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Over the past years, transport mode recognition has become a large field of research. However, flight as a type of transportation has been mostly overlooked. A system for flight detection might be useful for context-aware applications, but more importantly, it can be used to automatically manage airplane mode on smartphones. Smartphones transmit radio frequency signals which could potentially interfere with aircraft systems, and it is therefore important that devices enable airplane mode to avoid this problem. This paper proposes flyDetect, a method for automatic flight mode detection and an embodiment in the form of an app that demonstrates the viability of the method. Thus, the system uses the accelerometer and barometer in an Android smartphone, can detect the start and end of a flight, and notify other apps or systems on the device when this happens. Our evaluation shows that flyDetect meets the requirements set for the solution, and the results are very promising. [ABSTRACT FROM AUTHOR]

Real-time location tracking is essential for personal security in industrial scenes, e.g. monitoring worker safety in power substations. Ultra wideband (UWB) technology is suitable for indoor positioning thanks to its high penetration capability, high ranging accuracy and low power consumption. However, UWB based trilateration positioning requires high workload for field deployment of base stations. Indoor complex topology results in multipath and non-line of sight (NLOS) conditions of UWB signals, and degrades the positioning performance in terms of accuracy and reliability. This paper proposes a three-dimensional (3D) area recognition solution by integrating UWB time of flight (TOF) ranging and barometer measurements. The proposed solution utilizes a multi-tier distributed joint probabilistic inference model, which accomplishes the indoor 3D area recognition exploiting multiple clustering and prediction algorithms of machine learning. The field experiments showed that the proposed method can achieve an accuracy of 3D area recognition of more than 99.2%. The proposed method improves the computing efficiency by 93%. The errors of improved differential barometric height estimation method are less than 1 m, which means a success rate of 100% for floor identification, given a floor separation of 3–4 m. The proposed solution is suitable for personnel security applications of industrial scenes, which requires reliable real-time area information rather than just coordinates. [ABSTRACT FROM AUTHOR]

This essay offers a brief history of book reviews in Isis. It tracks how this humble genre evolved over more than a century. The piece also argues that notwithstanding its seemingly humble stature, the genre actually plays a crucial role in defining what is and what is not history of science and who is part of the academic community affiliated with our field and who is not. As such, the book reviews are actually an excellent barometer of the changing contours of our discipline. Finally, the essay recounts some of the major shifts that, though already under way, were speeded up by the recent pandemic. It ends with a call for greater reflexivity about the epistemic, social, and ethical roles of the book reviews of the future. [ABSTRACT FROM AUTHOR]

Does migration pose a threat to welfare state legitimacy? We address this prominent question with a multilevel analysis of novel survey data, the 'Inequality Barometer', which includes individual and local-level context data in Germany (6208 individuals, up to 401 local districts). Our results suggest that the public is more reluctant to support welfare where the proportion of migrants at the local level is larger. This effect even persists when welfare is directed at groups that are perceived as more deserving of welfare support (like children, sick or older individuals) and when we examine the levels of employed migrants (that pay into the welfare state). We also find that these effects are moderated by economic risk. Particularly, we find that individuals facing higher economic risk support welfare less than their counterparts when exposed to migration. Future research should expand the local-level approach and investigate the causal mechanisms that the welfare-migration nexus is based on in more detail. [ABSTRACT FROM AUTHOR]

Firm reputation provides the referential barometer to evaluate firm performance. This meta-analysis examined the past four decades of firm reputation studies to investigate the relationship between firm reputation and firm performance by attempting to solve the ongoing causality and effect size issues between the two constructs. The results indicate that firm performance has a stronger effect of influencing firm reputation using signaling theory. The effect size between firm reputation and firm performance was weaker during reputation-damaging events. The results of this quantitative review suggest that researchers need to be cautious about the generalizability of their studies when investigating the relationship between firm reputation and firm performance. [ABSTRACT FROM AUTHOR]

Throughout its 100-yr history, a key ambition of the British Journal of Anaesthesia has been to foster our academic community by addressing the needs of individuals in the early stages of their independent clinical and research careers. Longitudinal mentoring and peer networking are critical for establishing a community of like-minded peers and mentor-advisors required to navigate the challenges of academic medicine. In 2019, the Journal launched an Editorial Fellowship scheme, aimed at comprehensively demystifying the process of peer review, editing, and publishing through guided mentorship and experiential learning. [ABSTRACT FROM AUTHOR]

Vertical navigation is crucial for safe aircraft separation and has been traditionally based on the pressure altitude provided by barometric altimeters. New aviation operations require robust determination of geodetic altitude and are expected to primarily rely on a global navigation satellite system (GNSS). Because deviations between pressure and geodetic altitudes can reach hundreds of meters, an altitude harmonization is needed to use barometers in combination with GNSS. In this paper, we first present a methodology to compute an accurate geodetic altitude from barometer and external weather data. Secondly, we derive error and threat models of this geodetic altitude. Finally, we employ these models within a GNSS integrity monitoring algorithm augmented with the derived altitude. We assess our methodologies against flight test measurements and availability simulations of localizer performance with vertical guidance operations. These analyses illustrate the potential benefits of employing barometers as augmentation or stand-alone systems for geodetic altitude navigation. [ABSTRACT FROM AUTHOR]

Mixed-mode designs have become increasingly common in survey data collection. Although different modes often have different measurement properties, the standard practice is to treat mixed-mode data as if they had been collected with a single mode, neglecting the potential impact of mode effects. To account for potential mode effects when making inferences for mixed-mode samples, we propose (i) a Testimator approach, (ii) a Bayesian approach, and (iii) a model averaging approach. In the Testimator approach, we test whether the means and the variances of mixed-mode samples are the same. If the means are the same, we take the average of mode-specific estimates. If the means are different, we take the average when we have no prior information about preferred modes and take the smaller (or larger) estimate when we have prior information about preferred modes (e.g. a smaller estimate is better). In the Bayesian approach, we assume some prior information. We use a data-driven method to determine whether there are mode effects. If there are no mode effects, we draw inferences using a common mean model. If there are mode effects, we draw inferences using the data collected with the mode that produces smaller estimates. In the model averaging approach, we combine estimates of different models (characterized by whether assume same means and variances across modes) using marginal posteriors as weights. We evaluate the approaches in simulation studies and find that they achieve robust inferences compared to the standard approach. We apply the methods to the Arab Barometer study, which employs a randomized mixed-mode design. [ABSTRACT FROM AUTHOR]

Roland Barthes called attention to the barometer in 'Un Coeur simple' to illustrate the concept of l'effet de reel: the presence of objects which constitute a narrative luxury. For Flaubert's characters too, the barometer represents an objet de luxe since it goes unread. This article examines how humans interact with barometers figuratively and physically in Flaubert's works, and how contemporaneous cultural references view conversations about weather and barometers as evidence of provincial taste. Flaubert's unread barometers may not predict the weather, but they signal the pressure of gratuitous acquisition, preoccupation and conversation, and forebode the consequences of failed interpretation. [ABSTRACT FROM AUTHOR]

The 'weather glass', containing air and (usually) water, is a compact barometer, less accurate but more convenient than the Torricellian barometer of 1644. The weather glass pre-dates the Torricellian barometer, and coexisted with it until it was out-competed from about 1860 by the more accurate, comparably compact aneroid barometer. Today, the weather glass is sold as an elegant interior decoration and is also constructible in a student laboratory. Elementary physics allows one to model its response to changing pressure at constant temperature and also the adjustments that need to be made if the temperature varies. In an air- and water-containing weather glass, the principal factor affecting movements of the water level is the expansion and contraction of the atmospheric nitrogen, oxygen, and argon in a headspace above the water, well represented by the ideal gas law. The water acts primarily as a piston allowing the expansion and contraction to be observed. In contrast, Torricellian and aneroid barometers respond directly to the pressure difference between the atmosphere and a vacuum. [ABSTRACT FROM AUTHOR]

This paper reports a self-temperature compensation barometer based on a quartz resonant pressure sensor. A novel sensor chip that contains a double-ended tuning fork (DETF) resonator and a single-ended tuning fork (SETF) resonator is designed and fabricated. The two resonators are designed on the same diaphragm. The DETF resonator works as a pressure sensor. To reduce the influence of the temperature drift, the SETF resonator works as a temperature compensation sensor, which senses the instantaneous temperature of the DETF resonator. The temperature compensation method based on polynomial fitting is studied. The experimental results show that the accuracy is 0.019% F.S. in a pressure range of 200~1200 hPa over a temperature range of −20 °C~+60 °C. The absolute errors of the barometer are within ±23 Pa. To verify its actual performance, a drone flight test was conducted. The test results are consistent with the actual flight trajectory. [ABSTRACT FROM AUTHOR]

Healthcare providers (HCP) are seen by the public as the most trustworthy source of information about vaccination. While HCPs could be a valuable partner to increase vaccine confidence in general, it is not clear whether they feel confident themselves to address questions concerning vaccination. In the context of the EU Joint Action on Vaccination (EU-JAV), the Vaccine Training Barometer, an online survey tool, was developed to assess how frequently HCPs receive questions about vaccination, how confident they feel to answer these questions, and to what extent they are willing to follow extra training. After a pilot test in Flanders, Belgium, the Barometer was launched and completed by 833 HCPs in Flanders and 291 HCPs in the Spanish regions of Catalonia, Navarre and Valencian Community from November 2020 until January 2021, during the COVID-19 pandemic, just before and during the start of the first COVID-19 vaccination campaigns. In both countries, HCPs frequently received questions about vaccination (mostly on a daily or weekly basis), and about two thirds of them indicated that the frequency of questions had increased during the three months prior to completing the survey. Most questions were about the side effects and safety of vaccines. In both countries, a considerable proportion of HCPs did not feel confident to answer vaccine-related questions (31.5% felt confident in Flanders, 21.6% in Spain). A large proportion of HCPs received questions in the last three months before the survey that they could not answer (52.4% of respondents in Flemish sample, 41.5% in Spanish sample). Only 11.4% (Flanders) and 11.3% (Spain) of the respondents felt they gained sufficient knowledge through their standard education to be able to answer questions about vaccination. Almost all respondents were willing to follow extra training on vaccination (Flanders: 95.4%, Spain: 96.6%). The Vaccine Training Barometer is thus a useful tool to monitor HCPs' confidence to answer questions about vaccination and to capture their training needs. [ABSTRACT FROM AUTHOR]

With working life being in the middle of both a demographic and a digital transition, a key question is whether digitalization may counteract the policy goal of delaying work exit. Here, we use survey data from the Norwegian Senior Policy Barometer to investigate the association between how digital tools are experienced and the preference for timing of work exit. We find that, even after controlling for various potential confounders, experiencing digital difficulties at the workplace is correlated with preferring to leave work early. A relevant follow-up question is then which factors increase the likelihood among older workers of experiencing such difficulties. The analyses show that workplace conditions are more important than individual characteristics, suggesting that efforts taken to reduce experiences of digital difficulties at the workplace could be effective in preventing early exits. [ABSTRACT FROM AUTHOR]

Copyright of Papeles del CEIC is the property of Centro de Estudios sobra la Identidad Colectiva, Facultas de Ciencias Sociales and its content may not be copied or emailed to multiple sites or posted to a listserv without the copyright holder's express written permission. However, users may print, download, or email articles for individual use. This abstract may be abridged. No warranty is given about the accuracy of the copy. Users should refer to the original published version of the material for the full abstract. (Copyright applies to all Abstracts.)

This mixed methods study describes the development and initial validation of the Culture of Belonging (CoB) Barometer. The instrument measures how university students experience belonging in their interactions with faculty, staff, administrators, and other students. Instrument development methods included focus groups, a pilot survey, and stakeholder feedback. Initial validation of the CoB Barometer shows promising results. [ABSTRACT FROM AUTHOR]

Objectives: A positive work environment (WE) is paramount for healthcare employees to provide good quality care. To stimulate a positive work environment, employees' perceptions of the work environment need to be assessed. This study aimed to assess the reliability and validity of the Dutch version of the Culture of Care Barometer (CoCB-NL) survey in hospitals. Methods: This longitudinal validation study explored content validity, structural validity, internal consistency, hypothesis testing for construct validity, and responsiveness. The study was conducted at seven departments in two Dutch university hospitals. The departments were included based on their managers' motivation to better understand their employees' perception of their WE. All employees of participating departments were invited to complete the survey (n = 1,730). Results: The response rate was 63.2%. The content of the CoCB-NL was considered relevant and accessible by the respondents. Two factor models were found. First, confirmative factor analysis of the original four-factor structure showed an acceptable fit (X2 2006.49; df 399; p = <0.001; comparative fit index [CFI] 0.82; Tucker-Lewis index [TLI] 0.80; root mean square error of approximation [RMSEA] 0.09). Second, explanatory factor analysis revealed a five-factor model including 'organizational support', 'leadership', 'collegiality and teamwork', 'relationship with manager', and 'employee influence and development'. This model was confirmed and showed a better fit (X2 1552.93; df 395; p = < 0.00; CFI 0.87; TLI 0.86; RMSEA 0.07). Twelve out of eighteen hypotheses were confirmed. Responsiveness was assumed between the measurements. Conclusions: The CoCB-NL is a valid and reliable instrument for identifying areas needing improvement in the WE. Furthermore, the CoCB-NL appears to be responsive and therefore useful for longitudinal evaluations of healthcare employees' work environments. [ABSTRACT FROM AUTHOR]

High-accuracy heading angle is significant for estimating autonomous vehicle attitude. By integrating GNSS (Global Navigation Satellite System) dual antennas, INS (Inertial Navigation System), and a barometer, a GNSS/INS/Barometer fusion method is proposed to improve vehicle heading angle accuracy. An adaptive Kalman filter (AKF) is designed to fuse the INS error and the GNSS measurement. A random sample consensus (RANSAC) method is proposed to improve the initial heading angle accuracy applied to the INS update. The GNSS heading angle obtained by a dual-antenna orientation algorithm is additionally augmented to the measurement variable. Furthermore, the kinematic constraint of zero velocity in the lateral and vertical directions of vehicle movement is used to enhance the accuracy of the measurement model. The heading errors in the open and occluded environment are 0.5418° (RMS) and 0.636° (RMS), which represent reductions of 37.62% and 47.37% compared to the extended Kalman filter (EKF) method, respectively. The experimental results demonstrate that the proposed method effectively improves the vehicle heading angle accuracy. [ABSTRACT FROM AUTHOR]

In April 2020, Spain's Centre for Sociological Research (CIS) changed its survey mode from face-to-face (PAPI/CAPI) to telephone-based (CATI). In this study we examine the impact of this change on two CIS barometer variables: marital status and education level. We describe their evolution from 2013 to 2023 using the Consumer Confidence Index (ICC), a continuous survey that has always been telephone-based, as a comparative reference. As we will see, the change in mode produced discontinuities in the measurement of education level, with implications for the quality and interpretation of results. In addition, the evidence suggests that the private research companies the CIS contracted to carry out telephone fieldwork had their own biases that must be taken into account for series comparison and monitoring. [ABSTRACT FROM AUTHOR]

This study aimed to obtain reference dosimetry practices for flattened photon and electron beams. A questionnaire survey on these practices was sent to 37 facilities that performed radiotherapy using these beams in Fukui, Ishikawa, Niigata and Toyama, Japan. The survey comprised equipment (dosemeters, water phantoms, thermometers, barometers and hygrometers) and procedures for reference dosimetry (water used as the phantoms, verification of chamber placement, periodic checks of ion recombination- and polarity-corrections, pre-irradiation and relative humidity monitoring). Responses were received from 19 institutions. In the 19 institutions, a reference-class dosemeter was used for the reference dosimetry. In 6 of the 19 institutions, a 10-year-old or older dosemeter was used. Any barometers, thermometers and hygrometers were not recalibrated. Dosimetry equipment necessitates regular maintenance. Moreover, it is necessary to have a backup dosimetry system in clinics to account for potential malfunctions or instances when the primary system is sent for calibration. [ABSTRACT FROM AUTHOR]

Upon the outbreak of the SARS‐CoV‐2 virus, it was clear that the pandemic would not only entail physical but also psychological challenges and threats to individuals' sustained motivation, behavioral adherence, and mental health. To encourage the Belgian authorities to take these psychological aspects into account, the Motivation Barometer, a large‐scale and dynamic survey, was launched in March 2020. Its purpose was to monitor cognitive, affective, and behavioral aspects of citizens' functioning across the pandemic, with special attention given to motivational and social factors. In the present review, we provide a description of the methodology of the Motivation Barometer, we synthesize the key findings emerging from the Motivation Barometer, we clarify how these findings were used in practice to the benefit of different societal stakeholders (i.e., the broader public, policymakers, intermediate‐level organizations, and media), and we highlight its potential contribution for the management of other societal challenges (e.g., climate change, well‐being). We conclude that the Motivation Barometer was a critical policy instrument during the SARS‐CoV‐2 pandemic in Belgium. It helped to bridge the gap between social scientists, policymakers, the media, and the general public, and, as such, allowed to demonstrate the incremental value of psychological sciences for society. [ABSTRACT FROM AUTHOR]

Strategic management consists of setting the main goals of the company or more broadly of the organization. Such a concept is the result of collective decisions that have medium and long-term impact in order to realize the vision and guarantee the performance and sustainability of the company or organization. Strategic management is based on a certain number of parameters that need to be implemented. The management team should be able to analyze the environment of the company or the administration, and to single out the factors for business success, to register the comparative advantages in terms of competitiveness and to get to know the possible competitors in detail. Skillful management with strategic management is desirable to have a perfect knowledge of internal capacities, resources and skills. Finally, it is desirable to determine the goals, and in function of the goals to define the strategies for implementation and carefully monitor the results. In this area, a very effective tool is the Strategic Management Dashboard and Barometer, designed by Norton and Kaplan. [ABSTRACT FROM AUTHOR]

Copyright of WISTA Wirtschaft und Statistik is the property of Statistisches Bundesamt and its content may not be copied or emailed to multiple sites or posted to a listserv without the copyright holder's express written permission. However, users may print, download, or email articles for individual use. This abstract may be abridged. No warranty is given about the accuracy of the copy. Users should refer to the original published version of the material for the full abstract. (Copyright applies to all Abstracts.)

The early congregation became a pioneer as well as a barometer for today's churches in the Implementation of Church Tasks. The early congregation carried out 4 (four) Church tasks correctly and in a balanced manner; 1. Teaching God's Word, 2. Fellowship, 3. Service of Love and 4. Witnessing. The early congregation did all this sincerely, bravely with a burning and constant spirit, the impact was a very rapid and significant increase in the number of souls. Today's churches must reflect on the early congregation in carrying out church life. The method used in this research is a quantitative method. The results of this conclusion can be seen from the results of calculations using Confidence Interval statistical calculations at a significance level of 5% resulting in Lower Bound and Upper Bound 225.5202 – 231.8353. Which is in the high interval or it can be said that the position of the Level of Implementation of Church Tasks based on Acts 2:41-47 among Church Activists at the Synod of the Jakarta Baptist Christian Church (Y) is in the high category. [ABSTRACT FROM AUTHOR]

This paper explores an unexamined sentiment channel through which technical analysis can add value. We use a spectrum of technical trading strategies to build a daily market sentiment indicator that is highly correlated with other commonly used sentiment measures. This technical-analysis-based sentiment indicator positively predicts near-term returns and is inversely related to long-term returns in the cross-section. Simple trading strategies based on this sentiment indicator yield substantial abnormal returns. These results are consistent with the explanation that lack of synchronization induces rational arbitrageurs to exploit the mispricing before it is corrected. [ABSTRACT FROM AUTHOR]

In 2022, the Hunga volcano eruption in Tonga generated atmospheric pressure waves that propagated globally and produced tsunamis in all the world's oceans. The largest pressure wave, with an amplitude of several hundred pascals, is the Lamb wave. Standard Lamb wave models, incorporating the sound‐speed as a function of temperature, satisfactorily explain observations in the near‐field but not in the far‐field. We show that an augmented Lamb wave model that includes the effects of wind and topography accurately reproduces the wavefronts observed by satellites and barometers, including those close to the antipode. Winds, first suggested to explain the travel times of Lamb waves from Krakatau in 1883, are now shown to also play a major role in shaping their waveforms; temperature and topography play smaller, but still detectable, roles. Our augmented model provides a significant advance for the development of early warning and hazard assessments for the meteotsunamis these waves produce. Plain Language Summary: The January 2022 explosive eruption of the Hunga volcano in Tonga produced a pressure wave (of a type known as a Lamb wave) in the atmosphere, which was detected worldwide. This wave circled the Earth more than once, and generated tsunami in unexpected times and places. We have derived a mathematical description that allows us to quickly and accurately model the observations of this atmospheric wave. The description includes the effects of winds, temperature, and topography. The wave modeled using this description reproduces satellite and ground observations much better than simpler models, notably the complex pattern of the wave near the antipode of the eruption. Our model clearly identifies global winds as the crucial influence on global‐scale Lamb‐wave propagation, and provides modeling tools for possible future occurrences of such waves and the global tsunamis created by them. Key Points: A augmented model is proposed to simulate the propagation of planetary scale Lamb waves, incorporating wind, temperature and topographyWinds play a primary role shaping Lamb waves in the far field, especially near the antipode of the sourceThe augmented Lamb wave model will help better assess far‐field volcanic tsunami hazards [ABSTRACT FROM AUTHOR]

This paper focuses on the concept of the impact area as the intersection between the common issues of the personal agenda and the public agenda. Expanding the concept of agenda-setting effects, which focuses mainly on the relation between the public and media agendas, we have examined the congruity of the public agenda and the personal agenda as a contingent condition for the strength of these effects. The concept also distinguishes between the top-priority issues of the public and personal agendas, setting out that the general public's search for information about these top-priority issues highlights the need for orientation. We used data from Spain to focus on the national elections (2011, 2015 and 2019), plus the beginning of the pandemic (2020). The study includes a content analysis of the El País daily newspaper for the four periods and a variety of surveys and representative electoral barometers. To those data we have added an analysis of the main search topics on Google Trends for each of the four years. The results reveal that variations in the relationship between the public and personal agendas are linked to the strength of the agenda-setting effect between the media and public agendas. [ABSTRACT FROM AUTHOR]

Copyright of Environmental & Social Management Journal / Revista de Gestão Social e Ambiental is the property of Environmental & Social Management Journal and its content may not be copied or emailed to multiple sites or posted to a listserv without the copyright holder's express written permission. However, users may print, download, or email articles for individual use. This abstract may be abridged. No warranty is given about the accuracy of the copy. Users should refer to the original published version of the material for the full abstract. (Copyright applies to all Abstracts.)

Background: The Teacher–Student relationship (TSR) is instrumental for young children and adolescents' socio‐emotional development and wellbeing as well as academic engagement and progress. Aims: The primary aim of this study was to test the psychometric properties, including reliability and factorial, convergent, and predictive validity, of the Teacher–Student Relationship Quality Questionnaire (TSRQ‐Q) with two samples of students. Sample(s): Participants were 294 students from secondary schools in the East Midlands and the East of England. Participants were separated into two samples; those who completed the TSRQ‐Q with their physical education teacher in mind (n = 150 students) and those who completed it with their mathematics teacher in mind (n = 144 students). Method: A multi‐section questionnaire comprised of the TSRQ‐Q and other validated measures was completed on one occasion by students in both samples to assess their perceptions of the quality of the TSR, positive and negative affect, intrinsic motivation, physical self‐concept, enjoyment, and perceived competence. Results: In both samples, the TSRQ‐Q demonstrated good internal consistency, factorial, convergent, and predictive validity. The quality of the TSR had both direct and indirect effects through positive affect on student outcomes in mathematics and physical education. Conclusions: The TSRQ‐Q is a valid measure for assessing students' perceptions of the quality of the relationship with their teacher. The conceptual and practical significance of this unique relationship was reflected by its dual pathway effect on a range of student outcomes and via influencing students' positive affect in the classroom. [ABSTRACT FROM AUTHOR]

Copyright of Revista CES Derecho is the property of Universidad CES and its content may not be copied or emailed to multiple sites or posted to a listserv without the copyright holder's express written permission. However, users may print, download, or email articles for individual use. This abstract may be abridged. No warranty is given about the accuracy of the copy. Users should refer to the original published version of the material for the full abstract. (Copyright applies to all Abstracts.)

Abstract In 2022, the Hunga volcano eruption in Tonga generated atmospheric pressure waves that propagated globally and produced tsunamis in all the world's oceans. The largest pressure wave, with an amplitude of several hundred pascals, is the Lamb wave. Standard Lamb wave models, incorporating the sound‐speed as a function of temperature, satisfactorily explain observations in the near‐field but not in the far‐field. We show that an augmented Lamb wave model that includes the effects of wind and topography accurately reproduces the wavefronts observed by satellites and barometers, including those close to the antipode. Winds, first suggested to explain the travel times of Lamb waves from Krakatau in 1883, are now shown to also play a major role in shaping their waveforms; temperature and topography play smaller, but still detectable, roles. Our augmented model provides a significant advance for the development of early warning and hazard assessments for the meteotsunamis these waves produce.

The chemistry of erupted clinopyroxene crystals (±equilibrium liquids) have been widely used to deduce the pressures and temperatures of magma storage in volcanic arcs. However, the large number of different equations parameterizing the relationship between mineral and melt compositions and intensive variables such as pressure and temperature yield vastly different results, with implications for our interpretation of magma storage conditions. We use a new test dataset composed of the average Clinopyroxene-Liquid (Cpx-Liq) compositions from N = 543 variably hydrous experiments at crustal conditions (1 bar to 17 kbar) to assess the performance of different thermobarometers and identify the most accurate and precise expressions for application to subduction zone magmas. First, we assess different equilibrium tests, finding that comparing the measured and predicted Enstatite-Ferrosillite and KD (using Fet in both phases) are the most useful tests in arc magmas, whereas CaTs, CaTi and Jd tests have limited utility. We then apply further quality filters based on cation sums (3.95–4.05), number of analyses (N > 5) and the presence of reported H2O data in the quenched experimental glass (hereafter 'liquid') to obtain a filtered dataset (N = 214). We use this filtered dataset to compare calculated versus experimental pressures and temperatures for different combinations of thermobarometers. A number of Cpx-Liq thermometers perform very well when liquid H2O contents are known, although the Cpx composition contributes little to the calculated temperature relative to the liquid composition. Most Cpx-only thermometers perform very badly, greatly overestimating temperatures for hydrous experiments. These two findings demonstrate that the Cpx chemistry alone holds very little temperature information in hydrous systems. Most Cpx-Liq and Cpx-only barometers show similar performance to one another (mostly yielding root mean square errors [RMSEs] of 2–3.5 kbar), although the best Cpx-only barometers currently outperform the best Cpx-Liq barometers. We also assess the sensitivity of different equations to melt H2O contents, which are poorly constrained in many natural systems. Overall, this work demonstrates that Cpx-based barometry on individual Cpx only provides sufficient resolution to distinguish broad storage regions in continental arcs (e.g. upper, mid, lower crust). Significant averaging of Cpx compositions from experiments reported at similar pressures can reduce RMSEs to ~1.3–1.9 kbar. We hope our findings motivate the substantial amount of experimental and analytical work that is required to obtain precise and accurate estimates of magma storage depths from Cpx ± Liq equilibrium in volcanic arcs. [ABSTRACT FROM AUTHOR]

This article studies the relationship between the degree of populist or pluralist rhetoric employed by governments, and how it affects the perception of anticorruption effectiveness from its citizens. By combining data from the 2021 Global Corruption Barometer survey and from the 2020 Global Party Survey, a consolidated dataset is created, including information on the degree of populist rhetoric employed, corruption approval scores, as well as socio-demographic and country-level data for each ruling government from the 47 countries. Using multilevel logistic regression analysis of the 52,925 responses from 47 countries in the dataset, the article determines that pluralist governments have higher odds of being perceived as better at handling corruption, by comparison to populist governments. [ABSTRACT FROM AUTHOR]

The 2021 Barometer of the social third sector in the Basque Country provides a diagnosis of the dimension and main characteristics of the sector. The impacts of the COVID-19 pandemic on the recipients and services, as well as on the organizations, are highlighted. The sector is composed of 4,117 organizations, employs approximately 39,916 people, and has 160,493 volunteers. Despite the challenges caused by the pandemic, organizations have demonstrated their capacity to adapt and respond to new realities. The lack of liquidity has affected 25.9% of the organizations, and the pandemic has exacerbated this reality. The sector has experienced lasting changes, such as feminization, generational turnover, and uneven growth of volunteers and paid employees. The need to seek new sources of funding and diversify existing ones to ensure the viability of organizations is raised. [Extracted from the article]

Accurate altimetry is essential for location-based services in commercial and industrial applications. However, current altimetry methods only provide low-accuracy measurements, particularly in multistorey buildings with irregular structures, such as hollow areas found in various industrial and commercial sites. This paper innovatively proposes a tightly coupled indoor altimetry system that utilizes floor identification to improve height measurement accuracy. The system includes two optimized algorithms that improve floor identification accuracy through activity detection and address the problem of difficult convergence of z-axis coordinates due to indoor coplanarity by applying constraints to iterative least squares (ILS). Two experiments were conducted in a teaching building and a laboratory, including an irregular environment with a hollow area. The results show that our proposed method for identifying floors based on activity detection outperforms other methods. In dynamic experiments, our method effectively eliminates repeated transformations during the up- and downstairs process, and in static experiments, it minimizes the impact of barometric drift. Furthermore, our proposed altimetry method based on constrained ILS achieves significantly improved positioning accuracy compared to ILS, 1D-CNN, and WC. Specifically, in the teaching building, our method achieves improvements of 0.84 m, 0.288 m, and 0.248 m, respectively, while in the laboratory, the improvements are 2.607 m, 0.696 m, and 0.625 m. [ABSTRACT FROM AUTHOR]

The purpose of the paper is to present a methodology for measuring contemporary protectionism - based on data from Poland. In light of the difficulties in assessing all trade barriers, an approximation was proposed: the regional barometer of protectionism (RBP). Recognizing that 21st century protectionism is observable only to a certain extent, the research is based on data that reflect the level of this phenomenon - i.e., media releases as well as Global Trade Alert data. In constructing this barometer, the TOPSIS method (a Technique for Order Preference by Similarity to an Ideal Solution) was used. The RBP constructed (for 2009-2020) is the first regional barometer of protectionism. The results of the research reveal the level and dynamics of protectionism in the case of Poland. This RBP improves the methodology of foreign trade analysis by providing a thorough basis for further research into both the effects and causes of protectionism; this paper presents initial explanations for the latter. Furthermore, after the barometer of protectionism is constructed, trade barriers may eventually be included in further research for models designed to explain Polish trade. [ABSTRACT FROM AUTHOR]

In neo-classical studies, we often speak of the concept of human capital. It is considered as a full-fledged component in the economic growth equation and is a barometer of the governance of countries vis-à-vis this component. As such, it has been the subject of much theoretical and empirical research. However, several approaches have been used to measure the territorial human capital stock in a country at a given time, which often biases the results obtained. Typically, we see measures that neglect the health dimension. In this essay, we have established a composite and synthetic indicator of macro-economic measures of territorial human capital integrating not only the educational dimension but also the health dimension in two groups of countries, in this case the Southern and Eastern Mediterranean Countries and the Emerging Asian Countries. [ABSTRACT FROM AUTHOR]

The principles of the civil lawsuit were initially developed by the doctrine of law, but they were expressly stated by the New Civil Procedure Code. These are important because they are a barometer for both the judge and the parties, stating the guidelines for the civil lawsuit for all its actors. All law professionals should keep in mind the guiding principles and the paper aims to identify how these principles give the judge the instruments to identify simple solutions to difficult problems. [ABSTRACT FROM AUTHOR]

This paper provides the first assessment of China's twenty-year experiment with food hygiene barometer rating systems, originally developed in the West for publicly communicating the grades awarded by food safety inspectors to individual businesses. This approach to regulating through disclosure is often celebrated for efficiently 'nudging' improved business compliance by empowering consumers to make 'better' decisions, but little is known about disclosure-based regulation in China or other low- and middle-income countries. Combining policy document and quantitative social media analysis with key informant interviews (n = 35), we show that barometers have failed to improve hygiene in China's rapidly expanding private food sector: more than 75% of restaurants in four diverse case-study localities remain merely 'Adequate' with many of those unable in practice to meet basic safety standards. This is because regulatory implementation has been hesitant and unreliable; consumers ignore or distrust barometers; and food businesses lack the capacity and competitive incentive to improve. That failure to empower consumer sovereignty and leverage business behaviour change, however, also reflects how barometers – despite their liberal individualist conceit - were adapted to China's revolutionary 'mass line' traditions of societal supervision of government regulators as much as food businesses. We conclude that barometers – far from being a 'light-touch' alternative to command-and-control regulation- require significant governance capacity, which may be lacking in low- and middle-income countries that struggle to conduct even basic regulatory oversight. Disclosure-based regulation also requires high levels of economic development, formalisation and trust to inculcate consumer and business responsiveness to information disclosures. Finally, our paper contributes to debates about risk communication and regulation by drawing the novel conclusion that the conceits underpinning seemingly universal tools of regulating through disclosure, get adapted to national state traditions and norms in ways that are far removed from their origins. [ABSTRACT FROM AUTHOR]

The relationship between economic inequality and political support is not well established in previous empirical studies in part because people commonly misperceive the level of economic inequality. Moreover, people perceiving high economic inequality may not oppose the incumbent government or political regime because they consider the inequality fair. To better capture the political outcomes of economic inequality, we investigate the effects of perceived distributive unfairness on regime support. Using data collected from the fourth wave of Asian Barometer Survey (2014–2016), we find that perceived unfairness decreases support for the current political regime. We further examine three mechanisms through which distributive unfairness dampens regime support: changes of political value orientation, redistribution demand, and social trust. We find that political value orientation plays a greater mediating role than redistribution demand and social trust, meaning that distributive unfairness depresses regime support largely through its erosive impact on citizens' affective identification with authoritarian values that underpin regime support in East Asian societies. Moreover, we find that distributive unfairness is more detrimental to regime support in autocracies and lower-income groups. Our study corroborates the importance of distributive fairness for regime legitimacy and highlights the vulnerability of autocracies to distributive unfairness. [ABSTRACT FROM AUTHOR]

This article makes a first approximation to the electoral participation of liberals in Spain. Using the CIS monthly barometers and covering the period of a decade from 2010 to 2020, we analyze whether liberal ideology has influenced electoral participation. The logistic regression analyses employed include ideology in addition to other socioeconomic, attitudinal and conjunctural aspects as control variables. The results show that liberal voters have a lower electoral participation that is directly attributed to their ideological affiliation. For the elections studied, the differential behavior associated with liberal ideology is robustly maintained even after the self-placement on the left-right axis --namely, the metric traditionally used to approximate the effect of ideology-- is included in the model. This greater abstentionism associated with liberal ideology does not seem to be entirely explained by the greater distrust in political institutions that these voters tend to show. [ABSTRACT FROM AUTHOR]

The composition of clinopyroxene and clinopyroxene-liquid (Cpx-Liq) pairs are frequently used to calculate crystallization/equilibration pressures in igneous systems. While canonical uncertainties are often assigned to calculated pressures based on fits to calibration or test datasets, the sources of these uncertainties (and thus ways to reduce them) have not been rigorously assessed. We show that considerable uncertainties in calculated pressures arise from analytical error associated with Electron Probe Microanalyser (EPMA) measurements of Cpx. Specifically, low X-ray counts during analysis of elements with concentrations <1 wt% resulting from insufficient count times and/or low beam currents yield highly imprecise measurements (1σ errors of 10–40% for Na2O). Low analytical precision propagates into the calculation of pressure-sensitive mineral components such as jadeite. Using Monte Carlo approaches, we demonstrate that elemental variation resulting from analytical precision alone generates pressures spanning ~4 kbar (~15 km) for a single Cpx and ~6 kbar for a single Cpx-Liq pair using popular barometry expressions. In addition, analytical uncertainties in mineral compositions produce highly correlated arrays between pressure and temperature that have been previously attributed to transcrustal magma storage. Before invoking such geological interpretations, a more mundane origin from analytical imprecision must be ruled out. Most importantly, low analytical precision does not just affect the application of barometers to natural systems; it has also affected characterization of Cpx in experimental products used to calibrate and test barometers. The impact of poor precision on each individual measurement is often magnified by the small number of measurements made within experimental charges, meaning that low analytical precision and true variability in mineral compositions have not been sufficiently mediated by averaging multiple EPMA analyses. We compile the number of Cpx measurements performed in N  = 307 experiments used to calibrate existing barometers, and N  = 490 new experiments, finding ~45% of experiment charges were characterized by ≤5 individual Cpx analyses. Insufficient characterization of the true composition of experimental phases likely accounts for the fact that all Cpx-based barometers exhibit large errors (± 3 kbar) when tested using global experimental datasets. We suggest specific changes to analytical and experimental protocols, such as increased count times and/or higher beam currents when measuring low concentration elements in relatively beam resistant Cpx in experiments and natural samples. We also advocate for increasing the number of analyses per experimental charge, resolving interlaboratory analytical offsets and improving data reporting. Implementing these changes is essential to produce a more robust dataset to calibrate and test the next generation of more precise and accurate Cpx-based barometers. In turn, this will enable more rigorous investigation of magma storage geometries in a variety of tectonic settings (e.g. distinguishing true transcrustal storage vs. storage in discrete reservoirs). [ABSTRACT FROM AUTHOR]