Miracle-dz/UniFAR-FTUs huggingface dataset:
The Nexus between Economic Growth, Natural Resource Depletion and Foreign Direct Investment

The overall economic performance is summarised in the economic growth. It occurs when resources are combined technically in an effective way. While advanced countries have no reliance on natural resources, they experience steady growth compared to natural resource-abundant countries. The Caspian Sea basin countries (Azerbaijan, Iran, Kazakhstan, Russia, and Turkmenistan) and Central Asia states (Kyrgyz Republic, Tajikistan, and Uzbekistan) own considerable mineral and ecological resources. This paper aims to examine the relationship between economic growth and natural resource depletion in the region during 1997–2019. Due to abundance of natural resources, this region trades fossil fuels and minerals with other economic blocs. Hence, foreign direct investment is added into the regression model in order to account for economic openness. In addition, the share of industry value added in gross domestic product is included to embody the industrialisation impact on economic growth. Finally, the tertiary enrolment is entered into the regression to measure the effect of human capital on economic growth. After specifying the econometric model, variables under study were tested for unit root. Due to difference in order of integration among variables, panel fully modified least squares method was used to estimate the model. The estimation results indicate the significant and positive effects of natural resource depletion, foreign direct investment, the share of industry value added and tertiary enrolment on economic growth. These findings imply that natural resource depletion contributes to economic growth much greater than foreign direct investment and tertiary enrolment. Thus, the resource curse is not confirmed across the examined countries.
Characterizing the heterogeneity of eastern hemlock xylem water isotopic compositions: Implications for the design of plant water uptake studies

Xylem water isotopic compositions (2H, 18O; δXYLEM) can be used to estimate plant water uptake depths; however, environmental heterogeneity in these measurements may prevent reaching robust conclusions. Bayesian mixing models used to estimate plant water uptake depths often assume that measurements of δXYLEM and candidate water uptake sources are normally and identically distributed. We tested if δXYLEM measured across 30 Eastern hemlock (Tsuga canadensis (L.) Carrière) trees met these assumptions. Bootstrap simulations suggested that the distributions of hemlock δXYLEM data were non‐normal in March, April, June, and July and that between 15 and 26 hemlock δXYLEM samples were required to reject the assumption of normality. In June, July, and August, δXYLEM was significantly predicted by a multivariate linear regression with tree sapwood depth or elevation, rejecting the assumption of independently distributed observations. A comparison of dry season hemlock water uptake depth estimates between a Bayesian mixing model and a process‐based ecohydrological model calibration showed differences, with the Bayesian model estimating a substantially greater proportion of shallow water uptake. These results highlight the need for standardized field sampling protocols for δXYLEM and analytical methods that will lead to more robust estimates of plant water uptake depths. These findings also suggest that water uptake functions conditioned on landscape and tree structural variables could substantially advance the representation of plants in ecohydrological models.
Journal of Geophysical Research: Space Physics Survey of thermal plasma ions in Saturn’s magnetosphere utilizing a forward model

The Cassini Plasma Spectrometer instrument gathered thermal ion data at Saturn from 2004 to 2012, predominantly observing water group ions and protons. Plasma parameters, with uncertainties, for those two ion species are derived using a forward model of anisotropic convected Maxwellians moving at a shared velocity. The resulting data set is filtered by various selection criteria to produce a survey of plasma parameters derived within 10∘ of the equator at radial distances of 5.5 to 30 RS (1 RS = Saturn’s radius). The previous 2008 work used a simpler method and had just 150 records over 5 orbits; this comprehensive survey has 9736 records over all 9 years. We present the results of this survey and compare them with a previous survey derived from numerical moments, highlighting the differences between the reported densities and temperatures from the two methods. Radial profiles of the plasma parameters in the inner and middle magnetospheres out to ≈22 RS are stable year by year, but variable at distances larger than 23 RS near the magnetopause. New results include proton densities increasing in the near magnetopause region, suggestive of plasma mixing; evidence for the global electric field in Saturn’s inner magnetosphere extends out to ≈15 RS; no evidence for supercorotating plasma nor the middle magnetosphere “plasma cam” feature is present; the thermal plasma β is found to exceed unity at equatorial distances greater than 15 RS.
Double-Diffusive Convection at Low Prandtl Number

This work reviews present knowledge of double-diffusive convection at low Prandtl number obtained using direct numerical simulations, in both the fingering regime and the oscillatory regime. Particular emphasis is given to modeling the induced turbulent mixing and its impact in various astrophysical applications. The nonlinear saturation of fingering convection at low Prandtl number usually drives small-scale turbulent motions whose transport properties can be predicted reasonably accurately using a simple semi-analytical model. In some instances, large-scale internal gravity waves can be excited by a collective instability and eventually cause layering. The nonlinear saturation of oscillatory double-diffusive convection exhibits much more complex behavior. Weakly stratified systems always spontaneously transition into layered convection associated with very efficient mixing. More strongly stratified systems remain dominated by weak wave turbulence unless they are initialized into a layered state. The eff.
Optimal regime of the double-sided drift of lithium ions into silicon monocrystal

In this work, we show a new method for obtaining silicon-lithium semiconductor structures using the bilateral drift of lithium particles into silicon mono-crystal in order to create nuclear radiation detectors with a wide bandgap. This method describes the simultaneous distribution of lithium ions on surfaces of cylindrical silicon crystals, which speeds up the process of obtaining the required detector structure. Here in this work, we aimed to identify the most optimal regimes of the electric field applied in the process of bilateral ion drift, as well as to investigate the effect of the thermal factors to create a drift of lithium ions. We can estimate these optimal regimes of voltage and temperature by making theoretical assumptions based on the numerical method for solving the Poisson continuity equation, the calculations of Pell and Louber. At the same time, simplifications were made to neglect the internal interaction of particles. The paper shows the results of modeling the process of bilateral drift under the influence of a stepwise increase in temperature and reverse voltage. This bilateral drift procedure facilitates the fabrication of silicon-lithium nuclear radiation detectors with large diameters and sensitive areas.
DETERMINING THE NUTRIENTS CHANGES AFTER UNDERGOING NUTRITIONAL COUNSELING AND COOKING ASSISTANCE AMONG T2DM OUTPATIENTS IN MALANG CITY, INDONESIA

ABSTRACTBackground: Nutrition and diets are critical factors for T2DM patients to maintain health. Nutrition education are considered less effective because most patients have not implemented them. This research tries to develop program innovation by combining nutrition counseling and cooking assistance for T2DM outpatients. This study aimed to know the risk factors for T2DM and determine the effectiveness of programmed nutrition education (NEP) on changes in nutrient intake in patients with T2DM. Methods: A total of 70 participants registered as T2DM outpatients at Kedung Kandang primary healthcare center in Malang city. Subjects were recruited using a 'quota sampling' technique. The design of this study is a quasi-experiment study using a comparison of the control (n=32)-treatment group (n=38). This research was conducted from September to November 2018. Fifty minutes of intensive individual counseling and cooking assistance were provided to T2DM patients and families. The data were analyzed using independent sample t-test, Wilcoxon Mann Whitney U-test, and logistic regression. The patients’ 4-d dietary records of 3 normal days and 1 holiday/weekend were assessed after 24 hours.Results: From this study it can be seen that intake of amino acid lysine was significantly higher in the treatment group than the control group (p = 0.04). The intake of fiber, MUFA, and PUFA was greater in the intervention group, while sodium intake was lower in the intervention group. The risk factors of T2DM incidence were age (p = 0.036), education (p = 0.043), waist circumference (p = 0.015), and carbohydrate intake (p = 0.033). Conclusion: T2DM patients treated with individual nutrition counseling and cooking assistance gained a higher intake of fiber, amino acid lysine, and unsaturated fatty acids. The most influential risk factors of T2DM incidence are age, education, waist circumference, and carbohydrate intake. Keywords: nutrition counseling, cooking assistance, nutritional intake, T2DM.
Effect of short periods of incubation during egg storage (SPIDES) on hatchability of broiler breeder eggs

An experiment was conducted to evaluate the effect of Short Periods of Incubation During Egg Storage (SPIDES) on the hatchability of broiler breeder eggs. Broiler hatching eggs (500) were divided into five groups (A to E) containing 100 eggs in each and further subdivided into five replicates of 20 each. These groups were subjected to SPIDES treatment at temperature 37.50C and 55-60% relative humidity (RH) viz. control A (7 days egg storage without SPIDES and incubated on 8th day), B (10 days storage with 1 h SPIDES on 5th day and incubated on 11th day), C (10 days storage with 2 h SPIDES on 5th day and incubated on 11th day), D (15 days storage with 1 h SPIDES on 5th and 10th day and incubated on 16th day), E (15 days storage with 2 h SPIDES on 5th and 10th day and incubated on 16th day). All eggs were stored at 16-180C temperature and 65-70% RH. Egg weight loss, fertility, hatchability, embryonic mortality, hatch window, chick quality and healthy chick production were studied. SPIDES treatment in Group E restored hatchability and healthy chick production, reduced late embryonic mortality and improved day-old chick length. In conclusion, SPIDES treatment at 37.5°C and 55-60% RH for 2 h on 5th and 10th day during 15 days egg storage restored the hatchability; and improved embryonic survivability, healthy chick production and chick quality.
BEHAVIORAL BIASES AND CREDIT CARD REPAYMENTS AMONG MALAYSIANS

Analyses done using the survey response of 451 credit cardholders in the northern region of West Malaysia have shown that credit cardholder repayment pattern differed based on their demographic profile. Specifically, the study found that credit cardholders who were younger and earned a lower income tended to make poorer repayment decisions. In contrast, those with higher academic qualifications tended to make better repayment decisions. Further analyses also revealed that behavioral biases were better at predicting those who made full payment of the outstanding balance and those who paid more than the minimum amount, but failed to predict those who only paid the minimum amount or less. In addition, it was found that overspending emerged as the strongest predictor which discriminated among the three repayment groups, followed by risk aversion, myopia and impulsiveness.
Serum Biochemistry of Greater Rhea (Rhea americana) in Captivity in the Northeast of Brazil

Simple Summary The greater rhea (Rhea americana) is the largest endemic bird species in the central and northeastern regions of Brazil. It has economic importance due to its meat, leather, and feathers being appreciated, but its hunting is only allowed in registered commercial breeding grounds because of its threat of extinction. In Brazil, these animals are found mainly in captivity, thus facing different management and nutrition than free-living animals, a fact that can affect health problems identified only through laboratory tests. This study carried out an analysis of the serum biochemistry of greater rhea raised in captivity in the northeast of the country and identified that the values of calcium, cholesterol, and uric acid were higher in females than in males, allowing the result to be attributed to diet or stress at the time of collection. Our study is the first report on the biochemical profile of greater rheas in captivity in Brazil, and the data showed broad-spectrum results which contribute to the diagnosis of diseases through the analysis and interpretation of the biochemical profile of these animals in the practice of the veterinary clinic. Abstract We investigated the biochemical profile of greater rheas (Rhea americana) in captivity and correlated these values according to the birds’ sex. A total of 69 serum samples were collected from a breeding site in Mossoró, northeastern Brazil, and analyzed to quantify serum biochemical parameters (total protein, albumin, cholesterol, calcium, phosphorus, uric acid, urea, creatinine, ALP, AST, and CK). The birds had levels of urea, creatinine, total cholesterol, aspartate aminotransferase, calcium, and phosphorus similar to the values reported for ratite and ostrich species. By sex, females showed higher values (p < 0.05) of calcium (3.5 mmol/L), total cholesterol (7.5 mmol/L), and uric acid (435.3 μmol/L) than males, which had 3.1 mmol/L, 3.8 mmol/L, and 390.7 μmol/L, respectively. This can be attributed to the difference in diet, the productive phase of females, or stress at the time of sampling. The data present a wide spectrum of biochemical results regarding the health of greater rheas, contributing to the veterinary clinical practice of this species.
Histone Maps in Gossypium darwinii Reveal Epigenetic Regulation Drives Subgenome Divergence and Cotton Domestication

The functional annotation of genomes, including chromatin modifications, is essential to understand the intricate architecture of chromatin and the consequential gene regulation. However, such an annotation remains limited for cotton genomes. Here, we conducted chromatin profiling in a wild allotetraploid cotton Gossypium darwinii (AD genome) by integrating the data of histone modification, transcriptome, and chromatin accessibility. We revealed that the A subgenome showed a higher level of active histone marks and lower level of repressive histone marks than the D subgenome, which was consistent with the expression bias between the two subgenomes. We show that the bias in transcription and histone modification between the A and D subgenomes may be caused by genes unique to the subgenome but not by homoeologous genes. Moreover, we integrate histone marks and open chromatin to define six chromatin states (S1–S6) across the cotton genome, which index different genomic elements including genes, promoters, and transposons, implying distinct biological functions. In comparison to the domesticated cotton species, we observed that 23.2% of genes in the genome exhibit a transition from one chromatin state to another at their promoter. Strikingly, the S2 (devoid of epigenetic marks) to S3 (enriched for the mark of open chromatin) was the largest transition group. These transitions occurred simultaneously with changes in gene expression, which were significantly associated with several domesticated traits in cotton. Collectively, our study provides a useful epigenetic resource for research on allopolyploid plants. The domestication–induced chromatin dynamics and associated genes identified here will aid epigenetic engineering, improving polyploid crops.
The multi-scale geometry of the near field in an axisymmetric jet

A characteristic feature of axisymmetric jets, and turbulent shear flows in general, is the entrainment of mass across the turbulent/non-turbulent interface (TNTI). The multi-scale nature of the TNTI surface area was recently observed to exhibit power-law scaling with a fractal dimension, $D_{f}$ , between $D_{f}=2.3{-}2.4$ , inferred from two-dimensional data, in both high Reynolds number boundary layers and the far field of axisymmetric jets. In this paper, we show that the fractal scaling previously observed in the far field of an axisymmetric jet is established at the end of the potential core. Simultaneous measurements of the velocity and scalar fields were obtained and coarse grain filtering was applied over two decades of scale separation, showing that $D_{f}$ evolves to ${\approx}2.35$ at $x/d=4.6$ , which is similar to $D_{f}$ found in the far field between $x/d=40{-}60$ . This is evidence that scale separation becomes sufficiently developed to achieve scale invariance of the TNTI surface area in the near field of the jet well before self-similarity is established. We also observe that the onset of this geometric scale invariance coincides with the onset of radial homogeneity shown by two-point velocity correlations. Finally, we present a simple theoretical basis for these results using an exact fractal construction based on the Koch curve and applying a coarse-grain filtering analysis.
Becoming Dad: Expectant Fathers’ Attachment Style and Prenatal Representations of the Unborn Child

How expectant fathers think and feel about the unborn child (prenatal representations), has shown associations with fathers’ postnatal parenting behaviors, observed father–infant interactional quality and child cognitive development. There is limited knowledge about fathers’ prenatal representations. The present study examined if fathers’ partner-related attachment styles were related to their prenatal representations of the unborn child. In the “Little in Norway Study”, an ongoing prospective, longitudinal population-based study, 396 expectant fathers completed the Experiences in Close Relationships Scale at enrollment (mean gestational week = 23.76, SD = 4.93), and in gestational weeks 27–35 completed three questions assessing prenatal representations. Correlations of attachment style and prenatal representations were reported using logistic regression analyses. We found that an avoidant attachment style by fathers were predicted to have absent or negative representations on all three items (1) “strongest feeling about the unborn child” (Cl = 1.19–2.73), (2) “thoughts about child personality” (Cl = 1.16–1.87), and (3) “experiences of relationship with the child” (Cl = 1.14–1.75). Father anxious attachment style was not significantly associated with absent or negative prenatal representations. Results suggest that expectant fathers with a partner related avoidant attachment style have an increased risk of having absent or negative prenatal representations of the unborn child.
Individual and Combined Cytotoxic Effects of Co-Occurring Fumonisin Family Mycotoxins on Porcine Intestinal Epithelial Cell

Human health is seriously threatened by mycotoxin contamination, yet health risk assessments are typically based on just one mycotoxin, potentially excluding the additive or competitive interactions between co-occurring mycotoxins. In this investigation, we evaluated the individual or combined toxicological effects of three fumonisin-family B mycotoxins: fumonisin B1 (FB1), fumonisin B2 (FB2), and fumonisin B3 (FB3), by using porcine intestinal epithelial cells (IPEC). IPEC cells were exposed to various concentrations (2.5–40 μM) for 48 h, and a cell counting kit (CCK8) was used to determine cell vitality. Firstly, we discovered that they might inhibit cell viability. Additionally, the cytotoxicity of FB1 was significantly greater than that of FB2 and FB3. The results also indicated that the combinations of FB1-FB2, FB2-FB3, and FB1-FB2-FB3 showed synergistically toxicological effects at the ID10-ID50 levels and antagonistic effects at the ID75-ID90 levels. In addition, the FB1-FB3 exposure was also synergistic at the ID10-ID25 level. We also found that myriocin and resveratrol alleviated the cytotoxicity induced by fumonisin in IPEC cells. In all, this study may contribute to the determination of legal limits, the optimization of risk assessment for fumonisins in food and feed, and the development of new methods to alleviate fumonisin toxicity.
Suboptimal control of fractional-order dynamic systems with delay argument

In this paper, an efficient linear programming formulation is proposed for a class of fractional-order optimal control problems with delay argument. By means of the Lagrange multiplier in the calculus of variations and using the formula for fractional integration by parts, the Euler–Lagrange equations are derived in terms of a two-point fractional boundary value problem including an advance term as well as the delay argument. The derived equations are then reduced into a linear programming problem by using a Grünwald–Letnikov approximation for the fractional derivatives and introducing a new transformation in the calculus of variations. The new scheme is also effective for the delay fractional optimal control problems influenced by the external persistent disturbances. Numerical simulations and comparative results verify that the proposed approach is efficient and easy to implement.
Disclosure of Green Banking, Profitability and Company Size on Company Value in Banking in Indonesia

This study aims to determine the effect of green banking disclosures, profitability and firm size on firm value. The sample used was 11 samples with 55 observations using purposive sampling technique. The data used is secondary data, with the data collection method using content analysis. The analysis technique used is multiple linear regression analysis. The results of the analysis prove (1) disclosure of green banking, profitability and firm size has a positive and significant effect on firm value, (2) disclosure of green banking has a negative and significant effect on firm value, (3) profitability has a positive and significant effect on firm value, and (4) company size has a positive and insignificant effect on firm value
Experimental study of lithium solvent extraction in a T-shaped microchannel

ABSTRACT The extraction of lithium from the waste of used batteries is going to be necessary due to the limited resources of lithium. One of the most common methods to extract is liquid–liquid extraction with an organic solvent. In this study, Bis(2-ethylhexyl) phosphoric acid (D2EHPA) solvent is used for liquid–liquid extraction of lithium-ion in a T-shaped microchannel. Lithium chloride solution has been used as a dispersed phase and, D2EHPA solvent with sunflower oil has been unitized as a continuous phase. The effect of some parameters, such as the flow rate of the continuous phase and the amount of the consumed solvent on the time of slug formation process, slug length and, extraction percentage has been investigated. Results showed that the time of the slug formation decreases by increasing the flow rate of the continuous phase. Also, it found that with increasing the pH of the aqueous phase by 36% resulted in a 15% reduction in the length of the slug. With an increase of 67% of the consumed solvent, the slug length increases by about 16%. By increasing the amount of the consumed solvent, the slug length increases. In continuation, with increasing the slug length, extraction percentage increases.