bluuebunny/crossref_metadata_2025_split huggingface dataset:
Visual Mode Switching: Improved General Compensation to Environmental Color Change Requires Only One Exposure Per Day
Authors: Li Yanjun , Tregillus Katherine EM , Engel Stephen A 
Published: April 2022

AbstractWhen the visual environment changes, vision adapts in order to maintain accurate perception. For repeatedly encountered environmental changes, the visual system may learn to adjust immediately, a process called “visual mode switching”. For example, following experience with red glasses, participants report the glasses’ redness fades instantly when they put the glasses on. Here we tested: 1) whether once-daily experience suffices for learning to switch visual modes, and 2) whether effects of mode-switching apply to most stimuli affected by the environmental change. In Experiment 1, twelve participants wore bright red glasses for a single 5-hr period each day, for 5 days; and we tested for changes in the perception of unique yellow, which contains neither red nor green. In Experiment 2, we tested how mode switching affects larger parts of the color space. Thirteen participants donned and removed the glasses multiple times a day, for 5 days; and we used a dissimilarity rating task to measure and track perception of many different colors. Across days, immediately upon donning the glasses, the world appeared less and less reddish (Experiment 1), and colors across the whole color space appeared more and more normal (Experiment 2). These results indicate that mode switching can be learned from a once-daily experience, and it applies to most stimuli in a given environment. These findings may help to predict when and how mode switching occurs outside the laboratory.
Microbial Community Dynamics of a Sequentially Fed Anaerobic Digester Treating Solid Organic Waste
Authors: Lee HyunWoo , Fitamo Temesgen M. , Nesbø Camila L. , Guilford Nigel G. H. , Kanger Kärt , Yang Minqing Ivy , Edwards Elizabeth A. 
Published: April 2022

AbstractA 50 kg-scale high solids anaerobic digestor comprising six sequentially-fed leach beds with a leachate recirculation system and an upflow anaerobic sludge blanket reactor was operated at 37°C for 88 weeks. The feedstock contained a constant fibre fraction (a mix of cardboard, boxboard, newsprint, and fine paper) and varying proportions of food waste. Significantly enhanced co-digestion and methane production from the fibres was observed as the proportion of FW was increased. The most abundant 16S rRNA amplicon sequence variant (ASV), classified as Clostridium butyricum, was correlated with the amount of FW in the system and total methane yield. However, methane yield specifically from the fibre fraction was significantly correlated with organisms classified as Candidatus Roizmanbacteria and Spirochaetaceae. These ASVs together with ASVs classified as Anaerovorax and Methanoculleus correlated strongly to other ASVs in the microbial community, suggesting these are vitally important for ecosystem function and methane production. In addition, tracing the fate of microbes derived from incoming food waste helped to diagnose a poor batch of bulking agent.Table of Contents (TOC)/ Abstract Art
HiFENS: High-throughput FISH detection of endogenous pre-mRNA splicing isoforms
Authors: Shilo Asaf , Pegoraro Gianluca , Misteli Tom 
Published: April 2022

AbstractSplicing factors play an essential role in regulation of alternative pre-mRNA splicing. While much progress has been made in delineating the mechanisms of the splicing machinery, the identity of signal transduction pathways and upstream factors that regulate splicing factor activity is less well understood. A major challenge in the discovery of upstream regulatory factors of pre-mRNA splicing is the scarcity of functional genomics screening methods to monitor splicing outcomes of endogenous genes. Here, we have developed HiFENS (High throughputFISH Detection ofENdogenousSplicing Isoforms), a high-throughput imaging assay based on hybridization chain reaction (HCR) and used HiFENS to screen for cellular factors that regulate alternative splicing of endogenous genes. We demonstrate optimized detection with high specificity of endogenous splicing isoforms and multiplexing of probes for accurate detection of splicing outcomes with single cell resolution. As proof-of-principle, we perform an RNAi screen of 702 human kinases and identify potential candidate upstream splicing regulators of theFGFR2gene. HiFENS should be a useful tool for the unbiased delineation of cellular pathways involved in alternative splicing regulation.
The effect of different treatment durations with indole-3-acetic acid (IAA)-producing endophyticBacillusspp. on tomato ‘Aicha’ under saline conditions
Authors: Belaouni Hadj Ahmed , Dif Guendouz , Toumatia Omrane , Meklat Atika , Mathieu Florence , Zitouni Abdelghani 
Published: April 2022

ABSTRACTThis study aimed to investigate the effect of indole-3-acetic acid (IAA)-producing endophytes from saline environments on survival and growth of tomato under salt stress, using different treatment times. Twenty-five endophytic bacteria were isolated from halophytes (Atriplex halimusL.,Tamarix aphyllaL.) issued from saline regions (Algeria). Five strains were selected based on tolerance to NaCl. A polyphasic taxonomic study was conducted. The selected strains were assigned to the Bacillus cereus group. Quantification of IAA production was done by high-performance liquid chromatography (HPLC). Anin vitrotest of growth promotion/protection of tomato ‘Aicha’ was conducted under saline conditions (50 mM, 75 mM, 100 mM, and 125 mM), for different durations of seed biopriming (1h, 3h, and 12h). Endophytes led to a significant amelioration of salt stress in tomato ‘Aicha’ at all salinity levels, depending on treatment times, indicating the necessity of optimizing this crucial factor.
An interplay between JA and SA modulates rapid systemic ROS signaling during responses to high light stress or wounding
Authors: Myers Ronald J , Fichman Yosef , Mittler Ron 
Published: April 2022

ABSTRACTPlants can send long distance cell-to-cell signals from a single tissue subjected to stress to the entire plant. This ability is termed ‘systemic signaling’ and is essential for plant acclimation to stress and/or defense against pathogens. Several signaling mechanisms are associated with systemic signaling, including the reactive oxygen species (ROS) wave, calcium wave, hydraulic wave, and electric signals. The ROS wave coordinates multiple physiological, molecular, and metabolic responses among different parts of the plant, and is essential for systemic acquired acclimation (SAA) to stress. In addition, it is linked with several plants hormones, including jasmonic acid (JA), salicylic acid (SA), and abscisic acid (ABA). However, how these plant hormones modulate the ROS wave and whether they are required for SAA is not clear. Here we report that SA and JA play antagonistic roles in modulating the ROS wave. While SA augments the ROS wave, JA suppresses it, during responses to a local wounding or high light (HL) stress treatments. We further show that ethylene and ABA are essential for the regulation of the ROS wave during systemic responses to a local wounding treatment. Interestingly, we found that the redox-response protein NONEXPRESSOR OF PATHOGENESIS RELATED PROTEIN 1 (NPR1) is required for systemic ROS accumulation in response to wounding or HL stress, as well as for SAA to HL stress. Taken together, our findings suggests that an interplay between JA and SA could regulate systemic signaling and SAA during responses of plants to abiotic stress or wounding.One sentence summaryAn antagonistic interaction between SA and JA attenuates the accumulation of ROS in local and systemic tissues during responses of plants to light stress or wounding.
Finite element analysis of pitting corrosion on mechanical behavior of E690 steel panel
Authors: Liu Ming 
Published: April 2022

Purpose
The purpose of this study is to analysis the pitting corrosion on the mechanical behavior of E690 high-strength steel sandwich panel. The pitting corrosion depth and degree of pitting (DOP) damage were used to evaluate the mechanical behaviors such as peak load and specific energy absorption of E690 panel.

Design/methodology/approach
The mechanical behavior of quasi-static compression, low-speed impact and three-point bending of E690 panel after pitting corrosion was simulated by ABAQUS nonlinear finite element method.

Findings
The quasi-static compression and low-speed impact mechanical properties can be greatly reduced by the pitting corrosion of the panel core, the pitting corrosion of the outer panel shows no obvious effect. The mechanical properties decrease with the increase of the pitting corrosion depth and DOP, and the influence of DOP is greater than that of pitting corrosion depth. The DOP of outer panel has less effect on mechanical properties of three-point bending compared with that of the core. Therefore, the pitting corrosion in the core of panel should be strictly controlled to prevent adverse effects on the mechanical properties of the structure.

Originality/value
To make up for the deficiency of the research on the corrosion behavior of high-strength steel sandwich panel structure, this paper chose E690 high-strength steel panel as the research object, and nonlinear finite element method was adopted to simulate the influence of pitting corrosion coverage area and pitting depth on its mechanical property degradation. The quasi-static compression, low-speed impact and three-point bending mechanical properties of panel with various DOPs and pitting depths were systematic studied.
Experimental and numerical analysis of humpback whale inspired tubercles on swept wings
Authors: Joseph Jeena , A. Sathyabhama , Sridhar Surya 
Published: April 2022

Purpose
With aims to increase the aerodynamic efficiency of aerodynamic surfaces, study on flow control over these surfaces has gained importance. With the addition of flow control devices such as synthetic jets and vortex generators, the flow characteristics can be modified over the surface and, at the same time, enhance the performance of the body. One such flow control device is the tubercle. Inspired by the humpback whale’s flippers, these leading-edge serrations have improved the aerodynamic efficiency and the lift characteristics of airfoils and wings. This paper aims to discusses in detail the flow physics associated with tubercles and their effect on swept wings.

Design/methodology/approach
This study involves a series of experimental and numerical analyses that have been performed on four different wing configurations, with four different sweep angles corresponding to 0°, 10°, 20° and 30° at a low Reynolds number corresponding to Rec=100,000.

Findings
Results indicate that the effect of tubercles diminishes with an increase in wing sweep. A significant performance enhancement was observed in the stall and post-stall regions. The addition of tubercles led to a smooth post-stall lift characteristic compared to the sudden loss in the lift with regular wings. Among the four different wings under observation, it was found that tubercles were most effective on the 0° configuration (no sweep), showing a 10.8% increment in maximum lift and a 38.5% increase in the average lift generated in the post-stall region. Tubercles were least effective on 30° configuration. Furthermore, with an increase in wing sweep, co-rotating vortices were distinctly observed rather than counter-rotating vortices.

Originality/value
While extensive numerical and experimental studies have been performed on straight wings with tubercles, studies on the tubercle effect on swept wings at low Reynolds number are minimal and mainly experimental in nature. This study uses numerical methods to explore the complex flow physics associated with tubercles and their implementation on swept wings. This study can be used as an introductory study to implement passive flow control devices in the low Reynolds number regime.
Can corporate–nonprofit partnerships buffer socially irresponsible corporations from stakeholder backlash?
Authors: Wang Rong , O'Connor Amy 
Published: April 2022

PurposeThis study aims to investigate the complex relationship between corporate–nonprofit partnership characteristics (type, duration and source of communication); attitude toward the corporation (pretest and posttest); partnership evaluation; and stakeholders' willingness to engage in anti-corporate behaviors when a corporation behaves irresponsibly and negatively impacts an individual's community. The three partnership characteristics are evaluated, individually and collectively, to discern which, if any, characteristics protect or buffer a corporation from stakeholders' engagement in negative communication behaviors when controlling for how stakeholders evaluate the partnership and the corporation.Design/methodology/approachThe study used an online experiment with 970 participants who were randomly assigned to a 2 × 2 × 3 × 2 factorial design.FindingsContrary to some previous research findings, this study found that individuals who evaluate either the corporation or the partnership favorably are more likely to engage in anti-corporate behaviors. Neither the partnership type nor communication source provides a buffering effect. The only partnership characteristic to generate a buffering effect was duration and that only occurred if the partnership lasted three years. This study concludes that when corporate social responsibility (CSR) and corporate social irresponsibility (CSI) co-occur, an amplification rather than mollifies stakeholders' willingness to enact anti-corporate communication behaviors in instances of CSI.Originality/valueThis study advances scholarly understanding of CSR and CSI as in-tandem concepts and practices. The findings challenge previous claims that corporate–nonprofit partnerships can buffer corporations from negative events. In contrast, we find that partnerships are limited in their ability to reduce stakeholders' willingness to engage in anti-corporate behaviors in instances of CSR. It also answers calls that CSR research should use non-fictitious companies to increase ecological validity of the study design.
Multiobjective optimization based on polynomial chaos expansions in the design of inductive power transfer systems
Authors: Pei Yao , Pichon Lionel , Bensetti Mohamed , Le Bihan Yann 
Published: April 2022

Purpose
The purpose of this study is to decrease the computation time that the large number of simulations involved in a parametric sweep when the model is in a three-dimensional environment.

Design/methodology/approach
In this paper, a new methodology combining the PCE and a controlled, elitist genetic algorithm is proposed to design IPT systems. The relationship between the quantities of interest (mutual inductance and ferrite volume) and structural parameters (ferrite dimensions) is expressed by a PCE metamodel. Then, two objective functions corresponding to mutual inductance and ferrite volume are defined. These are combined together to obtain optimal parameters with a trade-off between these outputs.

Findings
According to the number of individuals and the generations defined in the optimization algorithm in this paper, it needs to calculate 20,000 times in a 3D environment, which is quite time-consuming. But for PCE metamodel of mutual inductance M, it requires at least 100 times of calculations. Afterward, the evaluation of M based on the PCE metamodel requires 1 or 2 s. So compared to a conventional optimization based on the 3D model, it is easier to get optimized results with this approach and it saves a lot of computation time.

Originality/value
The multiobjective optimization based on PCEs could be helpful to perform the optimization when considering the system in a realistic 3D environment involving many parameters with low computation time.
Reflections on the evolution of a long-term study of airline cultures: an interview with Albert J. Mills and Jean Helms Mills
Authors: Bernauer Vanessa Sandra 
Published: April 2022

PurposeThe aim of this paper is to provide insights on Albert J. Mills' and Jean Helms Mills' lifelong methodological journey in the airline culture. The interview offers a retrospective and reflective insight of their research into organizational culture and the airline industry, reasons for this research, their methodological journey, challenges they faced and ways forward.Design/methodology/approachThis article is based on an interview with Albert J. Mills and Jean Helms Mills, which was virtually conducted for a professional development workshop (PDW) at the 2020 Academy of Management Meeting.FindingsAlbert J. Mills and Jean Helms Mills provide insights and reflections on their lifelong methodological journey, focusing organizational culture, discriminatory practices, and the impact of this on what constitutes men and women's work.Originality/valueThis paper draws from Albert J. Mills' and Jean Helms Mills' lifelong experience in studying gender, intersectionality and historiography in airline cultures. Scholars will be encouraged by their insights on how to start a long-term study, potential challenges, impacts of current trends and how to deal with them.
Assessing the overall fit of composite models estimated by partial least squares path modeling
Authors: Schuberth Florian , Rademaker Manuel E. , Henseler Jörg 
Published: April 2022

PurposeThis study aims to examine the role of an overall model fit assessment in the context of partial least squares path modeling (PLS-PM). In doing so, it will explain when it is important to assess the overall model fit and provides ways of assessing the fit of composite models. Moreover, it will resolve major concerns about model fit assessment that have been raised in the literature on PLS-PM.Design/methodology/approachThis paper explains when and how to assess the fit of PLS path models. Furthermore, it discusses the concerns raised in the PLS-PM literature about the overall model fit assessment and provides concise guidelines on assessing the overall fit of composite models.FindingsThis study explains that the model fit assessment is as important for composite models as it is for common factor models. To assess the overall fit of composite models, researchers can use a statistical test and several fit indices known through structural equation modeling (SEM) with latent variables.Research limitations/implicationsResearchers who use PLS-PM to assess composite models that aim to understand the mechanism of an underlying population and draw statistical inferences should take the concept of the overall model fit seriously.Practical implicationsTo facilitate the overall fit assessment of composite models, this study presents a two-step procedure adopted from the literature on SEM with latent variables.Originality/valueThis paper clarifies that the necessity to assess model fit is not a question of which estimator will be used (PLS-PM, maximum likelihood, etc). but of the purpose of statistical modeling. Whereas, the model fit assessment is paramount in explanatory modeling, it is not imperative in predictive modeling.
Area income, construction year and mobility of renters in Sweden: two hypotheses about the impact of rent control
Authors: Karpestam Peter 
Published: April 2022

Purpose
This paper aims to test two hypotheses related to the supposedly negative impact of rent control on residential mobility: the mobility of renters is, first, negatively related to how attractive their residential areas are and, second, relatively high for renters living in properties built after 2005.

Design/methodology/approach
This paper estimates logit and multinomial logit regressions and models household moves. The multinomial logit regressions separate between short- and long-distance moves and between moves to rentals and to owned dwellings. This paper uses the “relative income” of the tenants’ residential areas to proxy area attractiveness. This paper estimates regressions for entire Sweden and the three largest “commuting” regions and municipalities, respectively.

Findings
The full sample provides support of both hypotheses in all regressions. Hypothesis one gets stronger support for moves to other rentals than moves to owned dwellings but about equally strong support for short- and long-distance moves. Hypothesis one obtains strongest support in Gothenburg municipality while hypothesis two obtains strongest support in the Malmö region. Also, hypothesis two obtains stronger support for short-distance moves than long-distance moves and slightly stronger support for moves to owned dwellings than those to rented dwellings.

Research limitations/implications
This paper does not estimate “how much” rent control affects mobility, and results cannot be used to design specific rent setting policies. Results may be sensitive to how different types of moves are defined.

Practical implications
Efforts to reform rent setting policies in Sweden are encouraged.

Originality/value
To the best of the author’s knowledge, this paper’s two hypotheses are not tested before in Sweden and can be tested without control groups.
Learning from safeguarding adult reviews about Transitional Safeguarding: building an evidence base
Authors: Preston-Shoot Michael , Cocker Christine , Cooper Adi 
Published: April 2022

Purpose
The purpose of this paper is to set out the evidence base to date for Transitional Safeguarding to support authors of Safeguarding Adult Reviews (SARs) where Transitional Safeguarding is a key theme in the review.

Design/methodology/approach
This paper draws on key evidence from several published sources about Transitional Safeguarding in England. This evidence is presented in this paper as a framework for analysis to support SAR authors. It follows the same four domains framework used in other adult safeguarding reviews: direct work with individuals; team around the person; organisational support for team members; and governance. This framework was then applied to two SARs written by two of the article’s authors.

Findings
The framework for analysis for Transitional Safeguarding SARs was applied as part of the methodology of two separate SARs regarding three young people. Key reflections from applying the framework to both SARs are identified and discussed. These included: providing an effective framework for analysis which all participants could use and a contribution for developing knowledge. Whilst many issues arising for safeguarding young people are similar to those for other adults, there are some unique features. The ways in which the gaps between children and adults systems play out through inter-agency and multi-professional working, as well as how “lifestyle choices” of young people are understood and interpreted are key issues.

Practical implications
This paper presents an evidence base regarding Transitional Safeguarding for SAR authors who are tasked with completing a SAR where Transitional Safeguarding is a key theme.

Originality/value
This paper draws together key literature and evidence about Transitional Safeguarding practice with young people. This paper argues that this framework for analysis provides SAR authors with a useful tool to support their analysis in this complex area of practice.