One of the more remarkable developments in European law is the sudden ‘waking up’ of the European Court of Human Rights in the middle of the 1970s. This article, on the basis of extensive archival materials, follows grassroots actors as they discovered what had been a dormant part of European law, key academics with their own plans for the system and governmental officials debating in the corridors of Strasbourg in order to shed light on this development. The article argues this ‘waking up’ wasn’t the result of a top-down initiative by the Court, but rather the result of a bottom-up movement instigated by a variety of actors. As such, it ties into the recent debates on why and how actors turn to and shape European law (broadly conceived), as well as to why the Court turned active in this period. It makes the case for combining a bottom-up approach with the analysis of governmental policy- and decision-making to examine this change, as from the individual complaints grew a campaign to fundamentally change the entire system of European human rights protection.

This study examines foraminifers from limestone horizons of the mainly Brigantian Lower Limestone Formation across the Midland Valley of Scotland (MVS), to determine more precisely the correlation of the limestone beds throughout the region and with the marine bands. Three quantitative biostratigraphical methods were applied to the foraminiferal dataset. The Ranking and Scaling method produced unusual mixed associations and a ranked optimum sequence, making it the least reliable. In contrast, the Unitary Associations (UA) and Constrained Optimization (CONOP) methods yielded more consistent sequences and correlations, especially the latter. The main conclusions drawn were: (i) The West Kirkton, First Abden and St Monans Brecciated limestones of the eastern MVS are considered the base of the Lower Limestone Formation; (ii) The Petershill Limestone is considered as the likely lateral equivalent of the Blackhall Limestone; (iii) the Seafield Tower, Charlestown Main and Middle Skateraw limestones can be correlated in the eastern MVS; (iv) the Abden Fauna (marine band) in central Fife, is confirmed just below the base of the Lower Limestone Formation in most sections; and (v) correlation of limestones below the Neilson Shell Band (marine band) in the eastern region is confirmed with the CONOP method, and in the western region with the Unitary Associations.

To improve the compactness, broadband, high gain and wide coverage performance of the shortwave antenna (array), this paper introduces the array technology from the LPDA unit antenna, establishes the compact optimization model of the 2×3 elements LPDA fan-shaped array, and proposes an optimization method applied to the broadband decoupling and grating lobe suppression for LPDA fan-shaped phased array, taking the broadband low coupling and non-grating lobe as constraints; By using phased array technology, the wide scanning characteristics of LPDA fan-shaped array are analysed, and the influence of antenna parameters on the mutual coupling is studied when LPDA phased array widely scan. Finally, the feasibility of the truss based 2×3 elements LPDA fan-shaped phased array with a scale of 1:60 is verified through tests. The fan-shaped phased array has a frequency coverage of 13~28 MHz, an average gain of 17.5 dBi in the band, an average beam width of ≥ 30 °, and a scanning range of ≥ 90 °. The proposed array has the characteristics of broadband, low coupling, high gain, wide scanning and compactness. The proposed joint optimization method provides a very promising technical means for the optimization design of complex multi-dimensional phased arrays.

Throughout its range, the Eurasian spoonbill Platalea leucorodia is migratory, but there is a well-documented exception in a population living in the Parc National du Banc d’Arguin in Mauritania. Based on their smaller body size, absence of a yellowish breast band during breeding, and fully black bills, they were assigned subspecies status (Platalea leucorodia balsaci) in 1974. Despite obvious threats (small numbers, and their low-lying breeding islets being under pressure from sea level rise), the Mauritanian spoonbill has not been assessed for inclusion on the IUCN Red List. The nominate subspecies P. leucorodia leucorodia, which joins the Mauritanian subspecies at Banc d’Arguin during the non-breeding season, is categorized as Least Concern. There is genetic and behavioural evidence of gene flow between balsaci and leucorodia, and in December 2023 and 2024, we observed that over half of the spoonbills born at Banc d’Arguin (identifiable by their colour-rings) had the yellow-tipped bill characteristic of leucorodia. As the increase in the marked balsaci population has not resulted in resightings away from Banc d’Arguin in the well-monitored flyway of leucorodia from West Africa to Europe, the introgression of leucorodia genes into balsaci seems to have left the isolating character of residency of the Banc d’Arguin-breeding spoonbills intact. We propose that the subspecies balsaci should be categorized as Vulnerable on the IUCN Red List. We recommend continued monitoring of the breeding population of balsaci, with the inclusion of new studies of morphology and genetics.

The spatial interference effect, whereby words with implicit spatial associations (e.g., ‘bird’) hinder identification of unrelated visual targets (e.g., a square) at the associated locations (i.e., at the top of a display), has been demonstrated many times in English, although it has failed to replicate several times in Italian. The current study tested whether the replication failures in Italian may be due to insufficient semantic processing of the words. Indeed, while languages with highly inconsistent pronunciations, such as English, are more likely to involve semantic processing during word reading, languages with highly consistent pronunciations, such as Italian, tend to evoke weaker semantic processing during reading. In two experiments, semantic processing in Italian was induced by including a high proportion of irregularly stressed words. Spatial interference occurred in both experiments. It is concluded that relatively deep semantic processing is necessary for spatial interference to occur.

The hospitality industry’s commercial activities contribute to many negative environmental impacts; hence, promoting green restaurants is necessary. Considering the prevalent dining-out culture, green restaurants also bear the responsibility of changing people’s dietary habits to reduce greenhouse gas (GHG) emissions. This study examines how to increase people’s demand for green restaurants while changing their dietary habits to include more GHG-mitigating ingredients. Using the Attention, Interest, and Desire (AID) model and questionnaire survey, this study found that individuals exhibit a negative correlation between label attention and desire when interest is not considered. This may be attributed to the absence of sustainable social norms and values. In light of this, this study suggests that relevant government authorities could enhance subsidies for green restaurants, enabling them to compete with regular restaurants in terms of pricing, thereby accelerating the integration of green restaurants and GHG-mitigating ingredients into people’s daily lives.

Mass street protests and other highly contentious actions often capture headlines and public attention, but what remains after the news cycle moves on? Many times, grassroots initiatives crystallise during or after these intense moments of participation, leaving in their wake effective organisations that continue to make daily life more liveable in contexts of extreme vulnerability. Despite the persistence and impact of these ‘things that work’ – as we call them – they are often less visible and understudied. How do these initiatives emerge and sustain themselves in the communities in which they work? Using ethnographic methods, we investigate the case of a community centre formed in the wake of a land occupation in the urban periphery of Buenos Aires to answer these questions. We argue that grassroots initiatives build local power through everyday care-work: forming relationships, changing identities and providing valuable services and information.

This nationwide retrospective study in Japan aimed to identify risk factors and diagnostic indicators for congenital syphilis (CS) and improve diagnostic accuracy. Data were collected from 230 pregnant women diagnosed with syphilis and their infants between 2015 and 2024. Of these, 49 infants were diagnosed with definite or highly probable CS, while 73 infants with excluded CS served as the control group. Multivariable logistic regression analysis revealed two significant risk factors for CS: maternal treatment not completed more than 4 weeks before delivery (odds ratio [OR]: 7.20; 95% confidence interval [CI]: 1.38–37.56; p = 0.02) and elevated total IgM levels in the infant (>20 mg/dL) (OR: 65.31; 95% CI: 4.53–941.39; p = 0.002). When using infant rapid plasma reagin (RPR) ≥1 as a diagnostic indicator, sensitivity was 93.8% (n = 48). In contrast, the infant-to-mother RPR ratio ≥1 showed a lower sensitivity of 34.3%, with fewer cases available for analysis (n = 35) due to limited maternal data. These findings indicate that delayed maternal treatment and high total IgM levels in the infant are significant risk factors, while the infant’s RPR titre serves as a useful diagnostic indicator for CS.

Globally, millions of animals transition through wildlife rehabilitation facilities annually. Data recorded at these facilities can be used to quantitatively assess factors which result in the animals’ admittance, treatment, release, and survival, and how impacts such as high pathogen avian influenza (HPAI) has altered these parameters. Twenty-five years of records of herring gull (Larus argentatus) admittances into RSPCA Mallydams Wood Wildlife Rehabilitation Centre, Hastings, UK (between 1999 and 2024) were reviewed to determine admission factors and their impacts on the number of days in care and the likelihood of release. Additionally, for the years 1999 to 2010, data were collected on days of post-release survival and distances from the centre travelled from ringed and released birds. During that 25-year period, 17,334 herring gulls were admitted into the Mallydams Centre with 9,013 released, and 2,796 ringed and released between 1999 and 2010. Release rates varied significantly with the category of problem identified at admission. Wild nesting herring gulls, even without the impact of HPAI, have been declining throughout the UK, and the additional anthropogenic pressures on urban gull populations have resulted in a documented national decline in the species. Rehabilitating and returning birds to the wild has shown to be important both for their animal welfare and population, as well as helping identify the impact of HPAI on local urban populations of all relevant species. Results from this research can be utilised to adapt training and resources at rehabilitation centres and determine euthanasia protocols to optimise animal welfare along with release and survival success.

In three between-subject experiments, involving a total of 3180 participants, the majority of respondents indicated that during a weather emergency they would continue to use high bandwidth functions after receiving a text message requesting only emergency use. Projected excess demand for bandwidth could bring down the cellular communication network in the affected area. Messages incorporating an appeal to altruism, the incentive of a reduced phone bill, and the disincentive of an imminent collapse of the network for 24 hours all had no effect on intentions to use high bandwidth functions. Younger respondents and male respondents were less compliant than older respondents and female respondents. Their responses imply that an increasing number of individuals view even a brief separation from their cell phone as an existential threat that overrides other concerns including empathy for people in life-threatening circumstances.

This study investigates the stability characteristics of rotating-disk boundary layers in rotor–stator cavities under the frameworks of local linear, global linear and global nonlinear analyses. The local linear stability analysis uses the Chebyshev polynomial method, the global linear stability analysis relies on the linearised incompressible Navier–Stokes (N–S) equations and the global nonlinear analysis involves directly solving the complete incompressible N–S equations. In the local linear framework, the velocity profile derived from the laminar self-similar solution on the rotating-disk side of an infinite rotor–stator cavity is mapped to the Bödewadt–Ekman–von Kármán theoretical model to establish a unified analytical framework. For the global stability study, we extend the methodological framework proposed by Appelquist et al. (J. Fluid Mech.,vol 765, 2015, pp. 612–631) for the von Kármán boundary layer, implementing pulsed disturbances and constructing a radial sponge layer to effectively capture the spatiotemporal evolution of perturbation dynamics while mitigating boundary reflection effects. The analysis reveals that the rotating-disk boundary layer exhibits two distinct instability regimes: convective instability emerges at ${\textit{Re}}=r^*/\sqrt {\nu ^*/\varOmega ^*}=204$ (where $r^*$ is the radius, $\nu ^*$ is the kinematic viscosity and $\varOmega ^*$ is the rotation rate of the system) with azimuthal wavenumber $\beta =27$, while absolute instability emerges at ${\textit{Re}}=409.6$ with azimuthal wavenumber $\beta =85$. Under pulsed disturbance excitation, an initial convective instability behaviour dominates in regions exceeding the absolute instability threshold. As perturbations propagate into the sponge layer’s influence domain, upstream mode excitation triggers the emergence of a global unstable mode, characterised by a minimum critical Reynolds number ${\textit{Re}}_{\textit{end}}=484.4$. Further analysis confirms that this global mode is an inherent property of the rotating-disk boundary layer and is independent of the characteristics of the sponge layer. Frequency-domain analysis establishes that the global mode frequency is governed by local stability characteristics at ${\textit{Re}}_{\textit{end}}$, while its growth rate evolution aligns with absolute instability trends. By further incorporating nonlinear effects, it was observed that the global properties of the global nonlinear mode remain governed by ${\textit{Re}}_{\textit{end}}$. The global temporal frequency corresponds to ${\textit{Re}}_{\textit{end}}=471.8$. When ${\textit{Re}}$ approaches 517.2, the spiral waves spontaneously generate ring-like vortices, which subsequently trigger localised turbulence. This investigation provides novel insights into the fundamental mechanisms governing stability transitions in the rotating-disk boundary layer of the rotor–stator cavity.

This article investigates “livingness” at the convergence of design, human–computer interaction (HCI) and synthetic biology, emphasising the evolving role of materialism. It examines living artefacts – objects designed with life-like qualities that utilise natural, engineered or programmable materials. The study thoroughly reviews theoretical underpinnings, highlighting new materialism’s focus on the agency of matter and HCI’s material turn, underscoring the value of physical interaction with digital systems. It also discusses recent advancements in living organisms as integral elements in design, aimed at reducing environmental impact and creating new user experiences. Through a systematic literature review and an in-depth analysis of case studies, the article proposes an extended definition of “livingness” across the three disciplines, advancing the understanding of the functions of living artefacts, how life-like capabilities can be integrated into them, and the implications for regenerative design. The findings invite a reimagined relationship between humans, materials and technology, fostering sustainable and interactive design practices.