Духовне життя українців-галичан часів ІІ Речі Посполитої

У статті висвітлюється суспільно-політичне становище в Західній Україні міжвоєнного періоду, дається оцінка тогочасним українським релігійним течіям, які проявлялися, з одно- го боку, у подальшому розмежуванні сил, а з іншого, – у їх консолідації на ґрунті духовності за допомогою Греко-католицької церкви. Протистояння полонізації та асиміляції викристалізовувало в менталітеті українців-галичан духовність, яка згуртовувала мільйонні селянські маси.The article analyses social and political life in Western Ukraine within the inter-war period. Ukrainian religious movements of the period are being evaluated. The author concludes that on the one hand those movements resulted in separation of forces, but on the other hand they caused consolidation of efforts on the basis of Greek Catholic religious principles. The opposition of expansion and assimilation have molded spiritual basis of the Galician Ukrainian mentality that have joined millions of rural citizens together

Portrayal of Shared Decision-Making in Lifetime Documentary Series 'One Born Every Minute'

Background: Pregnant women use childbirth reality programs to prepare themselves for childbirth. It is unknown how shared decision-making in intrapartum midwifery care is represented in televised birth. We aimed to explore the portrayal of shared decision-making during labour and birth in lifetime documentary series One born every minute. Methods: We analysed a total of 41 labour and birth storylines, triangulating deductive and inductive content analysis methods. We described the participants’ personal and birth details. We coded, quantified and organised woman-midwife dialogues and selected the shared-decision making data. Content analysis of shared decision-making fragments was organised following the three-steps of shared decision-making.Results: A first investigation resulted in a classification of: ‘building-a-relationship’ and ‘decision-making’. The decision-making fragments included ‘unilateral decision-making’ and ‘shared decision-making’. 287 shared decision-making fragments were ordered in three themes: 1. Choice talk: Women presented their personal wishes, resonating their awareness of having intrapartum care options. More often, midwives introduced decision-making with implicit referral to the proposal of choices. 2. Option talk: Midwives predominantly provided detailed information of various options and the consequences of these options. 3. Decision talk mainly included the midwife’s support of women’s decisions for which consent was obtained, albeit it in a rather informal way. Choice talk and decision talk most often occurred, sometimes simultaneously. Listing women’s options, exploring her preferences, wishes and values and deliberation of women’s intrapartum choices were underexposed.Conclusion: Shared decision-making is being portrayed as both woman and midwife-initiated. The midwives in this study did not always follow the linear stepwise model but tended to utilise a more fluid transition between choice, option and decision talk. Shared decision-making is facilitated by the relationship between the woman and the midwife during the intrapartum period, requiring evaluation and reflection. Birth partners should not be disregarded in intrapartum shared decision-making processes

Portrayal of Shared Decision-Making in Lifetime Documentary Series 'One Born Every Minute'

Background: Pregnant women use childbirth reality programs to prepare themselves for childbirth. It is unknown how shared decision-making in intrapartum midwifery care is represented in televised birth. We aimed to explore the portrayal of shared decision-making during labour and birth in lifetime documentary series One born every minute. Methods: We analysed a total of 41 labour and birth storylines, triangulating deductive and inductive content analysis methods. We described the participants’ personal and birth details. We coded, quantified and organised woman-midwife dialogues and selected the shared-decision making data. Content analysis of shared decision-making fragments was organised following the three-steps of shared decision-making.Results: A first investigation resulted in a classification of: ‘building-a-relationship’ and ‘decision-making’. The decision-making fragments included ‘unilateral decision-making’ and ‘shared decision-making’. 287 shared decision-making fragments were ordered in three themes: 1. Choice talk: Women presented their personal wishes, resonating their awareness of having intrapartum care options. More often, midwives introduced decision-making with implicit referral to the proposal of choices. 2. Option talk: Midwives predominantly provided detailed information of various options and the consequences of these options. 3. Decision talk mainly included the midwife’s support of women’s decisions for which consent was obtained, albeit it in a rather informal way. Choice talk and decision talk most often occurred, sometimes simultaneously. Listing women’s options, exploring her preferences, wishes and values and deliberation of women’s intrapartum choices were underexposed.Conclusion: Shared decision-making is being portrayed as both woman and midwife-initiated. The midwives in this study did not always follow the linear stepwise model but tended to utilise a more fluid transition between choice, option and decision talk. Shared decision-making is facilitated by the relationship between the woman and the midwife during the intrapartum period, requiring evaluation and reflection. Birth partners should not be disregarded in intrapartum shared decision-making processes

Risk assessment-led characterisation of the SiteChar UK North Sea site for the geological storage of CO2

Risk assessment-led characterisation of a site for the geological storage of CO2 in the UK northern North Sea was performed for the EU SiteChar research project as one of a portfolio of sites. Implementation and testing of the SiteChar project site characterisation workflow has produced a ‘dry-run’ storage permit application that is compliant with regulatory requirements. A site suitable for commercial-scale storage was characterised, compatible with current and future industrial carbon dioxide (CO2) sources in the northern UK. Pre-characterisation of the site, based on existing information acquired during hydrocarbon exploration and production, has been achieved from publicly available data. The project concept is to store captured CO2 at a rate of 5 Mt per year for 20 years in the Blake Oil Field and surrounding Captain Sandstone saline aquifer. This commercial-scale storage of 100 Mt CO2 can be achieved through a storage scenario combining injection of CO2 into the oil field and concurrent water production down-dip of the field. There would be no encroachment of supercritical phase CO2 for more than two kilometres beyond the field boundary and no adverse influence on operating hydrocarbon fields provided there is pressure management. Components of a storage permit application for the site are presented, developed as far as possible within a research project. Characterisation and technical investigations were guided by an initial assessment of perceived risks to the prospective site and a need to provide the information required for the storage permit application. The emphasis throughout was to reduce risks and uncertainty on the subsurface containment of stored CO2, particularly with respect to site technical performance, monitoring and regulatory issues, and effects on other resources. The results of selected risk assessment-led site characterisation investigations and the subsequent risk reassessments are described together with their implications for the understanding of the site. Additional investigations are identified that could further reduce risks and uncertainties, and enable progress toward a full storage permit application. Permit performance conditions are presented as SiteChar-recommended useful tools for discussion between the competent authority and operator

Lexical frequency effects on articulation:a comparison of picture naming and reading aloud

The present study investigated whether lexical frequency, a variable that is known to affect the time taken to utter a verbal response, may also influence articulation. Pairs of words that differed in terms of their relative frequency, but were matched on their onset, vowel, and number of phonemes (e.g. map vs. mat, where the former is more frequent than the latter) were used in a picture naming and a reading aloud task. Low-frequency items yielded slower response latencies than high-frequency items in both tasks, with the frequency effect being significantly larger in picture naming compared to reading aloud. Also, initial-phoneme durations were longer for low-frequency items than for high-frequency items. The frequency effect on initial-phoneme durations was slightly more prominent in picture naming than in reading aloud, yet its size was very small, thus preventing us from concluding that lexical frequency exerts an influence on articulation. Additionally, initial-phoneme and whole-word durations were significantly longer in reading aloud compared to picture naming. We discuss our findings in the context of current theories of reading aloud and speech production, and the approaches they adopt in relation to the nature of information flow (staged vs. cascaded) between cognitive and articulatory levels of processing

Controls on the spatio-temporal patterns of induced seismicity in Groningen constrained by physics-based modelling with Ensemble-Smoother data assimilation

The induced seismicity in the Groningen gas field, The Netherlands, presents contrasted spatio-temporal patterns between the central area and the south west area. Understanding the origin of this contrast requires a thorough assessment of two factors: (1) the stress development on the Groningen faults and (2) the frictional response of the faults to induced stresses. Both factors have large uncertainties that must be honoured and then reduced with the observational constraints. Ensembles of induced stress realizations are built by varying the Poisson's ratio in a poro-elastic model incorporating the 3-D complexities of the geometries of the Groningen gas reservoir and its faults, and the historical pore pressure distribution. The a priori uncertainties in the frictional response are mapped by varying the parameters of a seismicity model based on rate-and-state friction. The uncertainties of each component of this complex physics-based model are honoured through an efficient data assimilation algorithm. By assimilating the seismicity data with an Ensemble-Smoother, the prior uncertainties of each model parameter are effectively reduced, and the posterior seismicity rate predictions are consistent with the observations. Our integrated workflow allows us to disentangle the contributions of the main two factors controlling the induced seismicity at Groningen, induced stress development and fault frictional response. Posterior distributions of the model parameters of each modelling component are contrasted between the central and south west area at Groningen. We find that, even after honouring the spatial heterogeneity in stress development across the Groningen gas field, the spatial variability of the observed induced seismicity rate still requires spatial heterogeneity in the fault frictional response. This work is enabled by the unprecedented deployment of an Ensemble-Smoother combined with physics-based modelling over a complex case of reservoir induced seismicity

Rate control drugs differ in the prevention of progression of atrial fibrillation

AIMS: We hypothesize that in patients with paroxysmal atrial fibrillation (AF), verapamil is associated with lower AF progression compared to beta blockers or no rate control. METHODS AND RESULTS: In this pre-specified post hoc analysis of the RACE 4 randomized trial, the effect of rate control medication on AF progression in paroxysmal AF was analysed. Patients using Vaughan-Williams Class I or III antiarrhythmic drugs were excluded. The primary outcome was a composite of first electrical cardioversion (ECV), chemical cardioversion (CCV), or atrial ablation. Event rates are displayed using Kaplan–Meier curves and multivariable Cox regression analyses are used to adjust for baseline differences. Out of 666 patients with paroxysmal AF, 47 used verapamil, 383 used beta blockers, and 236 did not use rate control drugs. The verapamil group was significantly younger than the beta blocker group and contained more men than the no rate control group. Over a mean follow-up of 37 months, the primary outcome occurred in 17% in the verapamil group, 33% in the beta blocker group, and 33% in the no rate control group (P = 0.038). After adjusting for baseline characteristics, patients using verapamil have a significantly lower chance of receiving ECV, CCV, or atrial ablation compared to patients using beta blockers [hazard ratio (HR) 0.40, 95% confidence interval (CI) 0.19–0.83] and no rate control (HR 0.64, 95% CI 0.44–0.93). CONCLUSION: In patients with newly diagnosed paroxysmal AF, verapamil was associated with less AF progression, as compared to beta blockers and no rate control