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Did women’s suffrage affect media sentiment toward voting rights and narratives about women more generally? I identify pro- and anti-suffrage language using publications that explicitly argued for or against early voting reform. I then measure media sentiment using language in newspapers and topic modeling to identify common themes about either suffrage or women. Difference-in-differences estimates show that newspaper coverage of suffrage increased when women won the vote but then declined below baseline. Newspaper sentiment moved in opposition to the status quo, with average sentiment becoming more anti-suffrage. Lastly, suffrage increased discussions of women in politics for several years.
For nearly a decade, the concept of feminist foreign policy1 (FFP) has garnered global attention, with numerous countries adopting or expressing the intent to adopt such policies. However, the roles of Africans within these discourses, as both target and agents of FFP, has been uncertain. The particular attention paid by FFP to the Global South makes the exclusion of African knowledges especially jarring.
This article examines the earliest known corpus of Chinese poetry written in the Spanish Philippines, preserved in Diego de Rueda y Mendoza’s Relación verdadera de las exequias funerales (1625), composed to commemorate the death of King Philip III. Among the numerous multilingual tributes collected in the manuscript, six poems were authored by members of the Sangley (Chinese) community in Manila—some Christianised, others gentile—marking a significant moment in the history of transcultural mourning, poetic diplomacy, and Chinese literary expression in a colonial Iberian setting. Three of the poems are written in classical Chinese and exhibit sophisticated Buddhist and literary references; the other three, composed in Spanish by Sangley authors, reflect a hybridised voice grounded in baroque rhetorical tradition. Rueda’s accompanying prose ‘translation’ of the Chinese poems reveals both a willingness to engage Chinese expression and a limited understanding of its linguistic and cultural nuances. This study offers a close reading of the Chinese poems, demonstrating how they employ imagery rich in Buddhist meaning, reflecting the Chinese cultural understanding of imperial rulership. It also compares these verses to their Spanish counterparts and Rueda’s summaries, revealing both overlap and erasure. The article argues that these poems, far from being mere colonial curiosities, testify to the complex cultural agency of Manila’s Chinese community and challenge dominant narratives of Hispanisation. Ultimately, the manuscript preserves a unique instance of literary and political negotiation that sheds light on the layered identities of early modern Chinese in the Philippines.
We analyzed the diagnostic yield of repeat urine cultures in a retrospective study of adult inpatients. Most urine cultures repeated at less than 6 days provided redundant information. This was true whether the index culture was positive or negative, and whether the threshold for positivity was 10,000 or 100,000 CFU/mL.
Tuberous sclerosis complex is syndrome that affects several organs. Cardiac manifestations include rhabdomyoma, which could lead to intracardiac obstruction of blood flow. In the present case, the so far lowest documented Everolimus blood level of 2–3 ng/ml led to tumour regression. Repeated Everolimus stopping and restarting for clinical reasons serves as a proof-of-concept for Everolimus therapy in tuberous sclerosis complex.
In the present study, we investigate the relation between temperature ($T^{\prime}$) and streamwise velocity ($u^{\prime}$) fluctuations by assessing the state-of-the-art Reynolds analogy models. These analyses are conducted on three levels: in the statistical sense, in spectral space and via the distribution characteristics of temperature fluctuations. It is observed that the model proposed by Huang et al. (HSRA) (1995 J. Fluid Mech.305, 185–218), is the only model that works well for both channel flows and turbulent boundary layers in the statistical sense. In spectral space, the intensities of $T^{\prime}$ at small scales are discovered to be larger than the predictions of these models, whereas those at scales corresponding to the energy-containing eddies and the large-scale motions are approximately equal to and smaller than the predictions of the HSRA, respectively. The success of the HSRA arises from this combined effect. In compressible turbulent boundary layers, the relationship between the intensities of positive temperature and negative velocity fluctuations is found to be well described by a model proposed by Gaviglio (1987 IntlJ. Heat Mass Transfer, 30, 911–926), whereas that between negative temperature and positive velocity fluctuations is accurately depicted by the HSRA. The streamwise length scale, rather than the spanwise length scale, is found to be more suitable for characterising the scale characteristics of the $u^{\prime}-T^{\prime}$ relation in spectral space. Combining these observations and a newly proposed modified generalised Reynolds analogy (Cheng & Fu 2024 J. Fluid Mech.999, A20), models regarding the relations in spectral space for both compressible channel flows and turbulent boundary layers are developed, and a strategy for generating more reliable temperature fluctuations as the inlet boundary condition for simulations of compressible boundary layers is also suggested.
It is shown that the Fourier sine transform, $\mathcal{F}_S [f(t)](\omega )$ on $\mathbb {R}_0^+$, of any given real-valued function $f(t)$ that does not vanish at $t=0$ or has a nonvanishing even-order derivative at $t=0$, has a definite sign at least for $\omega> \omega _0$, where $\omega _0$ can be estimated. Similarly, the cosine transform, $\mathcal{F}_C [f(t)](\omega )$, of functions with a nonvanishing odd-order derivative at zero also has a definite sign for sufficiently large $\omega $. Several examples are given.
This study examines how infant temperament, particularly fear, influences physiological improvements in infants following maternal postpartum depression (PPD) treatment. Forty infants of birthing parents with major depressive disorder and 40 healthy controls were recruited. Parents with PPD participated in a nine-week cognitive-behavioral therapy intervention. Infant emotion regulation was assessed using high-frequency heart-rate variability (HF-HRV) and frontal alpha asymmetry (FAA) at baseline (T1), immediately post-treatment (T2), and three months later (T3). Birthing parents also reported on their infant’s temperamental fear using the Infant Behavior Questionnaire-Revised Short-Form at these times. A significant increase in HF-HRV was observed immediately after treatment in the PPD group which persisted at T3. While no Group × Visit × Fear interaction emerged from repeated measure models, follow-up regression analyses within the PPD group revealed that higher baseline fear was associated with smaller increases in HF-HRV from T1 to T2 or T3. Although FAA shifted leftward over time, fear did not significantly predict FAA changes. No associations between fear and physiology were observed in the control group. The study suggests that infant fear may reduce the physiological benefits of maternal PPD treatment for infants, underscoring the importance of considering infant characteristics when assessing the impact of maternal PPD interventions.
Some cadres receive promotions, whereas others do not. This study explores the Chinese Communist Party’s (CCP) personnel control over the central state-owned enterprise (SOE) leaders from the Hu era to the Xi era. An analysis of the résumés and careers of SOE leaders reveals that the CCP has established a dual-track system to manage enterprises with different functions. This system employs two types of incentives: promotion incentives for leaders of eldest-son enterprises associated with national security, and salary incentives for leaders of other enterprises. Through the dual-track system, the CCP aims to influence the career trajectories of SOE leaders and address conflicts of interest in the principal-agent relationship. This study also investigates the individual characteristics of SOE leaders, including their political qualifications, professional qualifications and ages. The results indicate a tendency towards specialization and institutionalization in central-enterprise leaders, even during the Xi era.
This study examines Israeli judges’ incorporation of the Arabic language and Islamic religious sources in court rulings within Israel and the West Bank military courts. Analysing seventy-eight judicial decisions (1997–2024) and interviews with legal professionals, we identify six themes motivating this practice: persuasion, authority reinforcement, cultural bridging, mutual respect, substantiation and alternative reasoning. Both Arab and Jewish judges employ this approach across criminal, family and civil law cases. This linguistic and cultural integration enhances court decision legitimacy among Arabic-speaking litigants and fosters intercultural understanding within the legal system. The study contributes to discussions on legal pluralism, judicial behaviour and the role of language in multicultural judicial systems, illuminating how the Israeli legal system navigates its multicultural reality and the interplay between law, language and cultural identity.
I give an account of ecology’s subject matter and generalizations in terms of functional roles. Functional roles are functionally defined kinds which include multiple species or general abiotic factors as members and occur in generalizations which hold across different ecological systems. Functional roles include central objects of study in ecology, like predator, parasite, and producer. I use functional roles to interpret and reorient major controversies in philosophy of ecology, including the metaphysics of ecological systems and the concept of “function.”
The momentum dispersion model for flows in isotropic porous media has been validated and successfully applied by Rao & Jin (2022, J. Fluid Mech., vol. 937, A17). However, the anisotropic coupled models concerning heat–fluid–solid interactions in turbulent forced convection requires further development. This research proposes various anisotropic physical coefficient tensors to model the total drag ${R}_{i}$, interphase energy resistance $H$, momentum dispersion and thermal dispersion accounting for both anisotropic and isotropic scenarios. The effective physical coefficients of the Darcy–Forchheimer equation regarding ${R}_{i}$ are adapted to accommodate anisotropy. The heat transfer coefficient $h$ between the solid and fluid, despite being a scalar, is also required to depend on the local flow direction in anisotropic cases. Two scaling laws of $h$ with respect to a local Reynolds number ${\textit{Re}_{K}}$ are found: $h\sim \textit{Re}_K^2$ for the Darcy regime, and $h\sim \textit{Re}_{K}^{1/2}$ for the Forchheimer regime, with a transition at ${\textit{Re}_{K}}\sim 1$. The influence of momentum and thermal dispersions, along with the modelling errors of ${R}_{i}$ and $H$ originating from heterogeneity, are approximated using a second-order pseudo-stress tensor and a pseudo-flux vector, respectively. The effective viscosity and thermal diffusivity tensors are simplified into longitudinal and transverse components using tensor symmetries, and are assumed to rely mainly on another local Reynolds number ${\textit{Re}_{d}}$. Both components of the effective viscosity are positive in isotropic cases, whereas the longitudinal component may be negative in anisotropic cases, mainly serving as a compensation of overestimated drag. The coupled models are applied to simulate turbulent forced thermal convection in porous media with one or two length scales across a wide range of Reynolds numbers. The comparisons with direct numerical simulations results imply that the coupled macroscopic models can accurately predict not only statistically stationary distributions but also real-time changes in velocity and temperature.
The “Concession to Avicenna,” also known as the seventh chapter of De substantia orbis, is one of Averroes’s several philosophical attempts to reconcile between the corporeality of the celestial bodies and their eternity. The “Concession” contains a brief and rare nod of approval to Avicenna, which prompted the title under which it circulated. The work, lost in Arabic, survives in Ṭodros Ṭodrosi’s Hebrew translation from 1340, from which Abraham de Balmes’s subsequent Latin translation was made in the early sixteenth century. The present contribution offers, for the first time, an edition of the text in Hebrew and its original Latin translation (before its editorial revision for the 1525 editio princeps), alongside an introduction, a philosophical analysis of the argument, an English translation, and a glossary.
With a growing body of research exploring how employees perceive and respond to human resource management (HRM) practices, the strategic HRM field faces the challenge of assessing how insights have evolved and which theoretical perspectives have shaped them. This study presents a bibliometric review of 292 empirical research on employee perceptions of HRM practices, focusing on (1) the major research interests explored, (2) the theoretical perspectives applied, and (3) their evolution over the last 25 years. The analysis reveals a reoccurring emphasis on performance-oriented variables, such as engagement, suggesting a tendency to rely on quantifiable outcomes while sidelining alternative constructs like employee well-being. It also highlights the dominance of a limited set of theoretical perspectives commonly applied, with alternative perspectives remaining underutilised. By mapping how topical areas and theories intersect, this study refines the classification of theoretical perspectives and contributes to a more critical understanding of the strategic HRM field. Potential implications are discussed to outline actionable recommendations for future research.
Modern conflicts are characterized by wide-spread use of conventional explosive ordnance (EO), improvised explosive devices (IEDs), and other air-launched explosives. In contrast to advances in military medicine and high-income civilian trauma systems since the United States-led wars in Afghanistan and Iraq, the mortality rate among civilian EO casualties has not decreased in decades. Although humanitarian mine action (HMA) stakeholders have extensive presence and medical capabilities in EO-affected settings, coordination between HMA and health actors has not been leveraged systematically.
Methods:
Data from a prior systematic review of emergency care interventions feasible within the context of HMA activities and low-resource health care systems were used to model mortality reduction among EO victims. Interventions were categorized using the World Health Organization (WHO) Emergency Care System Framework sites of “scene,” “transport,” and “facility.” The cumulative impact of the interventions on EO-related mortality was estimated using pooled effect estimates and simulation modeling.
Results:
The meta-analysis included 16 reports from 13 countries, representing 127,505 injured persons. Pooled effect estimates across subcategories of emergency care interventions were 0.42 for layperson transportation (95%CI, 0.24-0.74), 0.79 for prehospital notification systems (95%CI, 0.51-1.19), 0.52 for prehospital trauma care training courses (95%CI, 0.46-0.59), 0.67 for facility-based trauma care training courses (95%CI, 0.48-0.92), and 0.66 for facility-based trauma team organization and activation protocols (95%CI, 0.45-0.97). A 68% reduction in mortality (95%UI, 57%-79%) was observed when implementing the full set of interventions in a region with no prior implemented interventions.
Conclusion:
Enhanced coordination between HMA and health actors to implement a structured set of emergency care interventions holds potential to significantly reduce preventable death among civilian EO casualties.
Standing acoustic waves in a channel generate time-mean Eulerian flows. In homogeneous fluids, these streaming flows have been shown by Rayleigh to result from viscous attenuation of the waves in oscillatory boundary (i.e. Stokes) layers. However, the strength and structure of the mean flow significantly depart from the predictions of Rayleigh when inhomogeneities in fluid compressibility or density are present. This change in mean flow behaviour is of particular interest in thermal management, as streaming flows can be used to enhance cooling. In this work, we consider standing acoustic wave oscillations of an ideal gas in a differentially heated channel with hot- and cold-wall temperatures respectively set to $T_* + \Delta \varTheta _*$ and $T_*$. An asymptotic analysis for a normalised temperature differential $\Delta \varTheta _*/T_*$ comparable to the small acoustic Mach number is performed to capture the transition between the two documented regimes of Rayleigh streaming ($\Delta \varTheta _*\,{=}\,0$) and baroclinic streaming ($\Delta \varTheta _* =O(T_*)$). Our analytical solution accounts for existing experimental and numerical results and elucidates the separate contributions of viscous torques in Stokes layers and baroclinic forcing in the interior to driving the streaming flow. The analysis yields a scaling estimate for the temperature difference $\Delta \varTheta _{c_*}$ at which baroclinic driving is comparable to viscous forcing, signalling the smooth transition from Rayleigh to baroclinic acoustic streaming.