Miracle-dz/UniFAR-FTUs huggingface dataset:
DO STEREOTYPES HINDER OR PROMOTE FOREIGN DIRECT INVESTMENT? THE CASE OF WESTERN

In this paper we explore the influence of national stereotyping on bilateral foreign direct investment (FDI) in seven countries of former Yugoslavia 25 years after it disintegrated. Western Balkan countries face revived economic cooperation, but also large and ongoing differences in economic development and bilateral FDI. Their understanding lies beyond the wellknown determinants of FDI location choice. The results show a positive relationship between the share of positive stereotypes and the share of inward FDI in total FDI in the former Yugoslav countries. The value of inward FDI stocks in host countries for which positive stereotypes dominate is statistically significantly higher than in countries where negative stereotypes exist. Qualitative analysis further indicated that stereotypes influence the initial decision-making and learning process, as well as control and management in foreign affiliates. Positive stereotypes enhance and increase FDI, while negative ones stimulate learning and risk assessment. A lack of inter-cultural knowledge and (subsequent) failures may lead to the (ab)use of stereotypes as excuses.
The Moral Judgment Of The Child

Sentimental RulesThe Practice of Moral JudgmentA Study of the Relationship Between the Moral Judgment of the Teacher and the Moral Atmosphere in the ClassroomThe Moral Judgment of Th ChildThe Oxford Handbook of Thinking and ReasoningThe Moral Judgment Of The ChildThe Measurement of Moral Judgement: Volume 2, Standard Issue Scoring ManualThe Moral Judgment of the Child. (Translated by Marjorie Gabain). The Moral Judgment of the Child [by] Jean PiagetThe Moral Judgement of the ChildReading As Interaction: Moral Judgment and the Works of Ian McewanMoral Judgments as Educated IntuitionsBeyond Moral JudgmentMoral Judgments and Social EducationMoral JudgmentAn Introduction to EthicsHume’s Theory of Moral JudgmentThe Moral Judgment of the ChildMoral Dilemmas and Ethical ReasoningSentimental RulesA Study of the Influence of Custom on the Moral Judgment (Classic Reprint)Moral Judgment and the Moral Point of ViewReading Minds for Moral JudgementMoral JudgmentConstraint Areas and the Moral Judgment of ChildrenSocial Aesthetics and Moral JudgmentMaking Moral JudgmentsThe Metaethics of Constitutional AdjudicationMoral Dilemmas and Ethical ReasoningA Study of the Influence of Custom on the Moral JudgmentMoral JudgementPsychology of Learning and MotivationSocial Discourse and Moral JudgementThe Grounds of Moral JudgementThe Moral JudgmentThe Moral Judgment of the ChildThe Genesis of the Moral Judgment in PlatoA Study of the Influence of Custom on the Moral JudgmentThe Moral Judgment of the Child Primary Source EditionPrejudice Formation and Stereotype Internalization from Media
Inherited cultural capital and growth aspirations in Tanzanian business at the bottom of the pyramid

ABSTRACT A large body of literature discusses the relationship between growth aspirations of small and medium-sized enterprise owners in emerging economies and the social capital and formal education of the entrepreneur. We argue that inherited cultural capital, rooted in the social background of the owner, is an additional important element to explain differences in growth aspirations, in particular for business owners at the bottom of the pyramid (BoP) in less developed countries. Our data confirm that different elements of inherited cultural capital do have a major influence on aspirations. The results suggest that this is related to the observation that small businesses operating at the BoP, in a weak institutional context, face difficulties in accessing social capital.
Whose Opinion Is It? Public Debates and Repertoires of Action in Greece During the First Covid-19 Lockdown Period

To what extent do public health crises create unity or polarise the public sphere? We investigate the development and dynamics of the public debate in Greece in light of Covid-19 to detect polarisation within the public sphere. We cover the first wave of the pandemic (March-May 2020), assessing reactions to government measures. In times of crises, the public looks for shortcuts in the media to assess the overabundance of information and digest the complexity of a crisis. Hence, people look at opinion leaders for guidance or to reinforce their own views. To assess the formation of the public debate and public responses we look at the cues the public receives via the media. Through a content analysis of editorial pieces in Greek newspapers we code references to government responses, the public response or the responsibility of fellow citizens, and the role of experts in providing professional advice to the government and guidance to society. The differential of positive and negative references reflects and determines a polarised debate that triggers public mobilisation and engagement with specific repertoires of action. The findings assist in understanding the adherence to government guidance by the public and the passive reception or contestation of measures.
Three-dimensional modelling, disparity and ecology of the first Cambrian apex predators

Radiodonts evolved to become the largest nektonic predators in the Cambrian period, persisting into the Ordovician and perhaps up until the Devonian period. They used a pair of large frontal appendages together with a radial mouth apparatus to capture and manipulate their prey, and had evolved a range of species with distinct appendage morphologies by the Early Cambrian (approx. 521 Ma). However, since their discovery, there has been a lack of understanding about their basic functional anatomy, and thus their ecology. To explore radiodont modes of feeding, we have digitally modelled different appendage morphologies represented by Anomalocaris canadensis, Hurdia victoria, Peytoia nathorsti, Amplectobelua stephenensis and Cambroraster falcatus from the Burgess Shale. Our results corroborate ideas that there was probably a significant (functional and hence behavioural) diversity among different radiodont species with adaptations for feeding on differently sized prey (0.07 cm up to 10 cm). We argue here that Cambroraster falcatus appendages were suited for feeding on suspended particles rather than filtering sediment. Given the limited dexterity and lack of accessory feeding appendages as seen in modern arthropods, feeding must have been inefficient and ‘messy’, which may explain their subsequent replacement by crown-group arthropods, cephalopods and jawed vertebrates.
The Growth Responses of Picea abies (L.) Karst. to Increment Borer Wounding

ABSTRACT As the use of the increment borer is supposed to be invasive, there is a question of how coring affects subsequent growth or the health of various tree species. Ten Picea abies (L.) Karst. trees in the Beskydy Mts. (Czech Republic) were analysed nine years after coring by an increment borer (June 2011) to determine their anatomical and growth responses to the coring. Cores (13 per tree) were extracted at regular vertical and horizontal distances to evaluate the spatio-temporal pattern of the responses. Sixty percent of trees reacted to the increment boring by creating a vertical crack at the end of year 2011. Traumatic Resin Ducts (TRDs) appeared in all trees relatively soon after coring, with a predominance in the vertical axis. In the horizontal axis, TRDs gradually disappeared with increasing distance from the old coring hole. Overall the spatio-temporal occurrence of TRDs varied in the tree trunk. The immediacy of the response was indirectly dependent on the distance from the 2011 core. Trees responded by growth release the following year after coring as well. The duration of growth disturbances reached three years on average. The results show that P. abies trees are not critically endangered by increment borer coring.
Irish Fiddle and Western Classical Violin: Listener Perceptions and Acoustical Differences

This report is a summary of two studies. In the first, we compared examples of Irish fiddle performances with Western classical violin performances. Acoustical analyses showed that both classical examples produced average spectral centroids higher in frequency, higher harmonic to noise ratios, more use of vibrato, more disjunct intervals, and less ornamentation. Expert listeners described the classical examples as resonant, ringing, and brighter. Tone in the Irish examples was characterized as varied, gritty, and full-bodied. In the second study, we asked 72 music majors to listen to different recordings and respond in two ways. The first section consisted of extremely brief examples of four different solo violin styles: classical, jazz, old-time fiddle, and Irish. The second section consisted of longer examples of either Irish or classical performances. The listeners were asked to describe salient features of each. They frequently identified the following characteristics of the Irish excerpts: grace notes, double stops, ornamentation, and dance-like. In contrast, classical extracts were described using the terms: vibrato, melody, intervals, and extended technique. Implications for music listening are discussed.
Republicans, Not Democrats, Are More Likely to Endorse Anti-Vaccine Misinformation

Vaccine safety skeptics are often thought to be more likely to self-identify as Democrats (vs. Independents or Republicans). Recent studies, however, suggest that childhood vaccine misinformation is either more common among Republicans, or is uninfluenced by partisan identification (PID). Uncertainty about the partisan underpinnings of vaccine misinformation acceptance is important, as it could complicate efforts to pursue pro-vaccine health policies. I theorize that Republicans should be more likely to endorse anti-vaccine misinformation, as they tend to express more-negative views toward scientific experts. Across six demographically and nationally representative surveys, I find that—while few Americans think that “anti-vaxxers” are more likely to be Republicans than Democrats—Republican PID is significantly associated with the belief that childhood vaccines can cause autism. Consistent with theoretical expectations, effect is strongly mediated by anti-expert attitudes—an effect which supplemental panel analyses suggest is unlikely to be reverse causal.
Were there any changes in zooplankton communities due to the limitation of restoration treatments?

Abstract Zooplankton is a good indicator of water quality state. Analysing the species composition and abundance, it is possible to assess the condition of the water body and predict the direction of changes. The aim of the study was to analyse the zooplankton in a shallow urban lake, in which restoration was limited to one method, i.e. wind-aeration. The results were compared with the earlier data obtained during sustainable restoration (three methods: wind-aeration, phosphorus inactivation, biomanipulation) and before the restoration period. The zooplankton was sampled monthly in 2015 and 2016 in the deepest place of the lake from the surface to the bottom. The trophic state was determined based on rotifer trophic state index for lakes (TSIROT). Although the species composition of zooplankton communities varied very little among the restoration periods (Keratella cochlearis f. tecta mainly dominated), significant changes in the abundance of zooplankton were found in the analysed lake. The maximum of total abundance was noted in 2015, almost 5500 ind. L−1, and in the next year its decrease was almost 3-fold, to ca. 1800 ind. L-1. Based on TSIROT, the water was still eutrophic. Leaving only one method of restoration (namely, oxygenation of the bottom waters) proved insufficient to support the development of crucial organisms as cladocerans. The changes in the abundance could have resulted more from seasonal changes than from the effects of aeration. A reduction in species number and maintaining a high proportion of rotifers typical for a high trophic state indicated a return of the ecosystem to its pre-restoration state. High variability in the rotifer abundance indicated a continuous imbalance of the ecosystem. Previous restoration treatments using several methods simultaneously showed better effectiveness. The change of strategy of restoration before obtaining a stable improvement of water quality destroyed previously achieved effects.
Graph-Based Stock Recommendation by Time-Aware Relational Attention Network

The stock market investors aim at maximizing their investment returns. Stock recommendation task is to recommend stocks with higher return ratios for the investors. Most stock prediction methods study the historical sequence patterns to predict stock trend or price in the near future. In fact, the future price of a stock is correlated not only with its historical price, but also with other stocks. In this article, we take into account the relationships between stocks (corporations) by stock relation graph. Furthermore, we propose a Time-aware Relational Attention Network (TRAN) for graph-based stock recommendation according to return ratio ranking. In TRAN, the time-aware relational attention mechanism is designed to capture time-varying correlation strengths between stocks by the interaction of historical sequences and stock description documents. With the dynamic strengths, the nodes of the stock relation graph aggregate the features of neighbor stock nodes by graph convolution operation. For a given group of stocks, the proposed TRAN model can output the ranking results of stocks according to their return ratios. The experimental results on several real-world datasets demonstrate the effectiveness of our TRAN for stock recommendation.
The Effects of Controlled Drainage on N Concentration and Loss in Paddy Field

To relieve the situation of the agricultural nonpoint pollution (NPS) in south and east China, paddy field controlled drainage (PFCD) is applied as an important and efficient approach to agricultural water management. A series of PFCD tests at four major growth stages of rice were conducted by use of 18 lysimeters. Concentration of ammonia nitrogen (-N) and nitrate nitrogen (-N) in surface and subsurface paddy water was observed. The results indicated that the concentration of -N and -N in paddy water declined with the persistence of a waterlogged condition. Compared to traditional drainage, PFCD reduced N loss in surface water by 95.6%, 78.7%, 59.6%, and 87.4% at the stage of tillering, jointing-booting, heading-flowering, and milking, respectively. It should be noted that loads of N losses in surface water increased on the fourth day after waterlogging at the jointing-booting and milking stage, and surface water exhibited higher N concentration on the first day after waterlogging at each stage. Therefore, paddy field surface water drainage should be avoided in these periods.
Cultural adaptation and validation of the Children's Eating Behaviour Questionnaire in Ethiopia

Abstract Eating behaviours have been associated both with being underweight or overweight and poor growth. The Children's Eating Behaviour Questionnaire (CEBQ) is a widely used measure of child eating behaviours. The instrument is, however, mostly validated in high-income countries, with a scarcity of evidence among developing countries such as Ethiopia. The present study aims to assess the cultural adaptability and validity of the CEBQ to be used in Ethiopia. We conducted a school-based cross-sectional study among 542 caregivers of children aged 3–6 years in selected preschools. Tests of factorial validity, convergent validity and reliability were performed. The Confirmatory Factor Analysis model indicated that eight subscales provided the best fit (root-mean-square error of approximation = 0⋅05 (90 % CI 0⋅045, 0⋅055); Comparative Fit Index = 0⋅92 and Tucker–Lewis Index = 0⋅90) after seven items from the original CEBQ were removed. Convergent validity with child's weight status was found for emotional overeating, food fussiness, satiety responsiveness and slowness in eating subscales. Reliability, measured using Cronbach's α, provided values between 0⋅50 and 0⋅79. The eight-factor structure of the CEBQ showed adequate content validity and provided factorial, discriminant and convergent validity among preschool children. Further replication of the study among low-income countries is essential to improve the literature on children's eating behaviours.
COVID‐19: Thrombosis, thromboinflammation, and anticoagulation considerations

Vascular endothelial injury is a hallmark of acute infection at both the microvascular and macrovascular levels. The hallmark of SARS‐CoV‐2 infection is the current COVID‐19 clinical sequelae of the pathophysiologic responses of hypercoagulability and thromboinflammation associated with acute infection. The acute lung injury that initially occurs in COVID‐19 results from vascular and endothelial damage from viral injury and pathophysiologic responses that produce the COVID‐19–associated coagulopathy. Clinicians should continue to focus on the vascular endothelial injury that occurs and evaluate potential therapeutic interventions that may benefit those with new infections during the current pandemic as they may also be of benefit for future pathogens that generate similar thromboinflammatory responses. The current Accelerating COVID‐19 Therapeutic Interventions and Vaccines (ACTIV) studies are important projects that will further define our management strategies. At the time of writing this report, two mRNA vaccines are now being distributed and will hopefully have a major impact on slowing the global spread and subsequent thromboinflammatory injury we see clinically in critically ill patients.
Deep neural language modeling enables functional protein generation across families

Bypassing nature’s evolutionary trajectory, de novo protein generation—defined as creating artificial protein sequences from scratch—could enable breakthrough solutions for biomedical and environmental challenges. Viewing amino acid sequences as a language, we demonstrate that a deep learning-based language model can generate functional artificial protein sequences across families, akin to generating grammatically and semantically correct natural language sentences on diverse topics. Our protein language model is trained by simply learning to predict the next amino acid for over 280 million protein sequences from thousands of protein families, without biophysical or coevolutionary modeling. We experimentally evaluate model-generated artificial proteins on five distinct antibacterial lysozyme families. Artificial proteins show similar activities and catalytic efficiencies as representative natural lysozymes, including hen egg white lysozyme, while reaching as low as 44% identity to any known naturally-evolved protein. The X-ray crystal structure of an enzymatically active artificial protein recapitulates the conserved fold and positioning of active site residues found in natural proteins. We demonstrate our language model’s ability to be adapted to different protein families by accurately predicting the functionality of artificial chorismate mutase and malate dehydrogenase proteins. These results indicate that neural language models successfully perform de novo protein generation across protein families and may prove to be a tool to shortcut evolution.
Ipsilateral Stimulus Encoding in Primary and Secondary Somatosensory Cortex of Awake Mice

Lateralization is a hallmark of somatosensory processing in the mammalian brain. However, in addition to their contralateral representation, unilateral tactile stimuli also modulate neuronal activity in somatosensory cortices of the ipsilateral hemisphere. The cellular organization and functional role of these ipsilateral stimulus responses in awake somatosensory cortices, especially regarding stimulus coding, are unknown. Here, we targeted silicon probe recordings to the vibrissa region of primary (S1) and secondary (S2) somatosensory cortex of awake head-fixed mice of either sex while delivering ipsilateral and contralateral whisker stimuli. Ipsilateral stimuli drove larger and more reliable responses in S2 than in S1, and activated a larger fraction of stimulus-responsive neurons. Ipsilateral stimulus-responsive neurons were rare in layer 4 of S1, but were located in equal proportion across all layers in S2. Linear classifier analyses further revealed that decoding of the ipsilateral stimulus was more accurate in S2 than S1, whereas S1 decoded contralateral stimuli most accurately. These results reveal substantial encoding of ipsilateral stimuli in S1 and especially S2, consistent with the hypothesis that higher cortical areas may integrate tactile inputs across larger portions of space, spanning both sides of the body. SIGNIFICANCE STATEMENT Tactile information obtained by one side of the body is represented in the activity of neurons of the opposite brain hemisphere. However, unilateral tactile stimulation also modulates neuronal activity in the other, or ipsilateral, brain hemisphere. This ipsilateral activity may play an important role in the representation and processing of tactile information, in particular when the sense of touch involves both sides of the body. Our work in the whisker system of awake mice reveals that neocortical ipsilateral activity, in particular that of deep layer excitatory neurons of secondary somatosensory cortex (S2), contains information about the presence and the velocity of unilateral tactile stimuli, which supports a key role for S2 in integrating tactile information across both body sides.
Genome-wide detection of imprinted differentially methylated regions using nanopore sequencing

Imprinting is a critical part of normal embryonic development in mammals, controlled by defined parent-of-origin (PofO) differentially methylated regions (DMRs) known as imprinting control regions. As we and others have shown, direct nanopore sequencing of DNA provides a mean to detect allelic methylation and to overcome the drawbacks of methylation array and short-read technologies. Here we leverage publicly-available nanopore sequence data for 12 standard B-lymphocyte cell lines to present the first genome-wide mapping of imprinted intervals in humans using this technology. We were able to phase 95% of the human methylome and detect 94% of the well-characterized imprinted DMRs. In addition, we found 28 novel imprinted DMRs (12 germline and 16 somatic), which we confirmed using whole-genome bisulfite sequencing (WGBS) data. Analysis of WGBS data in mus musculus, rhesus macaque, and chimpanzee suggested that 12 of these are conserved. We also detected subtle parental methylation bias spanning several kilobases at seven known imprinted clusters. These results expand the current state of knowledge of imprinting, with potential applications in the clinic. We have also demonstrated that nanopore long reads, can reveal imprinting using only parent-offspring trios, as opposed to the large multi - generational pedigrees that have previously been required.