bluuebunny/crossref_metadata_2025_split huggingface dataset:
Urban environmental ethics and coastal transformations: remapping the Hauraki Gulf Tīkapa Moana, Auckland, Aotearoa New Zealand, in a process of marine spatial planning
Authors: Aschenbrenner Marie 
Published: July 2023

AbstractThis paper is motivated by recent debates about marine spatial planning (MSP) and a blue economy, pushed worldwide for marine and coastal transitions but discussed by critical scholars as potentially facilitating a neoliberalization of the seas. It engages with an MSP project initiated in Auckland, Aotearoa New Zealand, to formally bargain for a better socionatural state of the Hauraki Gulf Tīkapa Moana (Sea Change Tai Timu Tai Pari, 2013–2016). The paper is interested in the way ethics—proper ways of living—are being problematized and (re)claimed in MSP, and their role in remapping the land/seascape, its socionature and power relations. I employ and develop urban ethics as a research agenda, which draws together a diverse scope of work, in particular post-political theory, neoliberal forms of governing and ethicization, ontological pluralism and (re)centering alternative/non-hegemonic ethicalities. By disentangling the problematizations, naturalcultural imaginaries and governmentalities in 21 in-depth interviews, I identify four distinct but interwoven discursive strands in regard to the MSP. Two strands stand out as they problematize ethics as a means of change. The paper finds transformative potential in a mode of disruption and progressive alternatives to neoliberal beliefs and governmentality, primarily in the (re)centering of non-normative Māori ethicality and knowledge. The paper reveals ethics as a major dimension in environmental bargaining within a neoliberal urban context. Its nuanced understanding of ethics shows ethics’ destabilizing role in environmental bargaining, its role in disrupting power structures and colonizing framings, and in supporting alternative imaginations of socionatural land/sea relations.
A new method for interpreting well-to-well interference tests and quantifying the magnitude of production impact: theory and applications in a multi-basin case study
Authors: Almasoodi Mouin , Andrews Thad , Johnston Curtis , Singh Ankush , McClure Mark 
Published: July 2023

AbstractInterference tests are used in shale reservoirs to evaluate the strength of connectivity between wells. The results inform engineering decisions about well spacing. In this paper, we propose a new procedure for interpreting interference tests. We fit the initial interference response with the solution to the 1D diffusivity equation at an offset observation point. It is advantageous to use the initial interference response, rather than the subsequent trend, because the initial response is less affected by nonlinearities, time-varying boundary conditions, and uncertainties about flow geometry and flow regime. From the curve fit, we estimate the hydraulic diffusivity and the conductivity of the fractures connecting the wells. For engineering purposes, it would be useful to quantify the impact of interference on well production. Thus, we seek a relationship between the ‘degree of production interference’ (DPI) and an appropriate dimensionless quantity that can be derived from the estimate of fracture conductivity. Using simulations run under a wide range of conditions, we find that the classical definition for dimensionless fracture conductivity does not achieve a consistent prediction of DPI. This occurs because the dimensionless fracture conductivity was derived assuming radial flow geometry, but the dominant flow geometry during shale production is linear. We also find that the Chow Pressure Group metric does not yield consistently accurate predictions of DPI. As an alternative, we derive a dimensionless quantity similar to the classical ‘dimensionless fracture conductivity,’ but which is derived for linear, not radial, flow geometry. Using this approach, we calculate a ‘dimensionless interference length’ that collapses all cases onto a single curve that predicts DPI as a function of fracture conductivity, well spacing, and formation properties. We conclude by applying the new method to field cases from the Anadarko and Delaware Basins.
Machine learning in solar physics
Authors: Asensio Ramos Andrés , Cheung Mark C. M. , Chifu Iulia , Gafeira Ricardo 
Published: July 2023

AbstractThe application of machine learning in solar physics has the potential to greatly enhance our understanding of the complex processes that take place in the atmosphere of the Sun. By using techniques such as deep learning, we are now in the position to analyze large amounts of data from solar observations and identify patterns and trends that may not have been apparent using traditional methods. This can help us improve our understanding of explosive events like solar flares, which can have a strong effect on the Earth environment. Predicting hazardous events on Earth becomes crucial for our technological society. Machine learning can also improve our understanding of the inner workings of the sun itself by allowing us to go deeper into the data and to propose more complex models to explain them. Additionally, the use of machine learning can help to automate the analysis of solar data, reducing the need for manual labor and increasing the efficiency of research in this field.
Oxytocin Versus Oral Misoprostol for Induction of Labor in Pregnant Women with Term Prelabor Rupture of Membranes: a Randomized Clinical Trial
Authors: Ahmed Rania Hassan Mostafa , Sweed Mohamed Samir Eid , El-Bishry Gasser Adly , Hassan Raghda Khaled 
Published: July 2023

Abstract
This study compares the effectiveness and safety of oxytocin infusion against oral misoprostol for inducing labour in pregnant women with term prelabor membrane rupture. We randomized 173 pregnant women presenting with term prelabor rupture of membranes (PROM) at Ain Shams University Maternity Hospital into Group A (underwent induction of labor (IOL) by 25μg misoprostol oral tablet every 4 h, for maximum 5 doses) and an identical Group B: (underwent IOL by oxytocin infusion according to the hospital protocol). Our primary outcome was rate of vaginal delivery within 24 h, while the secondary outcomes included the time till active phase, induction to delivery interval, maternal pyrexia, nausea and vomiting, fetal distress, Apgar score, birth weight, and neonatal intensive care unit admission. Both groups showed high rates of vaginal delivery (82.4% & 87.1% for misoprostol group and oxytocin group respectively) with no significant difference between the two groups (p=0.394). However, patients induced by misoprostol took significantly less time to reach active phase with a shorter induction to delivery interval as compared to patients induced with oxytocin. This difference was clear in multiparous women, but not observed in primiparous women when subgroup analysis was done. No significant difference was found as regards other outcomes. Our study showed that both oral misoprostol and oxytocin are effective and safe for IOL in patients with PROM, with shorter induction-delivery interval in patients induced by oral misoprostol, an effect that is clear in multiparous but not primiparous women.

Trial registration
NCT05215873, on 31/01/2022, “retrospectively registered”.
Christianity and the Nation-State
Authors: Chartier Gary 
Published: July 2023

In Christianity and the Nation-State, Gary Chartier provocatively offers readers unexpected critical distance from some familiar ways of understanding, justifying, and navigating existing political arrangements. People in multiple societies are posing important questions about the authority and functions of the contemporary nation-state and about potential alternatives to this seemingly inescapable institution. Chartier seeks to develop a distinctive theological response to the conditions prompting these questions. Affirming liberalism and cosmopolitanism, he reflects critically on nationalism, localism, religious establishment, and theological accounts of political authority. He highlights links between sin and state power and underscores deficiencies in democratic rhetoric and theory. He rejects the idea of a global government, advocating a nonterritorial alternative he labels 'radical consociationalism. Moreover, he presents concrete suggestions for life under the rule of the state.
On the formation of coastal rogue waves in water of variable depth
Authors: Li Yan , Chabchoub Amin 
Published: July 2023

Abstract
Wave transformation is an intrinsic dynamic process in coastal areas. An essential part of this process is the variation of water depth, which plays a dominant role in the propagation features of water waves, including a change in wave amplitude during shoaling and de-shoaling, breaking, celerity variation, refraction and diffraction processes. Fundamental theoretical studies have revolved around the development of analytical frameworks to accurately describe such shoaling processes and wave group hydrodynamics in the transition between deep- and shallow-water conditions since the 1970s. Very recent pioneering experimental studies in state-of-the-art water wave facilities provided proof of concept validations and improved understanding of the formed extreme waves’ physical characteristics and statistics in variable water depth. This review recaps the related most significant theoretical developments and groundbreaking experimental advances, which have particularly thrived over the last decade.
Examining the ontogeny of the Pennsylvanian cladid crinoid Erisocrinus typus Meek and Worthen, 1865
Authors: Hernandez Gomez Noel J. , Melendez Lisette E. , Lapic Whitney A. , Sheffield Sarah L. , Lewis Ronald D. 
Published: July 2023

AbstractCrinoids were major constituents of late Carboniferous (Pennsylvanian) marine ecosystems, but their rapid disarticulation rates after death result in few well-preserved specimens, limiting the study of their growth. This is amplified for cladids, who had among the highest disarticulation rates of all Paleozoic crinoids due to the relatively loose suturing of the calyx plates. However, Erisocrinus typus Meek and Worthen, 1865 has been found in unusually large numbers, most preserved as cups but some as nearly complete crowns, in the Barnsdall Formation in Oklahoma. The Barnsdall Formation, a Koncentrat Lagerstätte, is composed predominantly of fine- to medium-grained sandstone, overlain by mudstone and shale; severe compaction of the fossils in the mudstone and shale layer in this formation allowed for exceptional preservation of the plates. Herein, we summarize a growth study based on 10 crowns of E. typus, showcasing a well-defined growth series of this species from the Barnsdall Formation, including fossils from juvenile stages of development, which are rarely preserved. We used high-resolution photographs imported into ImageJ and recorded measurements of the cup and arms for all nondistorted or disarticulated plates. Results show that the plates of the cup grew anisometrically with both positive and negative allometry. The primibrachial plates of E. typus grew with positive allometry. The brachial plates started as uniserial (i.e., cuneiform) as juveniles but shifted to be biserial. Erisocrinus typus broadly shares similar growth trajectories with other cladids. These growth patterns provide insight into feeding strategies and can aid in understanding crinoid evolutionary paleoecological trends.
Power relations in the music teaching studio
Authors: Burwell Kim 
Published: July 2023

AbstractPower relations operate in any educational setting, and there may be particular vulnerabilities in a tradition conducted in the relative isolation of the music teaching studio. These vulnerabilities have been highlighted dramatically in recent years through high-profile cases of power abuse, but power is implicated in a wide range of contexts related to the studio, including cultural, gendered, pedagogical, artistic, institutional and interpersonal issues. It may be impossible to divest power of its negative connotations, but there is a good deal of theory focused on power, even if its terms are broadly political or philosophical, and subject to debate. This theoretical paper explores power relations with regard to the music studio, investigating popular conceptions and everyday usage before turning to scholarship focused on interpersonal and broader social perspectives. Some reflections are offered on the uses and abuses of power in the studio. A better understanding of its dimensions and usage can support the ongoing development of studio practices and contribute to the conversation that we need to have about power.
Les retraités au Canada : portrait comparatif selon le statut d’immigrant
Authors: Silva-Ramirez Rafael , Carrière Yves , Gagnon Alain 
Published: July 2023

RésuméLa retraite au Canada a fait l’objet de plusieurs recherches, mais peu d’études ont comparé le passage de la vie active à la retraite des natifs et des immigrants ainsi que leurs caractéristiques une fois à la retraite, une lacune importante compte tenu de l’augmentation de la part des immigrants parmi les futures cohortes canadiennes de retraités. Cette étude descriptive vise à pallier cette lacune à l’aide des données de l’Enquête sociale générale de 2016. Les résultats montrent, entre autres, que les femmes et les hommes natifs ont plus de chances de prendre leur retraite que les immigrants, quel que soit le groupe d’âge étudié, et que l’âge moyen à la retraite des femmes et hommes immigrants est de deux ans supérieur à celui des natifs. Cette étude suggère que le statut d’immigrant implique une transition vers la retraite différente de celle vécue par les natifs ; différence qui devrait être considérée dans la structure du système de revenus de retraite.
The role of cognitive control in bilingual language comprehension: An event-related potential study of dense code-switching sentences
Authors: Jiang Siyi , Ma Lvheng , Chen Baoguo 
Published: July 2023

AbstractThis study investigated the engagement of domain-general cognitive control during the comprehension of dense code-switching sentences. Stimulus-locked event-related potentials (ERPs) were measured while L1-dominant Chinese–English bilinguals read switch and non-switch sentences. The results of the reading task revealed language dominance effects on the N400, left anterior negativity (LAN) and late positive component (LPC). The language dominance effects at lexical level (i.e., on the N400 and LAN) were modulated by individual differences in monitoring capacity. In contrast, inhibition capacity predicted code-switching costs at the sentence level (i.e., for the LPC component). The results suggest that proactive monitoring and reactive inhibition affect different processing stages during the comprehension of dense code-switching sentences. These findings partially align with processing models of code-switching incorporating a dual control mode perspective and contribute new insight into the dynamic interplay between reactive and proactive control processes.
Assessing risk for nonmedical opioid use among patients with cancer: Stability of the CAGE-AID questionnaire across clinical care settings
Authors: Edwards Tonya , Arthur Joseph , Joy Manju , Lu Zhanni , Dibaj Seyedeh , Bruera Eduardo , Zhukovsky Donna 
Published: July 2023

AbstractObjectivesThe Cut down, Annoyed, Guilty, and Eye opener- Adapted to Include Drugs (CAGE-AID) questionnaire (CA) is a validated screening tool used to assess risk for nonmedical opioid use (NMOU) in patients receiving opioids for cancer pain. Data on consistencies and variations in responses to the CA between different clinical settings are lacking. We evaluated the frequency and consistency in scoring of the CA among patients seen between the first inpatient consult (T1) and the first outpatient follow-up (T2) visits.MethodsA retrospective chart review of 333 consecutive patients seen at both T1 and T2 within 3 months between August 2016 and March 2017 was reviewed.ResultsMedian age was 58 years (range, 18–87 years); 53% were female. CA was completed for 88% of patients at T1 and 94% at T2. Of these, 10% and 13% were CAGE-AID positive, respectively. CA score changed from negative to positive in 4% and from positive to negative in 1% of patients between T1 and T2. Kappa coefficient for agreement of CA between T1 and T2 was 0.74 (95% CI: 0.62–0.86, p = 0.02).Significant of resultsCompletion rate and consistency of patient responses to the CA were high irrespective of clinical setting. Of these patients, 10% and 13% were CA positive which is suggestive of high risk for NMOU. Further studies are needed to evaluate ways to ensure more consistency in the completion of the CA and enhance its utilization in routine clinical practice.
Seasonal Flow Types of Glaciers in Sermilik Fjord, Greenland, Over 2016–2021
Authors: Poinar K. 
Published: July 2023

AbstractGreenland glaciers have three primary seasonal ice flow patterns, or “types”: terminus‐driven, runoff‐driven, and runoff‐adapting. To date, glacier types have been identified by analyzing flow at a single location near the terminus; information at all other locations is discarded. Here, we use principal component (PC)/empirical orthogonal function (EOF) analysis to decompose multi‐year time series of glacier speed, combined from three satellite‐derived products at four glaciers feeding Sermilik Fjord, Greenland. This improves on single‐point methods by yielding spatial patterns (EOFs), which ensure the result reflects data at all locations on the glacier, and associated temporal patterns (PCs), which allow identification of glacier type. We find that the leading EOF is uniformly signed over the entire glacier domain, that this mode explains the majority of the variance in speed, and therefore that glacier type can be inferred from the leading PC. We find that Helheim Glacier was terminus‐driven, Fenris Glacier and Midgard Glacier were runoff‐adapting, and Pourquoi Pas Glacier was runoff‐driven over 2016–2021. Our classification agrees with previous work for Helheim and Midgard Glaciers, but differs at the other two. At all but Fenris Glacier, the leading PC correlates significantly with the speed pattern observed at the single point used in previous analyses. Thus, Fenris Glacier has more complex flow patterns than single‐point analysis can capture, and wider spatial analysis techniques such as EOF/PC are required. We suggest that, due to its low computational cost and inclusion in standard analysis packages, EOF/PC analysis should be used for assessing glacier type.
Transient Response and Adjustment Timescales of Channel Width and Angle of Valley‐Side Slopes to Accelerated Incision
Authors: Takahashi Naoya O. , Shyu J. Bruce H. , Toda Shinji , Matsushi Yuki , Ohta Ryoga J. , Matsuzaki Hiroyuki 
Published: July 2023

AbstractStudying bedrock rivers during their transient states helps understand the response of a fluvial system to the changing boundary conditions. Although theoretical studies predict how river form adjusts to changes in incision or rock uplift rates, field constraints on the timescale of this adjustment are limited. We investigated the transient behavior of channels and hillslopes and estimated the adjustment times of channel width and angle of valley‐side slopes to accelerated incision based on knickpoint travel time. We documented channel slopes, channel widths, and hillslope angles along six rivers around an active normal fault in Iwaki, Japan, and identified river sections in a transient state. Channel slopes and basin‐averaged erosion rates determined from 10Be concentrations are distinct between rivers near and distant from the fault, suggesting that past increases in fault throw rates triggered the knickpoint formation and the observed transient response. Adjustment time for width is at least 105 years and can take 106 years after the knickpoint passage. Adjustment time for hillslope angles is generally shorter than for channel width. However, the hillslope adjustment may take longer than previously reported if the effect of width adjustment on hillslope angles is significant or the complete adjustment of hillslope angles is considered. The fact that channel slope, channel width, and hillslope angle have distinct adjustment times underlines the importance of correctly identifying river sections that are fully adjusted to the new boundary conditions when inferring erosion or relative uplift rates for bedrock rivers.
Research on the Effect of Data Assimilation for Three‐Dimensional MHD Simulation of Solar Wind
Authors: Zhang Hanke , Shen Fang , Yang Yi 
Published: July 2023

AbstractAs an important part of space weather forecasting, the prediction of solar wind parameters in the near‐Earth space is particularly significant. The introduction of data assimilation (DA) method can improve the reliability of numerical prediction. In this study, we use a three‐dimensional (3D) magnetohydrodynamics (MHD) numerical model with Kalman filter to infer the impact of the DA on solar wind modeling. We use the 3D MHD numerical model with near‐Earth in situ observations from the OMNI database to reconstruct solar wind parameters between 21.5 solar radii and 1 AU. The period from 2018 to 2021 is simulated, when the solar activity in the decay of the 24th solar cycle to the rising of 25th solar cycle. The numerical model generates two separate results, one without DA and one with DA directly performed on the model‐only results. Statistical analysis of observed, modeled and assimilated solar wind parameters at 1 AU reveals that assimilating simulations provide a more accurate forecast than the model‐only results with a sharp reduction in the root mean square error and an increase of correlation coefficient.
Sex differences in placenta-derived markers and later autistic traits in children
Authors: Tsompanidis A. , Blanken L. , Broere-Brown Z. A. , van Rijn B. B. , Baron-Cohen S. , Tiemeier H. 
Published: July 2023

AbstractAutism is more prevalent in males and males on average score higher on measures of autistic traits. Placental function is affected significantly by the sex of the fetus. It is unclear if sex differences in placental function are associated with sex differences in the occurrence of autistic traits postnatally. To assess this, concentrations of angiogenesis-related markers, placental growth factor (PlGF) and soluble fms-like tyrosine kinase (sFlt-1) were assessed in maternal plasma of expectant women in the late 1st (mean= 13.5 [SD = 2.0] weeks gestation) and 2nd trimesters (mean=20.6 [SD = 1.2] weeks gestation), as part of the Generation R Study, Rotterdam, the Netherlands. Subsequent assessment of autistic traits in the offspring at age 6 was performed with the 18-item version of the Social Responsiveness Scale (SRS). Associations of placental protein concentrations with autistic traits were tested in sex-stratified and cohort-wide regression models. Cases with pregnancy complications or a later autism diagnosis (n = 64) were also assessed for differences in placenta-derived markers. sFlt-1 levels were significantly lower in males in both trimesters but showed no association with autistic traits. PlGF was significantly lower in male pregnancies in the 1st trimester, and significantly higher in the 2nd trimester, compared to female pregnancies. Higher PlGF levels in the 2nd trimester and the rate of PlGF increase were both associated with the occurrence of higher autistic traits (PlGF-2nd: n = 3469,b = 0.24 [SE = 0.11], p = 0.03) in both unadjusted and adjusted linear regression models that controlled for age, sex, placental weight and maternal characteristics. Mediation analyses showed that higher autistic traits in males compared to females were partly explained by higher PlGF or a faster rate of PlGF increase in the second trimester (PlGF-2nd: n = 3469, ACME: b = 0.005, [SE = 0.002], p = 0.004). In conclusion, higher PlGF levels in the 2nd trimester and a higher rate of PlGF increase are associated with both being male, and with a higher number of autistic traits in the general population.