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This chapter examines the Netherlands’ challenges in safeguarding its low-lying coastline against rising sea levels and the consequences of coastal defense strategies on marine life, particularly in relation to SDG14. Sea-level rise necessitates increased soft coastal defense strategies, affecting seafloor areas and marine biodiversity through sand extraction and sand nourishments. The use of hard structures for coastal defense contributes to the loss of natural coastal habitats, raising biodiversity concerns. The chapter explores the potential benefits of artificial hard surfaces as marine habitats, emphasising the need for careful design to prevent ecological problems caused by invasive species. Strategies for enhancing biodiversity on human-made hard substrate structures, including material variations, hole drilling, and adaptations, are discussed. The ecological impact of marine sand extraction is examined, detailing its effects on benthic fauna, sediment characteristics, primary production, and fish and shrimp populations. Solutions proposed include improved design for mining areas, ecosystem-based rules for extraction sites, and ecologically enriched extraction areas. The ecosystem effects of marine sand nourishments are also analysed, considering the impact on habitat suitability for various species. The chemical effects of anaerobic sediment and recovery challenges are addressed. Mitigation measures, such as strategic nourishment location and timing, adherence to local morphology, and technical solutions, are suggested. The chapter underscores the importance of education in Nature-based Solutions and announces the launch of a new BSc programme in Marine Sciences at Wageningen University & Research, integrating social and ecological knowledge to address challenges in seas, oceans, and coastal regions and support SDG14 goals.

This study explores the configurations of management control systems (MCSs) while taking into account entrepreneurial cognition styles (ECSs) in small and medium enterprises (SMEs). The objective is to understand the impact of ECS on deployment and identify the various modes of MCS configurations employed by SMEs. The authors draw on and synthesise two theoretical perspectives relating to cognition and management control packages to understand the associations between ECS and MCS employed by SMEs in managing their business. This study was conducted using a quantitative approach that utilises a questionnaire survey to collect cross-sectional data from 150 SMEs. The authors uncovered three cognitive styles: knowing (e.g. preciseness), planning (e.g. organising), and creativity (e.g. innovativeness). Furthermore, five configurations of MCS utilised by SMEs were identified: customer focus, performance monitoring, administrative focus, strategic focus, and development focus. By combining both analyses, the authors discovered three constellations of significant association between ECS and MCS characterised by Cluster 1’s cohesive integration approach, Cluster 2’s revealing strategic approach, and Cluster 3’s multifaceted exploration. The study is significant because it uncovers the complex relationship between ECS and MCS configurations, highlighting their interdependence within the institutional context. Using a cognitive view, the authors explore how the cognitive styles of entrepreneurs facilitated imprinting institutional context into MCS configurations. These insights enable us to envisage that ECS is not mutually exclusive but forms a continuum that provides more plausible explanations that relax the direct universal relationship between MCS configurations and contextual factors.

The global economy has been subjected to systemic shocks that have disrupted the global energy transition strategy. A paradigm of shifting in address the issue of green energy in a multidimensional context is facing now. This work aims to highlight the experts’ opinions regarding energy management in the context of sustainable development approaches and the extent to which the strategic orientation toward green energy and the energy transition can be considered as economic, social, and environmental efficiency objectives. Based on the specialized literature found in the Web of Science (WoS) database, a qualitative analysis was performed to identify the development directions of the economic policies, emphasizing the specific aspects of the transition to green energy. The findings reveal that specialists, through scientific research carried out in the various fields of science, can offer solutions and identify risks in the development, but the essential role remains for decision-makers, responsible for maintaining the balance between expectations and possibilities in building policies that facilitate a sustainable energy transition, for the benefit of all.

Marine seaweeds, characterised by high-valued bioactive compounds, are used worldwide for several applications, including human food, animal feed, pharmaceutics and cosmetics, bioplastics, agricultural fertilisers, biofuels, and others. Seaweed production can be carried out through different approaches, from on-land or sea-based cultivation to the harvesting of wild stocks. The latter can be of particular importance in the case of seasonal algal over-proliferations, often caused by eutrophic conditions associated with intensive human industrial activities, and which wreak havoc with ecosystem functioning and hinder economic activities. In Europe, Italy experiences seaweed blooms in several coastal basins, such as the Lagoon of Venice and the Lagoon of Orbetello (Tuscany). Here, the proliferating seaweed represents a disturbance to the natural ecosystem and to local business and touristic activities. These biomasses hold no economic value in the country and are systemically removed and disposed of. Re-purposing the biomass to produce seaweed-derived commercial goods would provide benefits for the environment and local economic activities while promoting a sustainable business within a Circular Economy framework and contribute to the UN Sustainable Development Goals number 12 (‘Responsible consumption and production’), and number 14 (‘Life under water’), among others.

Tourism, Technology and Climate Change: The tourism industry is indispensable both for its socio-cultural offerings and its profound economic implications. The economic multiplier effects inherent in the drivers of tourism can stimulate the regional economy even before these areas emerge as tourism meccas. While vast amounts of research have detailed tourism's overarching significance, there is an evident void in understanding its multifaceted impacts, particularly where technological advances, environmental performance (EP) and economic benefits converge. A thorough examination of 907 research records led to this chapter, which identifies these gaps by referencing nine observational and 11 intervention studies. Achieving a Cohen's kappa value of 0.75, the authors note a strong consensus among reviewers, adhering to Cohen's (1940) standards. The findings from the first quarter highlight several areas within the tourism industry that have been under-researched. Particularly, the integration of technology, from ATM infrastructures enhancing tourist financial experiences to digital platforms elevating traveller education and awareness, and tech-driven solutions addressing demographic and ethical considerations in tourism, remains insufficiently explored. Additionally, the authors recognise an existing gap in knowledge regarding the nexus between tourism development and its climatic repercussions, especially before tourism ventures are fully realized. This chapter aims to channel future research into these lesser-trodden areas, fostering a comprehensive grasp of tourism's evolution in the face of rapid technological advancements and its interplay with environmental shifts.

The chapter focuses on universal access to clean water, examining diverse strategies to address the escalating global water crisis. Through case studies, it exemplifies how innovation and sustainable design can harmonize with local culture and traditions. By aligning projects and initiatives with territorial identity, societies can alleviate the water crisis while safeguarding their heritage and ecosystems for future generations. These kinds of solutions contrast with other initiatives that are not respectful of territorial identities, such as the intensive groundwater extraction practices prevalent in various countries, which endanger local ecosystems. In this aspect, the chapter highlights borehole drilling’s limitations, specifically in arid regions, where complex geological conditions often lead to suboptimal outcomes.

Purpose: This chapter explores the linkage between sustainability and subjective well-being (SWB) in the workplace. This scoping review aims to present rational approaches to the linkage between sustainability and SWB at the workplace.

Need of the study: Sustainability aims to achieve social equity and justice through various initiatives so that present and future generations can enjoy resources without exploiting them. By adopting sustainable initiatives in our day-to-day lives, we can create a healthier equation between humans, work and nature.

Methodology: This scoping review explores the relationship between sustainability and SWB in the workplace. Employing the PRISMA method for synthesis, which is qualitative in nature, the review includes research papers published from 2014 to 2023.

Findings: Sustainable HRM encourages employees to engage in socially responsible initiatives and activities. Research demonstrated a positive correlation between well-being and desirable outcomes, including improved job performance, increased productivity and reduced employee turnover intention.

Practical implications: This review underscores the significance of implementing sustainable practices to enhance well-being across various levels within organisations, encompassing individual employees, teams, organisations as a whole and inter-organisational processes. Organisations can pave the way for a resilient future by prioritising sustainable actions today.

This chapter investigates the collective response to environmental hazards within the Mediterranean basin and the southeastern Mediterranean region, exploring the challenges posed to current energy transportation and economic policies. Despite the ecological significance of the Mediterranean Sea, it faces mounting human pressures and political conflicts, particularly in its eastern area, which threaten its ecological integrity. The chapter examines the extent of consensus and cooperation among Mediterranean states in addressing environmental degradation, considering the diverse interests at play, including economic, commercial, and environmental concerns. With a focus on countries such as Cyprus, Israel, Egypt, and Turkey, the chapter assesses the scope of cooperation in combating environmental degradation and safeguarding human security in the region amidst the backdrop of climate change and ecological challenges.

This chapter deals with global sustainability, in its old and modern concepts, typologies, and theories. Most concepts of sustainability, we contend, are anthropocentric, a self-serving attitude that believes in the utmost superiority of man over the rest of the nonhuman universe, which seemingly privileges humans to use, extract, and exploit planetary resources for industrialization and infrastructure development and presumably lead to human growth and prosperity (the Anthropocene). The cost of this however is terrestrial depletion, deterioration, degradation, and decadence that manifest in the current global phenomena of global warming, global climate change, Arctic meltdowns, ocean acidity, massive deforestation, and global carbon footprints, which have collectively rendered human habitability on this earth drastically reduced and jeopardized. In this context, we review the timeline (1992–2022) of the United Nations' sustainability negotiations and accords, several nonanthropocentric and nonanthropomorphic conceptualizations of global sustainability such as Leopold Aldo's land ethic, deep ecology of Naess and associates, Thomas Berry's ecozoic ecology (updated by Spethmann). Combining the best nonanthropocentric developments, we propose a holistic concept of “natural sustainability,” more consonant with critical thinking, which mandates reduced or disciplined use of planetary resources such that Nature can regenerate and renew herself.

Natural sustainability advocates a more fruitful integrative ecozoic paradigm of “sustainability centrism,” which seeks cosmic sustainability of Mother Nature for herself as an end in herself, and we spell out its implications for organizational science and corporate responsibility as an extended global community.

This chapter runs into three parts. Part I: Major Sustainability Types versus Ecozoic Worldview of Cosmic Sustainability; Part II: Conceptualization of Natural Sustainability and Its Justification based on Environmental Ethics, Ecozoic Sustainability, and Deep Ecology; and Part III: Capturing Nature as Nature and Her Moral Imperatives for Understanding Natural Sustainability. Toward the end of this chapter, we also discuss managerial implications and directions for future research.