bluuebunny/crossref_metadata_2025_split huggingface dataset:
Defining “Cosmology” in the Early Modern System of Knowledge, 1530–1621
Authors: Tessicini Dario 
Published: July 2022

AbstractThis article seeks to revise the common scholarly assumption that in early modern Europe there was no single word for the study of the universe as a whole until the word “cosmology” appeared in Christian Wolff’s Cosmologia generalis methodo scientifica pertractata (1731). In fact, the term “cosmology” had circulated in both Latin and European languages since at least the 1530s in the context of critical appraisals of the largely dominant Aristotelian and scholastic frameworks. The aim of this study is to unearth the earliest attempts to define cosmology as a philosophical discipline and, thereby, to highlight the lasting authority of traditional disciplinary boundaries.
Resources of Intellectual Legitimacy in Italian Cosmological Affairs: Cremonini and Bellarmine’s Authority Conflict (c.1616)
Authors: Omodeo Pietro Daniel 
Published: July 2022

AbstractThis essay deals with two seventeenth-century intellectuals, the Aristotelian philosopher at Padua, Cesare Cremonini, and the Jesuit controversist, Robert Bellarmine. In the years of the cosmological affair of 1616, both defended their cosmological conceptions by relying on the principle of authority. However, they embraced different sources of legitimation in matters of natural philosophy. While the Padua professor stick to (what he considered to be) the letter of Aristotle, basically a secular interpretation of his world conception, Cardinal and Inquisitor Bellarmine understood the cosmos against a theological background. In particular, Bellarmine subordinated natural philosophy to exegesis and the authority of the Scriptures, and this allowed him to depart from Aristotle to some extent (for instance on the fluidity and possibly the corruptibility of the heavens). Yet, the two thinkers also shared the criticism of the major astronomical novelty of their time, namely the planetary system of Copernicus and his followers. But their objections rested on different worldviews and authorities (Aristotle and the Scriptures, respectively). Cremonini also supported a vision of celestial animation which was received with much preoccupation by religious authorities as they feared that his views might revive forms of astral worshipping. This essay discusses the manner in which Cremonini and Bellarmine received geocentrism and cosmology in very different, even opposite, manners, especially concerning the relation between natural philosophy and theology, and the reconcilability of cosmology with the Scriptures.
Discussing Tides Before and After Newton: Roger Joseph Boscovich’sDe aestu maris
Authors: Akopyan Ovanes 
Published: July 2022

AbstractThe causes of tidal motions were widely debated from antiquity up to the eighteenth century. These discussions got a second wind in the early modern period, in the wake of a growing number of cosmological alternatives that challenged the dominant Aristotelian-Ptolemaic stance. The 1687 publication of Isaac Newton’s Principia Mathematica was a defining moment in the discussions and consequently made universal gravitation the most credible and generally accepted explanation. This paper investigates the aftermath of Newton’s discovery and demonstrates how his understanding of tidal motion crowded out competing theories within a broader European context. My main point of reference is Roger Boscovich’s De aestu maris (1747). In his work, the leading Jesuit scholar of the time contrasted Newton’s interpretation to those of other major authorities, namely Johannes Kepler, Galileo Galilei, and René Descartes, and went on to claim the superiority of the British scientist’s achievements over anything written prior to the Principia. As this essay argues, alongside a significant body of literature produced under the umbrella of the Jesuit order, Boscovich’s De aestu maris subsequently contributed to the formation of the popular image of Newton as a “scientific hero.”
Slowing Down Society? Theoretical Reflections on Social Deceleration in Pandemic Times (and Beyond)
Authors: Torres Felipe , Gros Alexis 
Published: July 2022

Abstract
The COVID-19 pandemic has caused a major change in everyday life and also reinvigorated the theoretical and political discussion on the temporal rhythms of social existence. Taking the situation of the coronavirus crisis as a starting point, the present paper attempts to provide the outlines of a theoretical account of social deceleration, a topic that has been hitherto barely explored in the field of social studies of time. In view of the complexity of the phenomenon, a distinction is made between two ways of theoretically approaching it, namely, a descriptive and a normative perspective. The paper proceeds in three steps: First, upon adopting a descriptive perspective, it advances a definition of social deceleration and proposes a typology of its different manifestations. The second step analyzes the coronavirus crisis as a process of partial deceleration of social life. The final step gives an overview of the current normative, i.e., ethical-political, disputes over social speed.
Calendar Poems: Variances in Vernacular Versified Calendars as Expressions of Individual Perceptions of Time
Authors: DuBois Raoul 
Published: July 2022

Abstract
Cisiojanus is what we call a medieval mnemonic device designed to provide temporal orientation by transforming the sequence of immovable religious feast days into a short and memorable poem. Mapping the sacred calendar onto a textual surface enabled its user to determine dates by counting the poem’s syllables, words or lines. As an integral part of elementary education, the cisiojanus is believed to have been one of the most popular poems of the Middle Ages. It survived in hundreds of copies all over Europe and was translated into numerous languages. While the cisiojanus formed what could be one of the largest premodern, text-based temporal communities, it also adapted to the requirements of its users, leading to an astonishing amount of nearly identical, yet significally different poems. This article explores different cisiojani as individual perspectives on time. While some make adjustments for regional and local variants of the calendar, some even bear witness to personal interpretations of the calendar.
Praying in the Streets: Re-Traditionalisation of Public Spaces in Contemporary Spain
Authors: Chanzà Josep Almudéver 
Published: July 2022

Abstract
This paper contributes to the scant ethnographic literature dedicated to understanding the phenomenon of re-sacralisation. The article appraises lay Catholics’ lived experiences of everyday religion, charting the demographic dynamics and social and spiritual demands of those who are revitalising public expressions of Catholicism on the ground. Through theoretical frameworks that foreground memory, identity and gender, the fate and work of lay Catholic organisations is explored vis-à-vis priestly notions of faith. The current return and reinvention of Catholic traditions in Spain is explored through ethnographic study, seeking the reasons for the return and reinvention of Catholic festive traditions and asking what this phenomenon means when the faithful devise their own modes of devotion and faith-based identity away from priestly demands.
Changes in the intensity of heartwood formation in Scots pine (Pinus sylvestris L.) ontogenesis
Authors: Galibina Natalia A. , Moshnikov Sergey A. , Nikerova Kseniya M. , Afoshin Nikita V. , Ershova Maria A. , Ivanova Diana S. , Kharitonov Vladimir A. , Romashkin Ivan V. , Semenova Ludmila I. , Serkova Aleksandra A. , Tarelkina Tatiana V. 
Published: July 2022

Summary
An essential stage in woody plant ontogeny (heartwood (HW) formation) determines tree resistance to weather conditions, wood quality (moisture, colour, resistance to biodegradation), and regulates the proportion of functionally active sapwood (SW) in the total trunk biomass. In this study, the patterns of HW formation depending on tree age and cambial age within the same tree were studied in the North-West of Russia in Scots pine in a lingonberry pine forest. It is shown that HW either repeats the trunk profile or shows a maximum proportion on average at the height of 1.5 m. Models using the square root transformation and logarithm transformation have been proposed to predict the number of annual rings in HW depending on the cambial age. Multiple regression is proposed to predict the radial width in HW. Validation of the developed models on random trees gave a good result. HW formation begins at the age of 17–18 years and continues at the rate of 0.3 rings per year for 20–30-year-old trees, 0.4–0.5 rings per year for 70–80-year-old trees, and about 0.7 rings per year for 180-year-old trees. The lifespan of xylem parenchyma cells ranged from 10–15 years in 20-year-old trees to 70 years in 180-year-old trees. At the age of the previous felling (70–80 years) the HW area in the trunk biomass is about 20%, and in 180-year-old pine forests, it increases to 50%. These data can be used to assess the role of old-growth forests in carbon sequestration.
Bridging Parliamentary Cultures in the Americas – Enhancing Parliamentary Dialogue in the World
Authors: Fitsilis Fotis , Cincunegui Juan de Dios 
Published: July 2022

Abstract
After much anticipation, the International Workshop of Scholars and Parliamentarians took place in Villa La Angostura, Argentina, from 7–8 April 2022. This report will first outline the general framework of the workshop’s organisation and implementation. It then describes the main areas of scientific debate, with a particular focus on the digital transformation of parliamentary institutions. Finally, the report outlines the main outcomes that, notably, seek to enhance parliamentarism through the development of an international culture of dialogue.
Morning Transition of the Boundary Layer over Dallas–Fort Worth
Authors: Nielsen Kip F. , Rahn David A. 
Published: July 2022

Abstract
Temperature profiles of the lower atmosphere (<3 km) over complex urban areas are related to health risks, including heat stress and respiratory illness. This complexity leads to uncertainty in numerical simulations, and many studies call for more observations of the lower atmosphere over cities. Using 20 years of observations from the Aircraft Meteorological Data Relay (AMDAR) program over Dallas–Fort Worth, Texas, average profiles every 0.5 h are created from the 1.5 million individual soundings. Dallas–Fort Worth is ideal because it is a large urban area in the central Great Plains, has no major topographic or coastal influences, and has two major airports near the center of the urban heat island. With frequent and high-quality measurements over the city, we investigate the evolution of the lower atmosphere around sunrise to quantify the stability, boundary layer height, and duration of the morning transition when there are southerly winds, few clouds, and no precipitation so as to eliminate transient synoptic events. Characteristics of the lower atmosphere are separated by season and maximum wind speed because the the Great Plains low-level jet contributes to day-to-day variability. In all seasons, stronger wind over the city leads to a weaker nocturnal temperature inversion at sunrise and a shorter morning transition period, with the greatest difference during autumn and the smallest difference during summer. During summer, the boundary layer height at sunrise is higher on average, deepens the most as wind strengthens, and has the fewest days exhibiting a surface temperature inversion over the city.

Significance Statement
Cities impact health by creating an urban heat island caused by more heating at the surface, less evaporative cooling, and increased anthropogenic waste heat, and they can have high pollution. Cooling overnight stabilizes the lower atmosphere and traps pollutants near the surface until surface heating after sunrise mixes them away. Inadequate pollution observations make it difficult to study these issues. The greatest mixing occurs about 2 h after sunrise but can be modulated by wind speed. Observations from 1.5 million aircraft landing and taking off over Dallas–Fort Worth, Texas, reveal that strong low-level wind leads to morning transitions ending 0.84 h earlier on average than with light wind. Details from this vast dataset contribute to improved understanding of the lower atmosphere over cities and provide a baseline for simulations.
Atmospheric Energy Sources for Winter Sea Ice Variability over the North Barents–Kara Seas
Authors: Tian Yinglin , Zhang Yu , Zhong Deyu , Zhang Mingxi , Li Tiejian , Xie Di , Wang Guangqian 
Published: July 2022

Abstract
Anomalous poleward transport of atmospheric energy can lead to sea ice loss during boreal winter over the Arctic, especially in the North Barents–Kara Seas (NBKS), by strengthening downward longwave radiation (DLW). However, compared with the extensive studies of latent energy sources, those of sensible energy sources are currently insufficient. Therefore, we focus on the intraseasonal sea ice loss events from the perspectives of both energy forms. First, the contributions of latent and sensible energy to DLW and sea ice reduction are quantified using the lagged composite method, a multiple linear regression model, and an ice toy model. Second, a Lagrangian approach is performed to examine sources of latent and sensible energy. Third, possible underlying mechanisms are proposed. We find that the positive anomalies of latent and sensible energy account for approximately 56% and 28% of the increase in DLW, respectively, and the DLW anomalies can theoretically explain a maximum of 58% of sea ice reduction. Geographically, the North Atlantic, the Norwegian, North, and Baltic Seas, western Europe, and the northeastern Pacific are major atmospheric energy source regions. Additionally, while the contributions of latent energy sources decrease with increasing distance from the NBKS, those of sensible energy sources are concentrated in the midlatitudes. Mechanistically, latent energy can influence sea ice decline, both directly by increasing the Arctic precipitable water and indirectly by warming the Arctic atmosphere through a remote conversion into sensible energy. Our results indicate that the Rossby waves induced by latent heating over the western tropical Pacific contribute to anomalous energy sources at midlatitude Pacific and Atlantic both dynamically and thermodynamically.

Significance Statement
Winter sea ice retreat in the Arctic has been attributed to increasing poleward atmospheric energy transport. While latent energy sources are extensively examined in previous studies, studies on sensible energy sources remain limited. Considering both atmospheric energy forms, we detected energy sources for the intraseasonal sea ice-loss events in the winter NBKS. Geographically, the North Atlantic, the Norwegian, North, and Baltic Seas, western Europe, and the northeastern Pacific are predominant energy source regions. Mechanistically, Rossby waves in the Northern Hemisphere triggered by tropical latent heating contribute to warm and moist air intrusions into the Arctic. This work suggests that latent energy can impact Arctic sea ice directly by moistening the atmosphere and indirectly by warming the Arctic atmosphere through remote conversion into sensible energy.
An Updated Investigation of Post-Transformation Intensity, Structural, and Duration Extremes for Extratropically Transitioning North Atlantic Tropical Cyclones
Authors: Sarro Giorgio , Evans Clark 
Published: July 2022

Abstract
The transformation stage of extratropical transition characterizes the process by which a tropical cyclone transforms into an extratropical cyclone at higher latitudes in a cooler, more baroclinic environment. A 2006 study connects extremes in transformation-stage duration, post-transformation intensity change, and post-transformation thermal structure for North Atlantic basin tropical cyclones to synoptic-scale environmental variability. However, the 2006 study’s findings are derived from coarse atmospheric analyses that include fictitious tropical cyclone vortices applied to small samples with substantial variability between cases. This study updates the 2006 study’s findings using larger sample sizes, improvements in atmospheric reanalysis resolution and fidelity, and advances in scientific understanding over the last two decades. Transformation-stage duration is primarily a function of the duration that a transforming cyclone remains in an environment supportive of tropical development after entering a region supportive of baroclinic development. Post-transformation intensity-change composites are distinguished primarily by whether proper phasing is achieved between the transforming cyclone and upstream trough following the transformation stage. Finally, post-transformation thermal structure is distinguished primarily by whether the transforming cyclone moves into a strongly confluent synoptic-scale environment following the transformation stage. This study also presents the first composite analyses of North Atlantic tropical cyclones that maintain a lower-tropospheric warm-core structure post-transformation, termed instant warm-seclusion cyclones, which have previously only been diagnosed in case studies of individual North Atlantic tropical cyclones and for a limited climatology of western North Pacific tropical cyclones. These cyclones, comprising approximately one-third of all cases, are characterized by the transforming TC becoming negatively tilted with respect to the upstream trough and undergoing cyclonic Rossby wave breaking.
Sensitivity to Deaf Culture Among Otolaryngology and Audiology Trainees
Authors: Epstein Sherise , Johnson Luke M. , Sie Kathleen C.Y. , Norton Susan J. , Ou Henry C. , Horn David L. 
Published: July 2022

Objective: The Deaf community is an ethnolinguistic minority group. Low sensitivity to Deaf culture contributes to health disparities among Deaf patients. This study determines the level of sensitivity to Deaf culture among otolaryngology-head and neck surgery (OHNS) and audiology trainees. Methods: Cross-sectional survey study of OHNS and audiology trainees from 10 large US institutions. Trainees were queried on their exposure to and comfort with Deaf patients and their education on, attitude toward, and awareness and knowledge of Deaf culture. Sensitivity to Deaf culture was operationalized as awareness and knowledge of Deaf culture. These were assessed using a 35-item instrument that was previously developed using a d/Deaf community-based participatory approach to research. We used T-tests to compare the sample to previous samples of medical students with training in Deaf culture (MS-TDCs) and general practitioners (GPs). Results: There were 91 completed surveys (response rate 44.5%). Almost all were aware of Deaf culture (97.8%). The mean knowledge score was 55.0% (standard deviation (SD) 13.4%), which was significantly higher than that for GPs at 43.0% (SD 15.0%) (95% confidence interval 8.1%, 15.8%, P < .0001) but significantly lower than that for MS-TDCs at 69.0% (SD 13.0%)(CI −20.3%, −7.6%, P < .0001). Knowledge scores were comparable for OHNS and audiology trainees ( P = .09). Conclusion: This sample of OHNS and audiology trainees was more sensitive to Deaf culture than GPs but less sensitive than MS-TDCs. Developing specialty-specific education may be warranted. Level of evidence: 4.
Effectiveness of Different Sterilization Methods on Clinical Orthodontic Materials
Authors: Ardeshna Anil , Chavan Krupa , Prakasam Anjana , Ardeshna Dev , Shah Dhara , Velliyagounder Kabilan 
Published: July 2022

Background Orthodontic appliances such as wires and brackets received from manufacturers come unsterilized and may be contaminated with various microorganisms before being used in the mouth. In this study, we evaluated and identified the bacterial contamination on orthodontic appliances along with the disinfecting efficacy of ultraviolet (UV) light and various sterilization methods. Methods Different orthodontic appliances were obtained from manufacturers divided into 5 sterilization methods and a control group (control, UV, dry heat and steam autoclave, ethyl alcohol, and 2% glutaraldehyde). Microbiological and DNA sequencing was performed on the appliances to identify the contaminated bacteria. Results Bacterial contamination identified on the orthodontic appliances were Staphylococcus aureus, Staphylococcus epidermidis, Lactobacilli, Klebsiella pneumoniae, Bacillus licheniformis, and Bacillus cereus. UV sterilization method effectively prevented the bacterial growth when compared to the control (unsterilized) orthodontic appliances. Conclusion We concluded that the orthodontic appliances received from the manufacturer showed bacterial contamination. All of the tested sterilization methods including UV light were effective in eliminating the bacterial contamination on the orthodontic appliances. Since UV light does not cause change in material properties and is cost effective with relative ease of use, its use in clinical practice for the disinfection of orthodontic appliances is suggested before placement in the mouth.
Dyslipidemia is insufficiently treated in antiphospholipid syndrome patients
Authors: Yelnik Cécile M , Martin Claire , Ledoult Emmanuel , Sanges Sébastien , Sobanski Vincent , Farhat Meryem , Morell-Dubois Sandrine , Maillard Hélène , Drumez Elodie , Launay David , Hachulla Eric , Lambert Marc 
Published: July 2022

Objectives Although dyslipidemia is a strong risk factor for thrombosis in antiphospholipid syndrome (APS), it has been poorly studied. This study aimed to assess lipids profile and risk factors for unachieved cholesterol levels in a real-life APS population. Methods Inclusion criteria were: APS diagnosis according to international classification criteria, referring to the out-patients clinic of our tertiary care center for their follow-up, and having a blood sample collection for lipids levels determination. Cholesterol level targets for each patient were defined according to 2019 ESC/EAS guidelines for the management of dyslipidemia. Results Between January 2020 and April 2021, 114 APS patients were included (male 37 (32.5%); mean age 49 ± 14 years). Among them, 40 (35.1%) had a history of dyslipidemia, 48 (42.1%) were under lipid-lowering therapies, and 59 (51.8%) had a history of cardiovascular disease (CVD). Mean levels of low-density lipoprotein cholesterol (LDL-C), high-density lipoprotein cholesterol (HDL-C), and triglyceride were, respectively, 110 ± 40 mg/dL, 60±20 mg/dL, and 120 (80–190) mg/dL. Unachieved LDL-C levels were found in 77 (67.5%) patients of whom 53 had history of CVD. Overall, 90 (78.9%) had protective HDL-C and 31 (27.2%) had hypertriglyceridemia. In the multivariate analysis, independent risk factors for unachieved LDL-C levels were older age and history of CVD; triple aPL negativity, defined as complete disappearance of aPL over time in APS patients who were previously positive in accordance to international criteria, was an independent protective factor for unachieved LDL-C. Conclusion Our finding suggested that dyslipidemia is frequent in APS patients and mainly insufficiently treated, especially in patients with history of CVD, who are at highest risk of future CV events.