Search Results (13)

Background: Spirituality is increasingly seen as a key component of patient-centered care, especially in serious illness or surgery. However, its role among surgical patients in Eastern Europe remains underexplored. Objective: To assess daily spiritual experiences among surgical patients compared to healthy individuals in the Bucovina region (northeastern Romania). Methods: This observational case-control study included 102 participants (51 surgical patients and 51 healthy controls), recruited between March 2023 and April 2024. Participants completed the validated Romanian version of the Daily Spiritual Experiences Scale (DSES). Results: Surgical patients reported significantly higher mean DSES scores (M = 66.27, SD = 16.40) than healthy individuals (M = 55.06, SD = 12.81; p < 0.001). Higher scores were also associated with female gender (p = 0.002), older age, and oncological conditions. Widowed and highly educated participants showed a trend toward higher spirituality, though it was not statistically significant. Conclusions: Surgery may intensify spiritual experiences, possibly as a coping response to perceived risk. Addressing spiritual needs in perioperative care—particularly among women, older adults, and oncology patients—could enhance holistic care and improve patient well-being. Full article

The study was conducted in Suceava, Iasi, and Botosani, three geographically different cities in Romania with increasing PM10 concentrations, especially during the colder months. In order to assess the contributions of PM2.5 and PM10, the PM2.5/PM10 ratios were analyzed for the period 2019–2023. The results showed a downward trend in PM10 and PM2.5 concentrations, with a more significant decrease observed for PM2.5. However, although the annual PM2.5/PM10 ratios also decreased, their decrease did not follow the same pattern as the decrease in PM10 and PM2.5 concentrations. The annual PM2.5/PM10 ratios varied from 0.48 to 0.61 in Botosani, from 0.54 to 0.72 in Iasi and from 0.60 to 0.71 in Suceava. The seasonal analysis of the data showed that the highest ratios were observed in winter in Suceava, where wood is also used for residential heating. The frequency distribution of the ratios was examined for each season to determine the nature of the emissions: natural or anthropogenic. The analysis of the spatial variation of the PM2.5/PM10 ratio showed that the greatest differences occurred between Iasi and Botosani as indicated by a coefficient of divergence (COD) value of 0.236. Furthermore, the temperature was used to analyze its potential relationships in relation with the PM2.5/PM10 ratio. Full article

In a global context marked by increasingly evident climate change and an urgent need to reduce carbon emissions, efficient and environmentally friendly energy solutions are no longer just an option, but a necessity. Decarbonizing cities is an essential process for combating climate change and creating a sustainable urban environment. This article provides an analysis of the decarbonization possibilities of the building heating sector in the case of cities with district heating systems. A case study referring to the district heating system of Suceava city, Romania, is provided. The results of this study show a significant reduction in carbon emissions per unit of thermal energy delivered (95.97%) from the district heating system after 2015 because of the change in technology and primary energy source (cogeneration and biomass). Also, a comparative analysis is provided: district heating vs. individual heating in terms of carbon dioxide (CO₂) emissions for the same amount of heat supplied to end consumers in 2023. The comparative analysis highlights a difference in CO₂ emission of 81.66% (0.220 kg CO₂/kWh for individual heating and 0.040 kg CO₂/kWh for district heating). The implications of high-efficiency cogeneration in the decarbonization of the building heating sector are analyzed and highlighted. Full article

The widespread availability of Land Surface Temperature (LST) data from various sources presents a contemporary challenge for urban climate studies: how to efficiently compare these data with the results of traditional methods of temperature monitoring, which typically assume measurements at 2 m under sheltered conditions. In this line, the current study is based primarily on data extracted from a network of 31 points of hourly temperature monitoring at the 2 m level (Tair2m), in use between 2019 and 2021, in the city of Suceava in north-eastern Romania. These data allowed a detailed mapping for each hourly time step through multiple regression, adjusted by IDW, which was identified as the best interpolation method of Tair2m. These data were analyzed in parallel with LST data derived from Landsat imagery available in the analyzed period for 35 summer days with no or low cloud cover. The mapping results of both the Tair2m and LST data describe the main characteristics of the Suceava urban agglomeration (SvMA) heat island, which presents polynuclear features with intensities—as expressed by the temperature difference between the cores of the heat island and the surrounding rural areas—spanning during the summer noontime between 3.0 °C based on Tair2m and 7.1 °C on LST, respectively. The values of the Tair2m–LST differences were 0.68 °C on average, ranging from 5.33 to −19.17 °C, directly proportional to the imperviousness ratio (IMD) values, reaching the highest values in the local climate zones (LCZs) with a high built-up ratio (up to −19.17 °C) and the lowest (0.5 ÷ −0.5 °C) for those with bare soils, with isolated bushes and trees, with few or no buildings. The study results could serve as a tool to downscale the LST data to the level of Tair2m, which is useful for interpretation of the data derived from these commonly used tools in urban climate monitoring. Full article

Suceava city is a territory under the urban heat island effect that leads to warm runoffs into small urban streamwaters that are highly impacted by the thermal pollution due to a combination of the small stream discharge and important runoff from impervious urban surfaces. This research detects the frequency and specificities of temperature surges in the Suceava city metropolitan area–40 surges were certainly identified in ~2 years-long time series. We analyzed the diurnal cycles of the stream temperature and correlated the atmospheric precipitation with some heated surface runoffs that resulted in aperiodic increases in the stream temperature. The high variability of rainfalls in the urban area meant that the stream temperature surges occurred rarely in all streams during the same rainfall event, despite the small distances between the watersheds (1–5 km between adjacent water monitoring points). The surges lasted up to 10 h and had an amplitude of up to 5.2 °C; they usually lasted 3.9–5.6 h after 5.8–7.7 mm rainfalls, causing temperature peaks of 0.5–1.4 °C. Additionally, they were easier to detect in the Cetăţii Creek due to its colder-than-natural waters during the warm season—a result of important wastewater discharge. Overall, the surges occurred mostly during the warm and wet semester of the year (87.5%) and especially during the summer (50%). Because Suceava is an average Romanian city, our findings could be taken into account as relevant data at least for cities located in the Moldavian Plateau. Full article

This paper analyses aspects of the ethology and feeding of stray dogs in the areas bordering the city of Suceava and the nearby towns. The study area is located in the hunting grounds (HG), which are managed by the “Ștefan cel Mare” University in Suceava. Between October 2017 and April 2022, the behaviour and the types of food consumed by stray dogs captured in the outskirts of the localities in the study area were analysed. A sample of 183 stray dogs were used for the study, and the analysis established the distribution and density of the dogs in the free-range area compared to the density of the wild animals of hunting interest. The tracks and travel routes of the stray dogs were highlighted. Areas where packs of feral dogs camp were also identified. Observations were made of the individual and social behaviours of the dogs, their gregariousness and the way in which they hunt. The types of food consumed were analysed for each specimen. Through the collected and analysed data, the opportunistic predatory behaviour of the stray dogs was highlighted. Thus, stray dogs revert to the typical wild canid ways of behaving. As for food, our results showed the dogs’ predilection for meat, both wild and domestic. On the other hand, the diet of roaming dogs is much more varied compared to that of wild canids. This is due to the fact that the way in which domestic dogs feed has changed over thousands of years as a result of living alongside humans. Full article

Recent findings suggest that quarantine adversely affects an individual’s wellbeing. Social isolation generally leads to many negative psychological outcomes in child development and to significant shifts in parent–child relationships. The aim of the present research was to investigate three aspects of parenting during the COVID-19 quarantine: what activities parents performed better during the quarantine, what difficulties parents had during the quarantine, and what complaints children had living in Suceava, a city that saw the greatest number of infected individuals as well as the largest death toll amongst all regions in Romania. The respondents were 201 parents from Suceava, Romania (M_age = 36.71, SD = 7.22), who answered a self-reported questionnaire after a quarantine period of between 30 and 33 days (30.04.20–2.05.20) concerning three qualitative questions and items related to parenting activity, parent–child relationships, or child behaviors. Among the key findings, the research found that parents had a good perception of their parenting skills during the quarantine time, the most difficulties reported by parents were about the newly imposed social realities, and the most obvious unmet need of children was the lack of social interactions. The findings bring to light the perception of forced time spent together by parents and children. Further research should investigate how parenting fluctuates in crisis situations such as the one highlighted in this article. Full article

The COVID-19 pandemic and the lock-down have highlighted the growing awareness of the need to involve the population in solving problems that directly affect the existence and trajectory of the life of the individual and civil society in the local, national, and regional context. The article aims both to analyze the reaction of formal and informal civil society in a context of major crisis and to analyze how the population perceives the involvement of civil society at the level of a county in Romania and its county seat city. The present sociological diagnosis used data that were collected through an online survey at the beginning of May 2020 among the population of Suceava County. It was sought to identify how the reaction of civil society was perceived and how it was mobilized, as well as how the mass media contributed to reducing the effects of the pandemic. After the elimination phase of non-compliant responses, the volume of the sample included a total of 1231 people. The results of the study indicate that this pandemic context, which manifested as a major crisis, also had positive effects in the sense of mobilizing latent but extensive energies at the local level, whose manifestation contributed to diminishing and limiting the effects of the sanitary crisis the county faced. The media, as a component of civil society, has managed to mobilize important segments of the population, both in quarantined localities and in other localities in Suceava County and Moldova. The COVID-19 crisis tested the social cohesion and resilience of communities and offered perhaps one of the most remarkable lessons of solidarity in the post-December period, both locally and nationally. Although the perception of Romanians on the role of civil society would rather be part of a culture of individualism, in extreme situations it was found that its activity has never been more important. Full article

The first months of 2020 were marked by the rapid spread of the acute respiratory disease, which swiftly reached the proportions of a pandemic. The city and county of Suceava, Romania, faced an unprecedented crisis in March and April 2020, triggered not only by the highest number of infections nationwide but also by the highest number of infected health professionals (47.1% of the infected medical staff nationwide, in April 2020). Why did Suceava reach the peak number of COVID-19 cases in Romania? What were the vulnerability factors that led to the outbreak, the closure of the city of Suceava and neighboring localities, and the impossibility of managing the crisis with local resources? What is the relationship between the population’s lack of confidence in the authorities’ ability to solve the crisis, and their attitude towards the imposed measures? The present article aims to provide answers to the above questions by examining the attitudes of the public towards the causes that have led to the outbreak of an epidemiological crisis, systemic health problems, and the capacity of decision makers to intervene both at local and national level. The research is based on an online survey, conducted between April and May 2020, resulting in a sample of 1231 people from Suceava County. The results highlight that the development of the largest COVID-19 outbreak in Romania is, without a doubt, the result of a combination of factors, related to the medical field, decision makers, and the particularities of the population’s behavior. Full article

The water quality of rivers worldwide is of persistent interest due to its impact on human life. Five streamwater quality parameters of Suceava River were monitored in 2019 upstream and downstream of Suceava city, Romania: dissolved oxygen, specific conductivity, pH, oxidation-reduction potential, and temperature. Data was recorded at a high temporal frequency, every hour, and produced Water Quality Index (WQI) time series of similar resolution. Our additive WQI has variants with particular advantages. Water quality of Suceava city exhibits a diurnal cycle. Upstream, WQI values indicate a quasi-permanent good water quality; downstream, the water quality oscillates around the average WQI value because of the various sources of water contaminants, especially the wastewaters from the wastewater treatment plant. Parameters from this point source of pollution are taken into account to explain the decaying streamwater quality towards the end of 2019. WQI is useful for detecting time intervals when water self-purification events have a high chance of occurrence. Full article

Cities alter the thermal regime of urban rivers in very variable ways which are not yet deciphered for the territory of Romania. The urban heat island of Suceava city was measured in 2019 and its impact on Suceava River was assessed using hourly and daily values from a network of 12 water and air monitoring stations. In 2019, Suceava River water temperature was 11.54 °C upstream of Suceava city (Mihoveni) and 11.97 °C downstream (Tişăuţi)—a 3.7% increase in the water temperature downstream. After the stream water passes through the city, the diurnal thermal profile of Suceava River water temperature shows steeper slopes and earlier moments of the maximum and minimum temperatures than upstream because of the urban heat island. In an average day, an increase of water temperature with a maximum of 0.99 °C occurred downstream, partly explained by the 2.46 °C corresponding difference between the urban floodplain and the surrounding area. The stream water diurnal cycle has been shifted towards a variation specific to that of the local air temperature. The heat exchange between Suceava River and Suceava city is bidirectional. The stream water diurnal thermal cycle is statistically more significant downstream due to the heat transfer from the city into the river. This transfer occurs partly through urban tributaries which are 1.94 °C warmer than Suceava River upstream of Suceava city. The wavelet coherence analyses and ANCOVA (analysis of covariance) prove that there are significant (0.95 confidence level) causal relationships between the changes in Suceava River water temperature downstream and the fluctuations of the urban air temperature. The complex bidirectional heat transfer and the changes in the diurnal thermal profiles are important to be analysed in other urban systems in order to decipher in more detail the observed causal relationships. Full article

There are numerous streamwater parameters that exhibit a diurnal cycle. However, the shape of this cycle has a huge variation from one parameter to another and from one monitoring point to another on the same river. Important variations also occur at the same point during some events, such as high waters. Water level, specific conductivity, dissolved oxygen, oxidation reduction potential, and pH of the Suceava River were monitored for 365 days (2018–2019, hourly sampling frequency) in order to assess the upstream-downstream changes in the diurnal cycle of these parameters, some of these changes being caused by the impact of Suceava city, which is located between the selected monitoring points. The multiresolution analysis of the maximal overlap discrete wavelet transform and the wavelet coherence analysis were combined in a flexible methodology that helped in comparing the upstream and downstream shapes of the diurnal cycle. The methodology allowed for a fast comparison of diurnal profiles during periods of high waters or baseflow. Notable changes were observed in the moments of diurnal maxima and minima. Full article

The Siret River crosses northeastern (NE) Romania from the north to the south, and it discharges into the Danube, near the city of Galati. Between 17 June and 10 July 2010, significant amounts of precipitations in the mountainous basin of Siret were recorded. The floods comprised two periods with four bimodal cycles, and they were counted as among the strongest on the Romanian territory. The exceptional floods occurred in the rivers of Siret, Suceava, Moldova, Bistrita, Trotus, and so on. The most important compound flood wave was determined by the precipitations, which fell between 29 June and 1 July 2010, when significant amounts of rain were recorded, sometimes exceeding 80 mm/day. The high discharges on the Bistrita River—downstream from the Bicaz Reservoir—were controlled by complex hydro-technical works. The maximum discharge for summer floods in the year 2010 was recorded at the Dragesti hydrometric station: 2884 m³/s (historic discharge) compared with the preceding historic discharge (2850 m³/s) of the year 2008. The effects of floods were strongest in the counties of Suceava, Neamt, and Bacau. The floods on the main course of the Siret River were analyzed in correlation with the tributaries within the mountainous sector. Full article