Conditions In Sweden Research Articles

On the prevalence and intensity of labour shortages

Survey-based indicators of labour shortages are often based on the number of respondents that experience a shortage – the prevalence – overlooking the crucial element of shortage intensity. Using data from a large representative business survey in Sweden, this paper constructs an establishment-level measure of labour shortage intensity, by considering the number of positions in shortage and total employment at the establishment. According to the data, the average intensity of labour shortages has decreased by 32% since 2007. A new aggregate indicator of relative labour shortages (RLS) that accounts for both the average intensity and prevalence of labour shortages indicated more subdued labour market conditions in Sweden during the recovery from the Great Recession and the COVID-19 pandemic than other indicators. Failing to account for the decline in the intensity of labour shortages mostly affects labour shortages in industry and less in services sectors.

Adapting the grassland model BASGRA to simulate yield and nutritive value of whole-crop barley

Ensiling of whole-crop biomass of barley before full maturity is common practice in regions with a short growing season. The developmental stage of barley at harvest can have a large impact on yield and nutritive composition. The relationships between crop growth, environmental conditions and crop management can be described in process-based simulation models. Some models, including the Basic Grassland (BASGRA) model, have been developed to simulate the yield and nutritive value of forage grasses, and usually evaluated against metrics of relevance for whole-crop silage. The objectives of this study were to: i) modify the BASGRA model to simulate whole-crop spring barley; ii) evaluate the performance of this model against empirical data on dry matter (DM) yield and nutritive value attributes from field experiments, divided into geographical regions; and iii) evaluate DM yield, nutritive value and cutting date under current and future climate conditions for three locations in Sweden and four cutting regimes. Main model modifications included addition of a spike pool, equations for carbon (C) and nitrogen (N) allocation to the spike pool and equations for C and N translocation from vegetative plant parts to spikes. Model calibration and validation against field trial data from Sweden, including samples harvested from late anthesis stage to hard dough stage that were either pooled or divided into regions, showed better prediction accuracy, evaluated as normalised root mean squared error (RMSE), of neutral detergent fibre (NDF) (7.58–18.4%) than of DM yield (16.8–27.8%), crude protein (15.5–23.2%) or digestible organic matter in the DM (DOMD) (12.0–22.2%). Model prediction using weather data representing 1990–2020 and 2021–2040 climate conditions for three locations in Sweden (Skara, Umeå, Uppsala) showed lower DM yield, earlier harvest and slightly higher NDF concentration on average (across locations and developmental stage at cutting) when using near-future climate data rather than historical data. The model can be used to evaluate whole-crop barley performance under production conditions in Sweden or in other countries with similar climate, soils and crop management regimes.

The case for employment and education support for people with serious mental health conditions in Sweden

The case for employment and education support for people with serious mental health conditions in Sweden

Support in Daily Living for Young Adults with Neurodevelopmental Conditions in Sweden: A Qualitative Description of Current Practice.

In Sweden, people living independently and requiring daily living support can access 'housing support', a form of practical, educational, and social support provided by the municipalities. About two-thirds of those receiving this support have neurodevelopmental conditions, primarily autism or ADHD. Many are young adults in the process of adapting to new roles and expectations in different life domains, including education, work, and accommodation. This study aimed to provide a qualitative description of support workers' views on current practice in housing support for young adults (aged 18 to 29) with neurodevelopmental conditions. Semi-structured telephone interviews were conducted with 34 housing support workers across 19 Swedish regions. An inductive qualitative content analysis approach was used. The interviews depicted a complex service, subject to organizational aspects (roles, responsibilities, availability, and allocation), the joint effort of key players (young adults, relatives, and support workers), and practical aspects of service provision (finding common ground for the work, and delivery of support). Some elements of the service were poorly designed for the target group. The support workers expressed a need for more knowledge about neurodevelopmental conditions, but also described new insights related to remote delivery of support. The results raise important questions about how housing support should be organized and delivered to strike the right balance between support and autonomy, meet specific needs, and ensure equal services across municipalities. Future research should adopt multiple perspectives and approaches, to help translate best practice and available evidence into a flexible and sustainable service.

Probabilistic analysis of the impact of climate change on creep of concrete structures in Sweden

Recent studies suggest that concrete creep may be further exacerbated by climate change. However, up to now this effect has not been quantified in literature. The current study addresses this gap and presents a probabilistic approach for quantitatively assessing this effect. For this purpose, five different stochastic creep models (i.e. Model Code 1999, Model Code 2010, B3, B4, and B4s models) are used under considerations of the historical and future climatic conditions in Sweden to assess the long-term creep coefficient and the subsequent stress redistribution of an axially loaded column. While some creep models show similar percentage increases in the long-term creep coefficient in all Swedish counties, other creep models show higher percentage increase values for northern than for southern counties. The highest increase in the end-of-century creep coefficient is found using models B4 and B4s (e.g. over 40% increase is possible for northernmost Sweden, i.e. Norrbotten county, under RCP8.5). Furthermore, the current article also shows that the end-of-century creep coefficient is more sensitive to uncertainties not related to the climate (i.e. parameter and creep modelling uncertainties) than to climate uncertainty.

Impact of Climate Change on Microbiological Hazards in Food and Drinking Water in Sweden

Impact of Climate Change on Microbiological Hazards in Food and Drinking Water in Sweden

Can a workplace dialogue impact the perceived influence of neck and/or backpain on everyday activities and performance at work? A secondary analysis from the randomized controlled trial WorkUp

BackgroundNeck- and back- pain are highly prevalent conditions in Sweden and world-wide. Such pain often has consequences on everyday activities, work- and personal life. One consequence is work absence and decreased productivity at work. Adding a workplace dialogue to structured physiotherapy was recently found to lead to increased workability, i.e., not being on sick leave during the 12th month of follow up.AimThe aim of the study was to explore the effect of a workplace dialogue intervention on secondary outcomes: perceived impact of neck and/or back pain on everyday activities and on performance at work, and total days of sick leave during 12 month follow up. A further aim was to examine associations between perceived influence of pain, and sick leave.MethodPatients with neck and/or back pain in primary care in the south of Sweden were randomized into structured physiotherapy alone (n = 206) or with the addition of a workplace dialogue (n = 146). Data regarding the pain’s influence on everyday activities and on performance at work were collected using weekly text messages for 52 weeks. The pattern of change in perceived influence of neck and/or back pain on everyday activities and performance at work was compared between the groups with linear mixed models. Cross sectional correlations between perceived influence of neck and/or back pain on everyday activities and performance at work, and days of sick leave, during the preceding four weeks at months 3, 6, 9 and 12 were examined.ResultWe found no differences in change of perceived influence of neck and/or back pain on daily activities or perceived performance at work, or total days of sick leave during the 12 months of follow up between the groups with structured physiotherapy with or without a workplace dialogue. There was a weak to moderate positive correlation between days of sick leave and perceived influence of neck and/or back pain on everyday activities and performance at work (rho 0.28–0.47).ConclusionA workplace dialogue was not found to affect the perceived impact of neck and/or back pain on everyday activities and performance at work.Trial registrationClinicalTrials.gov ID: NCT02609750.

Key factors for site-selection of biogas plants in Sweden

Biogas production through anaerobic digestion is an integral part of the transition toward a biobased and circular economy and its expansion is foreseen in many parts of the world as well as in Europe. In Sweden, a governmental inquiry suggested biogas production to be increased from about 2 TWh today to 7 TWh by 2030. This rapid expansion would require installation of several new biogas plants across the country. However, the location of biogas plants can greatly affect its business performance and there are several geographic and socio-political factors that would limit the choice of location. Through dialogue with existing biogas producing companies and a few other related actors, we identified 12 factors that are commonly considered in the site-selection of biogas plants in Sweden or are considered to be important in the years to come. These factors are grouped into those related to supply and demand (feedstock supply, biogas demand, digestate demand, and carbon dioxide demand), infrastructure and synergies (available infrastructure, adjacent existing industries), land-use and zoning (nearby housing, zoning, and historic preservation sites), and socio-political context (political strategies and goals, organizational capability, and local social acceptance). We discuss how these factors can be used under rapidly transforming conditions in Sweden through different site-selection logics and highlight the importance of spatially explicit analysis for individual or coordinated decision making in future. Our method of enquiry and analysis, and to a certain degree the factors, can be also relevant for other countries, particularly in Europe. This study paves the way for more in-depth investigation of the question of site-selection of biogas plants in Sweden; both in the direction of detailed analysis at the local level, or screening analysis on the regional or national level for improved coordinated actions.

Exploring Populus phenological response to climate change using observational data and ecosystem modelling

The length of the growing season for deciduous trees in temperate and boreal forests is determined by the timing of bud burst and autumn senescence. It is generally assumed that a warmer climate leads to a longer growing season due to earlier bud burst and delayed autumn senescence and thereby increased gross primary production (GPP) of forests. In this study, we analysed past (1873–1951) and current (2008–2020) phenological observations on bud burst and senescence from aspen trees (Populus tremula) grown in Sweden. The observations indicated a reduction in temperature sensitivity of bud burst between the time periods, likely associated with warmer winters and reduced exposure to chilling. The phenological observations were used in the evaluation of an ecosystem model. Biases in modelling spring and autumn leaf cover development influenced the seasonal and annual GPP estimates. The overestimation of the modelled GPP was more pronounced in spring than in autumn, reflecting the GPP limitations by leaf cover development in spring, and by daylength and temperature conditions in autumn. Calibration of the spring phenology parameters, using the accumulated temperature sums and chilling days at the observed timing of bud burst, significantly improved model performance compared to the original parameterisation. The calibrated ecosystem model projections representing RCP8.5 suggested 15 days earlier timing of bud burst and enhanced mean annual GPP by the end of the century compared with current climate conditions in Sweden.

Working conditions in the long-term care sector: A comparative study of migrant and native workers in Austria and Sweden.

Increased demand for long-term care (LTC) services alongside precarious working conditions has resulted in labour shortages in the LTC sector, which has led to an increasing share of workers of migrant origin filling these jobs. Previous research on migrant care workers has also highlighted the seeming gap in working conditions relative to native workers. However, lack of disaggregated data on migrant and native care workers, alongside single-case studies, may have concealed potential disadvantages faced by certain groups and insufficiently accounted for differences in migration regimes and organisation of LTC sectors. To address these gaps, we carried out a comparative study on various working conditions of migrant and native LTC workers in Austria and Sweden. Using the international Nordcare survey on care sector working conditions, carried out in Austria in 2017 (n=792) and in Sweden in 2015 (n=708), we employed t-tests and multivariate logistic regressions to compare the working conditions of migrant and native carers in home and residential care in each country. We found that worse working conditions in Sweden compared to Austria may be explained by differences in training requirements of the LTC workforce and the relatively large for-profit private sector. Country of origin also plays a paramount role in the differences in working conditions experienced by migrants compared to native care workers, with non-European migrants being more likely to face a number of precarious working conditions. Our findings highlight the need to continue addressing precarious working conditions across the sector, particularly during the COVID-19 pandemic where poor working conditions have been linked to increased COVID-related deaths in nursing homes. Our findings also emphasise the importance of policies that consider the various challenges experienced by different migrant groups in the LTC sector, who may particularly be at risk of presenteeism during the COVID-19 pandemic.

Infecting the Welfare State – The Swedish Play Kurage and the “AIDS Crisis”

The article focuses on the Swedish documentary theatre play Kurage (2020) in which three protagonists look back on how Sweden handled the “AIDS crisis” in the 1980s. In doing so, the play challenges the narrative of exceptional social conditions in Sweden and delivers a queer perspective on welfare state politics. Specifically, in the aesthetic conception of the play, the complex relation between welfare state and illness comes to the fore. I argue that Kurage not only builds on persistent metaphors of illness in literature but also expands epidemic narratives and thus exposes mechanisms of exclusion and marginalization in the welfare state. Finally, the article investigates in what ways pathology, medical institutions, or in a more general way: the understanding of medicine as a “neutral” science play a part in eliminating bodies, writing them out of the body politic and thus allowing for suffering and disappearing.

Oxygen Carrier Aided Combustion in Fluidized Bed Boilers in Sweden—Review and Future Outlook with Respect to Affordable Bed Materials

Oxygen carriers are metal oxide particles that could potentially enhance both fuel conversion and heat distribution in fluidized bed combustion, resulting in e.g., lowered emissions of unconverted species and better possibilities to utilize low-grade fuels. A related technology based on fluidized beds with oxygen carriers can separate CO2 without large energy penalties. These technologies are called oxygen carrier aided combustion (OCAC) and chemical-looping combustion (CLC), respectively. In the past few years, a large number of oxygen carriers have been suggested and evaluated for these purposes, many of which require complex production processes making them costly. Affordable metal oxide particles are, however, produced in large quantities as products and by-products in the metallurgical industries. Some of these materials have properties making them potentially suitable to use as oxygen carriers. Uniquely for Sweden, the use of oxygen carriers in combustion have been subject to commercialization. This paper reviews results from utilizing low-cost materials emerging from metallurgical industries for conversion of biomass and waste in semi-commercial and commercial fluidized bed boilers in Sweden. The paper further goes on to discuss practical aspect of utilizing oxygen carriers, such as production and transport within the unique conditions in Sweden, where biomass and waste combustion as well as metallurgical industries are of large scale. This study concludes that utilizing metal oxides in this way could be technically feasible and beneficial to both the boiler owners and the metallurgical industries.

Modelling the effects of forest management intensification on base cation concentrations in soil water and on tree growth in spruce forests in Sweden

The study investigated the effects of forest residue extraction on tree growth and base cations concentrations in soil water under different climatic conditions in Sweden. For this purpose, the dynamic model ForSAFE was used to compare the effects of whole-tree harvesting and stem harvesting on tree biomass and the soil solution over time at 6 different forest sites. The study confirmed the results from experimental sites showing a temporary reduction of base cation concentration in the soil solution for a period of 20–30 years after whole-tree harvesting. The model showed that this was mainly caused by the reduced inputs of organic material after residue extraction and thereby reduced nutrient mineralisation in the soil. The model results also showed that whole-tree harvesting can affect tree growth at nitrogen-poor forest sites, such as the ones in northern Sweden, due to the decrease of nitrogen availability after residue removal. Possible ways of reducing this impact could be to compensate the losses with fertilisation or extract residue without foliage in areas of Sweden with low nitrogen deposition. The study highlighted the need to better understand the medium- and long-term effects of whole-tree harvesting on tree growth, since the results suggested that reduced tree growth after whole-tree harvesting could be only temporary. However, these results do not account for prolonged extraction of forest residues that could progressively deplete nutrient pools and lead to permanent effects on tree growth.

The work of having a chronic condition: development and psychometric evaluation of the distribution of co-care activities (DoCCA) scale

BackgroundChronic care involves multiple activities that can be performed by individuals and healthcare staff as well as by other actors and artifacts, such as eHealth services. Thus, chronic care management can be viewed as a system where the individual interacts with people and eHealth services performing activities to maintain or improve health and functioning, called co-care. Yet, the system perspective is not reflected in concepts such as person-centered care and shared decision making. This limits the understanding of individuals’ global experience of chronic care management and subsequently the ability to optimize chronic care. The aim of this study was threefold: (1) to propose a theory-based operationalization of co-care for chronic care management, (2) to develop a scale to measure co-care as a distributed system of activities, and (3) to evaluate the scale’s psychometric properties. With the theory of distributed cognition as a theoretical underpinning, co-care was operationalized along three dimensions: experience of activities, needs support, and goal orientation.MethodsInformed by the literature on patient experiences and work psychology, a scale denoted Distribution of Co-Care Activities (DoCCA) was developed with the three conceptualized dimensions, the activities dimension consisting of three sub-factors: demands, unnecessary tasks, and role clarity. It was tested with 113 primary care patients with chronic conditions in Sweden at two time points.ResultsA confirmatory factor analysis showed support for a second-order model with the three conceptualized dimensions, with activities further divided into the three sub-factors. Cronbach’s alpha values indicated a good to excellent reliability of the subscales, and correlations across time points with panel data indicated satisfactory test-retest reliability. Convergent, concurrent and predictive validity of the scale were, overall, satisfactory.ConclusionsThe psychometric evaluation supports a model consisting of activities (demands, unnecessary tasks, and role clarity), needs support and goal orientation that can be reliably measured with the DoCCA scale. The scale provides a way to assess chronic care management as a system, considering the perspective of the individuals with the chronic condition and how they perceive the work that must be done, across situations, either by themselves or through healthcare, eHealth, or other means.

Occupational trajectories of working conditions in Sweden: Development trends in the workforce, 1997-2015.

Objective:This study aimed to explore the development of working conditions within and between occupations in the Swedish labor market from 1997 to 2015 and whether any polarization in working conditions concurrently occurred between occupations.Methods:Cross-sectional data from ten waves of the Swedish Work Environment Surveys (1997–2015) were used and an aggregated occupational-level dataset was created using the Swedish Standard Classification of Occupations. To capture the patterns of change in working conditions over time (ie, growth), growth curve modeling was used to identify the starting points for 89 occupations (intercepts) as well as both the shape (functional form) and rate of growth (slope) over time.Results:The Swedish labor market was stable overall, with some small, mainly positive, changes in job demands and resources. Different occupations developed in divergent directions, but there was no evidence of polarization.Conclusions:The findings indicate that macro-level stability can hide highly heterogeneous patterns of change among different occupational groups. This type of analysis, taking context into account, could be valuable for decision makers intending to improve the work environment.

How did Sweden Fail the Pandemic?

Sweden has since the start of the pandemic a COVID-19 mortality rate that is 4 to 10 times higher than in the other Nordic countries. Also, measured as age-standardized all-cause excess mortality in the first half of 2020 compared to previous years Sweden failed in comparison with the other Nordic countries, but only among the elderly. Sweden has large socioeconomic and ethnic inequalities in COVID-19 mortality. Geographical, ethnic, and socioeconomic inequalities in mortality can be due to differential exposure to the virus, differential immunity, and differential survival. Most of the country differences are due to differential exposure, but the socioeconomic disparities are mainly driven by differential survival due to an unequal burden of comorbidity. Sweden suffered from an unfortunate timing of tourists returning from virus hotspots in the Alps and Sweden's government response came later and was much more limited than elsewhere. The government had an explicit priority to protect the elderly in nursing and care homes but failed to do so. The staff in elderly care are less qualified and have harder working conditions in Sweden, and they lacked adequate care for the clients. Sweden has in recent years diverged from the Scandinavian welfare model by strong commercialization of primary care and elderly care.

Exclusion and Inequality in Late Working Life–On the Gendered Risks for Old-Age Exclusion in Sweden and Poland

The labour market activity of older workers and their ability and disposition to maintain it depend on institutional conditions, age norms, labour demand and shifting overall economic conditions. The paper discusses exclusion and inequality in later working life from a European comparative perspective and emphasises shifts in late work and retirement patterns as well as later-life outcomes in Sweden and Poland. An emphasis is on changing institutional conditions on the national and branch level. Gendered risks for economic exclusion and later life precarity are stressed. Analyses for the two countries are contrasted with Germany and the UK. The analyses are part of the research program ‘Exclusion and Inequality in Late Working Life: Evidence for Policy Innovation Towards Inclusive Extended Work and Sustainable Working Conditions in Sweden and Europe – EIWO’ (2019-24). Analyses use data from SHARE and EU-SILC and address older workers of age 60 and older in Sweden, Poland, German and the UK. They find increasingly heterogeneous preretirement and transition patterns, new gender gaps and increasing risks of economic exclusion in retirement. Situations differ between countries with the prolongation of late working life in Sweden having a mostly positive effect on gender inequalities with low education and specific migrant groups as an exception. Poland is specific case due to unequally low retirement age for woman (60) and for men (65) with consequently large structural gender differences and increases in the process of increasing labour force participation of older workers and increasingly gendered risks for old-age economic exclusion.

Hydroclimate changes over Sweden in the twentieth and twenty-first centuries: a millennium perspective

ABSTRACT Climate change poses additional risks for natural and human systems including the hydrological cycle, leading to altered temporal and spatial variation of hydroclimatic conditions. This work assessed the current understanding of the dryness and wetness conditions in Sweden over the last two millenniums based on proxy and instrumental data, as well as climate model simulations and projections until the end of the twenty-first century. The assessment represents a summary of the existing literature concerning analysis of four selected indices for dry/wet conditions relating to precipitation, potential evapotranspiration (PET), and soil moisture (SPEI, PDSI [including scPDSI], SPI, and AI). SPEI considers both precipitation and PET and can show hydroclimatic conditions at different time scales. Therefore, it was chosen to summarize the past and future changes. A focus is put on dry conditions, as drought has strong influences on groundwater which is an important freshwater resource for Sweden. The millennium historical perspective reveals that the current climate is relatively wet and the future would become even wetter as a general wetting trend started some 120 years ago. However, there have been and will be large variations of both dry and wet conditions on short time scales, especially on decadal and interannual time scales. Further, the changes since the 1950s show a regional pattern with most significant wetting in the north, a slightly overall wetting in the south but a drying in central-eastern part including the island of Gotland since 1981. This pattern is broadly consistent with climate model projections for the future.

The millennium shift: Investigating the relationship between environment and growth trends of Norway spruce and Scots pine in northern Europe

For boreal forests in colder climates, changes in environmental conditions are hypothesised to substantially affect ecosystem processes. In this study, trends of top height growth of Scots pine (Pinus sylvestris L.) and Norway spruce (Picea abies (L.) Karst) were analysed using permanent sample plot data from more than 300 long-term experimental sites distributed from temperate zones to the boreal forest conditions in Sweden. By regression analyses, the effects of temperature-sum and precipitation-sum on top height growth were assessed in the period 1986–2018. A significant upward temporal trend in height growth was observed for both species, with the trend more pronounced after the millennium shift. The magnitude of the annual relative height growth after the millennium was about 16.92% and 9.54% higher than expected, respectively for Scots pine and Norway spruce. A potential climate response on height growth was found for both species with temperature-sum positively correlated with top height growth. No significant effect of precipitation-sum on height growth was observed for either species. Our results suggest improved growing conditions and forest sites became more productive in response to increasing temperature in the northern temperate and boreal regions. The increasing growth trends may offer shorter rotation periods and increased forest value for Norway spruce and Scots pine, coupled with contributions of boreal forests to the emerging bio-economy and the regulation of global atmospheric carbon.

Talking About the Weather: Availabilty, Affect and the Demand for Green Investments

Linking a nationally representative survey to individual pension data, we show how environmental fears, manifesting in extreme beliefs about future climate calamities, are associated with individual portfolio rebalancing decisions. Extreme weather conditions in Sweden in 2014 stoked fears of future environmental calamities, especially in those living closer to the catastrophes. After this heat wave, but not before, investors who fear climate-related catastrophes rebalanced their retirement portfolios towards green investments. This aligns with other behaviors: they also report that they recycle more than their neighbors, think green investments outperform, and are willing to pay higher fees for green mutual funds.