bluuebunny/crossref_metadata_2025_split huggingface dataset:
Validation of the Acceptance and Action Questionnaire-II in the general Spanish population
Authors: Menéndez-Aller Álvaro , Cuesta Marcelino , Postigo Álvaro , González-Nuevo Covadonga , García-Fernández Jaime , García-Cueto Eduardo 
Published: December 2021

AbstractAcceptance and Commitment Therapy states that Experiential Avoidance contributes to the development of psychological issues. The Acceptance and Action Questionnaire-II measures Experiential Avoidance. The objective of the current study is to perform a validation of the Acceptance and Action Questionnaire-II in the general Spanish population. A sample of 964 participants from all over Spain was used (M = 43.43 years; SD = 15.27). The psychometric properties of the questionnaire were examined according to Classical Test Theory. In addition, assessments were made of participants’ personality, Emotional Intelligence, Anxiety, and Depression, and the influence of sex and age on Experiential Avoidance was examined. The Acceptance and Action Questionnaire-II is a unidimensional instrument, with excellent reliability (α = .93) and adequate evidence of validity. Differences were observed based on sex, with women scoring higher, and based on age, with lower scores in the older age groups. The Acceptance and Action Questionnaire-II is a valid, reliable instrument for use in the general Spanish population.
Evaluation of Hydrophilic and Lipophilic Antioxidant Capacity in Spanish Tomato Paste: Usefulness of Front-Face Total Fluorescence Signal Combined with Parafac
Authors: Pardo-Botello Rosario , Chamizo-Calero Fátima , Monago-Maraña Olga , Rodríguez-Corchado Raquel , de la Torre-Carreras Rosa , Galeano-Díaz Teresa 
Published: December 2021

AbstractThe hydrophilic and lipophilic antioxidant activities due to the main bioactive components present in Spanish tomato paste samples were studied, using standardized and fluorescent methods. After extraction, phenolic antioxidants (Folin-Ciocalteu method) and total antioxidant activity (TEAC assay) were evaluated, examining differences between hydrophilic and lipophilic extracts corresponding to different samples. Total fluorescence spectra of extracts (excitation-emission matrices, EEMs) were recorded in the front-face mode at two different ranges: 210–300 nm/310–390 nm, and 295–350 nm/380–480 nm, for excitation and emission, respectively, in the hydrophilic extracts. In the lipophilic extracts, the first range was 230–283 nm/290–340 nm, while the second range was 315–383 nm/390–500 nm for excitation and emission, respectively. EEMs from a set of 22 samples were analyzed by the second-order multivariate technique Parallel Factor Analysis (PARAFAC). Tentative assignation of the different components to the various fluorophores of tomato was tried, based on literature. Correlation between the antioxidant activity and score values retrieved for different components in PARAFAC model was obtained. The possibility of using EEMs-PARAFAC to evaluate antioxidant activity of hydrophilic and lipophilic compounds in these samples was examined, obtaining good results in accordance with the Folin-Ciocalteu and TEAC assays.
Reducing Missed Appointments for Probation and Parole Supervision: a Randomized Experiment with Text Message Reminders
Authors: Hastings Charise , Thomas Chris , Ostermann Michael , Hyatt Jordan M. , Payne Steve 
Published: December 2021

Abstract
Research Question
Can text message reminders reduce missed appointments with probation or parole officers by clients under community supervision?

Data
In collaboration with Arkansas Community Corrections (ACC), 4,000 clients under community supervision were selected and tracked for attendance at scheduled supervision meetings from October 1, 2018, through April 15, 2019, with a test sample of 3,470 clients scheduled to attend 14,135 appointments assigned at random to different conditions of appointment reminders.

Methods
Marquis Software, under contract to ACC, randomly assigned the test sample to one of four conditions of text messages generated by company software: control (no text messages before appointments), early text (2 days before the appointment), late text (1 day before the appointment), and two texts (both 1 day and 4 days before the appointment). Marquis then abstracted the records of appointment attendance by treatment group, for analysis by the academic co-authors.

Findings
During the 6-month experiment, the best attendance was found in the treatment group assigned to late text reminders 1 day before the appointment. That group had 29% fewer no-shows and 21% fewer cancelled appointments than the control group during the experiment. In a subsequent rollout of the late text treatment to all of the clients still under supervision, the entire remaining group had 30% fewer missed appointments compared to the control group during the experiment.

Conclusions
Text messages reminding clients to attend parole and probation officer meetings can reduce missed appointments, with potentially substantial reductions in imprisonment due to technical violations of community supervision conditions.
Binding of DNA to Natural Sepiolite: Applications in Biotechnology and Perspectives
Authors: Ragu Sandrine , Piétrement Olivier , Lopez Bernard S. 
Published: December 2021

AbstractDNA manipulation is crucial for many biotechnological prospects and for medical applications such as gene therapy. This requires the amplification and extraction of DNA from bacteria and the transfer of these DNA molecules into cells, including bacterial and mammalian cells. The capacity of the natural magnesium silicate clay mineral sepiolite to bind to DNA makes it a potentially useful tool for biotechnological/medical strategies. In addition, sepiolite is inexpensive and classified as non-toxic and non-carcinogenic. This review will first describe the physicochemical interactions between sepiolite and DNA. Then, the leverage of sepiolite/DNA interactions for DNA extraction from bacteria, to optimize DNA transfer into bacteria and DNA transfection into mammalian cells, are presented. Finally, the putative toxicity of sepiolite and its advantages and perspectives for future prospects, such as the improvement of immunotherapy, are also discussed.
Motivated reasoning, fast and slow
Authors: Strömbäck Camilla , Andersson David , Västfjäll Daniel , Tinghög Gustav 
Published: December 2021

AbstractAre people more likely to (mis)interpret information so that it aligns with their ideological identity when relying on feelings compared to when engaging in analytical thinking? Or is it the other way around: Does deliberation increase the propensity to (mis)interpret information to confirm existing political views? In a behavioral experiment, participants (n = 1207, Swedish sample) assessed numerical information concerning the effects of gender quotas and immigration either under time pressure or under no time pressure. To measure trait differences in cognitive sophistication, we also collected data on numeric ability. We found clear evidence of motivated reasoning when assessing both the effects of gender quotas on companies’ financial results and the effect of refugee intake on crime rates. Subjects who prioritized equality over liberty on the labor market were 13 percentage points less likely to correctly assess numerical information depicting that companies that used gender quotas when hiring made less profit. Subjects who classified themselves as ‘Swedes’ rather than ‘World citizens’ were 14 percentage points less likely to correctly assess numerical information depicting that crime rates decreased following immigration. Time pressure did not affect the likelihood to engage in motivated reasoning, while subjects with higher numeric ability were less likely to engage in motivated reasoning when analyzing information concerning refugee intake, but more likely to engage in motivated reasoning when analyzing information regarding the effect of gender quotas. Together these results indicate that motivated reasoning is primarily driven by individual differences in analytical thinking at the trait level and not by situational factors such as time pressure, and that whether motivated reasoning is primarily driven by analysis or feelings depends on the topic at hand.
Disaster Preparedness and Associated Factors Among Emergency Nurses in Guangdong Province, China: A Descriptive Cross-Sectional Study
Authors: Wang Jia , Sun Xinglan , Lu Sihui , Wang Fen , Wan Meijuan , Chen Hanxi , Tan Yibing 
Published: December 2021

ABSTRACT

Objective:
The purpose of this study was to examine the prevalence of disaster preparedness and to explore associated factors among emergency nurses in Guangdong Province, China.

Methods:
In this descriptive, cross-sectional study, the mainland China version of the Disaster Preparedness Evaluation Tool was used to collect data from 633 nurses working in 26 emergency departments, in August 2018. Descriptive analyses were used to examine the disaster preparedness, and multiple linear regression analysis was used to investigate associated factors.

Results:
The perceived disaster preparedness of emergency nurses was at a moderate level. Among the 5 dimensions, the score for disaster management was lowest. Emergency nurses’ disaster training (r = .26; P < 0.001) and drill experiences (r = .22; P < 0.001) were significantly correlated with disaster preparedness. Six significant factors associated with disaster preparedness were identified in this study: age, gender, disaster training experience, disaster drill experience, willingness, and educational level (R2 = .14; F = 18.20; P < 0.001).

Conclusions:
Hospitals and nurse managers should carry out interdisciplinary and multidisciplinary cooperation to improve emergency nurses’ disaster preparedness, especially disaster management. Organizing disaster simulation exercises, providing psychological support and safety considerations, and formulating disaster nursing training programs may be beneficial for emergency nurses’ disaster preparedness.
Families of veterans with traumatic brain injury in Australia and the United States: Implications for rehabilitation counselors
Authors: Degeneffe Charles Edmund 
Published: December 2021

AbstractStarting with World War I, Australia and the United States have been allies in military operations. Since then, both countries have been challenged by meeting the needs of military personnel incurring traumatic brain injury (TBI), especially during recent operations in Iraq and Afghanistan. TBI impacts all members of the veteran’s family. This paper articulates the shared responsibility both countries assume in meeting the support needs faced by families of military veterans with TBI and how TBI in the military is different than in the civilian population. The paper describes how both countries differently address the needs of family caregivers of veterans with TBI and outlines areas for rehabilitation counselor collaborations in research and training.
Frictional interactions on Women, Peace and Security in Mali
Authors: Lorentzen Jenny 
Published: December 2021

AbstractMore than 20 years after the adoption of UN Security Council Resolution 1325 on Women, Peace and Security, the international community is concerned with taking stock of its implementation in countries undergoing transitions from war to peace. This article contributes to a better understanding of the dynamics involved in implementing the Women, Peace and Security agenda through a focus on the frictional interactions that take place between different actors promoting women's participation in the peace process in Mali. Based on extensive fieldwork in Bamako between 2017 and 2019, it analyses interactions between different international and local actors in the Malian peace process through a discussion of vertical (between international and local actors) and horizontal (between local actors) friction. It finds that the way different actors respond to friction shapes relationships and impacts norm trajectories by triggering feedback loops, which in turn trigger new responses and outcomes.
Referential expressions in monolingual and bilingual children with and without Autism Spectrum Disorder (ASD): A study of informativeness and definiteness
Authors: MEIR Natalia , NOVOGRODSKY Rama 
Published: December 2021

AbstractThe current study evaluated the separate and combined effects of bilingualism and Autism Spectrum Disorder (ASD) on informativeness and definiteness marking of referential expressions. Hebrew-speaking monolingual children (21 with ASD and 28 with typical language development) and Russian–Hebrew-speaking bilingual children (13 with ASD and 30 with typical language development) aged 4–9 years participated. Informativeness, indexed by referential contrasts, was affected by ASD, but not by bilingualism. Definiteness use was non-target-like in children with ASD and in bilingual children, and it was mainly predicted by children’s morpho-syntactic abilities in Hebrew. Language-universal and language-specific properties of referential use are discussed.
Spontaneous speech intelligibility: early cochlear implanted children versus their normally hearing peers at seven years of age
Authors: BOONEN Nathalie , KLOOTS Hanne , NURZIA Pietro , GILLIS Steven 
Published: December 2021

AbstractSpeaking intelligibly is an important achievement in children’s language development. How far do congenitally severe-to-profound hearing-impaired children who received a cochlear implant (CI) in the first two years of their life advance on the path to intelligibility in comparison to children with typical hearing (NH)? Spontaneous speech samples of children with CI and children with NH were orthographically transcribed by naïve transcribers. The entropy of the transcriptions was computed to analyze their degree of uniformity. The same samples were also rated on a continuous rating scale by another group of adult listeners. The transcriptions of the NH children’s speech were more uniform, i.e., had significantly lower entropy, than those of the CI children, suggesting that the latter group displayed lower intelligibility. This was confirmed by the ratings on the continuous scale. Despite the relatively restricted age ranges, older children reached better intelligibility scores in both groups.
Mars: new insights and unresolved questions
Authors: Changela Hitesh G. , Chatzitheodoridis Elias , Antunes Andre , Beaty David , Bouw Kristian , Bridges John C. , Capova Klara Anna , Cockell Charles S. , Conley Catharine A. , Dadachova Ekaterina , Dallas Tiffany D. , de Mey Stefaan , Dong Chuanfei , Ellery Alex , Ferus Martin , Foing Bernard , Fu Xiaohui , Fujita Kazuhisa , Lin Yangting , Jheeta Sohan , Hicks Leon J. , Hu Sen , Kereszturi Akos , Krassakis Alexandros , Liu Yang , Oberst Juergen , Michalski Joe , Ranjith P. M. , Rinaldi Teresa , Rothery David , Stavrakakis Hector A. , Selbmann Laura , Sinha Rishitosh K. , Wang Alian , Williford Ken , Vaci Zoltan , Vago Jorge L. , Waltemathe Michael , Hallsworth John E. 
Published: December 2021

AbstractMars exploration motivates the search for extraterrestrial life, the development of space technologies, and the design of human missions and habitations. Here, we seek new insights and pose unresolved questions relating to the natural history of Mars, habitability, robotic and human exploration, planetary protection, and the impacts on human society. Key observations and findings include:–high escape rates of early Mars' atmosphere, including loss of water, impact present-day habitability;–putative fossils on Mars will likely be ambiguous biomarkers for life;–microbial contamination resulting from human habitation is unavoidable; and–based on Mars' current planetary protection category, robotic payload(s) should characterize the local martian environment for any life-forms prior to human habitation.Some of the outstanding questions are:–which interpretation of the hemispheric dichotomy of the planet is correct;–to what degree did deep-penetrating faults transport subsurface liquids to Mars' surface;–in what abundance are carbonates formed by atmospheric processes;–what properties of martian meteorites could be used to constrain their source locations;–the origin(s) of organic macromolecules;–was/is Mars inhabited;–how can missions designed to uncover microbial activity in the subsurface eliminate potential false positives caused by microbial contaminants from Earth;–how can we ensure that humans and microbes form a stable and benign biosphere; and–should humans relate to putative extraterrestrial life from a biocentric viewpoint (preservation of all biology), or anthropocentric viewpoint of expanding habitation of space?Studies of Mars' evolution can shed light on the habitability of extrasolar planets. In addition, Mars exploration can drive future policy developments and confirm (or put into question) the feasibility and/or extent of human habitability of space.
Atmospheric Rivers Bring More Frequent and Intense Extreme Rainfall Events Over East Asia Under Global Warming
Authors: Kamae Y. , Imada Y. , Kawase H. , Mei W. 
Published: December 2021

AbstractPortions of East Asia often experienced extremely heavy rainfall events over the last decade. Intense atmospheric rivers (ARs), eddy transports of moisture over the middle latitudes, contributed significantly to these events. Although previous studies pointed out that landfalling ARs will become more frequent under global warming, the extent to which ARs produce extreme rainfall over East Asia in a warmer climate remains unclear. Here we evaluate changes in the frequency and intensity of AR‐related extreme heavy rainfall under global warming using a set of high‐resolution global and regional atmospheric simulations. We find that both the AR‐related water vapor transport and rainfall intensify over the southern and western slopes of mountains over East Asia in a warmer climate. ARs are responsible for a large fraction of the increase in the occurrence of extreme rainfall in boreal spring and summer. ARs will bring unprecedented extreme rainfall over East Asia under global warming.
Propagation of Electromagnetic Ion Cyclotron Waves in a Dipole Magnetic Field: A 2‐D Hybrid Simulation
Authors: Kang Ning , Lu Quanming , Gao Xinliang , Wang Xueyi , Chen Huayue , Wang Shui 
Published: December 2021

AbstractsElectromagnetic ion cyclotron (EMIC) waves are one commonly observed plasma waves in the Earth's inner magnetosphere and play a crucial role in particle dynamics in the radiation belt and ring current. EMIC waves are excited by a proton temperature anisotropy and generally have a left‐handed polarization, however satellite observations have usually reported the existence of linearly polarized EMIC waves in the inner magnetosphere. In this paper, we employ a two‐dimensional (2D) hybrid code in a dipole field (gcPIC‐hybrid) to simulate the propagation of EMIC waves from the equatorial source region. We track one single EMIC wave packet and analyze how its properties evolve along its trajectory. In diagnosing the wave normal angle (WNA) of the packet, we propose a novel method called Wave Front Shape Identification (WFSI). The ellipticity can also been calculated after we know the WNA. By comparing the ellipticity calculated from the linear theory and the ellipticity diagnosed from the simulation, we conclude that in a proton‐electron plasma, EMIC waves would turn from a left‐handed polarization to a linear polarization solely due to the propagation effect when the waves propagate toward higher latitudes and become oblique. We also find that the peak frequency of the wave packet (the wave mode with the maximum amplitude) decreases when propagating toward higher latitudes, which is due to different growth and damping behavior of different modes.
Quasilinear Diffusion of Protons by Equatorial Magnetosonic Waves at Quasi‐Perpendicular Propagation: Comparison With the Test‐Particle Approach
Authors: Min Kyungguk , Liu Kaijun 
Published: December 2021

AbstractAlthough some plasma waves exhibit the largest growth rate and amplitude at 90° wave normal angle (WNA), particle scattering by these waves in a quasilinear (QL) sense has seldom been examined previously. Using test‐particle calculation and QL theory and assuming a uniform background magnetic field, the present study investigates the proton scattering by equatorial fast magnetosonic waves (MSWs; a.k.a equatorial noise) with varying WNAs including 90°. Comparison with the diffusion coefficients in momentum space obtained from the test‐particle approach indicates that the QL diffusion coefficients due to MSWs are consistent with those estimated from the test‐particle method up to 90° WNA, provided that MSWs described conform to the usual QL theory assumptions. The test‐particle dynamics due to MSWs at 90° WNA are examined in detail. Although in the QL picture, perpendicularly propagating MSWs are only supposed to resonate with protons at integer harmonic frequencies, waves at slightly off‐integer harmonic frequencies as part of a narrowband discrete spectrum of incoherent MSWs play an important role in making the proton scattering stochastic. Considering the recent test‐particle result of bounce‐averaged resonance of energetic protons, non‐zero wave power at the WNAs ≳89.5° typically excluded in QL diffusion can be important for ring current proton dynamics.
Modeling Inner Proton Belt Variability at Energies 1 to 10 MeV Using BAS‐PRO
Authors: Lozinski Alexander R. , Horne Richard B. , Glauert Sarah A. , Del Zanna Giulio , Claudepierre Seth G. 
Published: December 2021

AbstractGeomagnetically trapped protons forming Earth's proton radiation belt pose a hazard to orbiting spacecraft. In particular, solar cell degradation is caused by non‐ionising collisions with protons at energies of several megaelectron volts (MeV), which can shorten mission lifespan. Dynamic enhancements in trapped proton flux following solar energetic particle events have been observed to last several months, and there is a strong need for physics‐based modeling to predict the impact on spacecraft. However, modeling proton belt variability at this energy is challenging because radial diffusion coefficients are not well constrained. We address this by using the British Antarctic Survey proton belt model BAS‐PRO to perform 3D simulations of the proton belt in the region 1.15 ≤ L ≤ 2 from 2014 to 2018. The model is driven by measurements from the Radiation Belt Storm Probes Ion Composition Experiment and Magnetic Electron Ion Spectrometer instruments carried by the Van Allen Probe satellites. To investigate sensitivity, simulations are repeated for three different sets of proton radial diffusion coefficients DLL taken from previous literature. Comparing the time evolution of each result, we find that solar cycle variability can drive up to a ∼75% increase in 7.5 MeV flux at L = 1.3 over four years due to the increased importance of collisional loss at low energies. We also show how the anisotropy of proton pitch angle distributions varies with L and energy, depending on DLL. However we find that phase space density can vary by three orders of magnitude at L = 1.4 and μ = 20 MeV/G due to uncertainty in DLL, highlighting the need to better constrain proton DLL at low energy.