Swedish Case Study Research Articles

Deflection of Vertical Effect on Direct Georeferencing in Aerial Mobile Mapping Systems: A Case Study in Sweden

AbstractGNSS/INS applications are being developed, especially for direct georeferencing in airborne photogrammetry. Achieving accurately georeferenced products from the integration of GNSS and INS requires removing systematic errors in the mobile mapping systems. The INS sensor's uncertainty is decreasing; therefore, the influence of the deflection of verticals (DOV, the angle between the plumb line and normal to the ellipsoid) should be considered in the direct georeferencing. Otherwise, an error is imposed for calculating the exterior orientation parameters of the aerial images and aerial laser scanning. This study determines the DOV using the EGM2008 model and gravity data in Sweden. The impact of the DOVs on horizontal and vertical coordinates, considering different flight altitudes and camera field of view, is assessed. The results confirm that the calculated DOV components using the EGM2008 model are sufficiently accurate for aerial mapping system purposes except for mountainous areas because the topographic signal is not modelled correctly.

Crisis Documentation and Oral History: Problematizing Collecting and Preserving Practices in a Digital World

ABSTRACT Collecting in times of crisis is a precarious task. In recent years, oral historians have considered the risks and pitfalls that so called crisis or rapid response collecting entail. However, in countries where oral history practices are not dominant within the cultural heritage sector, these discussions surrounding ethics and collecting have had little impact. In this article we problematize the absence of oral history perspectives on the ethics of crisis collecting through a Swedish case study involving the daily newspaper Dagens Nyheter (DN) and Sweden’s most prominent cultural heritage institution, Nordiska Museet (the Nordic Museum). In 2015, DN started interviewing refugees for a social media-based project entitled RefugeeSweden. Excerpts from the interviews as well as photographs of the refugees were published on Instagram and Twitter, with Nordiska Museet later acquiring this material. Through this case study we show how the act of digitization constitutes a process of transformation which fundamentally affects collections and how they can be understood. In addition, we demonstrate how seemingly inclusive notions of digitization and representation can obscure exclusionary practices of institutions that have not considered cocreation or participatory practices.

스웨덴은 어떻게 아버지친화적인 복지국가가 되었는가?

This study aims to provide a systematic examination of the development process of Swedish parental leave for fathers, and to draw the implications of this process for Korean society. The study was conducted by analyzing the process of establishing a father-friendly welfare state. Sweden originally featured a male breadwinner model, but since the 1930s it has gradually transitioned to the world's ideal welfare state and gender-equal society. This transition was made possible through a long period of Social Democrats’ rule and their optimistic views on social engineering. Sweden's male parental leave system started with the conversion of maternity insurance to parental insurance in the 1970s, and a quota system known as 'Daddy Month’ was introduced in 1995. The allocation period was extended to 60 days in 2002 and again to 90 days in 2014. Sweden has not only focused on improving women's work-family balance, but also aimed to create a father-friendly welfare state that guarantees men's family rights, that is, the right to raise children by strengthening the universal parental leave and quota system. This was the result of the long-term efforts of the Social Democrats and the Swedish government to change the traditional gender roles deeply rooted in the home and workplace, and it was the fruit of the value of gender equality through feminism settled in the political arena. This Swedish case study demonstrates the necessity to invest in a multifaceted approach to expanding male participation and raising the female employment rate. This study calls for a reflection on the goal of male parental leave reforms in Korea, the necessity to transition to universal parental insurance, as well as a paradigm shift towards social investment in the welfare state.

Life Cycle Environmental and Cost Analysis of Building Insulated with Hemp Fibre Compared to Alternative Conventional Insulations – a Swedish Case Study

This study presents a comparative life cycle analysis (LCA) and life cycle costing (LCC) assessments of hemp fibre and conventional alternative insulations for the climate shell of a building. The conventional alternative insulations compared to the hemp fibre are cellulose and glass wool. The object of the analysis is a one-story single-family house, in Växjö, Sweden, and the lifetime of the house is set to 50 years. The LCA focuses on the Global Warming Potential (GWP) impact and the LCC during the lifetime of the different insulations for the building are calculated using the net present value method. The results show that the net GWP-impact for hemp fibre insulation is about 10 % lower and the cost is about 20 % higher than the conventional glass wool alternative. Furthermore, the analysis shows that cellulose insulation has slightly lower GWP-impact and nearly the same cost as the glass wool alternative. Sensitivity analyses regarding five different issues were performed and these show that: for cellulose coming from recycled paper, it contributed to less fossil emissions than non-recycled paper. If the data source for glass wool insulation is changed from environmental product declarations (EPD) to generic data, the greenhouse gas emissions increased. By replacing district heating system with geothermal heating system, fossil GWP-impacts also increased while the LCC analysis shows that operating costs is reduced. If the fuel is changed from diesel to electricity, fossil emissions are reduced over the life cycle of the building. If only part A1 – A5 is reported, as required for the Swedish climate declaration, the results point to the outcomes that glass wool insulation gives the least fossil GWP-impact while the hemp fibre gives the least net GWP-impact.

The Swedish model for prioritising research on the use of antibiotics: Aligning public funding with research gaps

Due to the meagre development of new antibiotics, optimising the use of currently available antibiotics is important to reduce resistance pressures and to safeguard existing treatment options. The Public Health Agency of Sweden (PHAS) was tasked in 2014 to (1) develop a model for identifying and prioritising research gaps and (2) initiate studies to improve knowledge on how to optimise the use of existing antibiotics. A survey addressing knowledge-gaps and suggesting studies needed was distributed to a broad network of Swedish and European clinicians and experts. An independent reference group prioritised the proposals, applying predefined criteria focusing on public health relevance. The PHAS sponsored and led two multi-centre RCTs in cooperation with clinical researchers and took part in additional studies. A second survey and prioritization exercise following the same model was performed in 2019. The Swedish case study described in this paper provides an example of the role that the public sector can play in order to support the improved use of existing antibiotics. National and international institutions are well suited to perform systematic reviews of research priorities with a focus on public health concerns. The ultimate success of the model depends on political engagement, a close dialogue with healthcare professionals, collaboration between international sister-authorities responsible for public health in other countries, the availability of research funding, harmonisation of regulatory issues and regular revisions of clinical guidelines. The experience from the Swedish model illustrates opportunities for meeting clinical needs and filling knowledge gaps on existing off-patent antibiotics.

A techno-economic assessment of CO2 capture in biomass and waste-fired combined heat and power plants – A Swedish case study

The need to reduce global CO2 emissions is urgent and might be facilitated by carbon capture and storage (CCS) technologies. Sweden has a goal to reach net-zero emissions by 2045. Negative emissions and bio-CCS (BECCS) have been proposed as important strategies to reach this target at the lowest cost. The Swedish district heating sector constitutes a large potential for BECCS, with biogenic point sources of CO2 in the form of combined heat and power (CHP) plants that burn biomass residues from the forest industry. This study analyzes the potential of CO2 capture in 110 existing Swedish biomass or waste-fired CHP plants. Process models of CHP steam cycles give the impacts of absorption-based CCS on heat and electricity production, while a district heating system unit commitment model gives the impact on plant operation and the potential for CO2 capture. The results provide a cost for carbon capture and transport to the nearest harbor by truck: up to 19.3 MtCO2/year could be captured at a cost in the range of 45–125 €/tCO2, corresponding to around 40% of the total fossil fuel-based Swedish CO2 emissions. This would be sufficient to meet a proposed target of 3–10 Mt/year of BECCS by 2045.

Collaboration and optimization in farmland exchanges

To keep businesses competitive in world markets, the number of farms in most countries is decreasing while farm size is increasing, and parcels making up the farm area are extremely fragmented. It is common for farms to expand faster than available arable land near the farm center, leading to longer distances between the farm center and field areas. Consequently, logistic costs increase and affect the farm's profitability and the environment. Moreover, there is often substantial overlap between different farms, which implies that it is possible for farmers to collaborate with each other. We developed and proposed three optimization models to describe different levels of collaboration and sharing restrictions. Many practical considerations need to be weighed, such as the soil type and crops used. We collected detailed information on farms, parcels, and cost drivers in seven large instances for our case study in Sweden. One instance had 1431 farms and 32,091 parcels with 96 crop types. The resulting optimization models were very large; special pre-processing and optimization techniques were developed for their solutions. The theoretical potential for collaboration in logistic cost reduction was very large, ranging from approximately 10% to 50% depending on the form of the collaboration. Because a large part of costs comes from less use of diesel for transport resources, the reduction in cost is directly related to a reduction in CO2 emissions.

Experiences with crisis management when child sexual abuse was perpetrated by staff in early childhood education: A Swedish case study

Experiences with crisis management when child sexual abuse was perpetrated by staff in early childhood education: A Swedish case study

Integrating Ecosystem Services into Risk Assessments for Drinking Water Protection

Water protection is a widely supported goal in society, but competing interests often complicate the implementation of water protection measures. Moreover, the benefits of protection efforts are typically underestimated as risk assessments focus on the provision of drinking water and neglect the additional services provided by a clean drinking water source. We developed a list of water system services (WSS) that allows assessment of all biotic and abiotic services provided by a drinking water source. The WSS were derived from the Common International Classification of Ecosystem Services (CICES). The objectives of this paper are to (i) introduce the concept of WSS, (ii) describe a procedure on how to develop a region-specific list of WSS and present a list of WSS specifically tailored to Sweden, (iii) present how to integrate WSS into a risk assessment for drinking water, and (iv) illustrate a practical application on a Swedish case study. The results, presented as an assessment matrix, show the provided services and contrast the hazard sources with their impact on all services. The WSS assessment can be used to communicate and negotiate the extent of water protection measures with relevant stakeholders and illustrate synergies and trade-offs of protective measures beyond drinking water protection.

Comparison of the confidence in freedom from infection based on different control programmes between EU member states: STOC free

The STOC free project constructed a generic framework that allows a standardised and harmonised description of different control programmes (CP) for cattle diseases. The STOC free model can be used to determine the confidence of freedom from infection that has been achieved in disease CPs, in support of an ongoing assessment of progress towards output-based standards as outlined in the EU Animal Health Law. With this information, and as required, further CP actions can be taken to mitigate the risks of persistence and (re-)introduction on the probability of freedom from infection. Bovine viral diarrhoea virus (BVDV) was chosen as the case disease because of the diversity in CPs in the six participating countries. A Bayesian hidden Markov model was considered the best modelling method. Detailed BVDV CP information was collected in the participating countries and the key aspects for inclusion in the STOC free model were identified. A first version of STOC free model was developed and tested on simulated data. The risk factors for BVDV infection that needed to be included in the model were defined and default values for these risk factors were quantified. A data collection tool was finalised with which the data for the STOC free model was collected. Subsequently, the developed model was tested and validated using real BVDV CP data from partner countries. Based on the feedback, the model was finalised and the report and corresponding computer code were made publicly available. There were roughly three different BVDV situations that occurred in the partner countries: 1. Endemic situation with a CP operating at herd level, 2. Endemic situation with a CP operating at animal level and 3. BVD free situation. The STOC free model is able to include herd level data only and animal level data has to be aggregated to herd level before the model can be applied. The STOC free model is not applicable for a country that is completely BVDV free given that it needs some infections to estimate its parameters and converge. In the latter situation, a scenario tree model could be a better suited tool, and this was evaluated in the Swedish case study. Further work is needed for generalisation of the method to other diseases and expansion of the method to include socioeconomic aspects of CPs.

Under the Influence of Commercial Values: Neoliberalized Business-Consumer Relations in the Swedish Certification Market, 1988–2018

Since the 1990s, a new model for market control organized through tripartite standards regimes (TSR), has expanded globally and affected most market exchanges through standard-setting, accreditation, and certification. This article investigates business-consumer relations under this regime, with a specific focus on the functions of accreditation and certification. In our case study of Sweden, a new picture of consumer protection under late capitalism evolves. Seeing it as a form of neoliberalization, the article uncovers a transition between two regimes of control; from one built on a potential conflict between consumer and business interests, to one based on the assumption that business interests are beneficial for all parties. Although business interest was formulated as pleasing the consumer—or the “customer”—by both certification firms and the Swedish Accreditation Authority, in practice consumer interest as something worth protecting was made abstract in the era of the TSR.

Risk-Based Evaluation of Improvements in Drinking Water Treatment Using Cost-Benefit Analysis

Reliable and safe drinking water supply requires adequate risk management. Decision support models can aid decisionmakers to effectively evaluate risk mitigation measures and allocate societal resources. Here, a Swedish case study illustrates how the installation of ultrafiltration membranes can be evaluated by combining risk assessment and cost-benefit analysis. Quantitative microbial risk assessment was used to assess several contamination sources and estimate the achieved risk reduction from waterborne pathogens using Campylobacter, Norovirus, and Cryptosporidium as reference pathogens. The societal value of the improved water quality was estimated in the cost-benefit analysis by monetising the gained quality adjusted life years and aesthetic water quality improvements. The calculated net present value (mean of 7 MEUR) indicated that the installation of the ultrafiltration membranes was a sound investment from a societal economic perspective. The ultrafiltration membranes reduced the annual probability of infection from 3 × 10−2 to 10−7, well below the U.S. EPA’s acceptable level, as well as improving the aesthetic quality of the drinking water. The results provide a novel example of the importance for water distributors to consider not only health-related metrics when evaluating treatment options or monitoring the drinking water quality, but to also consider the aesthetic quality of the drinking water.

Community repair in the circular economy – fixing more than stuff

ABSTRACT In the circular economy discourse it is stressed that products ought to be repairable and that repair work is assumed to be growing. However, repair can be organised and performed in different ways – by corporate entities, independent repairers, laypersons and communities. Some corporations are integrating repair and maintenance into their offering, while simultaneously restricting consumers to open, repair or modify their products. In opposition to such developments, there is a movement for “right to repair”, which works for consumers’ legal rights to repair and modify products, pushing for the free availability of spare parts and manuals. Recent years have also seen a growth of repair cafés and other forms of DIY community repair spaces. This paper explores the discourses of DIY community repair through two Swedish case studies – an NGO-led nationwide repair campaign and a local government initiative of open DIY repair spaces. Our case studies show how DIY community repair works towards enabling all, particularly marginalised groups, to participate and live well in a low-impact future. In contrast to the mainstream circular economy discourse, the purpose of community repair is not only about repairing broken stuff and reducing waste, but about building social relations and practicing non-consumerist forms of citizenship. By elucidating these different perspectives on repair – who is to perform it, with what skills and for what purposes – we highlight how the transition to future, more circular economies, can be enacted and steered in ways that allow for different roles and powers for citizen-consumers.

Inclusion and exclusion of environmental aspects in early-stage planning of transport infrastructure projects: A Swedish case study

Sustainable development of the transport system increasingly requires integration of land-use and transport planning practices. To identify and implement measures that maximize synergies between transport, land-use and environmental issues are essential to achieve sustainable outcomes of transport planning. The strategic choice of measures (SCM) approach, applied in early-stage planning of transport infrastructure projects in Sweden, constitutes a platform for collaboration between transport and land-use authorities for better coordination of the different practices in a specific context. This paper aims to analyze SCM processes from a systems perspective to illuminate consequences of system boundaries on how environmental aspects are considered and what aspects are included or excluded. A case study approach is applied, based on observations and document studies of two cases in Stockholm region. The result shows that coordination of transport and land-use planning practice in the SCM process, implies handling of conflicting views of development in the project area. In order to create shared objectives and visions, constructive dialogue and collaboration are two key features. Moreover, it is a challenge to handle all the different problems and measures in the SCM. It is essential to understand synergies as well as how problems and measures in different planning processes relate to each other. A systems perspective as a support when analyzing problems in an SCM can enable the detection of links between transport, land-use and environmental problems. The systems perspective could contribute to the identification of measures with synergetic effects and subsequently the implementation of multi-functional solutions.

Copulas for hydroclimatic analysis: A practice‐oriented overview

AbstractA warming climate is associated with increasing hydroclimatic extremes, which are often interconnected through complex processes, prompting their concurrence and/or succession, and causing compound extreme events. It is critical to analyze the risks of compound events, given their disproportionately high adverse impacts. To account for the variability in two or more hydroclimatic variables (e.g., temperature and precipitation) and their dependence, a rising number of publications focuses on multivariate analysis, among which the notion of copula‐based probability distribution has attracted tremendous interest. Copula is a mathematical function that expresses the joint cumulative probability distribution of multiple variables. Our focus is to re‐emphasize the fundamental requirements and limitations of applying copulas. Confusion about these requirements may lead to misconceptions and pitfalls, which can potentially compromise the robustness of risk analyses for environmental processes and natural hazards. We conducted a systematic literature review of copulas, as a prominent tool in the arsenal of multivariate methods used for compound event analysis, and underpinned them with a hydroclimatic case study in Sweden to illustrate a practical approach to copula‐based modeling. Here, we (1) provide end‐users with a didactic overview of necessary requirements, statistical assumptions and consequential limitations of copulas, (2) synthesize common perceptions and practices, and (3) offer a user‐friendly decision support framework to employ copulas, thereby support researchers and practitioners in addressing hydroclimatic hazards, hence demystify what can be an area of confusion.This article is categorized under: Science of Water > Hydrological Processes Science of Water > Methods

The challenges in integrating horizontal perspectives in sectoral policy evaluation

ABSTRACT Integrating horizontal perspectives in sectoral policies is an increasingly popular way to address complex, societal problems like climate change and gender inequality. Policy evaluation can contribute to policy integration by shedding light on the coherence between sectoral goals and the mitigation or solution of the problem in question – including possible synergies and/or conflicts. To denote this evaluation modality, we introduce the concept of “integrated evaluation” – i.e. integrating horizontal perspectives in evaluations of sectoral policies. A Swedish case study helps identify salient factors affecting the implementation of this type of evaluation. We find that the prospect for integrated evaluation is significantly affected by the perceived inappropriateness in asking independent evaluators to contribute to political agendas, the lack of requisite knowledge to produce credible integrated evaluations, and a disinterest in the integrated perspective among policymakers. In light of our case study, we discuss the outlook for this kind of evaluation and provide ideas on how to support its future implementation.

Mainstreaming passive houses: more gradual reconfiguration than transition

ABSTRACT Buildings are major contributors to greenhouse gas emissions and energy consumption. A transition to low-carbon housing requires the introduction of very energy-efficient buildings on a global scale and effective policy measures to support such a transformation. In this article, we study one such radical solution for energy-efficient buildings – the passive house – through a national case study in Sweden. We identify three societal domains where passive houses increasingly become embedded in the building sector: Firstly, the framing of passive houses in the public debate shifted from being presented as a radical alternative for a future low-carbon housing sector to being perceived as a specific low-energy building market segment. Secondly, passive houses have become part of a broader regional institutional and political context rather than a niche. Finally, passive houses have become a driving force for stricter building regulations but in a way that rather led to the assimilation of selected passive house features into existing sectoral structures. We conclude that the dynamics of change we find is rather a ‘mainstreaming’ process of gradual adaptation of construction sector structures and passive houses than a radical transformation of the built environment or the diffusion of new building technology.

Policy implications on cost optimal CO2 capture and transport infrastructure – A case study of Sweden

Policy implications on cost optimal CO2 capture and transport infrastructure – A case study of Sweden

Multi-Actor Perspectives on Human Robotic Collaboration Implementation in the Heavy Automotive Manufacturing Industry - a Swedish Case Study

Multi-Actor Perspectives on Human Robotic Collaboration Implementation in the Heavy Automotive Manufacturing Industry - a Swedish Case Study

The Performance of Wildfire Danger Indices: A Swedish Case Study

The Performance of Wildfire Danger Indices: A Swedish Case Study