Miracle-dz/UniFAR-FTUs huggingface dataset:
Understanding the effects of specific techno-stressors on strain and job performance: a meta-analysis of the empirical evidence

PurposeWhile the phenomenon of technostress has received significant attention from researchers in recent years, empirical findings concerning the consequences of specific forms of techno-stressors have remained scattered and contradictory. The authors aim to integrate the conclusions of previous studies to understand the effects of specific techno-stressors on strain and job performance.Design/methodology/approachThis study employs meta-analytic techniques to calibrate the findings of 67 studies investigating more than 63,100 employees.FindingsIn general, not all techno-stressors have adverse effects. In particular, techno-uncertainty does not impact job performance. In addition, relative weight analyses reveal the relative importance of techno-complexity and techno-insecurity as predictors of both strain and job performance. Finally, this study finds that the effects of specific techno-stressors on job performance vary depending on research participants' gender, educational attainment and employment status.Originality/valueFirst, this study provides a more nuanced view of the effects of specific techno-stressors. Second, this research clarifies the relative importance of specific techno-stressors as predictors of strain and job performance. Finally, this study reveals the moderating effects of demographic variables on the relationships between specific techno-stressors and job performance.
Neurological complications of severe Influenza A in children

Introduction: Neurological complications of Influenza infection in pediatric population vary in incidence and severity. The central nervous system is most often affected by encephalitis and encephalopathy. Acute necrotizing encephalopathy (ANE) is the most serious complication. The aim of this case study was to present a variety of severe cases of neuro-influenza in pediatric patients. Methods: The study presents five children who were hospitalized in the pediatric intensive-care unit due to neurological complications of Influenza A infection during the winter season of 2022/2023. The identification of the causative agent was carried out by the reversetranscription-polymerase chain reaction or by the detection of viral antigens in the samples of nasopharyngeal swabs. Results: Four out of five presented patients were male. The average age at admission was 6 years (min. 7 months, max. 11 years). All patients had an acute disturbance of consciousness at admission and four of them had seizures. Neurological complications of Influenza A infection presented as acute encephalitis, posterior reversible encephalopathy syndrome, acute disseminated encephalomyelitis, encephalopathy, and ANE. Neurological signs appeared approximately four days after the first symptoms. There were no lethal outcomes. Younger patients had more severe brain damage and took longer to recover. None of the children had been vaccinated against the flu. Conclusions: Children presenting with acute neurological deterioration during influenza season should be evaluated for influenza-associated central nervous system complications even if the respiratory involvement is mild or there are no respiratory signs at all. Magnetic resonance imaging is the most important tool for early diagnosis.
BIBLIOMETRIC ANALYSIS AND MAPPING WITH VOSVIEWER IN NEET-HEAD RESEARCH IN SOCIAL SCIENCES

The concept of NEET, which is derived from the initials of the words “Not in Employment, Education or Training”, is a classification used to describe only the idle young unemployed in the labor market between the ages of 15-65. Starting from England, which we can accept as the birthplace of the concept, it has emerged as a research field that has been increasing day by day since the 2000s. At this stage, bibliometric analyzes gain importance in order to see the historical process, interaction power, scientific and political effects of scientific research related to NEET, and to measure its quality and quality. In order to make this analysis, references to scientific studies are an important indicator. In this study, citation analysis was performed with the help of VOSviewer open source software, which works on a cluster-based basis thanks to its special algorithms, and the relations between researches, countries, keywords and authors were analyzed. As a result of this analysis, relationship networks were mapped and interpreted.
Chapter 11 The older volcanic complexes of São Miguel, Azores: Nordeste and Povoação

Abstract The oldest part of São Miguel is to the east of Furnas. Previous research argued that these volcanics belong to a construct called the Nordeste Volcano, a heavily eroded shield which not only extends to the east coast of the island but also underlies Furnas Volcano in the west. On the basis of geomorphological mapping, we argue that Nordeste comprises two volcanic systems: an older Nordeste construct (the Nordeste Volcanic System) and the younger Povoação Volcano that straddles the Nordeste shield on its western margin. The Nordeste Volcanic System consists of the Lower Basalts which constitute the overwhelming majority of its subaerial products that are exposed in coastal cliff sections. Above the Lower Basalts is a surficial drape of ankaramites and the Upper Basalts. There is no evidence of large explosive trachytic eruptions from Nordeste Volcanic System. Povoação Volcano comprises an early shield construct, after which the volcano experienced caldera collapse. Post-caldera deposits are poorly exposed, but include basaltic, mugearitic and trachytic lavas intercalated by cut-and-fill sequences. Radiometric dating has yet to resolve fully the absolute ages of the Nordeste and Povoação volcanic systems, but morphology indicates that the former is much older than the latter.
Influence of Music Engagement and Movement on Daily Living Skills in Children with Down Syndrome

Many studies have found that Orff-Schulwerk music activities can be used to help children with special needs learn various skills; however, little research has been conducted on Orff-Schulwerk as a tool for helping children with Down syndrome (DS) learn skills of daily living. To fill this research gap, a collective case study was conducted. This study recruited five children with DS aged 7–10 years to participate in an 8-week class to develop two skills of daily living through music engagement and movement (MEM) based on Orff-Schulwerk. Four participants nearly or fully mastered the two skills, and only one did not have complete mastery and needed prompting to perform both daily living skills correctly. This finding suggests that MEM can help children with DS learn skills of daily living. Thematic analysis showed that the fun of musical activities kept DS children interested and enjoying the MEM program. Meanwhile, MEM helped children to concentrate, understand and memorize daily living skills in the class. In addition, the encouragement and affirmation given by the teacher helped them to increase their self-confidence in classes and not to give up easily due to difficulties.
DRAINAGE PATTERN SIGNIFICANCE IN AIRPHOTO IDENTIFICATION OF SOILS AND BEDROCKS

THIS PAPER REPORTS THE ANALYSES OF DRAINAGE PATTERNS FOR THEIR USE IN THE IDENTIFICATION OF REGIONAL SOILS AND BEDROCKS BY MEANS OF AIRPHOTOS. THE STUDY IS ONE OF SEVERAL CONCERNING THE INTERPRETATION OF AERIAL PHOTOGRAPHS BY THE JOINT HIGHWAY RESEARCH PROJECT AT PURDUE UNIVERSITY. THE RELATIVE EASE WITH WHICH STREAM SYSTEMS CAN BE OBSERVED ON AERIAL PHOTOGRAPHS FACILITATES THE RECOGNITION OF DRAINAGE PATTERNS. IN THE NATURAL SCIENCES, IT HAS BEEN ACCEPTED FOR A LONG TIME THAT CERTAIN BASIC DRAINAGE PATTERNS SUCH AS THE DENDRITIC, TRELLIS, RADIAL, PARALLEL, ANNULAR, AND RECTANGULAR ARE ASSOCIATED WITH SPECIFIC LAND SURFACE MATERIALS. AIRPHOTO INTERPRETATION HAS REVEALED SEVERAL MODIFICATIONS OF THE BASIC DRAINAGE PATTERNS. FOR EXAMPLE, SOME OF THESE MODIFIED TYPES ARE THE RETICULAR, PHANTOM, AND LACUNATE. DRAINAGE PATTERNS, TRACED DIRECTLY FROM REPRESENTATIVE AIRPHOTOS OF VARIOUS PHYSIOGRAPHIC REGIONS THROUGHOUT THE UNITED STATES, ARE PRESENTED AS ILLUSTRATIONS OF PATTERNS WHICH DEVELOP IN THE SOILS AND BEDROCKS TYPICAL OF THE REGIONS. THESE EXAMPLES HAVE BEEN SELECTED TO SHOW NOTICEABLE DIFFERENCES IN DRAINAGE PATTERNS. FOR INSTANCE, DRAINAGE PATTERNS IN REGIONS WHERE THE ROCKS ARE BARE OR ARE COVERED ONLY WITH SHALLOW SOILS, ARE DECIDEDLY DIFFERENT THAN THOSE IN REGIONS OR DEEP GLACIAL DRIFT. LIKEWISE, DRAINAGE PATTERNS DEVELOP DIFFERENTLY IN HORIZONTAL ROCKS THAN IN TILTED ROCKS. IT IS CONCLUDED THAT SURFACE DRAINAGE PATTERNS CAN BE RELIED UPON IN THE AIRPHOTO IDENTIFICATION OF SOILS AND BEDROCKS ON A REGIONAL BASIS. /AUTHOR/
How many species change names in a germplasm bank? Study of the Anhembi Experimental Station eucalypt germplasm bank and practical implications

Eucalypts are a long-cycle crop that have been introduced in Brazil during several decades. The germplasm banks of the country make available several populations whose botanical classifications are somewhat outdated since these classifications have been subject to several modifications over the years. This study outlines a review of species with outdated classifications in the Anhembi Experimental Station of Forest Sciences (ESALQ/USP), one of Brazil’s main eucalypt germplasm banks and discusses the possible implications for the breeding programs that use said germplasm. In this survey, we found records that indicate introductions were made of populations of 20 eucalypts species. However, this number has increased according to the most recent update of botanical classifications, and the Anhembi Germplasm Bank has currently 22 species after a few species were reclassified. Furthermore, a major change has been the reclassification of some species from the genus Eucalyptus to the genus Corymbia. One original introduction, Eucalyptus maculata, is now considered to be (according to original provenances), Corymbia maculata and C. variegata . One species originally introduced as E. pellita has been renamed E. scias ; E. pellita still exists in north Queensland, Australia and Papua New Guinea, while E. scias has a much smaller southerly distribution in New South Wales, Australia. Similarly, an introduction of E. phaeotricha is now generally considered to be E. tindaliae, and an introduction of E. resinifera is now considered to be E. macta (according to the provenance area of the introduction). The confusing classification of the species is aggravated, in some cases, by the lack of detailed studies that allow comparing the species introduced with the same name, regarding wood productivity, tolerance and/or traits that are fundamental for defining the species to be introduced or worked on by the breeding programs.
RARE EARTH ELEMENT IN GREENSCHIST FACIES ROCK FROM BANTIMALA COMPLEX SOUTH SULAWESI INDONESIA

The occurrences of rare earth elements (REE) have been determined using Laser Ablation Inductive Couple Plasma-Mass Spectrometry (LA-ICP-MS) method from greenschist facies rock in Bantimala Complex, South Sulawesi. Greenschist facies rocks occur as product of low grade metamorphism along with HP metamorphic rock, including eclogite and bluschist facies rocks. Major element result show that the greenschist facies rock were derived from various affinities, ranged from mid oceanic ridge basalt to upper continental crust which has intermediate to basic composition. They were also enriched in rock with intermediate composition, particularly quartzepidote chlorite schist whereas other rock which have more basic affinity show relatively low content of REE. All the greenschist facies rocks were characterized by moderate irregular REE pattern with some variation showing LREE enrichment except those from albite actinolite schist. Generally, the ∑REEs+Y ranges from 9 – 786 ppm with average of 173 ppm. The LREE was much concentrated than the HREE except for albite actinolite schist by a factor of 2.36 – 6.27, which suggested that the LREE content in greenschist facies rocks were derived from intermediate rock composition rather than basaltic composition. It is shown from the study that
SPATIAL AUTOCORRELATION OF GENETIC STRUCTURE IN A POPULATION OF CYCLOBALANOPSIS GLAUCA IN HUANGSHAN, ANHUI

Genetic structure is defined as non-random distribution of genetic variation, and this study utilised spatial autocorrelation analysis to analyse variation among genotypes in a single population as, especially for within deme analysis, it is better than F -statistics or G ST . The genotype of all individuals ≥2.5 cm DBH in a western Huangshan population of Cyclobalanopsis glauca was detected using allozyme analysis, and spatial autocorrelation of each allele was then analyzed using Moran's I . Most Moran's I values for alleles were larger than expected values, but two of the alleles had significant positive spatial autocorrelation. Detailed analysis showed that most alleles were significantly spatial-autocorrelated at short distances. A correlogram showed positive spatial autocorrelation in all alleles except Est-2-d at short distances (0-5 m). In general, Moran's I indices decreased as distance interval increased. However, the trends of different alleles varied, and therefore no dominant evolutionary factors could be identified.
Acoustic Multi-Parameter FWI for the Reconstruction of P-Wave Velocity, Density and Attenuation: Preconditioned Truncated Newton Approach

Multi-parameter full waveform inversion is a challenging problem, mainly because of the existence of trade-offs between subsurface parameters. Mitigating these trade-offs requires to account accurately for the inverse Hessian operator during the minimization process. In this study, we investigate the efficiency of the truncated Newton minimization approach in the 2D acoustic frequency-domain approximation for the simultaneous reconstruction of P-wave velocity, density and attenuation factor. To further enhance the performances of the truncated Newton algorithm, a preconditioner adapted to this multi-parameter problem is designed, based on a 3× 3 block approximation of the Hessian operator where each block is diagonal. Numerical results on the synthetic Valhall model illustrate the interest of this strategy.
Forensic, legal, and clinical aspects of deaths associated with implanted cardiac devices

As the population ages, the prevalence of heart failure and individuals wearing an implanted cardiac device is increasing. The combination of different underlying pathophysiologies and (the combination of) implanted cardiac devices can become a challenge with regard to the determination of cause and manner of death in such individuals. Additionally, heart disease is frequently associated with mental disease, ranging from anxiety and depression to suicidality and suicide (attempts). At the same time, the correct diagnosis of cause and manner of death is the basis for quality assurance, further therapeutic advances, legal safety, and suicide prevention. By that, an interdisciplinary field between legal medicine, clinicians, and law enforcement opens up. In this field, the different participants can simultaneously benefit from and need each other. For example, legal medicine experts need investigatory results and clinical expertise for the interpretation of readout data of implanted cardiac devices in order to correctly determine the cause of death. A correctly determined cause of death can assist law enforcement and help clinicians to further improve various therapeutic approaches based on correct mortality data collection. In addition, it is the basis for identification of suicides of device carriers, allowing psychological and psychiatric experts to better understand the burden of mental disease in this particular cohort. Against this interdisciplinary background, this manuscript summarizes information about psychiatric comorbidities and suicidality while being on a device. Thereby, basic information on complications and malfunctions of implanted cardiac devices, device-associated deaths with particular emphasis on device manipulation is displayed as basic information needed for correct determination of the cause of death. Also, legal and ethical issues in this field are outlined. The final result is a proposal of an interdisciplinary assessment workflow for a conjoint approach to improve the diagnosis of deaths associated with implanted cardiac devices. It will allow for a differentiation between an individual who died with or due to the device.
Hymenoptera Allergy Diagnosis through Their Presence on Human Food

Venom immunotherapy (VIT) protects up to 98% of treated Hymenoptera allergy patients from reactions with new stings. A correct diagnosis with the identification of the venom causing the allergic reaction is essential to implementing it. The knowledge of the Hymenoptera foraging habits when the sting takes place in a food environment would allow the culprit insect to be known. Images of Hymenoptera occurring in environments where there was human food were recorded in Spain, including the date of the image, the place description and its geolocation. The insects’ genus and species were identified by an entomologist. Results: One hundred and fifty-five images depicting 71 insects were analyzed. The identified insects were Vespula (56), Vespa (7), Polistes (4), Cerceris (2), Bombus (1) and Apis (1). Most (97.1%) of the images were obtained in summer and early autumn, outdoors in terraces (64%). Meat was the food associated with 47.9% of the images. In protein-rich foods, Vespula was found in 89%. Conclusions: Vespula was the main Hymenoptera associated with food environments in our country (78.87%), and in most of the cases (71%), the food involved is a source of protein, such as meat or seafood. In that environment, the probability that the insect is a Vespula would be 89%.
Local Time Variations of Ionospheric F Layer Radial Current in Response to Enhanced Solar Wind Input

Using Challenging Minisatellite Payload and the Republic of China Satellite‐1 observations, the response of ionospheric radial current (IRC) in the F region to the enhancement of merging electric field (Em) at different magnetic local times (MLT) is investigated. Possible physical mechanisms are discussed in terms of neutral wind, conductivity, and prompt penetration electric field (PPEF). The disturbance IRC (ΔIRC) increases in the upward (downward) direction in the daytime (nighttime) within 3 hr after Em enhancement. However, disturbance zonal winds increase westward (eastward) at 12–18 MLT (00–06 MLT). The reduced F region electron density may help weaken IRC at 06–12 MLT and 18–24 MLT. This work indicates that the daytime eastward (nighttime westward) PPEF drives equatorward (poleward) Hall current (JH) at low latitudes, resulting in both upward (downward) ΔIRC and eastward (westward) plasma drift at the F region magnetic equator.
Nord Stream: Not Just a Pipeline An analysis of the political debates in the Baltic Sea region regarding the planned gas pipeline from Russia to Germany

This report is an analysis of the planned gas pipeline from Russia to Germany through the Baltic Sea known as Nord Stream. Although not yet realised, the project has, since its birth, been the subject of harsh criticism and opposition by a significant number of states that consider themselves affected by the pipeline. Whereas the Baltic States and Poland have interpreted the pipeline as a politically motivated strategy that will increase Russia’s leverage on them and threaten their energy security, the debate in Sweden was at first mostly concerned with the prospect of increased Russian military presence in the Swedish Exclusive Economic Zone. The potential environmental impact of the pipeline has been, and continues to be, an overarching concern shared by all the littoral states of the Baltic Sea. Proponents of Nord Stream, most notably Germany, Russia and the Nord Stream consortium, have largely dismissed the concerns as unwarranted and argue that the pipeline is a common European project that all EU-members should embrace, as it will provide much-needed gas to an increasingly energythirsty union. This report is an extensive study of the divergent attitudes and debates that have surged in the region regarding Nord Stream, and the aim is to provide plausible explanations as to why the interpretations of the project have been so different in the various states. The report is based on a variety of sources, including several first-hand interviews with researchers and government officials in the Baltic Sea region.
Reason Generation for Point of Interest Recommendation Via a Hierarchical Attention-Based Transformer Model

Existing point-of-interest (POI) recommendation methods only show the direct recommendation results and lack the proper reasons for recommendation. In recent years, explainable recommendation has become an increasingly important subfield in recommendation systems. The aim of explainable recommendation is to provide a reason why an item is recommended to a user. In this way, it helps to improve the transparency, persuasiveness and user satisfaction of recommendation systems. The explainable recommendation should indicate users' preferences for POIs, such as the category and the price. In addition, to increase the diversity of the results, we take emotional intensity into account in our model to generate more vivid reasons. To this end, we propose a hierarchical attention-based transformer model to generate reasons with specific topics and different emotions. With a hierarchical attention mechanism, we can capture the word-level and attribute-level preferences of users. In addition, we also learn the latent representation of the emotion score to generate diverse recommendation reasons. We evaluate the proposed model on a new real-world dataset collected from three travel service websites. The experimental results demonstrate that our method outperforms the related approaches for reason generation.