bluuebunny/crossref_metadata_2025_split huggingface dataset:
Autonomic nervous system reactivity to emotion and childhood trajectories of relational and physical aggression
Authors: Murray-Close Dianna , Lent Maria C. , Sadri Amanda , Buck Casey , Yates Tuppett M. 
Published: February 2023

AbstractThis study investigated the role of autonomic nervous system (ANS) coordination in response to emotion in girls’ and boys’ development of relational (e.g., ignoring, excluding) and physical (e.g., hitting, kicking) aggression. Caregivers reported on children’s relational and physical aggression at ages 6, 7, 8, and 10 years (N = 232, 50.4% girls, 46.6% Latinx). Sympathetic nervous system (assessed via pre-ejection period) and parasympathetic nervous system (assessed via respiratory sinus arrhythmia) reactivity were measured in response to video clips depicting fear, happiness, and sadness at age 7. Growth curve models indicated that ANS reactivity to sadness, but not to fear or happiness, was related to trajectories of relational aggression. In contrast, ANS reactivity to all three emotions was associated with trajectories of physical aggression. Effects differed across genders, indicating that distinct patterns of ANS reactivity to emotion may be involved in girls’ and boys’ development of aggression. Overall, these findings contribute to a growing literature documenting the role of ANS reactivity to emotion in aggressive behavior. Moreover, this study considers ANS reactivity to specific emotions, as related to both relational and physical aggression, and as differentially expressed among girls versus boys.
Stress and diurnal cortisol among Latino/a college students: A multi-risk model approach
Authors: Sasser Jeri , Doane Leah D. , Su Jinni , Grimm Kevin J. 
Published: February 2023

AbstractThe transition to college is a time of increased opportunity and stress spanning multiple domains. Adolescents who encounter significant stress during this transition may be vulnerable to adverse outcomes due to a “wear and tear” of the hypothalamic pituitary adrenal (HPA) axis. Latino/a students may be particularly at-risk for heightened stress exposure due to experiences of both minority-specific and general life stress. Despite this, little is known regarding the cumulative impact of multiple stressors on Latino/a students’ HPA axis functioning. The present study employed a “multi-risk model” approach to examine additive, common, and cumulative effects of multiple stress forms (general, academic, social, financial, bicultural, ethnic/racial discrimination) on diurnal cortisol in a sample of first-year Latino/a college students (N = 196; 64.4% female; Mage = 18.95). Results indicated that no stress forms were additively associated with the cortisol awakening response (CAR), but general stress was associated with a flatter diurnal cortisol slope (DCS) and bicultural stress was linked with a steeper DCS. A college stress latent factor was associated with a lower CAR, whereas a latent factor of discrimination was not associated with diurnal cortisol. Cumulative risk was linked with a lower CAR. Findings highlight the physiological correlates of various stressors experienced by Latino/a college students.
Syntactic complexity and connector use in the summary writing of L1 and L2 Canadian students
Authors: Rivard Léonard P. , Gueye Ndeye R. 
Published: February 2023

AbstractThe study compared the syntactic complexity and the use of logical connectors in summaries written in French by two groups of students: speakers of French as first language (L1) and peers in a French-immersion program (L2) from grade nine to university. Both L1 and L2 groups of university students demonstrated more general complexity in their written summaries than less mature writers. However, the use of phrasal elaboration was apparent just at the upper secondary and university levels with L1 students. Both groups generally tend to overuse causal connectors while underusing additive and adversative connectors compared to the author’s use in the source text. Yet both groups employ significantly more adversative connectors just at the post-secondary level. The only difference observed between L1 and L2 writers was in the diversity of connector words used in the summary, with the former group using a richer, more diverse vocabulary. Several measures for succinctness differentiated L1 and L2 students in early secondary with the latter group condensing the source text less than L1 students. Correlation analysis suggested that many measures of syntactic complexity and connector use are inextricably linked.
Assembling urban worlds: always-becoming urban in and through Bir al-Saba’
Authors: Nasasra Mansour , Stanley Bruce E. 
Published: February 2023

AbstractThe ordinary city of Bir al-Saba’, situated within an urban world stretched across southern Palestine, has a story to tell, of dramatic spatiotemporal transformations, presence and absence, capture and resilience. Such connected urban history is profoundly shaped through the world-making relations of those who lived and dwelt within the always-becoming material and ideational spatial geography of the Naqab. Research gathered from diverse archival sources and interview data offers insight into the voices, actions and imaginaries of the Saba'awi as they worked the shifting assemblages of this landscape between 1840 and 1936, making Bir al-Saba’ a thick multiscalar cosmopolitan place of meaning and opportunity.
Anthropometric criteria for best-identifying children at high risk of mortality: a pooled analysis of twelve cohorts
Authors: Khara Tanya , Myatt Mark , Sadler Kate , Bahwere Paluku , Berkley James A , Black Robert E , Boyd Erin , Garenne Michel , Isanaka Sheila , Lelijveld Natasha , McDonald Christine , Mertens Andrew , Mwangome Martha , O’Brien Kieran , Stobaugh Heather , Taneja Sunita , West Keith P , Briend André 
Published: February 2023

AbstractObjective:To understand which anthropometric diagnostic criteria best discriminate higher from lower risk of death in children and explore programme implications.Design:A multiple cohort individual data meta-analysis of mortality risk (within 6 months of measurement) by anthropometric case definitions. Sensitivity, specificity, informedness and inclusivity in predicting mortality, face validity and compatibility with current standards and practice were assessed and operational consequences were modelled.Setting:Community-based cohort studies in twelve low-income countries between 1977 and 2013 in settings where treatment of wasting was not widespread.Participants:Children aged 6 to 59 months.Results:Of the twelve anthropometric case definitions examined, four (weight-for-ageZ-score (WAZ) <−2), (mid-upper arm circumference (MUAC) <125 mm), (MUAC < 115 mm or WAZ < −3) and (WAZ < −3) had the highest informedness in predicting mortality. A combined case definition (MUAC < 115 mm or WAZ < −3) was better at predicting deaths associated with weight-for-heightZ-score <−3 and concurrent wasting and stunting (WaSt) than the single WAZ < −3 case definition. After the assessment of all criteria, the combined case definition performed best. The simulated workload for programmes admitting based on MUAC < 115 mm or WAZ < −3, when adjusted with a proxy for required intensity and/or duration of treatment, was 1·87 times larger than programmes admitting on MUAC < 115 mm alone.Conclusions:A combined case definition detects nearly all deaths associated with severe anthropometric deficits suggesting that therapeutic feeding programmes may achieve higher impact (prevent mortality and improve coverage) by using it. There remain operational questions to examine further before wide-scale adoption can be recommended.
Migration and health: exploring healthy ageing of immigrants in European societies
Authors: Jacobsen Frode F. , Glasdam Stinne , Schopman Limke M. , Sodemann Morten , van den Muijsenbergh Maria E.T.C. , Ågotnes Gudmund 
Published: February 2023

Abstract

Aim:
The aim is to identify important factors for immigrants’ health and well-being and for their use (or non-use) of primary health care (PHC) and other non-specialised services, and for possible ways that PHC can support healthy ageing of immigrants.

Background:
Older persons are an increasing share of the immigrant population in the global north, frequently in contact with various forms of health services, (PHC services most of all. Consequently, PHC services are in a particularly unique position to support healthy ageing of immigrants.

Methods:
The position paper builds on five international, multi-professional and cross-disciplinary small group discussions as well as an international workshop early summer. During the discussions and the workshop, topics were arrived at as to factors related to the health situation of older immigrants, their needs, and health-seeking behaviour, and to how PHC professionals could support healthy ageing in immigrants. Those main topics in turn guided search for relevant research literature and informed the selection of the main research questions of this paper.

Findings:
Several factors, in addition to culture and cultural differences, are important to for PHC professionals and decision-makers to take into consideration in encounters with older immigrants. The socio-economic position of the older immigrant and close relatives, inter-generational relationships within the immigrant communities, country-specific factors in the host country like health care expenditure, and communication skills in health professionals are all examples of factors playing an important role regarding the health and health-seeking behaviour of older immigrants.
Against the Grain Theatre'sMessiah/Complexand Indigenous Sovereignty
Authors: Penner Nina 
Published: February 2023

AbstractThe COVID-19 pandemic and the intensification of IBPOC (Indigenous, Black, and People of Color) activism during this time have prompted many in the classical music industry to pause and reflect on the ways in which we perpetuate colonialism and racism in our leadership and governance structures, programming, casting practices, performance practices, and treatment of IBPOC artists. This article focuses onMessiah/Complex(2020) by Toronto's Against the Grain Theatre (AtG). All soloists were Indigenous or people of color. Based on conversations with several Indigenous artists involved in this project, this article argues that we need to move from thinking about how to include more Indigenous artists to thinking about how we can create space for Indigenous sovereignty. That is going to involve giving over decision-making power to Indigenous artists at all levels.Messiah/Complexcould have made a more decisive move toward sovereignty if it had begun with conversations with IBPOC artists about what they want to say at this moment. The performers should have been able to decide not only what language to perform in but also whether they want to perform Handel's music at all, who they want to collaborate with, and how they want to work together.
The Accuracy of Identifying Constituencies with Geographic Assignment Within State Legislative Districts
Authors: Steelman Tyler , Curiel John A. 
Published: February 2023

AbstractIdentifying the geographic constituencies of representatives is among the most crucial, yet challenging, aspects of state and local politics research. Regularly changing district lines, incomplete data, and computational obstacles can present barriers to matching individuals to their respective districts. Geocoding residential addresses is the ideal method for matching purposes. However, cost constraints can limit its applicability for many researchers, leading to geographic assignment methods that use polygonal units, such as ZIP codes, to estimate constituency membership. In this study, we quantify the trade-offs between three geographic assignment matching methods – centroid, geographic overlap, and population overlap matching – on the assignment of individual voters to state legislative districts. We confirm that population overlap matching produces the highest accuracy in assigning voters to their state legislative districts when polygonal location data are all that is available. We validate this finding by improving model estimates of lobbying influence through a replication analysis of Bishop and Dudley (2017), “The Role of Constituency, Party, and Industry in Pennsylvania’s Act 13,” State Politics and Policy Quarterly 17 (2): 154–79. Our replication suggests that distinguishing between out-of-district and in-district donations reveals a greater impact for in-district lobbying efforts. We make evident that population overlap assignment can confidently be used to identify constituencies when precise location data is not available.
Rock‐Matrix Porosity and Permeability of the Hydrothermally Altered, Upper Oceanic Crust, Oman Ophiolite
Authors: Brett‐Adams Alannah C. , Diamond Larryn W. , Weber Samuel , Gilgen Samuel A. 
Published: February 2023

AbstractPorosity and permeability are key controls on hydrothermal circulation and alteration in magmatically heated upper oceanic crust. However, the hydraulic properties of basalts altered above 200°C are largely unknown, leaving their role in high‐temperature systems unclear. Here, we assess rock‐matrix porosities and permeabilities of pervasively altered MORB‐like basalts from outcrops in the sheeted dikes and axial lavas of the Semail ophiolite, Oman. The samples represent regional spilite alteration (chlorite–albite–quartz ± actinolite; 150–440°C) and localized epidosite alteration (epidote–quartz; 255–435°C). Porosity and permeability of spilitized rocks vary as follows: interpillow hyaloclastites (14–27 vol.%, 10−17–10−15 m2) > pillow cores (4–12 vol.%; ∼10−19–6 × 10−18 m2) > pillow rims (4–11 vol.%; ∼10−19–2 × 10−18 m2) > massive sheet flows (1–9 vol.%; ∼10−19 m2) ≥ dikes (1–5 vol.%; ∼10−19 m2). Pillow values fall within the ranges of existing data on fresh and low‐temperature altered basalts in in situ crust. However, hyaloclastite permeabilities are 1–4 orders of magnitude higher and are clearly preferred flow paths. Epidosites have elevated porosity and permeability irrespective of rock morphology (18–26 vol.%; ∼10−16–10−14 m2). Pillow stacks have upscaled (∼104 m3) matrix porosities and permeabilities of ∼9 vol.% and ∼10−17–10−16 m2 when spilitized and 16 vol.% and up to ∼10−14 m2 when epidotized. Upscaled permeabilities of spilites meet minimum requirements for observed heat and fluid discharge from high‐temperature seafloor systems even without fracture networks, and reflect strong flow through the rock‐matrix.
Impacts of Agricultural Soil NOx Emissions on O3 Over Mainland China
Authors: Shen Yonglin , Xiao Zemin , Wang Yi , Xiao Wen , Yao Ling , Zhou Chenghu 
Published: February 2023

AbstractRegional ozone (O3) pollution has currently become an urgent air pollution problem in China. Nitrogen oxides (NOX) are key precursor pollutants for O3 formation. However, pollution control policies have generally neglected or simplified the impacts of soil NOX emissions in rural regions. This study aims to evaluate the effect of soil NOX emissions on O3 in agricultural areas of China based on high‐resolution soil NOX emission inventory and the WRF‐Chem air quality model. We first validate the simulation result of the O3 concentration with surface O3 observations over China using the selected optimal physicochemical scheme. After that, four scenarios are designed to simulate and analyze the regional sensitivity of O3 to soil NOX emissions and to quantify the effect of soil NOX emissions on O3 concentration. The results indicate that as soil NOX emissions increase, the overall spatial pattern does not change notably over mainland China, but the O3 concentration increases remarkably in the northwest and northeast of China. Additionally, we discover that changes of O3 concentration across mainland China differ substantially among regions. Our results highlight the effect of soil NOX emissions on air quality in agricultural areas. The control of O3 pollution in China should take into account the comprehensive consequences of various emission sources, as well as their regional differences.
Anomalous 33S in the Lunar Mantle
Authors: Dottin J. W. , Kim S.‐T. , Wing B. , Farquhar J. , Shearer C. 
Published: February 2023

AbstractThe origin, evolution, and cycling of volatiles on the Moon are established by processes such as the giant moon forming impact, degassing of the lunar magma ocean, degassing during surface eruptions, and lunar surface gardening events. These processes typically induce mass‐dependent stable isotope fractionations. Mass‐independent fractionation of stable isotopes has yet to be demonstrated during events that release large volumes of gas on the moon and establish transient lunar atmospheres. We present quadruple sulfur isotope compositions of orange and black glass beads from drive tube 74002/1. The sulfur isotope and concentration data collected on the orange and black glasses confirm a role for magmatic sulfur loss during eruption. The Δ33S value of the orange glasses is homogenous (Δ33S = −0.029‰ ± 0.004‰, 2SE) and different from the isotopic composition of lunar basalts (Δ33S = 0.002‰ ± 0.004‰, 2SE). We link the negative Δ33S composition of the orange glasses to an anomalous sulfur source in the lunar mantle. The nature of this anomalous sulfur source remains unknown and is either linked to (a) an impactor that delivered anomalous sulfur after late accretion, (b) sulfur that was photochemically processed early during lunar evolution and was transported to the lunar mantle, or (c) a primitive sulfur component that survived mantle mixing. The examined black glass preserves a mass‐dependent Δ33S composition (−0.008‰ ± 0.006‰, 2SE). The orange and black glasses are considered genetically related, but the discrepancy in Δ33S composition among the two samples calls their relationship into question.
A New Approach for Assessing Groundwater Recharge by Combining GRACE and Baseflow With Case Studies in Karst Areas of Southwest China
Authors: Huang Zhiyong , Yeh Pat J.‐F. , Jiao Jiu Jimmy , Luo Xin , Pan Yun , Long Yuannan , Zhang Chong , Zheng Longqun 
Published: February 2023

AbstractA new approach combining groundwater storage change (GWSC) derived from Gravity Recovery and Climate Experiment (GRACE) satellite data and baseflow was proposed to estimate groundwater recharge at large spatial scales but a short (monthly) time scale. This method was applied in two typical karst basins of southwest China, the Wujiang River basin (WRB, ∼87,900 km2, ∼70% karstification) and Xijiang River Basin (XRB, ∼360,000 km2, ∼44% karstification). The 2006–2012 monthly baseflow was first separated from in situ streamflow through multivariate regression analysis. Groundwater recharge was estimated using separated baseflow and GWSC estimated from GRACE data and observation‐based groundwater‐level data. The comparison between GRACE‐ and observation‐based recharge in the larger XRB shows better consistency, while that in the smaller WRB shows larger discrepancies. Considering the associated uncertainty (60–93 mm/yr), the 2006–2012 mean recharge in two basins, ranging 199–225 mm/yr (17%–19% of precipitation) is comparable to bulletin‐reported estimates (∼145 mm/yr). Both the degree of karstification and aquifer water table depth influence recharge and discharge processes in karst areas of southwest China. The more karstic WRB exhibits more rapid infiltration (due to more developed permeable epikarst zone) and higher discharge capability (due to more developed underground drainage systems), particularly during dry periods (2009, 2011, and winter). Baseflow exhibits a shorter time lag to recharge and GWSC in the XRB than WRB owing to more quick flow, lower storage with more rapid infiltration, and shorter mean groundwater residence time. Observation‐based monthly recharge reflects different rainfall‐infiltration‐runoff processes under different rainfall intensities, particularly in the WRB.
Climate and Human Impacts on Hydrological Processes and Flood Risk in Southern Louisiana
Authors: Getirana Augusto , Kumar Sujay , Konapala Goutam , Nie Wanshu , Locke Kim , Loomis Bryant , Birkett Charon , Ricko Martina , Simard Marc 
Published: February 2023

AbstractSatellite observations of coastal Louisiana indicate an overall land loss over recent decades, which could be attributed to climate and human‐induced factors, including sea level rise (SLR). Climate‐induced hydrological change (CHC) has impacted the way flood control structures are used, altering the spatiotemporal water distribution. Based on “what‐if” scenarios, we determine relative impacts of SLR and CHC on increased flood risk over southern Louisiana and examine the role of water management, via flood control structures, in mitigating flood risk over the region. Our findings show that CHC has increased flood risk over the past 28 years. The number of affected people increases as extreme hydrological events become more exceptional. Water management reduces flood risk to urban areas and croplands, especially during exceptional hydrological events. For example, currently (i.e., 2016–2020 period), CHC‐induced flooding puts an additional 73 km2 of cropland under flood risk at least half of the time (median flood event) and 65 km2 once a year (annual flood event), when compared to a past period (1993–1997). A 10‐ to 20‐fold increase relative to SLR‐induced flooding. CHC also increases population vulnerability in southern Louisiana to flooding; additional 9,900 residents currently live under flood risk at least half of the time, and that number increases to 27,400 for annual flood events. Residents vulnerable to SLR‐induced flooding is lower (6,000 and 3,300 residents, respectively). Conclusions are that CHC is a major factor that should be accounted for flood resilience and that water management interventions can mitigate risks to human life and activities.
Racial and ethnic disparities in postnatal growth among very low birth weight infants in California
Authors: Lee Soon Min , Sie Lillian , Liu Jessica , Profit Jochen , Main Elliot , Lee Henry C. 
Published: February 2023

Abstract
Objective
To identify racial/ethnic disparities in postnatal growth by year and gestational age among very low birth weight infants.

Study design
Total 37,122 infants, with birth weight 500–1500 g or gestational age 23–34 weeks in the California Perinatal Quality Care Collaborative in 2008–2016. Postnatal growth failure (PGF) was defined as change in weight Z-score from birth to discharge below −1.28. Multivariable regression analysis with birth hospital as random effect was used to estimate odds ratios (OR).

Results
Infants born to Hispanic mothers had highest risk of PGF at 30%, compared to white (24%, OR 1.33), Black (22%, OR 1.50), or Asian/Pacific Islander mothers (23%, OR 1.38). PGF incidence decreased from 2008 (27.4%) to 2016 (22.8%) with differences in trends by race. Each increasing gestational age week was associated with decreasing risk for PGF (OR 0.73, 95% confidence interval 0.72–0.74).

Conclusion
Targeted interventions addressing PGF are needed to address disparities.