Parasocial relationships with morally ambiguous media characters – the role of moral foundations

Parasocial relationships are examined in diverse contexts and with various media characters, from news presenters to fictional movie heroes. A popular character trope in recent productions is the morally ambiguous media character (MAC). MACs disrupt the dichotomy between hero and villain, simultaneously exhibiting moral and immoral behavior. MACs attracted the attention of researchers, but little is known about parasocial relationships with them. This study examines these relationships by applying a multidimensional morality approach. The five moral domains of care, fairness, loyalty, authority, and purity are considered for the media character and the viewers. The role of these moral domains in parasocial relationships with morally ambiguous media characters was examined through an online survey (N = 250). The results show that moral behavior generally and moral behavior in care, fairness, and loyalty increased the strength of parasocial relationships, regardless of the viewer’s moral foundations. The characters’ behavior in authority and purity did not influence the viewers’ general morality perception nor their parasocial relationships with them. The study contributes to the existing literature about MACs by considering viewers’ parasocial relationships, their moral foundations, and the perceived morality in each of the five moral domains

How populist crisis rhetoric affects voters in Switzerland

Right-wing populism has a long tradition in Switzerland. Nevertheless, only little is known about how populist messages in the media contribute to the success of the Swiss People’s Party (SVP) and to the acceptance of the party’s anti-immigration policies. In this study, we combine data from a large media content analysis (including newspapers and TV news shows) with data from a panel-survey in order to address this research gap. Thereby we differentiate between effects driven by the content and the form of right-wing populist communication. While right-wing populist content depicts immigrants and the political elite as a threat to the Swiss people, populist style evokes the sense of a crisis by emotionalizing and dramatizing the message. Populist style is therefore assumed to increase the persuasiveness of populist claims. The results of this study suggest that this is the case only for some voters, while it backfires for others

Patient-Controlled Analgesia (PCA): Intravenous Administration (IV-PCA) versus Oral Administration (Oral-PCA) by Using a Novel Device (PCoA® Acute) for Hospitalized Patients with Acute Postoperative Pain—A Comparative Retrospective Study

Background. Acute postoperative pain delays recovery and increases morbidity and mortality. Opioid therapy is effective but is accompanied by adverse reactions. Patient-controlled analgesia (PCA) enables self-administration of analgesics. Oral-PCA is a safe and beneficial alternative to intravenous (IV) PCA. We have developed a novel Oral-PCA device, which enables self-administration of solid pills to the patient’s mouth. This is a retrospective study comparing the effectiveness and usability of this novel Oral-PCA with those of IV-PCA. Methods. Medical records of patients who received PCA following gynecology and orthopedic surgeries were analyzed. The control cohort (n = 61) received oxycodone by IV-PCA. The test cohort (n = 44) received oxycodone by Oral-PCA via the PCoA Acute device. Outcome measures include the Numeric Rating Scale (NRS) score at rest and movement, side effects, technical difficulties, bolus dose administered, and bolus dose requested. Results. Patient demographics, initial NRS, and PCA duration were comparable between cohorts. NRS reduction in rest and movement was stronger in the Oral-PCA cohort (rest: 1.61 and 2.27, P = 0.077; movement: 2.05 and 2.84, P = 0.039), indicating better pain control and mobility for Oral-PCA. Side effect rates were comparable between cohorts (9% and 11% of patients who experienced side effects, P = 1.000). The rate of technological difficulties was higher in the Oral-PCoA cohort (19.7% and 36.4%, P = 0.056). The mean total bolus dose administered to patients was comparable in both cohorts (18.32 mg and 21.14 mg oxycodone, P = 0.270). However, the mean total boluses requested by patients during lockout intervals were lower in the Oral-PCA cohort (12.8 mg and 6.82 mg oxycodone, P = 0.004), indicating better pain control. Conclusions. Oral-PCA by using PCoA® Acute provides pain control and usability which is noninferior to the IV-PCA, as well as superior to pain reduction in rest and movement. These results, along with the noninvasiveness, medication flexibility, and reduced cost, suggest the potential of Oral-PCA, by using PCoA Acute, to replace IV-PCA for postoperative analgesia

How populist crisis rhetoric affects voters in Switzerland

Right-wing populism has a long tradition in Switzerland. Nevertheless, only little is known about how populist messages in the media contribute to the success of the Swiss People’s Party (SVP) and to the acceptance of the party’s anti-immigration policies. In this study, we combine data from a large media content analysis (including newspapers and TV news shows) with data from a panel-survey in order to address this research gap. Thereby we differentiate between effects driven by the content and the form of right-wing populist communication. While right-wing populist content depicts immigrants and the political elite as a threat to the Swiss people, populist style evokes the sense of a crisis by emotionalizing and dramatizing the message. Populist style is therefore assumed to increase the persuasiveness of populist claims. The results of this study suggest that this is the case only for some voters, while it backfires for others

Estimating velocity from noisy GPS data for investigating the temporal variability of slope movements

Detecting and monitoring of moving and potentially hazardous slopes requires reliable estimations of velocities. Separating any movement signal from measurement noise is crucial for understanding the temporal variability of slope movements and detecting changes in the movement regime, which may be important indicators of the process. Thus, methods capable of estimating velocity and its changes reliably are required. In this paper we develop and test a method for deriving velocities based on noisy GPS (Global Positioning System) data, suitable for various movement patterns and variable signal-to-noise-ratios (SNR). We tested this method on synthetic data, designed to mimic the characteristics of diverse processes, but where we have full knowledge of the underlying velocity patterns, before applying it to explore data collected

Measuring Populist Attitudes on Three Dimensions

Theoretically, populism has been conceptualized as a political ideology with three sub-dimensions: anti-elitism attitudes, a preference for popular sovereignty, and a belief in the homogeneity and virtuousness of the people. However, empirical research to date has treated populist attitudes as a unidimensional construct. To address this issue, we propose to conceptualize populist attitudes as a latent higher-order construct with three distinct first-order dimensions. A 12-item inventory was developed using two survey studies conducted in Switzerland in 2014 and 2015. Exploratory and confirmatory factor analyses were used to test the construct validity of this measure of populist attitudes. The measurement that is proposed allows for a fine-grained study of populist attitudes in the general public

Short-term velocity variations at three rock glaciers and their relationship with meteorological conditions

In recent years, strong variations in the speed of rock glaciers have been detected, raising questions about their stability under changing climatic conditions. In this study, we present continuous time series of surface velocities over 3 years of six GPS stations located on three rock glaciers in Switzerland. Intra-annual velocity variations are analysed in relation to local meteorological factors, such as precipitation, snow(melt), and air and ground surface temperatures. The main focus of this study lies on the abrupt velocity peaks, which have been detected at two steep and fast-moving rock glacier tongues ( ≥  5 m a−1), and relationships to external meteorological forcing are statistically tested. The continuous measurements with high temporal resolution allowed us to detect short-term velocity peaks, which occur outside cold winter conditions, at these two rock glacier tongues. Our measurements further revealed that all rock glaciers experience clear intra-annual variations in movement in which the timing and the amplitude is reasonably similar in individual years. The seasonal decrease in velocity was typically smooth, starting 1–3 months after the seasonal decrease in temperatures, and was stronger in years with colder temperatures in mid winter. Seasonal acceleration was mostly abrupt and rapid compared to the winter deceleration, always starting during the zero curtain period. We found a statistically significant relationship between the occurrence of short-term velocity peaks and water input from heavy precipitation or snowmelt, while no velocity peak could be attributed solely to high temperatures. The findings of this study further suggest that, in addition to the short-term velocity peaks, the seasonal acceleration is also influenced by water infiltration, causing thermal advection and an increase in pore water pressure. In contrast, the amount of deceleration in winter seems to be mainly controlled by winter temperatures

Short-term variations of three rock glaciers and their relationship with meteorological conditions

In recent years, strong variations in the speed of rock glaciers have been detected,raising questions about their stability in a changed climate. In this study, we present continuous time series over three years of surface velocities of six GPS stations located on three rock glaciers in Switzerland. Intra-annual velocity variations are analyzed in relation to local meteorological factors, such as precipitation, snow(melt), as well as air and ground surface temperatures. A main focus of this study lies on the abrupt velocity peaks, which have been detected at two steep and fast moving rock glacier tongues.The continuous measurements with high temporal resolution revealed that all rock glaciers experience clear intra annual variations in movement where the timing and the amplitude is rather similar between individual years. The seasonal decrease in velocity was typically smooth, starting one to three months after the seasonal decrease in temperatures, and was stronger in years with colder temperatures in mid winter. The seasonal acceleration always started during the zero curtain period, often was abrupt and rapid compared to the winter deceleration, and at two stations it was interrupted by short velocity peaks, occurring immediately after high water input from snow melt or heavy precipitation. The findings of this study suggest that both, the seasonal acceleration and the short velocity peaks are strongly influenced by water infiltration, causing thermal advection and increase in pore water pressure, and that likely no velocity peak was solely caused by high temperatures. In contrast, the amount of deceleration in winter seems to be mainly controlled by winter temperatures.ISSN:2196-633