bluuebunny/crossref_metadata_2025_split huggingface dataset:
Quadrophobia: Strategic Rounding of EPS Data
Authors: Malenko Nadya , Grundfest Joseph A. , Shen Yao 
Published: November 2022

AbstractManagers’ incentives to round up reported earnings per share (EPS) cause an underrepresentation of the number 4 in the first post-decimal digit of EPS, or “quadrophobia.” We develop a novel measure of aggressive financial reporting practices based on a firm’s history of quadrophobia. Quadrophobia is pervasive, persistent, and successfully predicts future restatements, Securities and Exchange Commission enforcement actions, and class action litigation. It is more pronounced when executive compensation is more closely tied to the stock price and when the firm anticipates violating debt covenants. Quadrophobia is especially strong when rounding-up EPS allows firms to meet analyst expectations, and investors seem not to see through this behavior.
Aural myiasis in Ancient Rome: Celsus and the ear maggots
Authors: Agnelli S , King R B 
Published: November 2022

AbstractObjectiveAlthough today there is extensive scientific literature on aural myiasis, a historical study of the subject has yet to appear. This short article reports the first description of aural myiasis in the Western medical literature.MethodsMethods involved: (1) scholarship review of ear diseases within Ancient Greek and Roman medical texts (L'Année philologique); (2) linguistic analysis for text identification through the Library of Latin Texts, the Thesaurus Linguae Latinae and the Loeb Classical Library; and (3) translation of the Latin texts that described cases of aural myiasis with commentary.ResultsTo our knowledge, the earliest case of aural myiasis in Latin medical literature is reported by the Roman encyclopaedist Celsus (first century CE). In his De Medicina, he describes cases of Wohlfahrtia magnifica maggot infestation of the ear and how to treat affected patients.ConclusionDespite present advances in otology, we believe that much insight can still be gained from this ancient example of medical history in ear diseases. A more comparative analysis of the subject is to be considered in the future, which will provide more data from different cultures and times.
Narrative macrostructure and microstructure profiles of bilingual children with autism spectrum disorder: differentiation from bilingual children with developmental language disorder and typical development
Authors: Govindarajan Krithika , Paradis Johanne 
Published: November 2022

AbstractChildren with autism spectrum disorder (ASD) show heterogeneous language profiles beyond early language delays. Understanding the second language profiles of bilingual children with ASD is important for clinical practice in diverse societies. Accordingly, we examined the narrative abilities of bilinguals with ASD, with developmental language disorder (DLD), and with typical development (TD) to determine which narrative components best differentiate bilinguals with ASD from the other groups. Participants were 29 bilingual children with ASD, DLD, and TD who were matched for age (mean = 6;8), nonverbal intelligence, and receptive vocabulary. Narratives were coded for macrostructure (story grammar (SG) scores, number of individual SG components) and microstructure (syntactic complexity, mean length of utterance, lexical diversity, and story length). The TD group had superior SG scores, included more SG components, and used longer utterances and more complex syntax than the ASD group, whereas no differences were found between the clinical groups. For SG components requiring perspective-taking abilities, the ASD group had worse performance than the TD and DLD groups. Our results suggest that bilingual children with ASD show weaknesses in both macrostructure and microstructure, which can overlap with children with DLD. The linguistic profiles of bilingual children with ASD and DLD are thus both overlapping and distinct.
Accounting for disability in international humanitarian law
Authors: Lord Janet E. 
Published: November 2022

AbstractThe adoption of the Convention on the Rights of Persons with Disabilities (CRPD) represents an important and (potentially) progressive development in the protection framework under international humanitarian law (IHL). Article 11 of the CRPD specifically obliges States to protect persons with disabilities from harm in situations of risk, including armed conflict, consistent with IHL and human rights law. The CRPD framework signals the need to address the traditional framing of disability under IHL and to draw from human rights concepts in the CRPD in order to inform the protection accorded to persons with disabilities in armed conflict.This article is divided into four main parts: the first three address three main lines of inquiry, while the fourth is forward-looking. The first part analyzes the framing and construction of disability in IHL and the implications of such framing for the protection of persons with disabilities. The second part analyzes fundamental IHL rules in an effort to demonstrate how the framing of disability and the protection framework of the CRPD can be used in the application of IHL. The third part identifies some specific problem areas ripe for further disability scoping and harmonization of the CRPD and IHL. Looking forward, the fourth part identifies entry points for focused action and research aimed at bringing about the kind of dynamic treaty practice envisioned by Article 11 of the CRPD.
The First Seasonal Snowfall Impacts Plant Photosynthesis and Monoterpene Emissions
Authors: Riches M. , Snook J. , Farmer D. K. 
Published: November 2022

AbstractBiogenic monoterpene emissions impact regional and global atmospheric chemistry. The impact of temperature fluctuations on emissions is well‐understood, but the role of weather events is not. Here, we simultaneously measure photosynthesis and speciated monoterpene emissions from leaves of one cultivar of Liriodendron tulipifera prior to, during, and following the first seasonal snow event. During snow, leaves act as a sink to atmospheric monoterpenes and release a burst of monoterpenes the following day—an order of magnitude higher than pre‐snow emission rates. As senescence continues, the characteristic profile of the emissions changes in favor of β‐ocimene. While summed monoterpene emission decreases throughout senescence, the enhanced β‐ocimene emission increases hydroxyl radical reactivity compared to pre‐snow conditions. Our findings highlight the importance of speciated monoterpene measurements in considering biosphere‐atmosphere exchange of biogenic hydrocarbons.
Yield Estimation of the August 2020 Beirut Explosion by Using Physics‐Based Propagation Simulations of Regional Infrasound
Authors: Kim Keehoon , Pasyanos Michael E. 
Published: November 2022

AbstractThe August 2020 Beirut explosion is the largest single‐fired ammonium nitrate explosion documented in history. The massive explosion excited loud infrasound in the atmosphere, and clear waveforms were recorded by a regional infrasound array at an epicentral distance of 100 km, allowing for accurate measurements of explosion energy. We estimate the explosion size based on the infrasound waveform inversion. Unlike conventional inversions using empirical models, we perform full 3‐D finite‐difference simulations to obtain a physics‐based propagation model for the inversion. Accurate numerical modeling of infrasound is challenging as the propagation is substantially affected by the turbulent atmosphere. Instead of a single deterministic prediction, we provide a range of waveform predictions by running multiple simulations with stochastic weather forecast models, which allows for comprehensive uncertainty analysis of numerical modeling and estimated yields. Finally, we expand the yield estimation technique for seismoacoustic analysis and demonstrate the substantial advantage of the joint approach.
Molecular Characteristics of Atmospheric Organosulfates During Summer and Winter Seasons in Two Cities of Southern and Northern China
Authors: Lin Yue , Han Yuemei , Li Guohui , Wang Qiyuan , Zhang Xin , Li Zhiyu , Li Lijuan , Prévôt André S. H. , Cao Junji 
Published: November 2022

AbstractOrganosulfates in atmospheric PM2.5 were investigated at two urban sites in Hefei and Shijiazhuang of southern and northern China during the summer and winter seasons of 2019–2020. Organic molecular composition was characterized using ultrahigh‐performance liquid chromatography coupled with Orbitrap mass spectrometry in negative electrospray ionization mode. There were overall 2,516–6,190 and 2,417–3,474 organic molecular formulas assigned on individual days in Hefei and Shijiazhuang, respectively, among which approximately 25%–41% were sulfur‐containing CHOS and CHONS compounds. The number of total organosulfates (including nitrooxy‐organosulfates) accounted for on average 84% and 79% of sulfur‐containing compounds during summer and winter in Shijiazhuang, which were much higher than those of 36% and 57% in Hefei. The higher fractions of organosulfates in the northern city of Shijiazhuang might be closely associated with the higher prevalence of SO2 and particulate sulfate. More than 96% in the peak areas of total organosulfates were present in aliphatic molecular structures instead of aromatics in both cities, suggesting the substantial contributions from biogenic precursors and anthropogenic long‐chain alkanes. The positive correlations (r: 0.33–0.96) of inorganic sulfate with the peak area abundance of organosulfates derived from isoprene and monoterpenes revealed the significant role of sulfate particles in the production of organosulfates. Particle acidity also correlated positively with these species during the winter in Hefei and summer in Shijiazhuang, yet negatively during other periods, indicating that additional reaction pathways would compete with acid‐catalyzed chemistry under atmospheric conditions limited by particle acidity or hydrocarbon precursors.
A novel VOC breath tracer method to evaluate indoor respiratory exposures in the near- and far-fields; implications for the spread of respiratory viruses
Authors: Parhizkar Hooman , Fretz Mark , Laguerre Aurélie , Stenson Jason , Corsi Richard L. , Van Den Wymelenberg Kevin G. , Gall Elliott T. 
Published: November 2022

AbstractBackgroundSeveral studies suggest that far-field transmission (>6 ft) explains a significant number of COVID-19 superspreading outbreaks.ObjectiveTherefore, quantifying the ratio of near- and far-field exposure to emissions from a source is key to better understanding human-to-human airborne infectious disease transmission and associated risks.MethodsIn this study, we used an environmentally-controlled chamber to measure volatile organic compounds (VOCs) released from a healthy participant who consumed breath mints, which contained unique tracer compounds. Tracer measurements were made at 0.76 m (2.5 ft), 1.52 m (5 ft), 2.28 m (7.5 ft) from the participant, as well as in the exhaust plenum of the chamber.ResultsWe observed that 0.76 m (2.5 ft) trials had ~36–44% higher concentrations than other distances during the first 20 minutes of experiments, highlighting the importance of the near-field exposure relative to the far-field before virus-laden respiratory aerosol plumes are continuously mixed into the far-field. However, for the conditions studied, the concentrations of human-sourced tracers after 20 minutes and approaching the end of the 60-minute trials at 0.76 m, 1.52 m, and 2.28 m were only ~18%, ~11%, and ~7.5% higher than volume-averaged concentrations, respectively.SignificanceThis study suggests that for rooms with similar airflow parameters disease transmission risk is dominated by near-field exposures for shorter event durations (e.g., initial 20–25-minutes of event) whereas far-field exposures are critical throughout the entire event and are increasingly more important for longer event durations.Impact statementWe offer a novel methodology for studying the fate and transport of airborne bioaerosols in indoor spaces using VOCs as unique proxies for bioaerosols. We provide evidence that real-time measurement of VOCs can be applied in settings with human subjects to estimate the concentration of bioaerosol at different distances from the emitter. We also improve upon the conventional assumption that a well-mixed room exhibits instantaneous and perfect mixing by addressing spatial distances and mixing over time. We quantitatively assessed the exposure levels to breath tracers at alternate distances and provided more insights into the changes on “near-field to far-field” ratios over time. This method can be used in future to estimate the benefits of alternate environmental conditions and occupant behaviors.
Body transfer illusions in the schizophrenia spectrum: a systematic review
Authors: Baum Kira , Hackmann Julia , Pakos Julian , Kannen Kyra , Wiebe Annika , Selaskowski Benjamin , Pensel Max C. , Ettinger Ulrich , Philipsen Alexandra , Braun Niclas 
Published: November 2022

AbstractSchizophrenia has been viewed as a disorder of the self. Accordingly, the question arises if and how senses of ownership and agency are impaired in schizophrenia. To address this question, several body transfer illusions (BTIs) have been investigated in schizophrenia patients and other schizophrenia spectrum (SCZ-S) populations. The objective of the study was to systematically review the current evidence from BTIs in the SCZ-S. A systematic literature search in PubMed and CENTRAL (search date: February 12, 2022) was conducted on BTI studies carried out in SCZ-S populations. Studies were included if they were published in English after peer review, reported original research data, related to the SCZ-S, and used a BTI as its study method. Conference papers, study protocols, and reviews were excluded. For each included BTI study, various study characteristics and outcomes were retrieved, and a risk-of-bias score was calculated based on six study quality criteria. K = 40 studies were identified, of which k = 20 studies met the eligibility criteria. For BTI paradigms using visuotactile stimulation, most studies found elevated sense of ownership ratings in SCZ-S populations compared to healthy controls (HC). Implicit illusion measures (e.g., proprioceptive drift), in turn, did not generally indicate elevated embodiment levels in SCZ-S populations. Likewise, no consistent group differences emerged between SCZ-S populations and HC with respect to BTI paradigms using visuomotor stimulation. Furthermore, BTI vividness was found to correlate significantly with core symptoms of schizophrenia and various subclinical characteristics related to the SCZ-S. In line with the self-disturbance hypothesis, SCZ-S populations appear to be affected by aberrations in bodily self-awareness. Review registration: PROSPERO (identifier: CRD42022287960).
The Altered States Database: Psychometric data from a systematic literature review
Authors: Prugger Johanna , Derdiyok Ekin , Dinkelacker Jannis , Costines Cyril , Schmidt Timo T. 
Published: November 2022

AbstractIn this paper, we present the development of the Altered States Database (ASDB), an open-science project based on a systematic literature review. The ASDB contains psychometric questionnaire data on subjective experiences of altered states of consciousness (ASC) induced by pharmacological and non-pharmacological methods. The systematic review follows the Preferred Reporting Items for Systematic Reviews and Meta-Analyses (PRISMA) guidelines. Scientific journal articles were identified through PubMed and Web of Science. We included studies that examined ASC using the following validated questionnaires: Altered States of Consciousness Rating Scale (APZ, 5D-ASC, 11-ASC), Phenomenology of Consciousness Inventory (PCI), Hallucinogen Rating Scale (HRS), or Mystical Experience Questionnaire (MEQ30). The systematic review resulted in the inclusion of a total of 165 journal articles, whereof questionnaire data was extracted and is now available on the Open Science Framework (OSF) website (https://osf.io/8mbru) and on the ASDB website (http://alteredstatesdb.org), where questionnaire data can be easily retrieved and visualized. This data allows the calculation of comparable psychometric values of ASC experiences and of dose-response relationships of substances inducing ASC.
A Q-learning-based routing scheme for smart air quality monitoring system using flying ad hoc networks
Authors: Lansky Jan , Rahmani Amir Masoud , Zandavi Seid Miad , Chung Vera , Yousefpoor Efat , Yousefpoor Mohammad Sadegh , Khan Faheem , Hosseinzadeh Mehdi 
Published: November 2022

AbstractAir pollution has changed ecosystem and atmosphere. It is dangerous for environment, human health, and other living creatures. This contamination is due to various industrial and chemical pollutants, which reduce air, water, and soil quality. Therefore, air quality monitoring is essential. Flying ad hoc networks (FANETs) are an effective solution for intelligent air quality monitoring and evaluation. A FANET-based air quality monitoring system uses unmanned aerial vehicles (UAVs) to measure air pollutants. Therefore, these systems have particular features, such as the movement of UAVs in three-dimensional area, high dynamism, quick topological changes, constrained resources, and low density of UAVs in the network. Therefore, the routing issue is a fundamental challenge in these systems. In this paper, we introduce a Q-learning-based routing method called QFAN for intelligent air quality monitoring systems. The proposed method consists of two parts: route discovery and route maintenance. In the part one, a Q-learning-based route discovery mechanism is designed. Also, we propose a filtering parameter to filter some UAVs in the network and restrict the search space. In the route maintenance phase, QFAN seeks to detect and correct the paths near to breakdown. Moreover, QFAN can quickly identify and replace the failed paths. Finally, QFAN is simulated using NS2 to assess its performance. The simulation results show that QFAN surpasses other routing approaches with regard to end-to-end delay, packet delivery ratio, energy consumption, and network lifetime. However, communication overhead has been increased slightly in QFAN.
Span of regularization for solution of inverse problems with application to magnetic resonance relaxometry of the brain
Authors: Bi Chuan , Ou M. Yvonne , Bouhrara Mustapha , Spencer Richard G. 
Published: November 2022

AbstractWe present a new regularization method for the solution of the Fredholm integral equation (FIE) of the first kind, in which we incorporate solutions corresponding to a range of Tikhonov regularizers into the end result. This method identifies solutions within a much larger function space, spanned by this set of regularized solutions, than is available to conventional regularization methods. An additional key development is the use of dictionary functions derived from noise-corrupted inversion of the discretized FIE. In effect, we combine the stability of solutions with greater degrees of regularization with the resolution of those that are less regularized. The span of regularizations (SpanReg) method may be widely applicable throughout the field of inverse problems.
The effect of Caspian Sea water on mechanical properties and durability of concrete containing rice husk ash, nano $${\varvec{\hbox {SiO}_2}}$$, and nano $${\varvec{{\hbox {Al}}_{2}{\hbox {O}}_{3}}}$$
Authors: Arasteh-Khoshbin Omolbanin , Seyedpour Seyed Morteza , Ricken Tim 
Published: November 2022

AbstractVarious studies have been recently conducted aiming at developing more sustainable cementitious systems so that concrete structures may not have a negative effect on the environment and are decomposed. It has been attempted to build sustainable binders by substituting silica fume, cement with fly ash, nano-silica, nano-alumina, and rice husk ash. In this paper, a series of experiments on concrete with different contents of rice husk ash (10%, 15%, and 20%), nano$${{\hbox {SiO}_2}}$$SiO2(1%, 2%, 3%, 4%, 5%, 6%, 7%, 8%), and nano$$\hbox {Al}_{2}{\hbox {O}}_{3}$$Al2O3(1%, 2%, 3%, 4%) are performed to analyze the durability and mechanical properties of samples under the curing condition of Caspian seawater. The workability, density, water penetration, chloride ion penetration, and compressive strength (at 7, 14, 28, and 90 day) of the samples were determined. The experimental results showed that workability decreased gradually with increasing additives content, while the compressive gradually increased. Among the additives, adding 8% of the nano$${{\hbox {SiO}_2}}$$SiO2had the most significant effect on the improvement of compressive strength. Adding 8% nano$${{\hbox {SiO}_2}}$$SiO2and 4% nano$$\hbox {Al}_{2}{\hbox {O}}_{3}$$Al2O3reduced the depth of water permeability by 53% and 30%, respectively. Furthermore, adding 8% nano$${{\hbox {SiO}_2}}$$SiO2reduced chloride ion penetration by 85%.
Comparison between dynamic contour tonometry and Goldmann applanation tonometry correcting equations
Authors: De Bernardo Maddalena , Casaburi Claudia , De Pascale Ilaria , Capasso Luigi , Cione Ferdinando , Rosa Nicola 
Published: November 2022

AbstractIn order to investigate the reliability of correcting GAT formulas in comparison with dynamic contour tonometry (DCT), this study included 112 right eyes of 112 healthy subjects aged from 21 to 77 years, whose eyes underwent to a full ophthalmologic exam. IOP was measured in each eye with DCT and then with GAT. IOP values obtained with GAT were corrected with 10 equations and then compared with those provided by DCT. Participants mean age was 42.24 ± 14.08 years; mean IOP measured with DCT was 17.61 ± 2.87 and 15.50 ± 2.47 mmHg, measured with GAT. The mean discordance between DCT and GAT measurements was 2.11 ± 2.24 mmHg. All the correcting formulas, but Srodka one (p ˂ 0.001), tend to increase the difference between GAT and DCT. According to these results Śródka equation provides the best correction, reducing the difference between the two IOP measurement methods of − 0.03 ± 0.85 mmHg. Other equations do not provide a valid improvement of the agreement between the two methods or they provide a worsening of the agreement.