Miracle-dz/UniFAR-FTUs huggingface dataset:
New titanosaurian caudal remains provide insights on the sauropod diversity of the Hațeg Island (Romania) during the Late Cretaceous

ABSTRACT The Upper Cretaceous sauropod record from Romania is abundant, but mainly composed by isolated and poorly preserved specimens. They were found in Maastrichtian units cropping out in both the western-southwestern margin of the Transylvanian Basin, and in the Hațeg and Rusca Montană basins. Two small-sized taxa, Magyorasaurus dacus and Paludititan nalatzensis, were considered as valid; however, the presence of other forms is not ruled out. An important sample of sauropod caudal vertebrae is described in detailed to provide new data about the diversity of the sauropods of the Hațeg Island during the Maastrichtian. Distinct morphologies are recognized for the caudal vertebrae, including four morphologies for the anterior-most elements; at least three for the anterior and middle ones, and at least two for the posterior caudals, including sauropods with opisthocoelous condition. The possibility of four different tail morphologies is suggested, which might belong to four different taxa, including Paludititan nalatzensis, Magyarosaurus dacus (the material previously referred to it seems to be composed by more than one taxon) and two other species. A new character for morphological datasets describing the position of the intraprezygapophyseal lamina in the middle and posterior caudals is proposed, which may be characteristic of some European taxa.
Visualization of the Evolutionary Trajectory: Application of Reduced Amino Acid Alphabets and Word2Vec Embedding

Analysis of viral evolution is a key element of epidemiological surveillance and control. One of the fundamental tools which is widely used to illustrate evolutionary history is the phylogenetic tree. Recently, we have proposed an alternative visualization for the phylogenetic tree using the evolutionary trajectory of its taxa. An evolutionary trajectory is a path starting from a taxon and ending at the root of the tree. In this paper, we propose an embedding of tree nodes by encoding their genetic sequence using a reduced amino acid alphabet and employing the Word2Vec framework. The suggested visualization maintains the phylogenetic relationship between nodes, while their proximity in 3D space depends on three factors: the type of reduced amino acid alphabet; fixed-length genetic patterns used in Word2Vec; and the neighbor effect of adjacent signatures. The results of our experiments showed that the majority of evolutionary history can be described in the embedded space. Moreover, they suggest potential application of our approach as an explanatory tool in studying various aspects: evolutionary dynamics; evolutionary deviation of viral variants; and phylogenetic characteristics, such as formation of new clades. Besides the usual local analysis of point mutations, the developed framework enables studying these aspects based on a more comprehensive global context, including neighboring effects, genetic signatures.
Types and spells of weather around the year in the British Isles : Annual trends, seasonal structure of the year, singularities

From a classification of 50 years' daily weather maps (1898—1947) the outstandingly long spells of weather, lasting over 25 days, have been picked out. Frequency curves show the occurrences of these long spells on each day of the year and also the occurrences of each of the seven defined weather-types individually. This leads to a suggested division of the year into five periods, to be considered as natural seasons, and appears to support the definition of more numerous shorter seasonal phases or episodes (singularities). Good correspondence is found with the long-year daily or weekly mean figures of pressure, temperature, rainfall, sunshine, etc. The significance of these phenomena, their dependability as regards date and their secular persistence are discussed.
A DISTANT MIRROR: SOLAR OSCILLATIONS OBSERVED ON NEPTUNE BY THE KEPLER K2 MISSION

Starting in 2014 December, Kepler K2 observed Neptune continuously for 49 days at a 1 minute cadence. The goals consisted of studying its atmospheric dynamics, detecting its global acoustic oscillations, and those of the Sun, which we report on here. We present the first indirect detection of solar oscillations in intensity measurements. Beyond the remarkable technical performance, it indicates how Kepler would see a star like the Sun. The result from the global asteroseismic approach, which consists of measuring the oscillation frequency at maximum amplitude νmax and the mean frequency separation between mode overtones Δν, is surprising as the νmax measured from Neptune photometry is larger than the accepted value. Compared to the usual reference νmax,⊙ = 3100 μHz, the asteroseismic scaling relations therefore make the solar mass and radius appear larger by 13.8 ± 5.8% and 4.3 ± 1.9%, respectively. The higher νmax is caused by a combination of the value of νmax,⊙, being larger at the time of observations than the usual reference from SOHO/VIRGO/SPM data (3160 ± 10 μHz), and the noise level of the K2 time series, being 10 times larger than VIRGO’s. The peak-bagging method provides more consistent results: despite a low signal-to-noise ratio (S/N), we model 10 overtones for degrees ℓ = 0, 1, 2. We compare the K2 data with simultaneous SOHO/VIRGO/SPM photometry and BiSON velocity measurements. The individual frequencies, widths, and amplitudes mostly match those from VIRGO and BiSON within 1σ, except for the few peaks with the lowest S/N.
Super-Eddington Accretion in the WISE-selected Extremely Luminous Infrared Galaxy W2246−0526

We use optical and near-infrared spectroscopy to observe rest-UV emission lines and estimate the black hole mass of WISEA J224607.56−052634.9 (W2246−0526) at z = 4.601, the most luminous hot, dust-obscured galaxy yet discovered by WISE. From the broad component of the Mg ii 2799 Å emission line, we measure a black hole mass of log(MBH/M☉) = 9.6 ± 0.4. The broad C iv 1549 Å line is asymmetric and significantly blueshifted. The derived MBH from the blueshift-corrected broad C iv line width agrees with the Mg ii result. From direct measurement using a well-sampled SED, the bolometric luminosity is 3.6 × 1014 L☉. The corresponding Eddington ratio for W2246−0526 is λEdd = LAGN/LEdd = 2.8. This high Eddington ratio may reach the level where the luminosity is saturating due to photon trapping in the accretion flow and may be insensitive to the mass accretion rate. In this case, the MBH growth rate in W2246−0526 would exceed the apparent accretion rate derived from the observed luminosity.
Public sector audit and the state's responsibility to “leave no‐one behind”: The role of integrated democratic accountability

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Comments on “Is Condensation-Induced Atmospheric Dynamics a New Theory of the Origin of the Winds?”

Here we respond to Jaramillo et al.’s recent critique of condensation-induced atmospheric dynamics (CIAD). We show that CIAD is consistent with Newton’s laws while Jaramillo et al.’s analysis is invalid. To address implied objections, we explain our different formulations of “evaporative force. ” The essential concept of CIAD is condensation’s role in powering atmospheric circulation. We briefly highlight why this concept is necessary and useful.
Islamic Principles in Mental Medicine

Background: The religion of monotheism is the religious instinct of every human being as a creature created by Allah SWT. One of the mental health therapies is religion. Islam is the prevailing religion in almost 56 nations around the globe and has more than 1.2 billion adherents. Islam speaks to an all-encompassing way of life and agrees with its supporters' expansive extent (Tzeferakoz, 2017). The development of psychiatry in Islam has several reviews. Many Islamic figures contributed to treating mental illness long before Western figures discovered it. At the time of the Prophet Muhammad SAW, there was also a treatment for mental illness based on the Qur'an. This article will mention several forms of worship as psychotherapy. Objective: The purpose of this article is to determine the role of the Islamic Principle in Mental Medicine. Methods: The design of this research is a literature review or library review, which is a systematic, direct, and reproducible research method by identifying, evaluating, and synthesizing published research. Result: Islamic principles in mental medicine consist of tawheed religion as mental therapy, worship as human psychotherapy, islamic psychotherapy to help psychiatric treatment and healing process. Conclusion: There are five ways of prayer that a Muslim can do as psychological therapy, namely: Saalat, Dhzikr, reading the Qur'an, Shaum, and Hajj. In an Islamic intellectual, there is a discipline of Islamic Psychotherapy that is an integral part of Islamic Psychotherapy; Istinbath, Iqtibas, and Istiqro.
Pulsations and Line Profile Changes in the Ultraviolet Spectrum of Hercules X-1: Results from a Multiwavelength Campaign

We report simultaneous X-ray and ultraviolet observations of the X-ray binary pulsar Hercules X-1, obtained over nearly half of a 1.7 day binary orbit using the ASCA X-ray telescope and the Goddard High Resolution Spectrograph (GHRS) aboard the Hubble Space Telescope. The GHRS resolved, for the first time, two moving emission components. One feature in the N V λλ1238. 8, 1242.8 doublet is broad (FWHM ≈ 1000 km s–1) and the other is narrow (FWHM ≈ 150 km s–1). We attribute the broad emission line to the X-ray—illuminated surface of a Keplerian accretion disk and the narrow line to the X-ray-heated atmosphere of the companion star, HZ Her. Near orbital phase ϕorb = 0.80 (simultaneous with a pre-eclipse X-ray dip), the N V λ1242.8 component became stronger than the N V λ1238. 8 component. Later in the orbit, the blue edge of the broad lines diminished as the approaching side of the accretion disk was occulted by HZ Her. UV continuum pulsations were detected for the first time, with an amplitude ≈ 0.5% of the steady flux. The pulse shapes of the UV continuum and hard X-rays were similar at ϕorb = 0.83 but not at ϕorb = 0.56. We found evidence for a stronger pulsation (amplitude ≈ 15%) within a narrow (0.25 Å) segment of the broad 1242.8 Å N v component, only at W ϕerb = 0.80. We briefly discuss some implications of these observations for the gas flows in the Her X-1 system.
The Influence Money Supply, Inflation and Transaction Volume on Consumer Goods Index

Investments in the capital market have a high level of risk but also provide high profits, so it is very important to know changes in macroeconomic variables and investor behavior. In this study will examine the effect of the money supply, inflation volume, and transactions on the Consumer Goods Index.The partial test results show that the money supply and transaction volume have a significant positive effect on the consumer goods index, but inflation has no significant effect on the consumer goods index.Simultaneous testing shows that all variables have a significant influence on a good consumer index. The results show that all variables of money supply, inflation and transaction volume can explain 74.90%, and 25.10% are explained by other factors outside the research variable.
Non-edible plants traded in traditional markets of Beringharjo, Yogyakarta and Pasar Baru, East Kalimantan, Indonesia: The role of biocultural system

Abstract. Iskandar BS, Iskandar J, Suroso, Alfian RL, Mulyanto D. 2022. Non-edible plants traded in traditional markets of Beringharjo, Yogyakarta and Pasar Baru, East Kalimantan, Indonesia: The role of biocultural system. Biodiversitas 23: 4657-4669. The trade of various non-edible plants in some traditional Indonesian markets has a close relationship with the biological and cultural diversity, as well as local knowledge of the community. Therefore, this study aims to examine the non-edible plant diversity used to make products sold in traditional markets, their various functions and parts, as well as the market chain. The study was conducted in Beringharjo, Yogyakarta, and Pasar Baru, Balikpapan, East Kalimantan to resemble regions with different cultural backgrounds. Data collection used the qualitative method with an ethnobotanical approach. The results showed that 25 species belonging to 16 families of non-edible plants were traded in the traditional markets of Beringharjo and Pasar Baru. The various parts being traded in both markets had numerous functions, including pilgrimage ceremonies at the cemetery, handicraft/decoration, and betel chewing. The market chain begins with farmers from villages, middlemen, traders in the traditional market, and then finally to consumers. The diversity of non-edible plants traded was determined by the biophysical and cultural aspects of the local community where the market is located. Therefore, traditional markets play an important role as hallmarks of a particular social culture by reproducing on a small scale the cultural and biological diversity. They are also essential in the acquisition and transmission of traditional knowledge of biodiversity.
The Evolutionary Process and Mechanism of Cultural Landscapes: An Integrated Perspective of Landscape Ecology and Evolutionary Economic Geography

Cultural landscapes are joint masterpieces of man and nature with outstanding universal value. Adequate knowledge of their evolutionary process and mechanism is crucial to their development, protection, and management. However, theoretical understanding about such has been limited as existing studies tend to focus on the descriptive and interpretative analysis of the evolutionary process and pay less attention to the underlying mechanism of the process. Integrating the traditional perspective of landscape ecology in cultural landscape research and theories of path dependence and path creation in evolutionary economic geography, this paper constructs a triple-layered integrated analytical framework of cultural landscape evolution and applies the framework to empirically examine the cultural landscape evolution of Mount Lushan. To grasp an accurate and full picture of the process, field observation and historical data collection were carried out, and a combination of thematic analysis and chronological organization was conducted. The research finds that the cultural landscape evolution of Mount Lushan has experienced three stages, i.e., coexistence and mutual influence of multiple cultures, conflict and integration of Chinese and Western cultures, as well as landscape transformation, revival, and expansion. Such evolution is a non-linear, dynamic, and complex process across which the elements, functions, and patterns of landscapes were constantly constructed and reconstructed. Fundamentally, it is the result of the synergistic effect of path dependence and path creation, and is driven by the interplay of the behavior of associated actors and the change of contextuality. The findings of this study can provide some strategic references for the management practice of cultural landscape heritage sites.
Synthesis, Characteristics, and Effect of Zinc Oxide and Silver Nanoparticles on the In Vitro Regeneration and Biochemical Profile of Chrysanthemum Adventitious Shoots

Studies on nanoparticles’ effects on plants are relevant for horticulture. This study aimed to test the influence of zinc oxide submicron particles (ZnO SMPs), zinc oxide nanoparticles (ZnO NPs), and zinc oxide nanoparticles combined with silver nanoparticles (ZnO+1%Ag NPs) applied at 100 and 500 mg·L−1 on the regeneration and biochemical activity of adventitious shoots in Chrysanthemum × morifolium (Ramat.) Hemsl. ‘UTP Burgundy Gold’ and ‘UTP Pinky Gold’. The original microwave solvothermal synthesis and characteristics of the ZnO samples were described. Internodes were cultured on the MS medium with 0.6 mg∙L−1 6-benzylaminopurine (BAP) and 2 mg∙L−1 indole-3-acetic acid (IAA). In ‘UTP Burgundy Gold’, the highest shoot regeneration efficiency was obtained for 100 mg·L−1 ZnO SMPs and 500 mg·L−1 ZnO NPs treatments (6.50 and 10.33 shoots per explant, respectively). These shoots had high or moderate chlorophyll and carotenoid contents. In ‘UTP Pinky Gold’, the highest shoot number was produced in the control (12.92), for 500 mg·L−1 ZnO SMPs (12.08) and 500 mg·L−1 ZnO NPs (10.42). These shoots had increased chlorophyll (a+b)-to-carotenoid ratios. In ‘UTP Pinky Gold’, the ZnO SMPs and ZnO NPs affected the anthocyanins biosynthesis, whereas ZnO + 1%Ag NPs decreased the phenolics accumulation. These results are important for the improvement of chrysanthemum micropropagation.
Detection of negative energy: 4-dimensional examples

We study the response of switched particle detectors to static negative energy densities and negative energy fluxes. It is demonstrated how the switching leads to excitation even in the vacuum and how negative energy can lead to a suppression of this excitation. We obtain quantum inequalities on the detection similar to those obtained for the energy density by Ford and co-workers and in an `operational' context by Helfer. We revisit the question `Is there a quantum equivalence principle? ' in terms of our model. Finally, we briefly address the issue of negative energy and the second law of thermodynamics.
An Epidemiological Update on Indoor Tanning and the Risk of Skin Cancers

Indoor tanning (sunbeds, solarium) uses artificial ultraviolet radiation (UVR) to stimulate cosmetic tanning of the skin. Indoor tanning has been officially classified as a human carcinogen in 2009 by the International Agency for Research on Cancer of the World Health Organization (WHO). The differences in the prevalence of sunbed use across countries and over the years highlight underlying legislative, climatic, and cultural differences. Indoor tanning-seeking behaviors may be driven by motivations for an appealing appearance, largely influenced by gender and age, and several misconceptions that a prevacation tan safeguards the skin, that sunbeds can be used to treat acne or to increase vitamin D, or that tanning is a healthy habit. This review provides an epidemiological update on the prevalence of sunbed use, who tends to use sunbeds and why, and details the current evidence on the association of sunbeds with skin cancers, including cutaneous melanoma, basal cell carcinoma (BCC), and cutaneous squamous cell carcinoma (cSCC). A statistically significant higher risk of cutaneous melanoma, BCC and cSCC with the use of sunbeds has been consistently demonstrated. This risk of skin cancer is even higher with the more frequent use of sunbeds, underscoring a dose–response relationship, and in those first exposed to sunbeds at a younger age. Preventive measures against sunbed use include legislation restricting sunbed use, educational campaigns to inform and discourage from indoor tanning, as well as using the internet, online advertising messages and the social media to reach larger audiences and to promote an untanned appearance.
The Dependence of the IR–Radio Correlation on the Metallicity

We have compiled a sample of 26 metal-poor galaxies with 12 + log(O/H) < 8.1 with both infrared continuum and 1.4 GHz radio continuum data. By comparing to galaxies at higher metallicity, we have investigated the IR–radio relationship’s dependence on metallicity at the 24, 70, 100, and 160 μm bands, as well as the integrated FIR luminosity. It is found that metal-poor galaxies have on average lower than metal-rich ones, with larger offsets at longer IR wavelengths, from −0.06 dex in to −0.6 dex in . The of all galaxies as a whole at 160 μm show positive trends with the metallicity and IR-to-FUV ratio and negative trends with the IR color, while those at lower IR wavelengths show weaker correlations. We propose a mechanism that invokes the combined effects of low obscured-SFR-to-total-SFR fraction and warm dust temperature at low metallicity to interpret the above behavior of , with the former reducing the IR radiation and the latter further reducing the IR emission at longer IR wavelengths. Other mechanisms that are related to the radio emission, including the enhanced magnetic field strength and increased thermal radio contribution, are unable to reconcile the IR-wavelength-dependent differences of between metal-poor and metal-rich galaxies. In contrast to , the mean total-SFR-to-radio ratio of metal-poor galaxies is the same as that for metal-rich galaxies, indicating the 1.4 GHz radio emission is still an effective tracer of SFRs at low metallicity.
DNA elasticity: topology of self-avoidance

We present a theoretical treatment of DNA stretching and twisting experiments, in which we discuss global topological subtleties of self-avoiding ribbons and provide an underlying justification for the worm-like rod chain (WLRC) model proposed by Bouchiat and Mezard. Some theoretical points regarding the WLRC model are clarified: the ‘local writhe formula’ and the use of an adjustable cut-off parameter to ‘regularize’ the model. Our treatment brings out the precise relation between the worm-like chain (WLC), the paraxial worm-like chain (PWLC) and the WLRC models. We describe the phenomenon of ‘topological untwisting’ and the resulting collapse of link sectors in the WLC model and note that this leads to a free energy profile periodic in the applied link. This periodicity disappears when one takes into account the topology of self-avoidance or at large stretch forces (paraxial limit). We note that the difficult non-local notion of self-avoidance can be replaced (in an approximation) by the simpler local notion of ‘south avoidance’. This gives an explanation for the efficacy of the approach of Bouchiat and Mezard in explaining the ‘hat curves’ using the WLRC model, which is a south avoiding model. We propose a new class of experiments to probe the continuous transition between the periodic and aperiodic behaviour of the free energy.