Energy Research & Social Science最新文献

While existing literature extensively investigates the adverse effects of energy poverty on physical health, exploring its impacts on the mental well-being of school-aged children (5–14 years old) remain underexplored, particularly in the energy-deprived regions of South Asia and Sub-Saharan Africa. This research aims to bridge this gap by delving into the indirect pathways through which energy poverty influences the mental health of these children, explicitly examining anxiety and depression, with a particular focus on child abuse as a potential mediating factor. This study employs comprehensive data at both the country level, covering 52 energy-poor nations from 2000 to 2019, and the household level, covering 18 energy-poor nations. This study utilizes a two-step system generalized method of moment approach to unveil the significant relationships between energy poverty and heightened levels of anxiety and depression. Furthermore, the study employs advanced statistical methods to analyze household-level data, including multilevel logistic regression, Probit instrumental regression models, and mediation analysis. These analyses confirm a robust association between energy poverty and an increased likelihood of anxiety and depression among school-aged children. The study also uncovers a concerning link between energy poverty and child abuse, emphasizing its role as a contributing factor to adverse mental health outcomes in children. The findings of this study offer critical insights for policymakers, highlighting the urgent need for targeted interventions and policies aimed at alleviating the adverse mental health effects of energy poverty on children. By addressing this issue, policymakers can contribute to fostering children's overall well-being and development in energy-poor regions.

The haste to reach the net zero emissions target induces a high demand for energy transition minerals (ETMs) required to produce renewable energy technologies. This demand also translates to “accelerated” extraction of the ETMs exposing communities to displacement risks and associated human rights abuses. In order to acquire access to ETMs deposits, governments and extractive companies are collaboratively displacing communities residing on or close to these deposits through manipulation and coercion. The theme of manipulated and coerced agency is the foci of this manuscript. I show how the “urgency” to decarbonize and fast- tracked ETMs mining interact to induce displacements in absence of due diligence. Urgency by mining companies to extract minerals interacts with weak governance and corruption to induce forced resettlement characterized by manipulation of consent in regions where ETMs are concentrated. This article focuses on the case of Buhera district (south-eastern Zimbabwe) where communities were displaced due to lithium mining activities at the Sabi Star mine (run by a Chinese mining company known as Max Mind) to elucidate how manipulation and coercion were utilized to get people to agree to “unfair” resettlement terms. The resettlement programme was deliberately jumbled to confuse peasants so that they consent to a flawed displacement scheme. In the aftermath, people agreed to hasty removals coupled with unfair compensation resulting in their impoverishment. The Buhera case is an epitome of the political ecologies of energy transitions and displacements prevailing across the global south, that needs to be urgently addressed if we are to achieve a fairer and just energy transition. The article leans on the political ecology arguments to argue its case. Information regarding this case was gathered through listening to publicly available documentaries, extensive literature review, media reports and qualitative interviews. In the discussion and conclusions, important steps to enhance the resettled people's agency and participation in ETMs resettlements are recommended. These steps potentially promote successful resettlements that translate into just and sustainable transitions.

With more than five million people living in proximity to oil and gas (OGA) infrastructure, the state of Texas has the largest population at risk for developing health problems attributable to the industry in the U.S. The interaction between environmental and technological events, one kind of compound disaster events, has the potential to increase future health risks and aggravate existing social and environmental impacts. To identify current knowledge and awareness of the risks of compound disasters among residents, this article presents findings from interviews conducted in 2017 and 2019 with key stakeholders from Corpus Christi, Texas. The city is a hub of OGA production and transport and has recently suffered from the devastating effects of Hurricane Harvey. The primary set of interviews (n: 23) is also complemented by the analysis of 2 other collections (n: 20) from residents who were affected by Hurricane Harvey and which are stored at Texas A&M University-Corpus Christi's library. Findings underscore the lack of awareness of OGA activities in general and of problems related to environmental racism. We also found a normalization of the impacts of small oil incidents among respondents and biased perceptions of development. Knowledge of the risk of compound events is rare, an issue that poses significant concerns for the future of these communities and their ability to prepare and mitigate.

Energy citizenship is viewed as playing an essential role in the transition towards sustainable energy systems on a national and global scale. However, as a social science concept it is rather fuzzy and insufficiently elaborated. This paper proposes a conceptual typology of energy citizenship that aims for a balance between various competing understandings, in full awareness of ontological and disciplinary differences. The identification of conceptual dimensions and categories for the typology is based on a thorough literature research in the fields of energy social sciences and political sciences, resulting in the formulation of ten ideal types. In a next step, the conceptual typology was empirically tested and substantiated by mapping 596 cases of energy citizenship across Europe. This article presents the conceptual background of the typology and describes the ten ideal-types, highlighting conceptual characteristics, and illustrating them with salient examples. The conceptual typology captures the breadth of energy citizenship, encompassing both existing and possible types. It can be used by practitioners in the design of initiatives and/or policies acknowledging the various possible contributions of energy citizenship to a more sustainable, just and democratic energy system, and in social science studies on transformative social innovations, (dis)empowerment and “knowings of governance”.

Researchers, policy-makers, and activists often highlight the temporal dimension of the just energy transition. In this study, we explore the theoretical and empirical connections between justice and the temporality of decarbonization processes, integrating insights from social research on energy transitions and our own interview study. To illustrate how the temporal component becomes an inherent part of deliberative negotiations, we examine the case of the Coal Commission, an advisory body with diverse stakeholders that consulted the Federal Government of Germany in drafting a plan to phase out coal extraction and combustion in 2018/19. Using a conceptual framework that differentiates between implicit and explicit aspects of time in stakeholder negotiations, we identify several temporal injustices in the resulting “coal compromise.” Specifically, we reveal four temporal closures that underpin the compromise and outline the temporal exclusions that shaped it. We conclude that the energy transition is built on an uneven playing field, characterized not only by disparities in power and influence but also by temporal justice.

Community opposition to new low-carbon energy infrastructure – and resulting project delays and cancellations – is increasingly taken by some climate activists, policymakers, and scholars as evidence of the incompatibility between urgent decarbonization and expanded public participation. This paper argues that too narrow a focus on this duality risks overlooking an additional mandate: the profitability of energy capital. This paper intervenes in the ‘rapid vs. just transitions’ debate by arguing that building low-carbon energy infrastructure requires a balancing of trade-offs between speed, local support, and profit for private developers. Using a case study of a controversial transmission project in the northeastern United States, I argue that project delays are attributable not (just) to uncooperative publics, but to energy capital's drive for profit, which discourages compromises with host communities that would increase project costs but cultivate local support. By treating the social legitimacy of low-carbon energy infrastructure as contingent on its ability to meet criteria for public acceptability, this paper argues that the slow work of public participation can in fact be the route to ‘fast policies’ for decarbonization when it fosters developer norms in line with community expectations for projects.

A tricky contributor to the “energy efficiency gap” is homeowners who fail to finalize a planned Energy Efficiency Renovation (EER) project, even after having received an offer from a contractor. However, there is a lack of evidence on drivers and barriers of homeowners' EER in the final stage of the decision process, including the role of the energy consultation and homeowners' perceptions of barriers and impediments that can potentially lead to procrastination, that is, to the postponement of tasks. This study contributes to filling this gap based on a survey of 609 Danish homeowners in the final stage of an EER decision-making processes. Through a comparative analysis of adopters and non-adopters, we find that procrastination is a common reason for non-adoption. First, we identify potential predictors that differ between adopters and non-adopters. Next, these variables are included in a structural equation path model (SEM) to estimate their direct and indirect effects on EER adoption. We find that homeowners' final implementation of EER decisions is complex and far from a simple weighing of monetary costs and benefits. Psychological factors such as expected hassle and interpersonal aspects of the consultation, as well as perceived difficulties and impediments, specifically related to how easy an EER offer is to understand and ultimately accept, are identified as core antecedents of EER adoption or procrastination. Implications for interventions to reduce procrastination in EER decisions are discussed, including financial support measures and interventions designed to make it easier for homeowners to implement their EER decisions.

Bio-based value chains (BBVCs) have often been criticized for their detrimental social and environmental effects. Existing methods such as social impact assessment do not sufficiently address these negative effects because of their limited focus and lack of attention to social justice. This paper explores the contribution of Capability Sensitive Design (CSD) to designing BBVCs for social justice. CSD is a combination of Value Sensitive Design (VSD), an approach to account for human values in a design process, and the Capability Approach (CA), a normative framework that incorporates multiple dimensions of human well-being.

Three case studies demonstrate how CSD can be used to make design choices in the early stages of developing new BBVCs from waste biomass. The cases explore olive oil residues in Spain, coffee and cocoa residues in Colombia, and encroacher bush in Namibia. CSD is a relatively new approach and its contribution to social justice in BBVCs remained unexplored. We show that CSD can contribute to distributive, recognition, and procedural justice by allowing the identification of local vulnerable stakeholders and providing tools to connect their needs, knowledge, and capabilities to concrete design choices.

Low-carbon behaviour change from individuals is both essential for meeting climate change targets and highly politically contentious. Shifting away from activities such as flying, driving and meat eating can greatly reduce greenhouse gas emissions, yet political leaders have avoided introducing policies to stimulate this for fear of alienating voters and confronting political orthodoxies. This article examines low-carbon behaviour change through the novel lens of individual leadership and leading by example. Applying threories of credibility enhancing displays (CREDs) and embodied leadership, we present evidence from 19 interviews with UK members of parliament (MPs), exploring how they think leading by example may affect their credibility as democratic representatives. We find that MPs believe leading by example is important as a general principle but is problematic when it comes to low-carbon behaviour. While some MPs do deliberately model sustainable behaviours to maintain credibility as climate advocates, they tend to do this quietly for fear of negative reactions from the media, political rivals, and constituents. MPs say modelling low-carbon behaviour may be perceived as a threat to individual freedoms, such as flying for holidays, and risks disapproval from local business interests related to high-carbon activities, such as car manufactures or the airline industry. Even pro-climate MPs tend to frame low-carbon behaviour as “extreme”, and position themselves in contrast to this extreme, thus perpetuating social and moral norms of high-carbon behaviour. We discuss how individual politicians form part of a systemic resistance to low-carbon behaviour change.

High-temperature direct air capture (DAC)—a technology which uses liquid solvents to capture carbon dioxide from the atmosphere—has made rapid technological progress and is on the verge of full commercialization. The feasibility of upscaling liquid DAC quickly enough pace to reach gigaton-scale by mid-century, however, and depends on complex social and economic factors in addition to purely technical ones. We assess the feasibility of rapid liquid DAC growth using ammonia synthesis as an historical analogue. Ammonia synthesis is a chemical technology with many similarities to liquid DAC. Ammonia synthesis plants were deployed rapidly during the twentieth century. We answer three questions. Firstly: what is the fastest historically-precedented rate of deployment for this kind of technology? Secondly: what factors might influence whether liquid DAC can reach these rates of deployment, given the technical, social, and economic differences between it and ammonia synthesis? Third: what can be done to accelerate the deployment of liquid DAC? The precedent of ammonia synthesis shows that very rapid deployment rates are possible for liquid DAC, enabling a total global capacity of around 1 GT of CO2 per year by mid-century are possible. However, ammonia synthesis only reached these compound annual growth rates due to aggressive state and industrial support, which was in turn only available due to the critical value of nitrogen as an economic and strategic resource. For liquid DAC to reach comparable rates of deployment, political and economic incentive structures will have to change significantly.