bluuebunny/crossref_metadata_2025_split huggingface dataset:
The GUARDIAN system-a GNSS upper atmospheric real-time disaster information and alert network
Authors: Martire Léo , Krishnamoorthy Siddharth , Vergados Panagiotis , Romans Larry J. , Szilágyi Béla , Meng Xing , Anderson Jeffrey L. , Komjáthy Attila , Bar-Sever Yoaz E. 
Published: December 2022

AbstractWe introduce GUARDIAN, a near-real-time (NRT) ionospheric monitoring software for natural hazards warning. GUARDIAN’s ultimate goal is to use NRT total electronic content (TEC) time series to (1) allow users to explore ionospheric TEC perturbations due to natural and anthropogenic events on earth, (2) automatically detect those perturbations, and (3) characterize potential natural hazards. The main goal of GUARDIAN is to provide an augmentation to existing natural hazards early warning systems (EWS). This contribution focuses mainly on objective (1): collecting GNSS measurements in NRT, computing TEC time series, and displaying them on a public website (https://guardian.jpl.nasa.gov). We validate the time series obtained in NRT using well-established post-processing methods. Furthermore, we present an inverse modeling proof of concept to obtain tsunami wave parameters from TEC time series, contributing significantly to objective (3). Note that objectives (2) and (3) are only introduced here as parts of the general architecture, and are not currently operational. In its current implementation, the GUARDIAN system uses more than 70 GNSS ground stations distributed around the Pacific Ring of Fire, and monitoring four GNSS constellations (GPS, Galileo, BDS, and GLONASS). As of today, and to the best of our knowledge, GUARDIAN is the only software available and capable of providing multi-GNSS NRT TEC time series over the Pacific region to the general public and scientific community.
A stepped tabu search method for the clique partitioning problem
Authors: Pacheco Joaquín A. , Casado Silvia 
Published: December 2022

AbstractGiven an undirected graph, a clique is a subset of vertices in which the induced subgraph is complete; that is, all pairs of vertices of this subset are adjacent. Clique problems in graphs are very important due to their numerous applications. One of these problems is the clique partitioning problem (CPP), which consists of dividing the set of vertices of a graph into the smallest number of cliques possible. The CPP is an NP-hard problem with many application fields (timetabling, manufacturing, scheduling, telecommunications, etc.). Despite its great applicability, few recent studies have focused on proposing specific resolution methods for the CPP. This article presents a resolution method that combines multistart strategies with tabu search. The most novel characteristic of our method is that it allows unfeasible solutions to be visited, which facilitates exploration of the solution space. The computational tests show that our method performs better than previous methods proposed for this problem. In fact, our method strictly improves the results of these methods in most of the instances considered while requiring less computation time.
Feasibility of a Healthy Relationships Program with Youth at a Child Protective Services Agency
Authors: Houston Bridget , Crooks Claire 
Published: December 2022

AbstractYouth involved in child welfare may benefit from programming that enhances their relationship skills given their susceptibility to engaging in high-risk interpersonal behaviors that can lead to challenges such as, engaging in or experiencing violence, housing and job insecurity, and poor physical and mental health. This research explored the feasibility of implementing an evidence-based healthy relationships program, the Healthy Relationships Plus Program - Enhanced (HRP-E), with youth involved in child welfare. Over 9 months, four HRP-E groups were facilitated at a Children’s Aid Society in Ontario, Canada, involving 28 youth. Interviews were conducted with facilitators (n = 5) and youth (n = 13) to examine their views of the program. Facilitators also completed surveys that evaluated the facilitation of each session and overall program implementation. A thematic analysis of the data was conducted and results indicated that the HRP-E was perceived as a valuable program that is relevant and useful for youth involved in child welfare. Participants highlighted trauma-informed practices and organizational resources that are required when facilitating the HRP-E within a child welfare context. The present findings address the theory-to-practice gap by illustrating the practical application of trauma-informed program facilitation. The outcomes of this study contribute to understanding considerations and best practices for implementing a healthy relationships program with youth involved in child welfare.
How to Minimize the Impact of Experts’ Non-rational Beliefs on Their Judgments on Autism
Authors: Wodziński Maciej , Rządeczka Marcin , Moskalewicz Marcin 
Published: December 2022

AbstractThe non-autistic majority often judges people on the autism spectrum through the prism of numerous stereotypes, prejudices, cognitive biases, or, generally speaking, non-rational beliefs. This causes problems in autistic people’s everyday lives, as they often feel stigmatized, marginalized, and they internalize deficit-laden narratives about themselves. Unfortunately, experts, including health or law professionals, are not entirely immune to these non-rational beliefs, which affect their decision-making processes. This primarily happens when a mix of background knowledge, overconfidence, and haste co-occur. The resulting decisions may impact autistic people, e.g., by determining eligibility for the state’s therapeutical and financial support. This paper shows how simplified reasoning and inference may influence experts’ (medical examiners or court expert witnesses) decision-making processes concerning autistic people. It also proposes particular clues and strategies that could help experts cope with this risk and avoid making biased decisions.
Evaluating the eutrophication risk of artificial lagoons–case study El Gouna, Egypt
Authors: Abouelsaad Omnia , Matta Elena , Hinkelmann Reinhard 
Published: December 2022

Abstract
Eutrophication problem in El Gouna shallow artificial coastal lagoons in Egypt was investigated using 2D TELEMAC-EUTRO-WAQTEL module. Eight reactive components were presented, among them dissolved oxygen (DO), phosphorus, nitrogen, and phytoplankton biomass (PHY). The effect of warmer surface water on the eutrophication problem was investigated. Also, the spatial and temporal variability of the eutrophication was analyzed considering different weather conditions: tide wave, different wind speeds and directions. Moreover, effect of pollution from a nearby desalination plant was discussed considering different pollution degrees of brine discharge, different discharge quantities and different weather conditions. Finally, new precautions for better water quality were discussed. The results show that tide wave created fluctuations in DO concentrations, while other water quality components were not highly influenced by tide’s fluctuations. Also, it was found that high water temperatures and low wind speeds highly decreased water quality producing low DO concentrations and high nutrients rates. High water quality was produced beside inflow boundaries when compared to outflow boundaries in case of mean wind. Moreover, the results show that the average water quality was not highly deteriorated by the nearby desalination operation, while the area just beside the desalination inflow showed relatively strong effects. Different weather conditions controlled the brine’s propagation inside the lagoons. Moreover, increasing the width of the inflow boundaries and injecting tracer during tide and mean wind condition are new precautions which may help to preserve the water quality in a future warmer world. This study is one of the first simulations for eutrophication in manmade lagoons.
Sublethal exposure to Microcystis aeruginosa extracts during the yolk-sac larval stage reduces aerobic swimming speed in juvenile zebrafish
Authors: Kekelou Athina , Dimitriadi Anastasia , Koumoundouros George 
Published: December 2022

AbstractThis study examined whether the aerobic swimming capacity of zebrafish juveniles is affected by the exposure of the yolk-sac larvae to sublethal concentration of Microcystis aeruginosa extract (200 mg dw L−1). Critical swimming speed significantly decreased in the pre-exposed fish (9.2 ± 1.0 vs 11.3 ± 1.4 TL s−1 in the control group). Exposure did not have any significant effects on the shape of the heart ventricle, rate of skeletal abnormalities, and growth or survival rates. Decreased swimming performance due to the early and short exposure to M. aeruginosa could have negative impacts on fish in the wild.
Shared Decision Making in Psychiatry: Dissolving the Responsibility Problem
Authors: El-Alti Leila 
Published: December 2022

AbstractPerson centered care (PCC) invites ideas of shared responsibility as a direct result of its shared decision making (SDM) process. The intersection of PCC and psychiatric contexts brings about what I refer to as the responsibility problem, which seemingly arises when SDM is applied in psychiatric settings due to (1) patients’ potentially diminished capacities for responsibility, (2) tension prompted by professional reasons for and against sharing responsibility with patients, as well as (3) the responsibility/blame dilemma. This paper aims to do away with the responsibility problem through arguing for a functional approach to mental illness, a blameless responsibility ascription to the person with mental illness, as well as a nuanced understanding of SDM as part of an emancipation-oriented PCC model.
Incorrect Ways of Thinking About the Size of Fractions
Authors: González-Forte Juan Manuel , Fernández Ceneida , Van Hoof Jo , Van Dooren Wim 
Published: December 2022

Abstract The literature has amply shown that primary and secondary school students have difficulties in understanding rational number size. Many of these difficulties are explained by the natural number bias or the use of other incorrect reasoning such as gap thinking. However, in many studies, these types of reasoning have been inferred from comparing students’ accuracies in multiple-choice items. Evidence that supports that these incorrect ways of reasoning are indeed underlying is scarce. In the present work, we carried out interviews with 52 seventh grade students. The objective was to validate the existence of students’ incorrect ways of thinking about fraction size that were previously inferred from patterns of correct and incorrect answers to multiple-choice items, by looking at students’ verbalizations, and examine whether these ways of thinking are resistant to change. Students’ verbalizations support the existence of the different incorrect ways of thinking inferred from previous studies in fraction size. Furthermore, the high levels of confidence in their incorrect reasoning and the fact that they were reluctant to change their answer when they were confronted with other reasoning suggest that these ways of thinking may be resistant to change.
Stimulation of ethylene glycol electrooxidation on electrodeposited Ni–PbO2–GN nanocomposite in alkaline medium
Authors: Sultan M. A. , Hassan H. B. , Tammam Reham H. 
Published: December 2022

AbstractIn this work, a novel system composed of non-precious nickel-based metal oxide/reduced graphene oxide nanocomposite (Ni–PbO2–GN) is used for electrooxidation of ethylene glycol (EG) in 1.0 M NaOH solution and compares its activity with that of Ni, Ni–GN, and Ni–PbO2. The facile electrodeposition technique is used to prepare the catalysts on glassy carbon (GC) substrates. The outcomes of electrochemical measurements show a high performance towards EG oxidation is obtained for Ni-nanocomposite electrodes compared to that of Ni mainly due to their higher surface areas. The excellent electrocatalytic properties of the Ni-nanocomposite could be ascribed to the synergistic contributions of PbO2 and graphene (GN) nano-sheets that help the reduction of Ni grains. A smaller charge transfer resistance value of 34.5 Ω cm2 for EG oxidation reaction at + 360 mV is recorded for GC/Ni–PbO2–GN compared to the other prepared electrodes. Moreover, it exhibits higher kinetic parameters of EG such as diffusion coefficient (D = 3.9 × 10–10 cm2 s−1) and charge transfer rate constant (ks = 32.5 mol−1 cm3 s−1). The overall performance and stability of the prepared catalysts towards EG electrooxidation have been estimated to be in the order of GC/Ni–PbO2–GN > GC/Ni–GN > GC/Ni–PbO2 > GC/Ni.

Graphical abstract
A Multi-Cohort Examination of the Independent Contributions of Maternal Childhood Adversity and Pregnancy Stressors to the Prediction of Children’s Anxiety and Depression
Authors: Noroña-Zhou Amanda , Coccia Michael , Sullivan Alexis , O’Connor Thomas G. , Collett Brent R. , Derefinko Karen , Renner Lynette M. , Loftus Christine T. , Roubinov Danielle , Carroll Kecia N. , Nguyen Ruby H. N. , Karr Catherine J. , Sathyanarayana Sheela , Barrett Emily S. , Mason W. Alex , LeWinn Kaja Z. , Bush Nicole R. 
Published: December 2022

AbstractWomen’s social experiences can have long-term implications for their offspring’s health, but little is known about the potential independent contributions of multiple periods of stress exposures over time. This study examined associations of maternal exposure to adversity in childhood and pregnancy with children’s anxiety and depression symptoms in a large, sociodemographically diverse sample. Participants were 1389 mother-child dyads (child age M = 8.83 years; SD = 0.66; 42% Black, 42% White; 6% Hispanic) in the ECHO-PATHWAYS Consortium’s three U.S. pregnancy cohorts. Women reported their exposure to childhood traumatic events (CTE) and pregnancy stressful life events (PSLE). Children self-reported on their symptoms of anxiety and depression at age 8–9 years. Regression analyses estimated associations between maternal stressors and children’s internalizing problems, adjusting for confounders, and examined child sex as a modifier. Exploratory interaction analyses examined whether geospatially-linked postnatal neighborhood quality buffered effects. In adjusted models, PSLE counts positively predicted levels of children’s anxiety and depression symptoms ([ßAnxiety=0.08, 95%CI [0.02, 0.13]; ßDepression=0.09, 95%CI [0.03, 0.14]); no significant associations were observed with CTE. Each additional PSLE increased odds of clinically significant anxiety symptoms by 9% (95%CI [0.02, 0.17]). Neither sex nor neighborhood quality moderated relations. Maternal stressors during pregnancy appear to have associations with middle childhood anxiety and depression across diverse sociodemographic contexts, whereas maternal history of childhood adversity may not. Effects appear comparable for boys and girls. Policies and programs addressing prevention of childhood internalizing symptoms may benefit from considering prenatal origins and the potential two-generation impact of pregnancy stress prevention and intervention.
DeepCubist: Molecular Generator for Designing Peptidomimetics based on Complex three-dimensional scaffolds
Authors: Umedera Kohei , Yoshimori Atsushi , Chen Hengwei , Kouji Hiroyuki , Nakamura Hiroyuki , Bajorath Jürgen 
Published: December 2022

AbstractMimicking bioactive conformations of peptide segments involved in the formation of protein-protein interfaces with small molecules is thought to represent a promising strategy for the design of protein-protein interaction (PPI) inhibitors. For compound design, the use of three-dimensional (3D) scaffolds rich in sp3-centers makes it possible to precisely mimic bioactive peptide conformations. Herein, we introduce DeepCubist, a molecular generator for designing peptidomimetics based on 3D scaffolds. Firstly, enumerated 3D scaffolds are superposed on a target peptide conformation to identify a preferred template structure for designing peptidomimetics. Secondly, heteroatoms and unsaturated bonds are introduced into the template via a deep generative model to produce candidate compounds. DeepCubist was applied to design peptidomimetics of exemplary peptide turn, helix, and loop structures in pharmaceutical targets engaging in PPIs.
Lyophilized bovine acellular tendon linear fiber material for the reconstruction of attachment structure of paraspinous muscles: an animal in vivo study
Authors: Yuan Bo , Tang Yi-fan , Xu Zheng , Wang Jun-cheng , Zhou Sheng-yuan , Chen Xiong-sheng 
Published: December 2022

AbstractLow back pain is common after lumbar spine surgery and the injury from extensive detachment of paraspinal muscles during the surgery may play a vital role. Previously, we prepared a bovine acellular tendon fiber (ATF) material through lyophilization and proved that it could retain its original fibrillar structure and mechanical properties. The objective of this study is to evaluate the effectiveness of this new fiber material used for attachment structure reconstruction of paraspinal muscle. Defect of spinous process, interspinous and supraspinous ligament was established on lumbar spine in rabbit and rat and ATF linear material was implanted to reconstruct the attachment structure. Ultrasound showed the cross-sectional area of the paraspinal muscle in ATF group was larger than that of control group in rats. MRI showed the irregular shape and high signal changes in control group, but regular shape and uniform signal in the ATF group in rabbit. For Electromyogram, the frequency of evoked potential in control group was lower than ATF group and normal rats. HE and Masson staining showed good tissue healing, and immunohistochemical results showed the immune rejection of ATF is significantly lower than that of suture. Reconstruction of the attachment structure of paraspinous muscles with ATF linear material could maintain the morphology, volume and function of paraspinal muscle. ATF material has the potential to be used to manufacture personalized ligaments and other tissue engineering scaffolds.
Addressing Financial Barriers to Health Care Among People Who are Low-Income and Insured in New York City, 2014–2017
Authors: Frazier Taylor L. , Lopez Priscilla M. , Islam Nadia , Wilson Amber , Earle Katherine , Duliepre Nerisusan , Zhong Lynna , Bendik Stefanie , Drackett Elizabeth , Manyindo Noel , Seidl Lois , Thorpe Lorna E. 
Published: December 2022

AbstractWhile health care-associated financial burdens among uninsured individuals are well described, few studies have systematically characterized the array of financial and logistical complications faced by insured individuals with low household incomes. In this mixed methods paper, we conducted 6 focus groups with a total of 55 residents and analyzed programmatic administrative records to characterize the specific financial and logistic barriers faced by residents living in public housing in East and Central Harlem, New York City (NYC). Participants included individuals who enrolled in a municipal community health worker (CHW) program designed to close equity gaps in health and social outcomes. Dedicated health advocates (HAs) were explicitly paired with CHWs to provide health insurance and health care navigational assistance. We describe the needs of 150 residents with reported financial barriers to care, as well as the navigational and advocacy strategies taken by HAs to address them. Finally, we outline state-level policy recommendations to help ameliorate the problems experienced by participants. The model of paired CHW–HAs may be helpful in addressing financial barriers for insured populations with low household income and reducing health disparities in other communities.
Self-similar Profiles for Homoenergetic Solutions of the Boltzmann Equation for Non-cutoff Maxwell Molecules
Authors: Kepka Bernhard 
Published: December 2022

AbstractWe consider a modified Boltzmann equation which contains, together with the collision operator, an additional drift term which is characterized by a matrixA. Furthermore, we consider a Maxwell gas, where the collision kernel has an angular singularity. Such an equation is used in the study of homoenergetic solutions to the Boltzmann equation. Under smallness assumptions on the drift term, we prove that the longtime asymptotics is given by self-similar solutions. We work in the framework of measure-valued solutions with finite moments of order$$ p>2 $$p>2and show existence, uniqueness and stability of these self-similar solutions for sufficiently smallA. Furthermore, we prove that they have finite moments of arbitrary order ifAis small enough. In addition, the singular collision operator allows to prove smoothness of these self-similar solutions. Finally, we study the asymptotics of particular homoenergetic solutions. This extends previous results from the cutoff case to non-cutoff Maxwell gases.
Singular value decomposition in extended double precision arithmetic
Authors: Reinsch Christian , Richter Mathias 
Published: December 2022

AbstractA well-known and successful algorithm to compute the singular value decomposition (SVD) of a matrix was published by Golub and Reinsch (Numer. Math. 14:403–420, 1970), together with an implementation in Algol. We give an updated implementation in extended double precision arithmetic in the C programming language. Extended double precision is native for Intel x86 processors and provides improved accuracy at full hardware speed. The complete program for computing the SVD is listed. Additionally, a comprehensive explanation of the original algorithm of Golub and Reinsch (Numer. Math. 14:403–420, 1970) is given at an elementary level without referring to the more general results of Francis (Comput. J. 4:265–271, 1961, 1962).
Active in situ and passive airborne fluorescence measurements for water stress detection on a fescue field
Authors: Moya Ismael , Loayza Hildo , López María-Llanos , Sánchez Juan Manuel , Goulas Yves , Ounis Abderrahmane , Quiroz Roberto , Calera Alfonso 
Published: December 2022

AbstractLedflex is a fluorometer adapted to measure chlorophyll fluorescence at the canopy level. It has been described in detail by Moya et al. (2019), Photosynthesis Research. https://doi.org/10.1007/s11120-019-00642-9. We used this instrument to determine the effect of water stress on the fluorescence of a fescue field under extreme temperature and light conditions through a 12 days campaign during summer in a Mediterranean area. The fescue field formed part of a lysimeter station in "las Tiesas," near Albacete-Spain. In addition to the fluorescence data, the surface temperature was measured using infrared radiometers. Furthermore, "Airflex," a passive fluorometer measuring the filling-in of the atmospheric oxygen absorption band at 760 nm, was installed in an ultralight plane and flown during the most critical days of the campaign. We observed with the Ledflex fluorometer a considerable decrease of about 53% of the stationary chlorophyll fluorescence level at noon under water stress, which was well correlated with the surface temperature difference between the stressed and control plots. Airflex data also showed a decrease in far-red solar-induced fluorescence upon water stress in agreement with surface temperature data and active fluorescence measurements after correction for PS I contribution. Notwithstanding, the results from airborne remote sensing are not as precise as in situ active data.