Miracle-dz/UniFAR-FTUs huggingface dataset:
Propagating Mechanisms of the 2016 Summer BSISO Event: Air‐Sea Coupling, Vorticity, and Moisture

During the summer of 2016, a boreal summer intraseasonal oscillation (BSISO) event was observed over Southeast Asia and the South China and Philippine seas. Precipitation anomalies associated with this event propagated northward at a speed of 0.5–1° per day from July to August. To understand the mechanisms, a regional atmosphere‐ocean coupled system with the Weather Research and Forecasting (WRF) model and the Hybrid Coordinate Ocean Model (HYCOM) is used to study this BSISO event. The 50‐day‐long coupled simulations reasonably capture large‐scale northward propagation of the event. Coupled simulations with altered air‐sea interaction and atmosphere‐only simulations with prescribed sea surface temperature illuminate the insignificant role of air‐sea interaction within the computation domain in the northward propagation the for this event. Diagnostics of the coupled simulation as well as the ECMWF‐Interim reanalyses indicate that convection and barotropic vorticity are largely in phase north of 5°N during the event. The BSISO convection is accompanied by moisture anomalies whose magnitudes increase as the BSISO propagates northward. Analysis of the moisture budget shows that positive horizontal advection leads positive moisture anomalies on the intraseasonal time scale north of 10°N. The vorticity‐convection relationship, the lead‐lag relationship between moisture and its horizontal advection, and the latitude dependence of each for this BSISO event are consistent with general features of BSISO events composited with ECWMF‐Interim reanalysis and satellite precipitation data sets.
Hanging: A Ten-Year Retrospective Review of Malaysian Forensic Cases

Introduction: Hanging is one of the most common methods of suicide in Malaysia, and to date, there is a rise in the number of deaths by hanging among adults. The purpose of this study was to determine the pattern of hanging in Malaysia from the year 2000 till 2009. Methods: The sample comprised 108 cases received at the Universiti Kebangsaan Malaysia Medical Centre, and five parameters, namely, age, sex, racial affiliation, marital status, and medical history were studied. Results: Of the 108 cases, 56% was reported to be Chinese. Suicide by hanging was more predominant in males (81%), and a high number of cases were seen in age groups of 21 to 30, 31 to 40 and 41 to 50 years. Of the cases studied, half of them were married, and previous history of physical and mental illness and alcohol intoxication were reported. Conclusions: In brief, this data would help the higher authorities in detecting the causes of suicide by hanging, as well as detecting the high risk groups with suicidal tendencies. In this way, suicide can be prevented and thus, the rate of suicide by hanging could be reduced in Malaysian.
Mangrove diversity loss under sea-level rise triggered by bio-morphodynamic feedbacks and anthropogenic pressures

Mangrove forests are valuable ecosystems, but their extent and diversity are increasingly threatened by sea-level rise and anthropogenic pressures. Here we develop a bio-morphodynamic model that captures the interaction between multiple mangrove species and hydro-sedimentary processes across a dynamic coastal profile. Numerical experiments are conducted to elucidate the response of mangrove assemblages under a range of sea-level rise and sediment supply conditions, both in the absence and presence of anthropogenic barriers impeding inland migration. We find that mangrove coverage can increase despite sea-level rise if sediment supply is sufficient and landward accommodation space is available. Tidal barriers are mainly detrimental to mangrove coverage and result in species loss. Importantly, we show that bio-morphodynamic feedbacks can cause spatio-temporal variations in sediment delivery across the forest, leading to upper-forest sediment starvation and reduced deposition despite extended inundation. As such, bio-morphodynamic feedbacks can decouple accretion rates from inundation time, altering mangrove habitat conditions and causing mangrove diversity loss even when total forest coverage remains constant or is increasing. A further examination of bio-morphodynamic feedback strength reveals that vegetation-induced flow resistance linked to mangrove root density is a major factor steering the inundation-accretion decoupling and as such species distribution. Our findings have important implications for ecosystem vulnerability assessments, which should account for the interactions between bio-morphodynamics and mangrove diversity when evaluating the impacts of sea-level rise on species assemblages.
Evaluating potential effects of solar power facilities on wildlife from an animal behavior perspective

Solar power is a renewable energy source with great potential to help meet increasing global energy demands and reduce our reliance on fossil fuels. However, research is scarce on how solar facilities affect wildlife. With input from professionals in ecology, conservation, and energy, we conducted a research‐prioritization process and identified key questions needed to better understand impacts of solar facilities on wildlife. We focused on animal behavior, which can be used to identify population responses before mortality or other fitness consequences are documented. Behavioral studies can also offer approaches to understand the mechanisms leading to negative interactions (e.g., collision, singeing, avoidance) and provide insight into mitigating effects. Here, we review how behavioral responses to solar facilities, including perception, movement, habitat use, and interspecific interactions are priority research areas. Addressing these themes will lead to a more comprehensive understanding of the effects of solar power on wildlife and guide future mitigation.
First Year’s Work Experiences of Foreign Educated Nurses Coming to Norway From Other European Countries

Introduction Nurses educated in the European Union and European Economic Area are automatically given professional authorization to work in all member states, facilitating workforce mobility between countries. Along with many other European countries, Norway faces nursing shortages in healthcare. European Foreign Educated Nurses are often recruited to work in Norway by agencies or apply for work themselves. Aims To explore the experiences Foreign Educated Nurses from European Union and European Economic Area had with their preparation and orientation programs and their first year of work in Norwegian elderly care institutions Methods The study followed a qualitative explorative design. Nine open, dialogue-based, semi-structured interviews were conducted with Foreign Educated Nurses from Poland, Lithuania, Latvia, Iceland, and Spain. Data were analyzed using qualitative content analysis. Findings One main theme, struggling to adjust to professional competence standards, and four subthemes emerged from our data (1) deficiencies in preparation and orientation by recruitment agencies and institutions, (2) language skills and communication challenges at work, (3) cultural differences in the nursing role in clinical practice, and (4) social interactions at work. Conclusion More comprehensive preparation and orientation programs regarding language skills and local healthcare systems are needed. Foreign Educated Nurses make important contributions to the Norwegian healthcare work force, but the challenges brought to light in this study negatively affected their work conditions and can possibly threaten patient safety. More research is suggested to address the lack of collaboration between agencies, healthcare institutions, and other stakeholders in establishing professional standards and appropriate support for Foreign Educated Nurses from European Union and European Economic Area.
Headspace oxygen measurements can be used as a fast and convenient method for shelf-life assessment of potato snacks

The aim of this study was to explore the influence of different barrier and atmosphere conditions on the complex processes affecting storage stability of potato snacks, and the use of oxygen determination measurements within a packaging atmosphere as a quick quality and shelf-life assessment method. The subject of investigation was potato snacks packed in transparent and metallised polymeric packaging laminates, filled with air or nitrogen. Samples were analysed for moisture, water activity, hydroperoxide and oxygen concentration in the headspace by two methods: a non-invasive optical method based on fluorescence quenching and an electrochemical method. High barrier packaging provides better protection against moisture but not against oxidation. The shelf-life of potato snacks is undermined by oxygen presence in the foam structure of the product. Neither barrier packaging nor modification of atmosphere applied alone bring satisfactory results, therefore a combined strategy is recommended. The study proved that the most optimal solution was the use of metallised packaging with nitrogen. The use of an optical sensor can be an appropriate and effective novel method for a non-destructive oxidation progress evaluation of food that is stored in translucent packaging. Practical applications: The high linear correlation between hydroperoxides and oxygen content is of great practical value in shelf-life assessment and screening the correctness of a packaging process. The shelf-life of potato snacks is undermined by oxidative processes. As processes of fatty acids oxidation are related to oxygen uptake, the presence of a relationship between hydroperoxide content and oxygen concentration or consumption is of great practical value in quality and shelf-life assessment.
Improved feature exctraction process to detect seizure using CHBMIT-dataset

One of the most dangerous neurological disease, which is occupying worldwide, is epilepsy. Fraction of second nerves in the brain starts impulsion i.e. electrical discharge, which is higher than the normal pulsing. So many researches have done the investigation and proposed the numerous methodology. However, our methodology will give effective result in feature extraction. Moreover, we used numerous number of statistical moments features. Existing approaches are implemented on few statistical moments with respect to time and frequency. Our proposed system will give the way to find out the seizure-effected part of the brain very easily using TDS, FDS, Correlation and Graph presentation. The resultant value will give the huge difference between normal and seizure effected brain. It also explore the hidden features of the brain.
Temporal patterns of visitation of birds and mammals at mineral licks in the Peruvian Amazon

Abstract Mineral licks are key ecological resources for many species of birds and mammals in Amazonia, providing essential dietary nutrients and clays, yet little is known about which species visit and their behaviors at the mineral licks. Studying visitation and behavior at mineral licks can provide insight into the lives of otherwise secretive and elusive species. We assessed which species visited mineral licks, when they visited, and whether visits and the probability of recording groups at mineral licks were seasonal or related to the lunar cycle. We camera trapped at 52 mineral licks in the northeastern Peruvian Amazon and detected 20 mammal and 13 bird species over 6,255 camera nights. Generalized linear models assessed visitation patterns and records of groups in association with seasonality and the lunar cycle. We report nocturnal curassows (Nothocrax urumutum) visiting mineral licks for the first time. We found seasonal trends in visitation for the black agouti (Dasyprocta fuliginosa), red howler monkey (Alouatta seniculus), blue‐throated piping guan (Pipile cumanensis), red brocket deer (Mazama americana), collared peccary (Pecari tajacu), and tapir (Tapirus terrestris). Lunar trends in visitation occurred for the paca (Cuniculus paca), Brazilian porcupine (Coendou prehensilis), and red brocket deer. The probability of recording groups (>1 individual) at mineral licks was seasonal and related to lunar brightness for tapir. Overall, our results provide important context for how elusive species of birds and mammals interact with these key ecological resources on a landscape scale. The ecological importance of mineral licks for these species can provide context to seasonal changes in species occupancy and movement.
CRESCIMENTO MICELIAL DE RAÇAS DE Colletotrichum lindemuthianum SOB DIFERENTES POTENCIAIS HÍDRICOS

A restricao hidrica baseia-se em modificar o potencial osmotico de meios de cultura ou substratos utilizando solutos osmoticos. E uma tecnica que vem sendo testada como metodo de evitar a germinacao de sementes em testes de sanidade sem afetar a deteccao de fungos. O objetivo deste trabalho foi avaliar o crescimento micelial das racas, 31 (kappa) e 1673 e 2047 do fungo Colletotrichum lindemuthianum, agente causal da antracnose, doenca que causa grandes danos n cultura do feijoeiro. Em meio de cultura Mathur, os solutos utilizados para modificar o potencial hidrico foram sacarose e NaCl, nos potenciais osmoticos - 0,6 e - 0,8 MPa e -1,0 MPa. A quantidade de soluto utilizada para atingir os niveis de restricao hidrica foi calculada pelo “software SPMM - Solute potencial and molar-molar-g water conversion”. O fungo foi retirado das placas de Petri contendo o fungo e posto para incubacao sob temperatura de ± 22°C com fotoperiodo de 12 horas. Os resultados mostraram que ocorreu uma variacao no comportamento das racas de C. lindemuthianum com relacao aos potencias osmoticos e aos solutos utilizados. A raca 31 desenvolveuse negativamente com o uso da restricao osmotica, tendo crescimento reduzido em todos os potenciais com relacao a testemunha.Quanto ao 1673, o crescimento radial foi maximo nos potenciais de - 0,6 e - 0,8 MPa utilizando sacarose como restritor, diferenciando positivamente da testemunha. O patotipo 2047 obteve crescimento maximo no potencial - 0,6 tanto com NaCl como Sacarose.
Numerical Investigation on the Water Entry of Several Different Bow-Flared Sections

The bow-flared section may be simplified in the prediction of slamming loads and whipping responses of ships. However, the difference of hydrodynamic characteristics between the water entry of the simplified sections and that of the original section has not been well documented. In this study, the water entry of several different bow-flared sections was numerically investigated using the computational fluid dynamics method based on Reynolds-averaged Navier–Stokes equations. The motion of the grid around the section was realized using the overset mesh method. Reasonable grid size and time step were determined through convergence studies. The application of the numerical method in the water entry of bow-flared sections was validated by comparing the present predictions with previous numerical and experimental results. Through a comparative study on the water entry of one original section and three simplified sections, the influences of simplification of the bow-flared section on hydrodynamic characteristics, free surface evolution, pressure field, and impact force were investigated and are discussed here.
Consensus/synchronisation of networked nonlinear multiple agent systems with event-triggered communications

ABSTRACT This paper describes a solution to the problem of consensus/synchronisation for a general class of networked nonlinear multi-agent systems (MAS) using a distributed control strategy with an event-triggered communications (ETC) mechanism. We consider the case where the dynamics of each agent contain linear and Lipschitz nonlinear terms and the underlying communication graph is directed. The strategy proposed has two important properties: (i) it achieves practical consensus, i.e. the synchronisation error that measures the disagreement among the agents' states converges to a ball centred at the origin, with a radius that can be made arbitrarily small and (ii) the minimum of the inter-event times for each agent is lower bounded by a strictly positive number, hence Zeno behaviour is excluded. Furthermore, it affords system designers adequate tools to trade off the frequency of communications among agents against the level of performance achieved in MAS consensus/synchronisation. Numerical simulation results are also given.
Stress drop–magnitude dependence of acoustic emissions during laboratory stick-slip

Earthquake source parameters such as seismic stress drop and corner frequency are observed to vary widely, leading to persistent discussion on potential scaling of stress drop and event size. Physical mechanisms that govern stress drop variations are difficult to evaluate in nature and are more readily studied in controlled laboratory experiments. We perform two stick-slip experiments on fractured (rough) and cut (smooth) Westerly granite samples to explore fault roughness effects on acoustic emission (AE) source parameters. We separate large stick-slip events that generally saturate the seismic recording system from populations of smaller AE events which are sensitive to fault stresses prior to slip. AE event populations show many similarities to natural seismicity and may be interpreted as laboratory equivalent of natural microseismic events. We then compare the temporal evolution of mechanical data such as measured stress release during slip to temporal changes in stress drops derived from AEs using the spectral ratio technique. We report on two primary observations: (1) In contrast to most case studies for natural earthquakes, we observe a strong increase in seismic stress drop with AE size. (2) The scaling of stress drop with magnitude is governed by fault roughness, whereby the rough fault shows a more rapid increase of the stress drop–magnitude relation with progressing large stick-slip events than the smooth fault. The overall range of AE sizes on the rough surface is influenced by both the average grain size and the width of the fault core. The magnitudes of the smallest AE events on smooth faults may also be governed by grain size. However, AEs significantly grow beyond peak roughness and the width of the fault core. Our laboratory tests highlight that source parameters vary substantially in the presence of fault zone heterogeneity (i.e. roughness and narrow grain size distribution), which may affect seismic energy partitioning and static stress drops of small and large AE events.
More than meets the eye: Expanding and reviewing the clinical and mutational spectrum of brittle cornea syndrome

Brittle cornea syndrome (BCS) is a rare autosomal recessive disorder characterized by corneal thinning and fragility, leading to corneal rupture, the main hallmark of this disorder. Non‐ocular symptoms include not only hearing loss but also signs of connective tissue fragility, placing it in the Ehlers‐Danlos syndrome (EDS) spectrum. It is caused by biallelic pathogenic variants in ZNF469 or PRDM5, which presumably encode transcription factors for extracellular matrix components. We report the clinical and molecular features of nine novel BCS families, four of which harbor variants in ZNF469 and five in PRDM5. We also performed a genotype‐ and phenotype‐oriented literature overview of all (n = 85) reported patients with ZNF469 (n = 53) and PRDM5 (n = 32) variants. Musculoskeletal findings may be the main reason for referral and often raise suspicion of another heritable connective tissue disorder, such as kyphoscoliotic EDS, osteogenesis imperfecta, or Marfan syndrome, especially when a corneal rupture has not yet occurred. Our findings highlight the multisystemic nature of BCS and validate its inclusion in the EDS classification. Importantly, gene panels for heritable connective tissue disorders should include ZNF469 and PRDM5 to allow for timely diagnosis and appropriate preventive measures for this rare condition.
The acquisition of English articles among L1 Dagbani L2 English learners

Abstract This study investigates the acquisition of articles in L2 English by L1 speakers of Dagbani, a Gur language spoken in Ghana. Dagbani differs from English in that it has two definite articles, no indefinite article, and a zero-article which may express definiteness, indefiniteness as well as genericity. The study consisted of a Forced-choice task (FCT) and an Acceptability judgement task (AJT) which were administered to Dagbani teenagers with an intermediate proficiency in English (n = 45) and a group of native English speakers as controls (n = 8). The results showed that the learners’ article choice was based on definiteness, not specificity (i.e., no fluctuation between the two) and that they had slightly more problems with indefinite than definite contexts, while generic contexts were the most problematic. Except for a certain task effect as well as a possible interference of instruction (in the FCT), the results can be argued to generally be due to influence from the L1 and to the difficulty of feature reassembly.
'Repayment-by-Purchase' Helps Consumers to Reduce Credit Card Debt

Many consumers struggle to repay their credit card debt, in part because paying small portions of large bills often feels fruitless. We introduce a novel credit card payment option – repayment-by-purchase – and examine its influence on both the amount consumers’ repay and their perception of progress toward reducing their debt. With typical repayment, consumers simply enter the amount they wish to pay toward their total balance – often the minimum required payment. With repayment-by-purchase, in contrast, consumers can select specific purchases (e.g., a coffee at Starbucks, a utility bill) that they wish to repay, and make payments specifically directed toward “eliminating” these purchases. Five studies reveal that repayment-by-purchase increases awareness of what is being repaid, which increases perceptions of progress toward reducing debt, which in turn encourages higher repayment. In a large field experiment, credit card customers who were given the opportunity to allocate their payment toward specific purchase categories paid 12.18% more toward their debt balance than a control group. These findings advance our practical understanding of how consumers can be encouraged to pay more toward credit card debt and offer conceptual insight into how both increased awareness and perceived goal progress enhance consumer motivation to get out of debt.
Analysis of the Impact of COVID-19 on the Food and Beverages Manufacturing Sector

The globe has been subjected to an unprecedented health challenge in the form of COVID-19, indiscriminately impacting the global economy, global supply chains, and nations. The resolution of this unprecedented challenge does not seem to be in the short-term horizon but rather something the globe has to live with. Initial data provides for some insights on responses, precautions, and sustainability protocols and processes. The Food and Beverages Manufacturing sector in South Africa (SA) and globally is an expeditious respondent to the COVID-19 challenge. Food is essential for human existence, but the food value chain is subjected to significant COVID-19 risks. The Food and Beverage Sector Education and Training Authority is responsible for skills development in the Food and Beverages (FoodBev) Manufacturing Sector in South Africa and seeks to quantify Foodbev sustainability. This research paper reviews global literature, performs a high-level knowledge classification, with the aim of expedited awareness, knowledge sharing, and most importantly, quantification of an expedited response, within the FoodBev Manufacturing sector in SA. The research is contextualized via a SA sector-based instrument deployment and data analysis. The paper provides insights into COVID-19 impact, adaptations, and responses in the SA Food and Beverages Manufacturing sector.