bluuebunny/crossref_metadata_2025_split huggingface dataset:
Dynamic changes in hs-CRP and risk of all-cause mortality among middle-aged and elderly adults: findings from a nationwide prospective cohort and mendelian randomization
Authors: Wang Zhonghai , Xiong Feng , Zhang Quanbo , Wang Han 
Published: October 2024

Abstract
Introduction
The general population experiences mortality rates that are related to high levels of high-sensitivity C-reactive protein (hs-CRP). We aim to assess the linkage of longitudinal trajectories in hs-CRP levels with all-cause mortality in Chinese participants.

Methods
We utilized data from the China Health and Retirement Longitudinal Study (CHARLS). The exposures were dynamic changes in the hs-CRP and cumulative hs-CRP from 2012 to 2015, and the outcome was all-cause mortality. All participants were categorized into four trajectories according to hs-CRP levels. Multivariable logistic regression analysis, adjusted for potential confounders, was employed to evaluate the relationship of different trajectories of hs-CRP with mortality risk. A two-sample Mendelian randomization (TSMR) method and SHapley Additive exPlanations (SHAP) for identifying determinants of mortality risk were also employed.

Results
The study included 5,445 participants with 233 deaths observed, yielding a mortality proportion of 4.28%. Compared to individuals maintaining low, stable levels of hs-CRP (Class 1), individuals with sustained elevated levels of hs-CRP (Class 4), those experiencing a progressive rise in hs-CRP levels (Class 2), or those transitioning from elevated to reduced hs-CRP levels (Class 3) all faced a significantly heighted death risk, with adjusted Odds Ratios (ORs) ranging from 2.34 to 2.47 across models. Moreover, a non-linear relationship was found between them. Further TSMR analysis also supported these findings. SHAP showed that hs-CRP was the fifth most important determinant of mortality risk.

Conclusions
Our study shows all-cause mortality increases with dynamic changes in hs-CRP levels among middle-aged and elderly adults in China, and cumulative hs-CRP shows an L-shaped relationship with all-cause mortality.
Zur Aufhebung des Verbots regionaler Werbung für bundeweit sendende Fernsehsender
Authors: Breiderhoff Xenia Fee , Dewenter Ralf 
Published: October 2024

ZusammenfassungBundesweit sendenden Rundfunkunternehmen ist es nach dem Medienstaatsvertrag (§ 7, Absatz 11 MStV) untersagt, „nichtbundesweite Rundfunkwerbung“ zu verbreiten. Das sogenannte Verbot regionaler Werbung wurde zwar vom Europäischen Gerichtshof als europarechtswidrig erklärt (C-555/19, 03.02.2021), dennoch sind sich die deutschen Gerichte nicht einige, ob das Verbot weiterhin anzuwenden ist. Auch ist bisher keine Anpassung des nationalen Rechts erfolgt. Der vorliegende Beitrag diskutiert die möglichen Auswirkungen eines Wegfalls des Verbots. Er kommt zu dem Ergebnis, dass dadurch Effizienzen gehoben und der Wettbewerb intensiviert werden würde. Auch ist nicht damit zu rechnen, dass es zu einer Einschränkung der Vielfalt durch starke Marktaustritte der lokalen Fernsehsender käme. Vielmehr geraten bundesweite Rundfunkprogramme als auch lokale und regionale Radiosender immer mehr durch die lokale Werbung der öffentlich-rechtlichen Sender in Bedrängnis. Wir plädieren daher für eine Aufhebung des Verbots regionaler Werbung und ebenfalls für ein Werbeverbot von öffentlich-rechtlichen Programmen.
Evaluation of asphalt mixtures modified with polyethylene terephthalate (PET)
Authors: Fahmy Elsayed Adel , Youssef Ahmed Mohammed , Ali Esraa Emam , Algabry Ahmed , Elbagalati Omar 
Published: October 2024

AbstractPolyethylene terephthalate (PET) waste, ubiquitous in packaging and shipping industries, offers logistical advantages through its lightweight, durable nature, fostering cost-effective transportation. However, concerns over PET’s environmental impact arise from its persistence in ecosystems and contribution to pollution, urging industries to prioritize responsible waste management and recycling strategies. Recognizing the pivotal role of the construction industry, leveraging PET recycling in asphalt mixtures presents an applicable solution to curtail the environmental footprint of PET waste. Roadway asphalt construction, a significant industry, holds substantial potential to integrate PET waste into asphalt, offering a promising avenue for sustainable waste utilization. This research investigates the integration of PET waste into Egyptian asphalt mixtures across nine distinct compositions, varying binder percentages (3.0%, 3.50%, and 4%) and PET ratios (6%, 7%, and 8%). Marshall and Hamburg Wheel Rutting tests were conducted, comparing these formulations against a control mix devoid of PET. Notably, optimal outcomes emerged from the 3% binder with 8% PET combination, exhibiting enhanced mix stability and stiffness while meeting established mix design standards, signifying promising improvements in sustainability without compromising performance metrics.
Von Frankreich lernen
Authors: Busch Nicolai 
Published: October 2024

Zusammenfassung
Der Beitrag beleuchtet die länderübergreifenden Entstehungs- und Ausdifferenzierungsprozesse neurechter Literaturpolitik in Deutschland und Frankreich seit den 1950er Jahren. Aus einer netzwerktheoretisch informierten Perspektive werden die kunst- und literaturpolitischen Positionen sowie die deutsch-französischen Verbindungen des neurechten Vordenkers Armin Mohler erschlossen, die in deutschen und französischen Zeitschriften der Neuen Rechten über Jahrzehnte kollektiv fortentwickelt und propagiert worden sind.
Clean vs green: the impact of reading short stories on sustainable and healthy cleaning behaviours
Authors: McIlroy Rich C. , Baden Denise A. , Brown Jeremy , Gauthier Stephanie M. , Swierczynski Janusz , Wilks Sandra A. 
Published: October 2024

AbstractFact-based information campaigns aimed at encouraging more sustainable behaviour have typically resulted in minor effects that tend not to last. Scholars in the fields of entertainment education have proposed storytelling as an alternative strategy. Most existing studies have focused on health communication, but there is increasing interest in exploring storytelling to promote pro-environmental behaviours. Our focus in this study are behaviours which have both health and environmental implications: personal cleaning, household cleaning, and laundry. In a study using both quantitative and qualitative analyses (from a survey to which 77 individuals responded), we find that messages embedded into a short story significantly changed behavioural intentions in readers across all three domains. Readers reported gaining knowledge from the stories, in terms of the specific products and practices that one could undertake and with respect to the commonly held misconception that aggressive cleaning practices in the home (e.g., high temperatures, strong chemicals) are beneficial to human health. Results have implications for interventions aimed at promoting behaviours that have joint benefits for human and environmental health.
Marital Contracts on the Fault Lines: A Liberal Inquiry
Authors: Lifshitz Shahar , Rivlin Ram 
Published: October 2024

Abstract
The revolution in Western family law over the past 50 years—often described as ‘liberalization’—involves a decrease in the importance of fault-based factors alongside an increase in the significance of marital contracts. While these two trends generally complement each other, they may conflict when a couple seeks to assign economic consequences to sexual fault through a contract. Should such an agreement be legally enforceable? Which aligns more with a ‘true liberal’ perspective: advocating against fault or for the use of contracts? This paper suggests a new approach that goes beyond simply determining which trend should prevail. We illustrate how the perceived conflict between proponents of sexual liberalization and proponents of contractual liberalization could be resolved by identifying the underlying reasons that motivate each ‘camp’, proposing potential legal mechanisms and specific legal contexts in which broad agreement might be reached, and explicating the multidimensionality of family law liberalization.
A model proposal for qualitative data analysis, interpretation, and reporting: contextuality, reflectivity, and narrativity
Authors: Gülpınar Mehmet Ali 
Published: October 2024

Abstract

Rationale:
From education to healthcare and management processes, it is important to address the experience in health within its own complexity, context, and uniqueness. At this point, qualitative studies come to the fore and this increases the need for practical guides and models for qualitative studies. Qualitative studies have a paradigm that is different from quantitative research and its paradigm ontologically, epistemologically, and methodologically. These differences are reflected in the design of the research as well as the analysis, interpretation, and reporting of qualitative data. From such a point of view, this paper first briefly outlines the design process of qualitative studies and then proposes a model for the analysis, interpretation, and reporting of qualitative data.

Conceptual/theoretical framework:
The three core concepts of the model are ‘contextuality’, ‘reflectivity’, and ‘narrativity’. Such a conceptual/theoretical framework transforms qualitative data analysis, interpretation, and reporting processes into processes that are carried out with a reflective approach within their specific contexts.

Model:
Taking this into account, by considering a contextual, reflective, and narrative approach, two frameworks, namely, the ‘Contextual (Multiple) Reading and Analysis Framework’ consisting of three stages and seven steps, and the ‘Contextual Understanding, Interpretation and Reporting Framework’ consisting of four stages, were developed. This provides a practical guide to contextual and reflective data analysis, interpretation, and reporting for the use of those conducting qualitative studies.
Athlete Portraits in News: Influence of Media Representation and Gender on Social Perception
Authors: Herrera Antonio , Sánchez-Hernández M. Dolores , Herrera M. Carmen , Expósito Francisca 
Published: October 2024

Abstract
Previous literature suggests that in masculinized domains, a stereotypical portrayal of women has a negative impact on society’s perception of them. However, the influence of media representation on people’s perceptions of athletes depending on their gender, as well as its possible consequences for both men and women, remains unexplored in the sports sphere. Through two experimental studies employing a scenario methodology, we aimed to address this gap in the literature: In Study 1 (N = 190), we tested the influence of the media’s representation (focused on the professional field vs. extraprofessional field) and the athlete’s gender (man vs. woman) on perceptions, and in Study 2 (N = 625), we examined the effect of gender for an athlete receiving media coverage focused on the extraprofessional field. Study 1’s results showed that when media representation was based on the professional (vs. extraprofessional) field, participants perceived the news as more credible, believed that the media valued the athlete’s capacity to a greater extent, and attributed more merit to the athlete. Moreover, Study 2, focused on an extraprofessional field, indicated that when a man athlete (vs. woman athlete) was portrayed, participants were more likely to consider the news content accurate, which, in turn, was associated with a higher attribution of competence to the athlete and a higher intention to consume sports media in the future. The study will hopefully help reduce beliefs about existing stereotypes as well as discrimination against women, whether in sports or in any other field (e.g., professionally or in education).
Tropospheric Response to Gulf Stream Intrinsic Variability: A Model Ensemble Approach
Authors: Chakravorty Soumi , Czaja Arnaud , Parfitt Rhys , Dewar William K. 
Published: October 2024

AbstractThe Gulf Stream's (GS) impact on the marine boundary layer (MBL) is well established, yet the mechanisms and timescales through which it affects the upper‐troposphere and contributes to precipitation are debatable. Using a high‐resolution regional atmospheric model, we shed light on the impact of ocean intrinsic variability (OIV) along GS on midlatitude‐atmosphere. Taking advantage of a 24‐member ensemble of ocean model integrations, we devised a novel experimental setup where the same weather system feels different realizations of GS sea surface temperature (SST). We introduce the “Eddy Recharge‐Frontal Lift” (ERFL) mechanism, highlighting the joint importance of synoptic variability and boundary layer processes. ERFL mechanism proposes that OIV recharges/discharges MBL with moisture and heat, while convergence associated with passing atmospheric‐fronts uplifts these MBL‐trapped anomalies to upper‐troposphere and imprints on precipitation in surprisingly short periods (a month). The impact of OIV on precipitation depends on the background mean SST.
Downstream Control on the Stability of River Bifurcations
Authors: Durante Lorenzo , Bolla Pittaluga Michele , Porcile Gaetano , Tambroni Nicoletta 
Published: October 2024

AbstractRiver bifurcations are prevalent features in both gravel‐bed and sand‐bed fluvial systems, including braiding networks, anabranches and deltas. Therefore, gaining insight into their morphological evolution is important to understand the impact they have on the adjoining environment. While previous investigations have primarily focused on the influence on bifurcation morphodynamics by upstream channels, recent research has highlighted the importance of downstream controls. In particular, in the case of rivers, current linear stability analyses for a simple bifurcation are unable to capture the stabilizing effect of branches length unless a confluence is added downstream. In this work, we introduce a novel theoretical model that effectively accounts for the effects of downstream branch length in a single bifurcation. To substantiate our findings, a series of fully 2D numerical simulations are carried out to test different branches lengths. Results from linear stability analysis show that bifurcation stability increases as the branches length decreases. These results are confirmed by the numerical simulations, which also show that, as the branch length tends to vanish, bifurcations are invariably stable. Finally, our results interestingly reveal that when a source of asymmetry, such as a free surface gradient or channel area advantage, is present at the node, there are scenarios in which the less‐favored branch becomes dominant over the hydraulically favored branch.
Description and Evaluation of the CNRM‐Cerfacs Climate Prediction System (C3PS)
Authors: Sanchez‐Gomez E. , Séférian R. , Batté L. , Berthet S. , Cassou C. , Dewitte B. , Moine M M. P. , Msadek R. , Prodhomme C. , Santana‐Falcón Y. , Terray L. , Voldoire A. 
Published: October 2024

AbstractThe CNRM‐Cerfacs Climate Prediction System (C3PS) is a new research modeling tool for performing climate reanalyzes and seasonal‐to‐multiannual predictions for a wide array of Earth system variables. C3PS is based on the CNRM‐ESM2‐1 model including interactive aerosols and stratospheric chemistry schemes as well as terrestrial and marine biogeochemistry enabling a comprehensive representation of the global carbon cycle. C3PS operates through a seamless coupled initialization for the atmosphere, land, ocean, sea ice and biogeochemistry components that allows a continuum of predictions across seasonal to multiannual time‐scales. C3PS has also contributed to the Decadal Climate Prediction Project (DCPP‐A) as part of the sixth Coupled Model Intercomparison Project (CMIP6). Here we describe the main characteristics of this novel Earth system‐based prediction platform, including the methodological steps for obtaining initial states to produce forecasts. We evaluate the entire C3PS initialization procedure with the most up‐to‐date observations and reanalyzes over 1960–2021, and we discuss the overall performance of the system in the light of the lessons learned from previous and actual prediction platforms. Regarding the forecast skill, C3PS exhibits comparable seasonal predictive skill to other systems. At the multiannual scale, C3PS shows significant predictive skill in surface temperature during the first 2 years after initialization in several regions of the world. C3PS also exhibits potential predictive skill in Net primary production (NPP) and carbon fluxes several years in advance. This expands the possibility of applications of forecasting systems, such as the possibility of performing multiannual predictions of marine ecosystems and carbon cycle.
Paleomagnetic Secular Variations in North Greenland Around 81°N Over the Last 6,000 Years
Authors: Girard Juliette , Reilly Brendan T. , St‐Onge Guillaume , Lagroix France , Montero‐Serrano Jean‐Carlos , Stoner Joesph S. , Jennings Anne E. 
Published: October 2024

AbstractWe investigate full vector paleomagnetic changes recorded in high‐resolution sediments of Petermann Fjord, North Greenland, deposited over the last 6 kyr, in the context of the recent rapid changes in the geomagnetic field. A Paleomagnetic Secular Variation (PSV) stack (inclination, declination, and relative paleointensity) was reconstructed using four marine sediment cores with an independent age model constrained by seven radiocarbon ages. Magnetic investigations demonstrate that the paleomagnetic signal is carried by low coercivity ferrimagnetic minerals and is well reproduced in all cores, attesting to the quality and reliability of the paleomagnetic recording of these sediments. This signal is broadly consistent in directional changes with distant records in North America and the northern North Atlantic at centennial and millennial timescales, and has millennial scale intensity variations that are consistent with model predictions. The offset between a magnetization age determined through comparison with a northern North Atlantic PSV reference curve, GREENICE, and the radiocarbon age model indicates either a reasonable lock‐in depth of magnetization (∼11 cm from the coretop) or centennial‐scale reservoir age variation through time in the fjord. Reconstructed virtual geomagnetic pole (VGP) migration for the last 6 kyr shows that the recent migration of the magnetic North Pole is consistent with secular paleomagnetic variations on geologic timescales. Our results suggest that magnetic field intensity variations (temporal and spatial) are linked to magnetic flux lobe dynamics and influence the VGP migration.
Radiogenic Strontium‐ and Uranium‐Isotope Tracers of Water‐Rock Interactions and Hydrothermal Flow in the Upper Geyser Basin, Yellowstone Plateau Volcanic Field, USA
Authors: Paces James B. , Hurwitz Shaul , Harrison Lauren N. , Lowenstern Jacob B. , McCleskey R. Blaine 
Published: October 2024

AbstractNatural radiogenic isotopes (primarily 87Sr/86Sr) from hot springs in the Upper Geyser Basin of the Yellowstone Plateau volcanic field and associated rocks were used to evaluate groundwater flow patterns, water‐rock reactions, and the extent of mixing between various groundwater sources. Thermal waters have very low uranium concentrations and 234U/238U activity ratios near 1.0, which limit their utility as tracers in this reducing setting. Thermal waters have higher Sr concentrations (<22 ng/g) and a wide range of 87Sr/86Sr values that vary both temporally at individual discharge sites and between adjacent springs, indicating that conduits tap different subsurface reservoirs to varying degrees. Sr from local rhyolites have 87Sr/86Sr compositions that bound the range of values observed in groundwater throughout the basin. Non‐boiling springs on the west flank of the basin discharge water with low 87Sr/86Sr consistent with flow through young volcanic rocks exposed at the surface. Boiling springs in the central basin have higher 87Sr/86Sr values reflecting interactions with older, more radiogenic volcanic rocks. Variability in upwelling thermal waters requires mixing with a low 87Sr/86Sr component derived from young lava or glacial sediments, or more likely, from deeper sources of hot groundwater circulating through buried Lava Creek Tuff having intermediate 87Sr/86Sr. Isotope data constrain basin‐wide output of thermal water to 110–140 kg·s−1. Results underscore the utility of radiogenic Sr isotopes as valuable tracers of hydrothermal flow patterns and improve the understanding of temperature‐dependent water‐rock reactions in one of the largest continental hydrothermal systems on Earth.
Rhenium Isotopes Record Oxidative Weathering Intensity in Sedimentary Rocks
Authors: Dickson A. J. , Hilton R. G. , Prytulak J. , Minisini D. , Eldrett J. S. , Dellinger M. , Stow M. , Wang W. 
Published: October 2024

AbstractOxidative weathering of organic carbon in sedimentary rocks is a major source of CO2 to the atmosphere over geological timescales, but the size of this emission pathway in Earth's past has not been directly quantified due to a lack of available proxy approaches. We have measured the rhenium isotope composition of organic‐rich rocks sampled from unweathered drill cores and weathered outcrops in south Texas, whose stratigraphic successions can be tightly correlated. Oxidative weathering of more than 90% of the organic carbon and ∼85% of the rhenium is accompanied by a shift to lower rhenium isotope compositions in the weathered outcrops. The calculated isotope composition of rhenium weathered from the initial bedrock for individual samples varies systematically by ∼0.7‰ with different fractions of rhenium loss. This variation can be empirically modeled with isotope fractionation factors of α = 1.0002–1.0008. Our results indicate that the isotope composition of rhenium delivered to the oceans can be altered by weathering intensity of rock organic matter and that the rhenium isotope composition of seawater is sensitive to past oxidative weathering and associated CO2 emissions.
Shifts in Maritime Trade Routes as a Result of Red Sea Shipping Crisis Detected in TROPOMI NO2 Data
Authors: Pseftogkas A. , Stavrakou T. , Müller J.‐F. , Koukouli M.‐E. , Balis D. , Meleti C. 
Published: October 2024

AbstractObservations from space‐borne spectrometers have been lately used to quantify shipping emissions of nitrogen oxides (ΝΟΧ). Here we present a method that enhances the shipping signal of NO2 TROPOspheric MOnitoring Instrument (TROPOMI) satellite sensor observations in order to assess the impact of the Red Sea ship attacks on NO2 levels in three important shipping routes along the Red Sea, the Cape of Good Hope, and the Gibraltar Strait. Major shipping carriers, sailing usually via the Red Sea, have responded to the attacks by transiting their fleet around the African continent. The shipping signal from TROPOMI declines by ∼55% in the Red Sea and ∼15% in the Gibraltar Strait while an increase of ∼40% is found off the South African coast between January–June 2024 and the same period in 2023. These changes correlate well with vessel statistics, demonstrating the ability to track abrupt changes in NO2 shipping levels with satellite measurements.