In 2016, Colombia’s Constitutional Court recognized the Atrato River as the first water body in Latin America to have its own rights. This article interrogates the historical roots of the judicial decision declaring the river a rights holder. Drawing on my long-term engagement with social organizations as an activist, lawyer, and then researcher, I illuminate the influence of Black people from the Atrato River in the transformation of law in at least three areas: ethnic territorial rights, transitional justice, and river rights. To do so, I combine interdisciplinary theoretical critique with socio-legal research using community-based and autoethnographic approaches to trace the community methods and historical practices of political contestation deployed along the rivers. Thus, I conceptualize how an organic and distinctive style of claiming and creating rights has been constructed in the basin. Moreover, by listening to the voices of the riverine representatives, I argue that the river is a nonhuman existence that has participated in the processes of rights-making in conjunction with local communities and a broader mosaic of allied actors. However, I also outline how legal systems still function to overlook crucial socio-legal claims of marginalized and resistant communities.

Chong (2017) claims that a derived environment process is productive to the extent that it is supported by phonotactics. The present study tests this claim by comparing variable patterns observed in Korean vowel harmony of suffix alternation with vowel co-occurrence restrictions in the lexicon. A corpus study replicated findings of previous studies that the harmony in suffix alternation is losing productivity, conditioned by the quality of the stem vowel, the number of intervening consonants between the vowels and the stem class. Phonotactic generalisations in vowel sequences matched such tendencies in the alternation in that harmony was feeble in phonotactics and that some of the factors that modulate the harmony in alternation were found to affect the harmony in phonotactics as well. The findings generally support Chong’s claim that lack of phonotactic support for an alternation makes it harder to learn.

Over recent decades, the type area of the Maastrichtian Stage in southern Limburg (the Netherlands) and contiguous Belgian territory, and the former ENCI-HeidelbergCement Group quarry (Sint-Pietersberg, Maastricht) in particular, has yielded an exquisitely preserved ichnocoenosis of bioerosional trace fossils, mainly preserved as natural casts in scleractinian corals. More than 20 ichnospecies are here documented, the majority from the type Maastrichtian for the first time. These ichnotaxa constitute a good record of successive colonisation sequences; the present bioerosional ichnocoenosis is regarded to belong to the Entobia ichnofacies.

Stance detection is identifying expressed beliefs in a document. While researchers widely use sentiment analysis for this, recent research demonstrates that sentiment and stance are distinct. This paper advances text analysis methods by precisely defining stance detection and outlining three approaches: supervised classification, natural language inference, and in-context learning. I discuss how document context and trade-offs between resources and workload should inform your methods. For all three approaches I provide guidance on application and validation techniques, as well as coding tutorials for implementation. Finally, I demonstrate how newer classification approaches can replicate supervised classifiers.

This article explores the socio-ecological impacts of Fascist hydropower extraction in the Alpine valleys of Italy, focusing on the Toce river basin during the interwar period. It investigates the conflicts between local communities and hydropower initiatives by private energy companies under Fascism, thereby revealing the regime's communication strategies rooted in its political ecology. By analysing newspaper articles, propaganda outlets and communal archival documents, the study uncovers statal and local perspectives on infrastructure development and its enduring consequences. How the political ecology of Fascism in a high-altitude hydropower construction site became an expression of Fascist modernity will thereby be shown. Despite objections from valley inhabitants, Fascist hydropower projects persisted, perpetuating socio-ecological inequalities after 1945. Even postwar efforts for compensation failed to address the long-lasting impacts on mountain communities. This research reveals the intersection of political ecology and modernist infrastructure development in Mussolini's Italy, and thus also highlights the legacies of Fascist resource extraction policies on the country's peripheral Alpine regions.

During the last decades, political distrust has seemingly become a common trend across Latin American democracies, however, differences in the levels of confidence among groups have also been identified. This article considers the potential effects of ethno-racial structures and their interactions with other forms of socioeconomic inequalities on political trust. Building on data from four waves of the Latinobarometer project and contextual measures from different sources, we analyze these relations and find that both socioeconomic and ethno-racial inequalities affect political trust and impact on the formation of different relations with the political system across Latin America. Furthermore, in particular it is found that at the individual-level interactions between inequalities shape political trust differently depending on the particular ethno-racial identification. These findings contribute to the understanding of ethnicity and race and its associations with other structural inequalities in shaping mass political culture.

This paper addresses the retirement income planning problem from the perspective of the four main building blocks of retirement income: state pension, mortality credits, investment strategies, and drawdown schedules. We detail how these building blocks interact to form a retiree's overall retirement income portfolio, and what trade-offs and interactions must be considered. We find that while access to each building block increases the retiree's certainty equivalent consumption, the most substantial contributor to this increase is from utilization of the mortality credit building block (i.e., annuities).

This article challenges the common assumption that the partisan identification of bureaucratic elites is fixed over time. Building on principal-agent and organization theory, we hypothesize that bureaucratic elites may respond to political turnover by adjusting their partisan identification toward that of their (new) elected principals. We test this prediction using data from the American State Administrators Project (ASAP) over the 1964–2008 period, which allows us to study the same US agency leaders (N=951 individuals) before and after partisan shifts in their agency’s elected principals. We find significant evidence that agency leaders remaining in office following a shift in the party in power on average reorient their partisan identity in response to such turnover events. These adjustments are stronger for agency leaders directly appointed by, or in more frequent contact with, their elected principals. Our results suggest a malleability of partisanship seldom attributed to bureaucratic elites in public and academic discourse.

Energy literacy can empower individuals to make informed decisions about energy use. However, the level of public interest in learning about energy-related topics remains uncertain, and there is a dearth of research exploring energy literacy-related knowledge gaps. This mixed-methods study aimed to address those issues. A survey of 3,843 citizens from four European countries revealed that most citizens have only a moderate interest in learning about energy. Age, gender, educational level, income level, living situation and environmental attitudes appear to have a significant effect on individuals’ interests. The study identified key knowledge demand areas regarding saving energy and reducing costs, becoming self-sufficient in energy production and cooperating with others for more efficient energy use. The findings indicate that engagement with energy-related topics could be improved by considering affective factors such as individual interest. The study also reveals a need for greater interdisciplinarity in energy research.

Manufacturing of mycelium-based composites is an emerging biorefinery technology toward the development of environmentally positive materials within the circular economy: it benefits from waste and industrial by-products upcycling while excelling in biodegradability. This study investigates the compressive behavior of materials repurposed from local agricultural wastes (tree nuts and crop wastes in California’s Central Valley), using the fungal mycelium of Pleurotus ostreatus and Ganoderma lucidum, well-known edible and medicinal species. We also explore the hybridization of these mycelium-based composites with local textile waste fibers as reinforcements. Following guidelines from several ASTM standards, the compressive behavior of these composites is analyzed to determine the impact of biomass processing, composition, fungal species used, and post-processing strategy. We propose a post-processing strategy based on a short exposure to sodium chloride solutions in ambient conditions, to de-activate mycelium and prevent its fruiting, replacing the established energy-intensive heat-based post-processing. This work aims at contributing to the decarbonization of the built environment and the construction industry in particular, through materials designed with upcycled waste (agricultural and textile), fungal mycelium and low-carbon footprint processes.

Scholars commenting on the reception of the historian and theorist ‘Abd al-Raḥmān Ibn Khaldūn (1332–1406) in modern South Asia have held that it was orientalists and Westernised intellectuals rather than indigenous intellectuals who popularised him in the region. Contesting these impressions, I argue that local intellectuals displayed their agency in using the historian's work to respond to various crises of colonial modernity. They read, translated, and appropriated Ibn Khaldūn to seek inspiration for modern Muslim nationalism, as validation for sectarian convictions and the rhetoric of Islamic reform, and to resist colonial and Hindu revivalist narratives of despotic Muslim rule in India.

This study provides insights into the roles played by perceived stress and social support in the relationship between cumulative risk exposure (CRE) and adolescent emotional distress. Preregistered longitudinal moderated mediation analyses were used to test hypotheses relating to the association between CRE and later emotional distress; the mediating role of perceived stress in the relationship between CRE and later emotional distress; and, the moderating effects of peer and adult-level family support on the relationship between CRE and later perceived stress, among N = 19,159 adolescents over three annual waves (at ages 11/12, 12/13, 13/14). Analyses revealed that CRE significantly predicted later adolescent emotional distress. This relationship was partially mediated by perceived stress. Both peer and adult-level family support significantly moderated the impact of CRE on later perceived stress (i.e., adolescents reporting higher levels of support perceived significantly lower levels of stress resulting from CRE compared to those reporting lower levels of support). These findings provide critical empirical evidence of the roles played by perceived stress and social support in the relationship between CRE and adolescent emotional distress, with consequent implications for intervention.

Italy's prison overcrowding became world news in early March 2020, when the COVID-19 outbreak sparked riots in prisons across the country, causing the death of 13 inmates. As a crisis narrative, the COVID-19 pandemic made visible the deep, ongoing crisis of Italy's prison system and disclosed new conditions for critical thought on the restorative potential of the penitentiary system. This article first describes the impact of COVID-19 on Adriano Sofri's ‘no prison’ writings, starting from his column in Il Foglio on the prison uprisings in March that followed the announcement of the anti-COVID measures; it subsequently analyses the Italian response to the pandemic from an internal, practitioner-led perspective. By offering both a dialectic and an immanent perspective, it aims to develop new ways of understanding the detention system and enhance the social credibility of the penitentiary system in Italy beyond the constraints of COVID and the emergency logic.

Open rotors can play a critical role towards transitioning to a more sustainable aviation by providing a fuel-efficient alternative. This paper considers the sensitivity of an open-rotor engine to variations of three operational parameters during take-off, focusing on both aerodynamics and aeroacoustics. Via a sensitivity analysis, insights to the complex interactions of aerodynamics and aeroacoustics can be gained. For both the aerodynamics and aeroacoustics of the engine, numerical methods have been implemented. Namely, the flowfield has been solved using unsteady Reynolds Averaged Navier Stokes and the acoustic footprint of the engine has been quantified through the Ffowcs Williams-Hawking equations. The analysis has concluded that the aerodynamic performance of the open rotor can decisively be impacted by small variations of the operational parameters. Specifically, blade loading increased by 9.8% for a 5% decrease in inlet total temperature with the uncertainty being amplified through the engine. In comparison, the aeroacoustic footprint of the engine had more moderate variations, with the overall sound pressure level increasing by up to 2.4dB for a microphone lying on the engine axis and aft of the inlet. The results signify that there is considerable sensitivity in the model and shall be systematically examined during the design or optimisation process.

Both radiating dykes and proximal cone sheets converge onto a positive aeromagnetic anomaly of an inferred carbonatitic centre, hidden beneath a retreating edge of the Frederikshåbs Isblink glacier. This convergence, together with sub-parallel incompatible element patterns by all intrusions, suggests a cogenetic relationship that warrants investigation into potential diversification processes. More primitive high- and low-Mg damtjernites, which for three dykes conform to more porphyritic dyke cores and aphyric margins, respectively, can be explained by high-Mg trends being controlled by the fractionation/accumulation of mainly augite and olivine (or other mafic phases), while discordant low-Mg trends require additional decoupled magnetite fractionation. It is proposed that each dyke intrusion tapped the differentiated top of a central magma chamber, occasionally followed by an unconsolidated mafic cumulate mush, excluding denser magnetites, with in situ flow segregation playing a subordinate additional role. Beyond the most differentiated damtjernite, more evolved phonolitic nephelinites to carbonaceous alnöites split into bulk rock geochemical T-trends that can only relate to late-stage segregations into magmas with varying proportions of interstitial igneous (not secondary) analcime and carbonate – collectively increasing in volume with differentiation. While the analcime component also appears to segregate more readily into veins and ocelli than carbonatite, it is speculated if such low viscosity, density and liquidus rest melts, inside igneous centres, more efficiently aggregated into voluminous, buoyant analcime caps above slightly denser carbonatites. Similar converging plumbing systems and diversification processes are proposed for other complexes, where kimberlitic parents were simply extracted from deeper mantle sources.

Bio-Futures for Transplanetary Habitats (BFfTH) is a Special Interest Group within the Hub for Biotechnology in the Built Environment that aims to explore and enable interdisciplinary research on transplanetary habitats and habitats within extreme environments through an emphasis on the biosocial and biotechnological relations. BFfTH organized the online and onsite networking symposium BFfTH to examine how emerging biotechnologies, living materials, and more-than-human life can be implemented in habitat design and mission planning. The two-day symposium aimed to serve as a catalyst in establishing an international network and to support the development of novel methodologies to move beyond discipline-specific approaches. The symposium consisted of five sessions, including Mycelium for Mars and Novel Biotechnologies for Space Habitats. This opinion paper presents key outcomes and trends from these sessions, a moderated panel, and informal discussions. The identified research trends explored the use of biotechnology and biodesign to enhance safety, sustainability, habitability, reliability, crew efficiency, productivity, and comfort in extreme environments on Earth and off-world. Beyond design and engineering, the symposium also examined sociotechnical imaginaries, focusing on desired experiences and characteristics of life and technology in transplanetary futures. Some of the specific topics included innovative material-driven processes for transplanetary habitat design, socio-political and ethical implications, and technology transfer for sustainable living on Earth. The outcomes emphasize the necessity for advancing biosocial and biotechnological research from an interdisciplinary perspective in order to ethically and meaningfully enable transplanetary futures. Such a focus not only addresses future off-world challenges but also contributes to immediate ecological and architectural innovations, promoting a symbiotic relationship between space exploration and sustainability on Earth.