bluuebunny/crossref_metadata_2025_split huggingface dataset:
Drivers of corporate environmental policy at country, sector, and firm levels
Authors: Jiménez-Parra Beatriz , Fernández-Gago Roberto , Godos-Díez José Luis , Cabeza-García Laura 
Published: November 2024

Abstract
This study provides a holistic approach to the potential drivers of corporate environmental policy. Institutional and/or stakeholder theories are used to explain any influence on this type of policy in situations with different characteristics. Specifically, the analysis considers country-, industry-, and firm-level determinants of an international sample of listed companies. Exploratory factor analysis was first applied to the variables at the country level because their underlying interrelationships were unknown. Using ordered probit models clustered at the firm level, we found that some environmental characteristics of a country and some macro-level variables considered together affect corporate environmental policy, along with pressure from industry peers. Moreover, we observed that companies with better policies for stakeholders, greater board independence, and greater gender diversity tended to develop better environmental policies. This study offers insight into fostering environmental responsibility through policy incentives and effective corporate governance structures.
Changing Nationalist Styles in Galicia: The Politics of Dual Identity
Authors: Bello Gabriel G. , Máiz Ramón , Pérez-Boquete Roi 
Published: November 2024

Abstract
In the Spanish region of Galicia, immediately north of Portugal, the Bloque Nacionalista Galego (BNG) has achieved unprecedented electoral success, emerging as a prominent nationalist force within the Spanish political landscape. This study analyzes the discursive and performative repertoires employed by Galician nationalism and explores how the prevalent dual national identity in the region shapes these strategies. Reversing Brubaker’s theoretical framework and using framing and visual analysis, we compare the BNG’s strategies during two different institutional settings: its time in government (2005–2009) and its role leading the opposition (2020–2023). The findings reveal the failure of Galician nationalism to nationalize identity when in power, as policies aimed at promoting Galician identity generated a backlash and, ultimately, produced frame dealignment between the nationalists and the Galician people. The new BNG presents a social project based on the defense of Galician interests and the moderation of the nationalist discourse. It successfully accomplishes frame alignment by adapting to the non-conflictive, dual national identity shared by most Galicians while proposing an inclusive political style.
Designing the Virtual Museum with Animal Crossing: New Horizons
Authors: King Emily Grace 
Published: November 2024

Abstract
In the 2020 video game Animal Crossing: New Horizons, the player builds the collection of the impressive Animal Crossing Museum (ACM). Exploring the visitor experience of this video game museum’s art wing from the perspective of museum professionals allows for the discovery of inventive ways to deepen connection with museum patrons in the virtual space. The ACM is more successful at engaging visitors than traditional virtual museums. It meets visitor needs by offering an immersive, interactive experience, and depends on direct action from the visitor to expand and grow its collection and space. By taking lessons from the player interaction design of the ACM, virtual museums can be designed to meet the psychological needs of visitors and build long-lasting relationships between the visitor and the institution. From the text, this essay proposes seven lessons for designing virtual museums: start with visitor experience at the center of virtual museum design, allow the visitor to collaborate on the creation of the virtual museum, make the virtual museum a habit with intermittent rewards and increased access over time, build social interaction into the virtual museum, add an avatar, show off curator personality, and address colonial roots of museums.
Securing the Future of the Humanities
Authors: Newman Robert D. 
Published: November 2024

Abstract
A decade ago, the American Academy of Arts and Sciences published The Heart of the Matter report to much acclaim. But what has been the impact of such a high-minded report? In the decade since its publication, we have seen a prevailing anti-humanities rhetoric with significant consequences to the security and persistence of humanistic principles. This article focuses on what many consider to be the most crucial problem of our time, climate change and its consequences, in thinking about how this overwhelming problem offers a rallying point for the insertion of the humanities into practical solutions which require an upending of discrete disciplinary perspectives as well as a bridging of the academic and public divide so that any space between the practice of the humanities and advocacy for social and environmental justice is vastly diminished. It argues for a thorough review of academic reward systems, for a broadening of scholarly definitions, and for a pedagogical focus that demands theory commit to empirical application. Finally, it suggests that we reengage our storytelling prowess with an emphasis on the power of metaphor in order to bolster imaginative response and methodological flexibility that is both cogent and compelling.
Associations of saccharin intake with all-cause, cardiovascular and cancer mortality risk in USA adults
Authors: Gao Ya , Yin Li , Zhang Yuntao , Li Xianzhi , Liu Lin 
Published: November 2024

AbstractSaccharin is a widely used sugar substitute, but little is known about the long-term health effects of saccharin intake. Our study aimed to examine the association between saccharin intake and mortality in diabetic and pre-diabetic population and overweight population from NHANES 1988–1994. Cox proportional hazard models were used to evaluate the association between saccharin intake and CVD, cancer and all-cause mortality. After multivariable adjustment, increased absolute saccharin intake was associated with the risk of all-cause mortality (hazard ratio (HR): 1·41, 95 % CI: 1·05, 1·90), CVD mortality (HR: 1·93, 95 % CI: 1·15, 3·25) and cancer mortality (HR: 2·26, 95 % CI: 1·10, 4·45) in diabetic and pre-diabetic population. Among overweight population, higher absolute saccharin intake was associated with the risk of cancer mortality (HR: 7·369, 95 % CI: 2·122, 25·592). Replacing absolute saccharin intake with total sugar significantly reduced all-cause mortality by 12·5 % and CVD mortality by 49·7 % in an equivalent substitution analysis in the diabetic and pre-diabetic population. Aspartame substitution reduced all-cause mortality by 29·2 % and cancer mortality by 30·2 %. Notably, the relative daily intake of saccharin also had similar effects as the absolute intake on all-cause, cardiovascular and cancer mortality in all analyses. This was despite the fact that the relative daily intake in our study was below the Food and Drug Administration limit of 15 mg/kg. In conclusion, our study showed a considerable risk of increased saccharin intake on the all-cause, CVD mortality and cancer mortality.
Interaction between green tea and metformin and its effects on oxidative stress and inflammation in overweight women: a randomised clinical trial
Authors: de Oliveira Vogado Carolina , Ferreira Monalisa Alves , Nakano Eduardo Yoshio , Azevedo Sabrina , Magalhães Kelly Grace , Fernandes Arruda Sandra , Botelho Patrícia Borges 
Published: November 2024

AbstractThis study evaluated the effect of green tea extract and metformin and its interaction on markers of oxidative stress and inflammation in overweight women with insulin resistance. After screening, 120 women were randomly allocated in 4 groups: Placebo (PC): 1g of microcrystalline cellulose/day; Green tea (GT): 1 g (558 mg polyphenols) of standardized dry extract of green tea/day and 1 g of placebo/day; Metformin (MF): 1 g of metformin/day and 1 g of placebo/day; Green Tea and Metformin (GTMF): 1 g (558 mg polyphenols) and 1 g of metformin/day. All groups were followed-up for 12 weeks with assessment of oxidative damage to lipids and proteins, specific activity of antioxidant enzymes and inflammatory cytokine serum levels. The association of green tea with metformin significantly reduced IL-6 (GTMF: –29.7((–62.6)–20.2))(p = 0.004). Green tea and metformin isolated reduced TNF-α (GT: –12.1((–18.0)–(–3.5)); MF: –24.5((–38.60)–(–4.4)) compared to placebo (PB: 13.8 (1.2–29.2))(P < 0.001). Also, isolated metformin reduced TGF-β (MF: –25.1((–64.4)–0.04)) in comparison to placebo (PB: 6.3((–1.0)–16.3))(p = 0.038). However, when combined, their effects were nullified either for TNF-α (GTMF: 6.0((–5.7)–23.9) and for TGF-β (GTMF: –1.8((–32.1)–8.5). This study showed that there is a drug-nutrient interaction between green tea and metformin that is dependent on the cytokine analyzed.
Health technology assessment for digital health Technologies in India: a framework for action
Authors: John Denny , Dutta Majumdar Abhirup , Pillai Rakesh N. , Khatoon Sajda , Bhattacharya Paramita , Mukherjee Nirmalya , Menon Jaideep C. , Pavithran K. , Kumar Anand , Jakovljevic Mihajlo 
Published: November 2024

Abstract

Objectives
The aim of this study is to understand the path for establishing digital health technologies-health technology assessment (DHT-HTA) in India.

Methods
A rapid review of HTA and DHT frameworks on PubMed (MEDLINE) and Google Scholar was conducted to identify DHT-HTA guidelines, and HTA processes in India. MS-Excel template was created with key domains for assessing DHT in resource-constrained settings based on studies and reports identified. Responses received from seventeen experts with varying expertise in DHT, HTA, clinical, and research were contacted using an online form. Following the principles of qualitative research rooted on grounded theory approach, themes and domains were derived for a framework which was again circulated through participants. Weightage for each theme was assigned based on the frequency of responses and qualifiers were used to interpret results. Inductively derived themes from these responses were clubbed together to identify macro-level systems requirements, and finally pre-requisites for setting up DHT-HTA framework was synthesized.

Results
HT are commonly perceived by experts (64.7 percent participants) as a technology strictly connected to health information. Real-world data (i.e., electronic health data) are recognized as a relevant tool in support of decision-making for clinical and managerial levels. Experts identified some pre-requisites for the establishment of DHT-HTA in the country in terms of infrastructure, contextual factors, training, finance, data security, and scale-up.

Conclusion
Our research not only identified the pre-requisites for the adoption of a DHT-HTA framework for India, but confirmed the need to address DHT-HTA’s acceptability among. Hospitals and health insurance providers.
Criteria and diagnostic scale of the post-combat delayed response (tension) syndrome
Authors: Danilevska Natalia 
Published: November 2024

AbstractObjectiveWar participation risks mental disorders. Ukrainian combatants in Anti-Terrorist Operation/Joint Forces Operation since 2014 receive psychiatric care. Some show unique symptoms, not fitting recognized disorders, termed post-combat delayed response (tension) syndrome. The aim of this study was to establish diagnostic criteria and develop a scale of differential diagnosis of post-combat delayed response (tension) syndrome.MethodsThis was a clinical retrospective study conducted on the basis of Zaporizhzhia Military Hospital and Zaporizhzhia and State Medical University, Ukraine, in the period from 2015 to 2021. Combatants of Ukraine—members of Anti-Terrorist Operation/Joint Forces Operation were involved in the study. In total, 426 male combatants were surveyed from whom those suffering from post-traumatic stress disorder (n = 24), neurasthenia (n = 35), and post-combat delayed response (tension) syndrome (n = 46) were selected.ResultsThe key symptoms of post-combat delayed response (tension) syndrome were selected and ranked in order of their differential diagnostic value. The diagnostic scale for post-combat delayed response (tension) syndrome was developed, which consists of 12 points.ConclusionsThe received anamnestic information is important for classifying patients at risk of post-combat delayed response (tension) syndrome.
Point-to-multipoint beam-steering terahertz communications using a photonics-based leaky-wave transmit antenna
Authors: Tebart Jonas , Dittmer Joel , Haddad Thomas , Matalla Patrick , Lu Peng , Randel Sebastian , Stöhr Andreas 
Published: November 2024

Abstract
We report on the successful implementation of a photonic-based beam steering approach for point-to-multipoint terahertz (THz) communications. The frequency-agile radiation properties of a THz leaky-wave antenna connected to a photodiode are utilized in the remote transmitter for generating multiple individually steerable THz beams. The approach benefits from the ultra-wide frequency tunability of optical heterodyne systems for frequency-agile THz beam steering. Moreover, the approach allows to exploit high performance and mature optical modulation techniques for generating THz beams with a high data capacity. In the THz receiver, a carrier frequency insensitive envelope THz detector based upon a single Schottky-barrier diode is used. In detail, THz communications in the 300 GHz band (WR3.4) with a maximum steering angle up to 90° is reported. Experimentally, for single steerable THz beam operation, a record high data rate of 35 Gbit/s at a wireless distance of 30 cm is achieved using two-level pulse amplitude modulation. Also, longer wireless distances up to 110 cm with 5 Gbit/s are demonstrated. Furthermore, point-to-multipoint THz communications is reported using two individually steerable THz beams carrying 10 Gbit/s and 5 Gbit/s over 70 cm and 50 cm, respectively.
Policy insights on the migration–sustainability nexus for urban governance
Authors: Fry Claudia , Zickgraf Caroline , Boyd Emily , Jolivet Dominique , Siddiqui Tasneem , Fransen Sonja , Gavonel Maria Franco , Adger Neil , Fábos Anita , Connaughton Mark , Abu Mumuni , Codjoe Samuel , de Campos Ricardo Safra 
Published: November 2024

Abstract

Non-technical summary
Cities typically treat migration and sustainability as separate policy domains. When migration is highlighted in the context of sustainability in urban destination areas, it is typically understood to have no, or at worst, negative impacts on sustainability. As a result, migration and migrants are commonly left out of sustainability policy and planning. Here, we present emerging evidence to reframe the debate, demonstrating that migration is a force for sustainable development and that migrants can be sustainability actors in urban environments. We point to key action points for cities to better address the migration–sustainability nexus and harness this potential.

Technical summary
For long, migration has been recognized in literature as a force for societal transformations. Yet, mainstream policies dealing with sustainability generally downplay the role of migration. The Sustainable Development Goals, for example, frame migration as a temporary phenomenon needing management rather than as an integral part of sustainable development. As a result, cities generally overlook broader perspectives on migration and transformation in their sustainability strategies. Here, we present key policy insights building on an emerging field of research exploring the migration–sustainability nexus in urban governance. We focus specifically on the city scale, recognizing that cities are situated at the crossroads of migration and sustainability challenges and opportunities, bringing new possibilities to address current sustainability challenges. For example, migrants interact with their destination areas through influencing consumption behavior and resource conservation and migration contributes to sustainable development through the potential of enhancing wellbeing of residents. There is thus an urgent opportunity to address policy gaps to embrace the potentially transformative role of migration for sustainability transitions. We present critical action points to incorporate new insights into policymaking, emphasizing integrated, coordinated and reflexive approaches across all levels of governance.

Social media summary
Migration drives sustainable development. We show how urban governance can seize opportunities for transformation.
A Novel Sea State Classification Scheme of the Global CFOSAT Wind and Wave Observations
Authors: Li Huimin , Chapron Bertrand , Vandemark Douglas , Lin Wenming , Hauser Danièle , He Yijun , Collard Fabrice 
Published: November 2024

AbstractOcean waves are essential elements across the air‐sea interface, regulating momentum and energy transfer. The mixture of wind sea and ocean swell coupled with surface winds results in diverse sea state conditions that modify the local air‐sea interaction. Previous classifications of wind waves and swells are mostly binary that are insufficient to represent the complexity of sea states. In this study, we utilize wind and wave measurements from the China‐France Oceanography Satellite (CFOSAT) to construct an observational wind‐wave ensemble. Four key parameters: wind speed, significant wave height, inverse wave age, and spectral width are selected out of six variables based on their correlations. Employing the unsupervised learning of k‐means clustering, global sea states are categorized into six distinct classes. These classes, characterized by unique centroids and separated in the feature space, represent specific wind regimes and degrees of wave development. Global occurrence highlights that each sea state is region‐specific, bridging the spatial gap of swell and wind sea dominated areas, respectively. This new grouping scheme complements the traditional wind sea and/or swell classification by resolving the diversity of wave regimes. The six‐class classification enables us to identify transitional states and hybrid conditions that may have been overlooked in the binary classification scheme, which shall help investigate the impact of ocean waves on the air‐sea interaction under varying sea states.
Impact of Summer Air Temperature on Water and Solute Transport on a Permafrost‐Affected Slope in West Greenland
Authors: Zastruzny Sebastian F. , Sjöberg Ylva , Jensen Karsten H. , Liu Yijing , Elberling Bo 
Published: November 2024

AbstractIn Arctic landscapes, the active layer forms a near‐surface aquifer on top of the permafrost where water and nutrients are available for plants or subject to downslope transport. Warmer summer air temperatures can increase the thickness of the active layer and alter the partitioning of water into evapotranspiration and discharge by increasing the potential evapotranspiration, the depth to the water table, and changing the flow paths but the interacting processes are poorly understood. In this study, a numerical model for surface‐ and subsurface cryo‐hydrology is calibrated based on field observations from a discontinue permafrost area in West Greenland considered sensitive to future climate changes. The validated model is used to simulate the effect of three summers with contrasting temperature regimes to quantify the variations in the active layer thickness, the resulting changes in the water balance, and the implications on solute transport. We find that an increase of summer air temperature by1.6°C, under similar precipitation can increase the active layer thickness by 0.25 m, increase evapotranspiration by 5%, and reduce the total discharge compared to a colder summer by 9%. Differences in soil moisture and evapotranspiration between upslope and downslope were amplified in a warm summer. These hydrological differences impact solute transport which is 1.6 times faster in a cold summer. Surprisingly, we note that future warmer summer with increase in permafrost thaw may not necessary lead to an increase in discharge along a hill slope with underlying permafrost.
Empirical Model of SSUSI‐Derived Auroral Ionization Rates
Authors: Bender Stefan , Espy Patrick J. , Paxton Larry J. 
Published: November 2024

AbstractWe present an empirical model for auroral (90–150 km) electron–ion pair production rates, ionization rates for short, derived from Special Sensor Ultraviolet Spectrographic Imager electron energy and flux data. Using the Fang et al. (2010, https://doi.org/10.1029/2010gl045406) parametrization for mono‐energetic electrons, and the NRLMSISE‐00 neutral atmosphere model (Picone et al., 2002, https://doi.org/10.1029/2002ja009430), the calculated ionization rate profiles are binned in 2‐hr magnetic local time and 3.6°geomagnetic latitude to yield time series of ionization rates at 5‐km altitude steps. We fit each of these time series to the geomagnetic indices Kp, PC, and Ap, the 81‐day averaged solar radio flux index, and a constant term. The resulting empirical model can easily be incorporated into coupled chemistry–climate models to include particle precipitation effects.
Remotely Sensed Variables Predict Grassland Diversity Better at Scales Below 1,000 km as Opposed to Abiotic Variables That Predict It Better at Larger Scales
Authors: Zhao Yujin , Schmid Bernhard , Zheng Zhaoju , Wang Yang , Wu Jin , Wang Yao , Chen Ziyan , Zhao Xia , Zhao Dan , Zeng Yuan , Bai Yongfei 
Published: November 2024

AbstractGlobal spatial patterns of vascular plant diversity have been mapped at coarse grain based on climate‐dominated environment–diversity relationships and, where possible, at finer grain using remote sensing. However, for grasslands with their small plant sizes, the limited availability of vegetation plot data has caused large uncertainties in fine‐grained mapping of species diversity. Here we used vegetation survey data from 1,609 field sites (>4,000 plots of 1 m2), remotely sensed data (ecosystem productivity and phenology, habitat heterogeneity, functional traits and spectral diversity), and abiotic data (water‐ and energy‐related, characterizing climate‐dominated environment) together with machine learning and spatial autoregressive models to predict and map grassland species richness per 100 m2 across the Mongolian Plateau at 500 m resolution. Combining all variables yielded a predictive accuracy of 69% compared with 64% using remotely sensed variables or 65% using abiotic variables alone. Among remotely sensed variables, functional traits showed the highest predictive power (55%) in species richness estimation, followed by productivity and phenology (48%), spectral diversity (48%) and habitat heterogeneity (48%). When considering spatial autocorrelation, remotely sensed variables explained 52% and abiotic variables explained 41%. Moreover, Remotely sensed variables provided better prediction at smaller grain size (<∼1,000 km), while water‐ and energy‐dominated macro‐environment variables were the most important drivers and dominated the effects of remotely sensed variables on diversity patterns at macro‐scale (>∼1,000 km). These findings indicate that while remotely sensed vegetation characteristics and climate‐dominated macro‐environment provide similar predictions for mapping grassland plant species richness, they offer complementary explanations across broad spatial scales.