a more sustainable and inclusive renewable energy landscape. This approach encapsulates not only the imperative of curbing climate change and alleviating energy poverty but also the crucial task of upholding the identity of local communities and safeguarding the irreplaceable natural and cultural resources that form the bedrock of their territory.

This chapter explores the perspectives of addressing global challenges related to health care, energy, climate, and environment using the instruments of innovation and structural policy. It develops an analytical framework for continuously scanning emerging technologies and scientific developments using the TIM Analytics database of scientific publications and patent applications. The analysis identified the most promising early developments and weak signals among the technological areas with high activeness of publications over the period of 2015–2022. In the field of health care, emerging technologies are focused on providing better ways of diagnostics (liquid biopsy, biosensors, and theranostics), drug delivery (exosomes, graphene-based drug delivery), tissue recovery (organoids), and preventive treatment (personalized medicine). Emerging trends in clean energy include new types of solar energy generation and storage (perovskite thin film solar cells, concentrated solar power, graphene solar panels, and artificial photosynthesis) and self-powered systems (nanogenerators). To address the issues of climate change and environmental deterioration, one should pay close attention to emerging carbon capture technologies (biochar, direct capture, and BECC).

The impact of COVID-19 on the lives of people and businesses across the globe was devastating. While governments across the world had undertaken a slew of measures to control the spread of the COVID-19 virus within their geography, many of these measures had long and unintended consequences. The restrictions imposed by the governments on the movement of people and goods across the world brought supply chains to a grinding halt. This study identifies the cascading effects of supply chain disruptions (SCDs) on the energy sector and thereby on the security of supply of energy from a European Union perspective. Since these systems are closely integrated and the impact of COVID-19 needs to be analysed at a much broader level, this study uses a systems-thinking approach to study the effect of SCDs on energy services. The study develops a causal loop model to gain further insight into how SCDs caused by COVID-19 affected the coping capabilities of society and how critical services were affected. Furthermore, the study puts forth certain policy recommendations for both businesses and governments to prepare for and protect against a similar situation in the future.

Sustainable development is inseparable from rational and responsible use of resources and promotion of green entrepreneurship. The contemporary green development agenda encompasses climate, economic, technical, social, cultural, and political dimensions. International efforts to greening the global development are conducted by the major economies, including China as the world’s largest consumer of energy and the biggest emitter of greenhouse gases. China is aware of its environmental problems, as well as of its part of the overall responsibility for the accomplishment of the sustainable development goals. By means of the decarbonization efforts, the latter are integrated both into the national development agenda (the concept of ecological civilization) and China’s international initiatives (the greening narrative within the Belt and Road Initiative). Over the past decade, China has made a breakthrough on the way to promoting green entrepreneurship and greening of its development (better quality of air and water, renewable energy, electric vehicles, and organic farming). On the other hand, emissions remain high, agricultural land loses productivity, and freshwater resources degrade due to climate change. In conventional industries (oil, coal mining, and electric and thermal energy), decarbonization faces an array of impediments. In this chapter, the authors summarize fundamental provisions of China’s approach to building an ecological civilization and measures to reduce emissions and achieve the carbon neutrality status within the nearest decades. The analysis of obstacles to the decarbonization of the economy and possible prospects for the development of green entrepreneurship summarizes China’s practices for possible use in other countries.

Entrepreneurship, sustainability, and the creation of a resilient, green economy are intricately linked, particularly as conventional economic models grapple with existential challenges. However, empirical research addressing the connection between entrepreneurship and sustainability for a more balanced and resilient future is notably scarce. This chapter aims to bridge this gap by investigating the role of entrepreneurship in advancing sustainability and establishing a resilient, green economy. Through comprehensive research utilizing critical discourse analysis (CDA), three research questions were explored to draw insightful managerial and practical implications. In the intersection of entrepreneurship, sustainability, and a green, resilient economy, opportunities are seized by entrepreneurship amid limitations, while sustainability presupposes responsible management of resources for current needs without compromising the future. A green economy ensures adaptability, growth, and ecological stability even in resource-scarce conditions. The CDA affirms the influential role of entrepreneurship in pursuing sustainability and a green, resilient economy, drawing from 18 cases across public, private, and social sectors to highlight environmental, social, and economic impacts. Furthermore, the CDA uncovers power dynamics, ideologies, and social structures affecting entrepreneurship’s role in fostering sustainable and resilient, green economies. Collaborations between governments, corporations, and social ventures in diverse countries promote sustainability within existing social structures, fostering comprehensive development. However, imbalanced power dynamics pose challenges, risking potential social exclusion. This chapter concludes by addressing practical implications and limitations, aiming to contribute to an ecologically balanced and socially equitable future by understanding entrepreneurship’s role in promoting sustainability and green resilience within the context of power dynamics, ideologies, and social structures.

This study examines the complex array of impediments and potential advantages of the internet of things (IoT) associated with the shift towards enabling circular economy practices (CEP), motivated by the pressing necessity to address climate change and promote environmental sustainability. Based on an extensive review of scholarly sources, this study scrutinizes the technological, economic and societal challenges that ought to be addressed to attain a net-zero economy. Most outstandingly, it emphasizes the environmentally sustainable merits, potential for economic growth and improvements in societal well-being that can arise from this transition. It further depicts selected case studies to demonstrate sustainable empirical evidence and avails policy recommendations. The paradigm is to assist governments and other stakeholders in effectively managing human-associated challenges to attain increased sustainable value maximally. Finally, this highlights the utmost significance of tackling these challenges and capitalizing on opportunities to facilitate a sustainable, net-zero future that guarantees worldwide prosperity and ecological welfare.