bluuebunny/crossref_metadata_2025_split huggingface dataset:
The Neural Correlates of Embodied L2 Learning: Does Embodied L2 Verb Learning Affect Representation and Retention?
Authors: Zappa Ana , Bolger Deidre , Pergandi Jean-Marie , Fargier Raphael , Mestre Daniel , Frenck-Mestre Cheryl 
Published: January 2024

Abstract
We investigated how naturalistic actions in a highly immersive, multimodal, interactive 3D virtual reality (VR) environment may enhance word encoding by recording EEG in a pre/post-test learning paradigm. While behavior data have shown that coupling word encoding with gestures congruent with word meaning enhances learning, the neural underpinnings of this effect have yet to be elucidated. We coupled EEG recording with VR to examine whether embodied learning improves learning and creates linguistic representations that produce greater motor resonance. Participants learned action verbs in an L2 in two different conditions: specific action (observing and performing congruent actions on virtual objects) and pointing (observing actions and pointing to virtual objects). Pre- and post-training participants performed a match–mismatch task as we measured EEG (variation in the N400 response as a function of match between observed actions and auditory verbs) and a passive listening task while we measured motor activation (mu [8–13 Hz] and beta band [13–30 Hz] desynchronization during auditory verb processing) during verb processing. Contrary to our expectations, post-training results revealed neither semantic nor motor effects in either group when considered independently of learning success. Behavioral results showed a great deal of variability in learning success. When considering performance, low performance learners showed no semantic effect and high performance learners exhibited an N400 effect for mismatch versus match trials post-training, independent of the type of learning. Taken as a whole, our results suggest that embodied processes can play an important role in L2 learning.
Modernism in a Non-Melancholic Key
Authors: Foster Hal 
Published: January 2024

Abstract
Once again it is time for a reckoning about the status of modernist art in Western Europe and North America. However we frame it, it's now perceived, in artist studios and academic programs alike, as just one formation among others, with no special claim on art practice or art history. No longer central, the field is relative not only to other modern arts in other geopolitical regions but also to all other art-historical fields. In short, it is neither the aesthetic epitome nor the historical gateway that most old-school modernists have believed it to be. This isn't news in other fields; that it might be for many modernists is one more sign that we have fallen behind.
When Monopsony Power Wanes
Authors: Kumar Ashok 
Published: January 2024

Abstract
In this Part 1, Material Conditions, I look at the changing material conditions of capital in the most labour-intensive manufacturing sectors in world production. I argue that these changes are leading to a waning in monopsony power. The paper introduces a universal logic that governs competition and reshapes the chain around the question of monopsony in the global supply chain. Put simply, deregulation produces high degrees of monopsony power, increasing the value share for the lead firm. This intensifies competition, exerts downward pressure, and winnows the number of suppliers able to compete. The result is a supplier consolidation. Consolidation increases the surviving suppliers’ share of value, which expands access to finance, facilitates self-investment, and raises entry barriers. In Part 2, Subjective Agency, I look at how this leads to the emergence of market spatial inflexibility, which has given labour new openings by increasingly their disruptive power.
Koselleck and the Problem of Historical Judgment
Authors: Riebeling Zachary 
Published: January 2024

Abstract
This article undertakes an exploration of Reinhart Koselleck’s ideas concerning historical knowledge and moral judgment. Koselleck’s position is exemplified by the maxim “knowing is better than knowing better,” declaimed throughout his career. I argue that Koselleck’s separation of knowledge and judgment was unstable, with the prescription to know repeatedly folded into the proscription against knowing better.
This article begins with an analysis of Koselleck’s maxim and the underlying theoretical position that sustained it. I show how the separation resulted from Koselleck’s attempts to delegitimate utopian philosophies of history and to maintain a plurality of possible histories. I also demonstrate how Koselleck’s maxim reveals the centrality of philosophical-historical schemata in current debates about the meaning and utility of the past, and how recognizing the tension between knowledge and judgment can reshape concerns about history and moral judgment. Throughout, I illuminate how Koselleck’s knowledge/judgment problematic is germane to the philosophy of history by reading him alongside R.G. Collingwood and Joan Scott.
Sitting with the Death of a (Cherry) Tree
Authors: Goto-Jones Chris 
Published: January 2024

Abstract
Making use of a case study in the contemporary deployment of Zen Buddhism as a framework for environmental activism and chaplaincy, this article considers the cultural politics and philosophical importance of ‘how Chan became Zen,’ revealing some tendencies towards the hegemony of Japanese cultural preferences in the representation and practice of Zen today. Concretely, it explores the significance of cherry trees as emblems of this tendency.
Rather than simply reflecting a cultural or aesthetic preference for cherry blossom in Japanese culture, this article goes further to suggest that exhibiting a preference for any particular species of tree at all might be a distinctive feature of the development of Chan into Zen in the Japanese context, and that this actually represents a philosophical and doctrinal shift in the content of the paired traditions. If true, this observation suggests that the contemporary move to return Chan (rather than Zen) to the center of scholarly and practical attention is more than a correction of names in the international marketplace, but it also has some concrete implications for Buddhist practice today, including in the practice of eco-chaplaincy. Does the (re)turn to Chan mean that we have to give up the privileging of cherry trees? Even more provocatively, if it is necessary to surrender this privilege, might it also be necessary to re-cast Dōgen, the founder of Sōtō Zen in Japan, as Chan descendant rather than primarily a Zen ancestor?
Along the way, this article considers the challenges encountered by Zen as a global presence, especially as it encounters indigenous cultures outside Asia. The rapid spread of Zen in North America has created some complicated dilemmas in settler politics and decolonial practice. Once again, the cherry tree emerges as an emblem of these issues.
A New Pathway for Tornadogenesis Exposed by Numerical Simulations of Supercells in Turbulent Environments
Authors: Markowski Paul M. 
Published: January 2024

Abstract
A simulation of a supercell storm produced for a prior study on tornado predictability is reanalyzed for the purpose of examining the fine-scale details of tornadogenesis. It is found that the formation of a tornado-like vortex in the simulation differs from how such vortices have been understood to form in previous numerical simulations. The main difference between the present simulation and past ones is the inclusion of a turbulent boundary layer in the storm’s environment in the present case, whereas prior simulations have used a laminar boundary layer. The turbulent environment contains significant near-surface vertical vorticity (ζ > 0.03 s−1 at z = 7.5 m), organized in the form of longitudinal streaks aligned with the southerly ground-relative winds. The ζ streaks are associated with corrugations in the vertical plane in the predominantly horizontal, westward-pointing environmental vortex lines; the vortex-line corrugations are produced by the vertical drafts associated with coherent turbulent structures aligned with the aforementioned southerly ground-relative winds (longitudinal coherent structures in the surface layer such as these are well known to the boundary layer and turbulence communities). The ζ streaks serve as focal points for tornadogenesis, and may actually facilitate tornadogenesis, given how near-surface ζ in the environment can rapidly amplify when subjected to the strong, persistent convergence beneath a supercell updraft.

Significance Statement
In high-resolution computer simulations of supercell storms that include a more realistic, turbulent environment, the means by which tornado-like vortices form differs from the mechanism identified in prior simulations using a less realistic, laminar environment. One possibility is that prior simulations develop intense vortices for the wrong reasons. Another possibility could be that tornadoes form in a wide range of ways in the real atmosphere, even within supercell storms that appear to be similar, and increasingly realistic computer simulations are finally now capturing that diversity.
Effects of Background Synoptic Environment in Controlling South China Sea Tropical Cyclone Intensity and Size Changes in Pseudo–Global Warming Experiments
Authors: Chow Tsun Ngai , Tam Chi Yung , Chen Jilong , Hu Chenxi 
Published: January 2024

Abstract
Assessing how global warming affects tropical cyclones (TC) is immensely important for climate change adaptation and hazard mitigation. However, projected intensity and size change can vary greatly among different individual storms, even under the same forcing in pseudo–global warming (PGW) experiments. Here we hypothesize that these variations are related to the historical environment in which each TC was embedded. Twenty-five TCs in the South China Sea (SCS) region were simulated using the Weather Research and Forecasting (WRF) Model. Their changes in the near (2036–65) and far future (2075–99) following the representative concentration pathways 8.5 (RCP8.5) and 4.5 (RCP4.5) under phase 5 of the Coupled Model Intercomparison Project (CMIP5) were investigated by the PGW technique. The mean changes in TC intensity and gale-force wind radius (R17) in the SCS were +6.4% and +1.5% for a 2°C warming, respectively. Multiple linear regression and stepwise regression analysis revealed that storm intensity variations were positively correlated with historical sea surface temperature and negatively with outer (i.e., outside the TC’s R17) atmospheric instability, while the R17 variations correlated positively with outer midtropospheric relative humidity (RH) and surface outer wind speed (OWS). Ertel potential vorticity (EPV) diagnostics further showed a moister SCS background can cause stronger diabatic heating and EPV production at the spiral rainbands under PGW, which increases R17. Additionally, stronger background absolute angular momentum (AAM) promoted stronger AAM influx, leading to larger R17. Implications were drawn to explain the uncertainties in projected TC intensity and size due to natural variability.

Significance Statement
Changes in the intensity and size of individual tropical cyclones in future climates are highly variable. This study aims to understand the environmental factors influencing these variations. We selected 25 storms that entered the South China Sea region and modeled them in both present and future climates. The mean intensity and size were projected to increase by 6.4% and 1.5% for a 2°C warming, respectively. We found that tropical cyclones embedded in historically warmer oceans and more stable atmospheres intensified more than the others, while historically wetter and windier environments promoted larger size growth. Our results suggest that certain tropical cyclones can exhibit a greater increase in intensity and size in a warmer climate under favorable environmental conditions.
Seasonal Reversal of ENSO Impacts on SST in the East China Sea–Kuroshio Region
Authors: Xie Yuwei , Zhang Wenjun , Hu Suqiong , Jiang Feng 
Published: January 2024

Abstract
Sea surface temperature (SST) variability in the East China Sea–Kuroshio (EK) region has important implications for the surrounding weather, climate, and marine ecology. The year-to-year variations of the EK SST are expectedly linked to El Niño–Southern Oscillation (ENSO), the predominant predictability source of seasonal-to-interannual climate variability. Surprisingly, no significant SST signal is observed in the EK region when focusing on the ENSO autumn–winter season with the persistent and pronounced SST anomalies in the tropical Pacific. We find that a remarkable seasonal reversal appears in the ENSO–EK SST connection, shifting from a negative relationship in autumn [Aug(0)–Oct(0)] to a positive relationship in winter [Dec(0)–Feb(1)]. This reversal is mainly attributed to the seasonally varying ENSO-associated western North Pacific (WNP) atmospheric circulation patterns. During ENSO autumns, the anomalous WNP anticyclone is confined south of 20°N, which is accompanied with cyclonic circulation anomalies in the EK region. The associated anomalous northerly wind tends to enhance the background northerly wind, thereby facilitating the local SST cooling mainly via the wind–evaporation–SST effect. In the subsequent winter, the ENSO-related WNP anticyclonic anomalies intensify and extend toward the EK region. Consequently, the weakened background northerly wind induced by southerly wind anomalies leads to the increase of downward latent and sensible heat flux in the EK region, fostering the local SST warming. The observed seasonal reversal of ENSO impacts can be evidenced by the tropical Pacific pacemaker experiments, emphasizing the importance of seasonally modulated ENSO teleconnection and holding implications for the local SST climate prediction.
Acceptability and feasibility of an app to prepare children for a blood test: An exploratory cohort study
Authors: Bray Lucy , Ng Sze May , Pyke Lauren , Kikby Joanna 
Published: January 2024

Objective: Children report needle procedures as one of their most feared and painful experiences. Negative blood test experiences can lead to lifelong implications. Xploro is an online health information platform (app) that uses age-appropriate self-directed augmented reality (AR) techniques. This study evaluated the acceptability, feasibility and self-reported impact of Xploro on children undergoing a planned blood test. Method: Children aged 6–14 years accessed Xploro at home before attending hospital for a planned blood test. Paper data collection booklets were completed by children, their parents and health professionals. We explored participants’ views of using Xploro and the perceived impact on a child’s ability to undergo the blood test. Data were analysed using descriptive statistics and content analysis procedures. Results: Notably, 24 children, 24 parents and 6 health professionals participated. Children (96%; n = 23/24) reported that Xploro was ‘fun’ and ‘easy to use’ and helped them have their blood test (94%, n = 17/18), as they ‘knew what to expect’ and what would help them. Parents reported that the app helped ‘open up a dialogue about the blood test’ with their child and helped their child ‘know what would happen during the blood test’ and how to ‘stay calm’. Health professionals ( n = 6) reported that Xploro helped children access information ‘at their leisure at home’. Conclusion: Xploro was reported as being a useful and engaging self-directed child-friendly information app for children having a planned blood test which helped children know what was going to happen and improved their experiences of having a blood test.
Septin9 DNA methylation is associated with breast cancer recurrence or metastasis
Authors: Zhang Shao-Ling , Yu Hai-Jing , Lian Zhen-Qiang , Wan Jian , Xie Si-Mei , Lei Wen , Chen Qiu-Ping , Zhang Liang , Wang Qi 
Published: January 2024

Objective We aimed to explore the prognostic value of Septin9 DNA methylation in breast cancer. Methods Breast cancer patients with and without recurrence or metastasis and matched non-breast cancer patients were screened retrospectively from 2014 to 2016. Bisulfite conversion and fluorescence quantitative methylation-specific polymerase chain reaction were used to detect the Septin9 methylation status and distribution levels in patient breast tissues. Results Septin9 DNA methylation was more frequent in breast cancer tissues than in non-breast cancer tissues, but was not significantly correlated with any relevant breast cancer patient clinicopathological characteristic. Septin9 methylation rates were higher in patients with recurrence or metastasis. Septin9 methylation, tumor size, lymph node status, and progesterone receptor (PR) expression could influence prognosis. Septin9 methylation was significantly associated with worse disease-free survival in breast cancer patients, with receiver operating characteristic curve analysis indicating that it had good prognostic ability, with an area under the curve (AUC) value of 0.719. The AUC values increased when Septin9 methylation was combined with tumor size, lymph node status, and PR to predict prognosis. Conclusions Septin9 DNA methylation was an independent predictors of breast cancer prognostic risk. This could possibly help improve comprehensive prognosis prediction methods when combined with other risk factors.
Postarrest Care Bundle Improves Quality of Care and Clinical Outcomes in the Normothermia Era
Authors: Caddell Andrew J. , Nagpal Dave , Hegazy Ahmed F. 
Published: January 2024

Purpose Temperature targets in patients with cardiac arrest and return of spontaneous circulation (ROSC) have changed. Changes to higher temperature targets have been associated with higher breakthrough fevers and mortality. A post-ROSC normothermia bundle was developed to improve compliance with temperature targets. Methods In August 2021, “ad hoc” normothermia at the discretion of the attending intensivist was initiated. In December 2021, a post-ROSC normothermia protocol was implemented, incorporating a rigorous, stepwise approach to fever prevention (temperature ≥ 37.8). We conducted a before-after cohort study of all adult patients post-ROSC who survived to intensive care unit admission between August 1, 2021, and April 1, 2022. They were divided into “ad hoc” and “protocol” groups. Clinical outcomes compared included fevers, active cooling, and paralytic use. Results Fifty-eight post-ROSC patients were admitted; 24 in the “ad hoc” and 34 in the “protocol” groups. Patient demographics were similar between groups. The “ad hoc” group had more shockable rhythms (67% vs 24%, P = .001) and cardiac catheterizations (42% vs 15%, P = .03). The “protocol” group were significantly less likely to have a fever at 40 h (6% vs 40%, P < .001) and 72 h (14% vs 65%, P ≤ .001). Patients in the normothermia “protocol” used significantly less neuromuscular blocking agents (24% vs 50%, P = .05). The normothermia “protocol” resulted in similar mortality (56% vs 58%, P = 1.0). Conclusion Use of a normothermia “protocol” resulted in fewer fevers and less neuromuscular blocker administration compared to “ad hoc” management. A protocolized approach for improved quality of care should be considered in institutions adopting normothermia.
The safety and efficacy of unicompartmental knee arthroplasty in outpatient surgical centers: A systematic review and meta-analysis
Authors: Fan Hua , Zhang Zhuang-Zhuang , Zhang Fu-Kang , Yang Xin , Zhang An-Ren , Yang Yong-Ze , Cheng Qing-Hao , Guo Hong-Zhang 
Published: January 2024

Background Unicompartmental knee arthroplasty (UKA) is an effective treatment method for knee osteoarthritis. With the development and implementation of enhanced recovery after surgery, UKA is now increasingly performed in outpatient surgical centers. However, there is ongoing debate regarding the safety and effectiveness of performing UKA in outpatient settings. Methods The search was performed to retrieve randomized controlled trials and cohort studies on outpatient UKA from PubMed, Cochrane Library, EMbase, CNKI, and WanFangData databases. The search was conducted from the inception of the databases until August 31, 2023. After independent screening, data extraction, and risk of bias evaluation by two researchers, meta-analysis was performed using RevMan 5.4 software. Results A total of eight studies involving 18,411 patients were included. The results showed that the postoperative transfusion rate in the outpatient group was lower than that in the inpatient group [OR = 0.36, 95%CI (0.24, 0.54), p < 0.00001], and the difference was statistically significant. However, there was no significant difference between the two groups in terms of readmission rate, reoperation rate, surgical site infection, and periprosthetic fracture. The differences were not statistically significant. Conclusion Compared to the traditional inpatient route, the blood transfusion rate for single-condyle replacement in the outpatient operation center is lower, and there is no significant difference in readmission rate, reoperation rate, surgical site infection, and periprosthesis fracture. The outpatient approach to UKA is safe, feasible, and highly satisfactory for patients. However, the results have certain limitations, and a rigorous preoperative complication risk assessment can minimize the risk of UKA in outpatient surgery centers. Trial registration PROSPERO number CRD42023405373.