Central Sweden Research Articles

Birkas svarta jord 1969–2021

Birkas black earth 1969–2021 - the development of a stratigraphic method. Birka’s role is a main reference point in discussions on land upheaval chronology, which is important in understanding prehistoric settlement in Scandinavia. Birka was also the central point of a wide-reaching hinterland throughout the Lake Mälaren region on the eastern coast of central Sweden. This was apparent at the restart of investigations into the settlement history of this area during the 1960s, and it was easy to incorporate in the post-war research into the history of West European towns. The complexity of the cultural layers of this settlement together with numerous small finds was a challenge already from the beginning of the Black Earth investigations in 1969–1971. It quickly became evident that new, more effective and rational excavation techniques and methods of documentation were needed. These were further developed at the beginning of the project, Excavations in the Black Earth 1990–1995, which was generously financed by Tetra Pak AB along with several companies and foundations. A concise account of how these problems were solved is described in this paper. The stratigraphic analysis of this extensive material is especially interesting. Thanks to these techniques and methods of documentation, it has been possible to construct a new relative chronology based on short intervals of only 5–10 years for the greater part of the Viking Age, although dendrochronological material is not preserved in these dry cultural layers.

Thermal sum requirements for development and flight initiation of new‐generation spruce bark beetles based on seasonal change in cuticular colour of trapped beetles

Abstract The spruce bark beetle Ips typographus is the most important pest on Norway spruce in Europe. To improve predictions of bark beetle phenology in a warmer climate, correct thermal sums representing the development time of the new generation are needed. A standardized method for classifying adults into five different colours was used for describing the seasonal change in colour of beetles in breeding substrate and in weekly trap catches from regions located in southern, central and northern Sweden in 2015–2020. Repeated sampling of I. typographus from breeding substrate demonstrated that the adults get gradually darker, from light brown when newly moulted to dark brown or black in the following summer. In spring, four to five colours co‐occurred among trapped beetles. Over time, the proportions of darker individuals increased until the two lightest colours were absent except for 2 cases out of 21 trapping locations/years. Thereafter, the individuals of the two lightest colours started to occur again, indicating that they belonged to the new generation. The average thermal sum from start of flight of parental generation in spring until onset of new‐generation flight in summer was higher for southern Sweden [lower developmental threshold (LDT) 5°C = 744 degree‐days (dd); LDT 8.3°C = 467 dd] than for northern Sweden (LDT 5°C = 668 dd; LDT 8.3°C = 418 dd). New‐generation flight occurred in every year and region, but generally constituted only a small proportion of total seasonal flight activity.

Professionals\u2019 perspectives on existing practice and conditions for nurse-led gout care based on treatment recommendations: a qualitative study in primary healthcare

BackgroundGout affects nearly 2 % of the population and is associated with repeated painful flares of arthritis. Preventive urate-lowering therapy is widely available, but only one third of patients receive adequate treatment. Lack of knowledge among healthcare professionals and patients within primary healthcare are implicated as partial explanations for this undertreatment. Nurse-led care has proved to be an effective model when treating patients with gout, but there is a need for more knowledge about factors that can be expected to influence the future implementation of such care. The aim of this study was to describe factors influencing existing gout care in primary healthcare and the conditions for a future implementation of nurse-led gout care based on national treatment recommendations.MethodsIn this qualitative study, focus group discussions with 56 nurses and physicians and individual interviews with eight managers were conducted at nine primary healthcare units in central Sweden. A deductive qualitative content analysis based on the main constructs of the framework Integrated Promoting Action on Research Implementation in Health Services was followed by an inductive analysis within the frames of the main constructs: innovation, recipients and context.ResultsGout-related contacts with primary healthcare was described as being patient initiated, diagnostics was in some respects complex and nurse-led care was experienced as a favourable primary healthcare model in general (innovation). Gout was seen as a low-priority condition with acute flares and there was inadequate knowledge of gout, including preventive treatment (recipients). Primary healthcare was perceived as having a holistic but fragmented responsibility for gout care, recommendations against keeping waiting lists complicated follow-up appointments and a need for motivation and support when introducing new practices was emphasised (context).ConclusionIn this study, investigating the perspective of professionals, several factors were found to influence existing gout care. It will be crucial to target these factors in the development of a future implementation strategy.

Spaces of Resilience and Resistance: Sámi Habitation in Southern and Central Sweden During the Late Medieval and the Early Modern Period

This paper examines traces of Sámi habitation in southern and central Scandinavia, particularly Sweden, addressing the late medieval period to the end of the nineteenth century. It begins with Swedish judicial policy against Sámi nomadism in central Sweden, followed by a discussion of medieval Sámi material culture in southern Scandinavia. Further analysis addresses so-called Parish-Lapp indenture, which allowed nomadic Sámi to escape eviction to the far north (as decreed in 1671) by serving the parish. Yet, Sámi groups maintained and developed ritual practices, foodways, and language in a society parallel to the majority society and in resistance to it.

In safe hands: a qualitative study on older adults’ experiences of a tailored primary health care unit

Objective: Today’s health care system faces challenges in meeting the needs of older people with multimorbidity. To better cope with these needs, tailored primary health care with geriatric competence and person-centred care has been suggested. The aim of this study was to explore older patients’ experiences of a tailored primary health care unit. Design: This was a qualitative study using semi-structured individual interviews and qualitative content analysis. Setting and patients: Nineteen patients were recruited from a tailored PHC unit for people aged 75 years or older in a region in central Sweden. Methods: The interview data were analysed using inductive category development. Results: In the analysis, the theme In safe hands when in need of primary health care emerged. The interviewees expressed a desire to participate in their own care. Easy access, enough consultation time and a calm environment, along with the PHC professionals’ welcoming and attentive approach enhanced their feeling of being in safe hands. PHC professionals were perceived as having geriatric knowledge and taking responsibility for the care of older patients. Although the interviewees experienced that they received attention for their health conditions, a need for a more preventive approach to care emerged. Conclusion: Older patients highly appreciated their tailored PHC unit and they emphasised that it was an improvement compared to the ordinary PHC centre. This study provides insights into older patients’ experiences, which may be helpful in the ongoing process of improving care for older patients in PHC. KEY POINTS Older patients attending a tailored Primary health care (PHC) unit felt acknowledged, unlike in the ordinary PHC centre, which facilitated their participation in their care. The calm environment, specialist geriatric competence and ample patient contact time enabled them to feel secure and taken care of. Older patients expressed a need for an incorporation of social services and health promotion visits at the tailored PHC unit.

An electronic patient-reported outcome created based on my needs is worth using: an explorative qualitative study investigating young people\u2019s opinions for a health assessment tool

BackgroundYoung people in different healthcare settings are positive about using electronic patient-reported outcomes (ePROs), which are meant to increase the effectiveness and safety of interventions from the patient’s perspective. Sweden offers free healthcare to young people aged 12–25 years at 275 youth health clinics (YHCs), whose goals are to strengthen young people and promote sexual, physical, and mental health. YHCs need effective ways to identify the overall picture of young people’s health and health-related problems. To our knowledge, there is no ePRO for YHCs that provides an overview of young people’s health from several health perspectives. The aim of this study was to explore young people’s view on content and design of an ePRO to provide an overview of their health and health related problems when visiting a YHC, and their opinion on what healthcare needs to consider when using the ePRO. This was an explorative qualitative study. The participants were included from five YHCs, in different socioeconomic areas in central Sweden. Fifteen participants were included: 10 girls, three boys, and two non-binary participants with an age range of 16–22 years. Data were collected using a semi-structured interview guide and individual interviews, and inductive content analysis was performed.ResultsOne main theme, “ePRO created based on my needs is worth using” and two sub-themes, “Appealing content and design” and “Trusting healthcare”, emerged. The participants wanted that an ePRO should include overall questions about mental-, physical-, and sexual health and social support. Participants also believed the ePRO must disclose the risks of self-harm or suicide. The participants noted the importance of emotional and digital security when using the ePRO and having a confidential conversation with a healthcare provider. To share health information means to trust to gain health.ConclusionsThe study participants' views on content and design can form the basis for designing an ePRO for young people. Their thoughts on safety and treatment in healthcare can be considered in the development process. This study is the starting point for developing an ePRO for young people at YHCs.

Expert assessment of landscape-level conservation strategies in boreal forests for biodiversity, recreation and water quality

Determining effects of landscape-level conservation strategies is needed, yet a challenging and costly endeavour. The aim of this study was to evaluate the effects of landscape-level conservation strategies in forests on biodiversity and provision of two ecosystem services (recreation and water quality). Specifically, we focused on the spatial allocation of unmanaged areas in production forests and different levels of “land sharing” or “land sparing”. They were represented through seven scenarios constructed for a boreal managed forest landscape in central Sweden. All scenarios had the same total level of conservation effort, but they differed in the combinations of sizes of unmanaged areas and how these areas were spread in the landscape. In one scenario, this was complemented with extended rotation of production areas. Experts (researchers in relevant fields) assessed these scenarios for overall biodiversity, recreation, and water quality. We used the Delphi technique: experts filled out an online survey individually in two rounds. In the second round they were familiarized with anonymized responses of others from the previous round. There was little agreement between experts whether concentration of unmanaged areas in one part of the landscape or dispersion of them around the entire area is more beneficial, for biodiversity as well as for the two ecosystem services. The explanation of the opinions given by biodiversity experts were based on different ecological theories resulting in different conclusions (mainly habitat complementation vs. metapopulation ecology). A few large unmanaged areas were considered more beneficial for biodiversity than many small areas. The main argument was that long-term species persistence becomes higher with larger areas. For recreation and water quality, there were almost no differences in estimates between these two strategies. One “land sharing” approach, retention trees, received the lowest score. The second “land sharing” approach, extended rotation, was scored higher, especially regarding recreation. This may be because extended rotations generate features of high recreational value, such as mature, thinned forests with not so much dead wood. Conclusively, we suggest a strategy of mixed conservation measures, with considerable efforts directed towards establishing and maintaining large unmanaged areas.

Effects of Green Plants on the Indoor Environment and Wellbeing in Classrooms—A Case Study in a Swedish School

Many schools in Sweden lack a proper indoor environment due to, e.g., poor thermal-envelope properties, overcrowded classes, poor visual appearance and insufficient ventilation. This study aims to explore the integration of a large number of indoor green plants into classrooms’ environments. This case study consists of three parts: measurements of the indoor environment including a final energy model, a questionnaire to the pupils with questions about their well-being and qualitative interviews with teachers. The case was two classrooms in a secondary education facility in central Sweden with an average annual temperature of 3 °C and a long and dark winter period with snow. The results showed 10% lower CO2 and slightly higher and more stable temperatures due to the green plants. Worries about climate change and war among the pupils decreased after several months with the plants and worry about infectious disease increased. The teachers experienced fresher air from the plants and used the plant stands for a flexible classroom design. The conclusion is that indoor plants have the potential to contribute to a better indoor environment, but due to the high number of uncontrolled variables (including the effect of COVID-19) in measurements of real-life conditions, more studies are needed.

Parapatric Genetic Lineages Persist in a Multiply Introduced Non-native Bush-Cricket

To understand colonization success of an invasive species we need to know the origin of the founders, where and when they were introduced, and how they spread from the introduction site(s) through the landscape. Admixture of different genetic lineages from multiple introductions is generally hypothesized to be beneficial to invasive species thanks to adaptive variation and heterozygosity-fitness correlations. In this study, population genetic and landscape data was gathered for Roesel’s bush-cricket,Roeseliana roeseliia small bush-cricket common in central and eastern Europe that currently is expanding its range in northern Europe. We examined how colonization history and landscape structure affect the spread of the species and its population genetic structure, as a consequence of multiple introductions. Using comprehensive information of the species ecology and dispersal, together with genetic structure inferred from samples from 29 locations in central Sweden (we employed data published by Preuss et al., 2015), we found that two parapatric founding lineages have coexisted with very little gene flow during a long time span. An isolation-by-distance pattern and a decrease of genetic diversity toward marginal areas were more pronounced in the lineage situated in forest dominated landscapes. Our findings are in strong contrast to the hypothesis that different genetic lineages will admix when introduced to the same area. The presence of the separate lineages decades after introduction and without physical barriers for gene flow shows that some mechanism prevents them from admixture. One possibility is that the lineages with different genetic setups have adapted independently to local conditions and their admixture resulted in loss of locally adapted genotypes and hybrid offspring, less viable than the respective ancestral genotypes. However, an alternative post-mating reproductive barrier and hybrid breakdown phenomenon should also be considered. Our data indicate that besides landscape characteristics, human transportation of agricultural goods may play an important role for the overall spatial genetic pattern of the species in the study area by aiding the spread of the species.

Flow-on effects of an introduced tree species: Lodgepole pine plantation affects function and performance of boreal ants

Increased demand on forests to produce renewable biomass have accelerated the use of non-native tree species in forestry worldwide, often with negative effects on native biodiversity. In Sweden, the North American lodgepole pine (Pinus contorta Douglas ex. Loudon var. latifolia) was introduced already in the 1970’s. Even though the species now covers large areas, effects on native flora and fauna have not been thoroughly evaluated. In this study, we used a large-scale field experiment with 30 paired P. contorta and P. sylvestris stands in central and northern Sweden to study the effects of P. contorta plantation on the abundance and activity of red wood ants of the Formica rufa-group, density and species richness of other ant species, as well as possible effects on the abundance of the specialized ant predator Pella humeralis. We collected epigaeic insects with pit fall traps, surveyed wood ant mound density and volume, and monitored ant activity on trees in all stands. Our analyses revealed a trend with higher mound density in P. sylvestris compared with P. contorta stands, although wood ant worker catch did not differ between the pine species. However, red wood ant activity was significantly higher in P. sylvestris stands, suggesting that P. contorta is not a preferred tree species for the tending of aphids for honeydew. Total ant species richness as well as the catch of Camponotus herculeanus and Myrmica ruginodis were higher in P. sylvestris stands, suggesting that they constitute a more favorable habitat for ants. Ant species richness was negatively influenced by wood ants in P. sylvestris stands only. A similar pattern was shown for C. herculeanus. Myrmica ruginodis was more abundant in P. sylvestris stands only if no thinning had been applied. Wood ant catch was positively correlated with catch of the specialized predatory rove beetle Pella humeralis showing that there is a strong interaction between the predatory beetle and wood ants.Our results suggest that P. contorta plantations impact both red wood ants and associated species and although competition from wood ants is more pronounced in P. sylvestris stands they still constitute a more favorable habitat for most ant species. Thus, large scale plantation of the non-native but closely related P. contorta may negatively impact epigaeic assemblages, a pattern that is not compensated by released competition by dominant red wood ants.

Large-scale, flat-lying mafic intrusions in the Baltican crust and their influence on basement deformation during the Caledonian orogeny

Abstract The Fennoscandian Shield in central Sweden displays a complex structural and compositional architecture that is mainly related to the Proterozoic history of the Baltica paleocontinent. In its western parts, the Precambrian basement is covered by the allochthonous rocks of the Caledonide orogen, and direct information about the underlying crust is restricted to a few unevenly distributed basement windows in western Sweden and Norway. In this study, we use preliminary results from the second borehole of the Collisional Orogeny in the Scandinavian Caledonides project (COSC-2), new gravity data, forward gravity, and magnetic modeling and interpretation of seismic reflection profiles to assess the 3-D architecture of the basement. Our results reveal a wide (~100 km) and dense network of mainly flat-lying and saucer-shaped dolerites intruding the volcanic and granitic upper crustal rocks of the Transscandinavian Igneous Belt. Similar intrusion geometries related to 1.2 Ga dolerites can be recognized in the Fennoscandian Shield. We discuss that the formation of these sill complexes occurred in a lithologically and structurally heterogeneous crust during transtension, which is in disagreement with the current understanding of sill emplacement that involves crustal shortening, layering, or anisotropy of the host rock. Our seismic interpretation and the structural observations from the COSC-2 drilling show that part of the Caledonian-related basement deformation was localized along the margins of the dolerite sheets. We propose that the dolerite intrusion geometry, akin to a flat-ramp geometry, guided the basement deformation during the Caledonian orogeny.

Norway spruce postglacial recolonization of Fennoscandia

Contrasting theories exist regarding how Norway spruce (Picea abies) recolonized Fennoscandia after the last glaciation and both early Holocene establishments from western microrefugia and late Holocene colonization from the east have been postulated. Here, we show that Norway spruce was present in southern Fennoscandia as early as 14.7 ± 0.1 cal. kyr BP and that the millennia-old clonal spruce trees present today in central Sweden likely arrived with an early Holocene migration from the east. Our findings are based on ancient sedimentary DNA from multiple European sites (N = 15) combined with nuclear and mitochondrial DNA analysis of ancient clonal (N = 135) and contemporary spruce forest trees (N = 129) from central Sweden. Our other findings imply that Norway spruce was present shortly after deglaciation at the margins of the Scandinavian Ice Sheet, and support previously disputed finds of pollen in southern Sweden claiming spruce establishment during the Lateglacial.

No Allee effect detected during the natural recolonization by a large carnivore despite low growth rate

AbstractEurasian lynx (Lynx lynx) have recently naturally recolonized southern Sweden. The first documented reproduction of lynx in recent times occurred in 2003, and the population increased from 2 to 48 family groups (the unit of measurement in Swedish monitoring) during its first 18 years (2003/2004–2020/2021). We did not detect any Allee effect, that is, lower growth rate at low population density, during the recolonization of southern Sweden, although our population simulations revealed a non‐negligible (30%) chance that population observed development could include an Allee effect. The probable absence of an Allee effect was likely because colonizing females did not lack mating partners, as a larger number of wide‐ranging males were established in the area before documented reproduction took place. Despite the absence of an Allee effect, the growth rate during recolonization was lower in southern Sweden (λ = 1.20) than in central Sweden (λ = 1.29). We have no evidence of higher mortality, including that from poaching, or lower reproduction in southern Sweden could explain the lower growth rate. Instead, we suggest that the lower growth rate during the recolonization of southern Sweden was explained by fewer immigrants arriving from central Sweden due to areas of less suitable habitat between central and southern Sweden, partially preventing immigration southward. From a conservation point of view, it is positive that this small population could recover without being negatively influenced by an Allee effect, as small populations with an Allee effect experience lower viability than those without.

COSC-2 – drilling the basal décollement and underlying margin of palaeocontinent Baltica in the Paleozoic Caledonide Orogen of Scandinavia

Abstract. The Collisional Orogeny in the Scandinavian Caledonides (COSC) scientific drilling project aims to characterise the structure and orogenic processes involved in a major collisional mountain belt by multidisciplinary geoscientific research. Located in western central Sweden, the project has drilled two fully cored deep boreholes into the bedrock of the deeply eroded Early Paleozoic Caledonide Orogen. COSC-1 (2014) drilled a subduction-related allochthon and the associated thrust zone. COSC-2 (2020, this paper) extends this section deeper through the underlying nappes (Lower Allochthon), the main Caledonian décollement, and the upper kilometre of basement rocks. COSC-2 targets include the characterisation of orogen-scale detachments, the impact of orogenesis on the basement below the detachment, and the Early Paleozoic palaeoenvironment on the outer margin of palaeocontinent Baltica. This is complemented by research on heat flow, groundwater flow, and the characterisation of the microbial community in the present hard rock environment of the relict mountain belt. COSC-2 successfully, and within budget, recovered a continuous drill core to 2276 m depth. The retrieved geological section is partially different from the expected geological section with respect to the depth to the main décollement and the expected rock types. Although the intensity of synsedimentary deformation in the rocks in the upper part of the drill core might impede the analysis of the Early Paleozoic palaeoenvironment, the superb quality of the drill core and the borehole will facilitate research on the remaining targets and beyond. Protocols for sampling in the hard rock environment and subsequent sample preservation were established for geomicrobiological research and rock mechanical testing. For the former, a sparse sample series along the entire drill core was taken, while the target of the latter was the décollement. COSC-2 was surveyed by a comprehensive post-drilling downhole logging campaign and a combined borehole/land seismic survey in autumn 2021. This paper provides an overview of the COSC-2 (International Continental Scientific Drilling Project – ICDP 5054_2_A and 5054_2_B boreholes) operations and preliminary results. It will be complemented by a detailed operational report and data publication.

Analyzing the climate-driven energy demand and carbon emission for a prototype residential nZEB in central Sweden

The changes in climate and the expected extreme climate conditions in the future, given the long life span of the buildings have pushed the design limits. In this study, the changes in primary energy use (PEPET), total energy use and CO2 emission were investigated for a prototype residential building. The building fulfils nearly zero energy building (NZEB) characteristics, imposed by the Swedish building regulations. Different cooling technologies and various typical meteorological year (TMY) climate files assembled for different periods, as well as automatic shading were investigated. The assembled TMY files advocated for the present (2001–2020) and mid-future (2041–2060) period using the CORDEX data. Different cooling methods and set-points (24–28 °C) were defined to evaluate the cooling energy demand changes.It was discovered that the freely available typical climate file fails to cover the induced changes in climate and its extreme implications on the building. The required cooling energy use increased from 1.7 to 5.8 times the freely available climate file, when using the projected TMY and the extreme climate files.Addition of automatic shading system reduced cooling energy up to 75% within the studied cooling methods and set-points. Moreover PEPET and CO2 emission also decreased for the studied cooling methods, climate and weather files.

Rewilding by Wolf Recolonisation, Consequences for Ungulate Populations and Game Hunting.

Simple SummaryHumans extirpated the wolf Canis lupus from many regions of Europe. Today, the wolf is returning to many of these areas, and with it, people’s opposition due to its predatory habits on, among others, ungulate game species. Based on existing data on wolf prey selection, kill rates and territory size, we extrapolated the results from central Sweden and Poland to southern Sweden, where wolf recolonization has not yet occurred and conservation conflicts with hunters are expected. Thus, we calculated the proportion of moose Alces alces, roe deer Capreolus capreolus, red deer Cervus elaphus, fallow deer Dama dama and wild boar Sus scrofa that would be killed by wolves in the municipalities of southern Sweden if wolf recolonization occurs. We found that the current system of five ungulate species in southern Sweden could potentially support a wolf density two to four times higher than in the current wolf distribution in central Sweden, which are mainly inhabited by roe deer and moose. With this type of research, we can anticipate and work to ameliorate the social unrest and expected conservation conflicts that may arise once wolves or other large carnivore species recolonize areas of Europe that are returning to the wild.The ongoing recolonisations of human-transformed environments in Europe by large carnivores like the wolf Canis lupus means that conservation conflicts could re-surface, among other reasons, due to predation on ungulate game species. We estimated the effect of wolves on ungulate species using data on wolf prey selection, kill rates and territory size to build a hypothetical case of future expansion. We extrapolated results on predation from the current wolf distribution in central Sweden and eastern Poland to the eventual wolf recolonisation of southern Sweden. We then calculated the proportion of five ungulate game species killed annually by wolves, and the ratio between the predicted annual predation by wolves given future colonization and the number of ungulates currently harvested by hunters. Results showed that wolf recolonization in southern Sweden would have a minor impact on the estimated population densities of red deer Cervus elaphus, fallow deer Dama dama and wild boar Sus scrofa, but is likely to lead to a significant reduction in human captures of moose Alces alces and roe deer Capreolus capreolus. The current five-ungulate species system in southern Sweden suggests a potential for two to four times higher wolf density than the two-ungulate species system in the northern part of their current distribution. Management and conservation of recolonizing large carnivores require a better understanding of the observed impact on game populations under similar ecological conditions to ameliorate conservation conflicts and achieve a paradigm of coexistence. Integrating these predictions into management is paramount to the current rewilding trend occurring in many areas of Europe or North America.

Delayed puberty in boys in central Sweden: an observational study on diagnosing and management in clinical practice

ObjectivesTo compare the usefulness of the classical definition of delayed puberty (DP) in boys with puberty nomograms and to describe the management of DP in boys in a hospital-based setting.Study...

Effect of supplemental feeding on habitat and crop selection by wild boar in Sweden

The wild boar population has increased rapidly during the last 2 decades in Southern and Central Sweden. This rise in population size has caused severe damages to agricultural fields through their foraging behavior. Given the hierarchical nature of habitat and resource selection, wildlife management needs to understand the selection on both levels to better understand the ecology of nuisance species and mitigate the damages they infer. Thus, there is an urgent need for more knowledge on the factors that influence habitat selection as a tool in the evidence-based management of wild boar to reduce the losses they cause in the agricultural sector. This study aims to evaluate a common management action (feeding stations) influencing wild boar selection of (1) habitats and (2) resources i.e., crop types, in South-Central Sweden during summer. Eleven wild boars were fitted with GPS/GSM-collars to record movement among different habitats and crops. Wild boar shows a high preference for clear-cuts, agricultural fields, and deciduous forests. The animals showed a high preference for crop fields with oat, spring wheat, and mixed crops. A binary logistic model revealed both a positive and negative significant influence of distance to feeding stations on the selection of different habitats and crop fields. In general, feeding stations influenced the selection of different habitats and crops negatively i.e., the closer a habitat or crop field is to a feeding station, the higher the likelihood of its selection. The study recommends adjustments to wild boar management and cropping systems to reduce damages on highly selected crop fields.

Business Executives' Perceptions of Responsible Leadership and Corporate Social Responsibility for Stakeholders' Health and Wellbeing

Over the past decade, and especially after the scandals that occurred during the last economic recession, there has been a call for business leaders to pay attention not only to maximization of profit but also to corporate social responsibility (CSR). It is argued that responsible leadership can be an appropriate response to the diverse needs and challenges of a complex stakeholder society. The purpose of this explorative study was to investigate top business executives’ understanding of responsible leadership and their perceptions of CSR for stakeholders’ health and wellbeing. Key informant interviews were conducted with ten business executives representing a variety of sectors in East Central Sweden. Content analysis was conducted to detect patterns and categories in the data. business executives understood the role of a responsible leader to involve contribution, inclusiveness, and the creation of community and structure. They viewed CSR and stakeholders’ health and wellbeing largely from an organizational point of view, including their own.

Home care assistants' attitudes and perceptions of caring for people at the end of life in their homes in Sweden.

The ageing population is increasing worldwide, with older people often having multimorbidity and a need for help with activities and personal care. Home Care Assistants (HCAs) are central to the provision of care in the home. They meet older people approaching the end of life and their relatives. Little is known about HCAs attitudes towards caring for a dying person and how aspects such as education, age, earlier care experiences, care education and experience of caring for dying older people affect their attitudes. The aim was to describe HCAs' attitudes towards the care of dying persons living in their ordinary homes. This cross-sectional study used the Frommelt Attitude Toward Care of the Dying Scale (FATCOD) for data collection during December 2017 and January 2018, and descriptive statistics and regression analysis for data analysis. The participants were HCAs (n=127, 96% of those eligible) in a municipality in central Sweden. An overall positive attitude was reported. About 32% lacked formal HCA education although 93% had experience of interacting with a dying person. Age, HCA education, internal palliative care education, number of years' experience and previous experience of caring for a dying person were independently associated with HCAs' attitudes. In the multivariate regression analysis, age and years of experience were the only significant predictors of HCAs' attitudes towards caring for dying care recipients. Young employees without HCA education and experience of a dying person might be vulnerable in situations involving caring for a dying person. Communicating about death and dying, forming a relationship with the care recipient and the family, and providing care when a person is dying can be challenging. Implications: Young employees without HCA education and experience of interacting with a dying person needs to be prepared for the situation. This needs to be considered by stakeholders and social and healthcare organisations.