Researchers collected soil from grazed and fenced dry pine forests at Angeli, Raja-Jooseppi and Kätkäsuvantoin in Finland. The fenced areas had been excluded from reindeer grazing for between 50 and 100 years. Samples were separated into five-centimetre sections extending to a depth of 25 centimetres. Fine and coarse roots were recovered by washing and weighed, and fine roots were further classified according to length, diameter and branching. The researchers also measured lichen-layer thickness, dwarf-shrub abundance, soil temperature and soil moisture. This observational design compared forests with long-term differences in grazing exposure, allowing the researchers to examine relationships among grazing, vegetation, soil conditions and root systems rather than directly manipulating every potential influence.

Several measured differences accompanied the lower root biomass in grazed areas. Reindeer reduced the abundance of crowberry and lingonberry, which have thin, highly branched roots, and grazing also thinned the insulating lichen cover. With less lichen, soils in the grazed forests experienced greater temperature fluctuations. Winter soil temperatures in these areas fell as low as −10°C, whereas minimum temperatures in the ungrazed forests only rarely reached −5°C. Maria Väisänen, a postdoctoral researcher at the University of Oulu’s Water, Energy and Environmental Engineering Research Unit, said winter cold and frost damage may help explain the reduced quantity of roots in grazed areas. Mechanical disturbance, including trampling, may also have contributed.

The change in root form may have implications for how plants obtain resources. Shorter, thicker and less-branched roots indicate reduced structural exploration of the soil. The researchers identified two possible explanations: root plasticity, in which individual plants alter root growth, and shifts in plant-species composition, in which grazing changes the balance of species with different root architectures. The study did not distinguish between those mechanisms, and the reduced abundance of crowberry and lingonberry indicates that both processes could contribute. The three-site comparison also does not establish how widely the measured changes occur among other boreal forests or under different grazing, climate or soil conditions.

Roots take up water and nutrients and contribute carbon-rich litter and exudates to soil. Their abundance, structure and location play a central role in soil nutrient and carbon cycling. In northern coniferous forests, roots are estimated to account for 50–70% of the carbon entering soil. Living roots release carbon compounds that can stimulate microbial decomposition and the release of carbon into the atmosphere, while dead roots form litter in which carbon can remain stored for extended periods. The study linked its measured root changes to these broader processes, but it did not quantify the resulting effects on carbon storage or nutrient cycling at forest-wide scale. Its direct finding is that, at the sampled Finnish sites, long-term reindeer grazing was associated with less shallow-root biomass and altered root architecture, together with thinner lichen cover, colder winter soil conditions and changes in dwarf-shrub composition.

Subject of Research: Effects of long-term reindeer grazing on root biomass and architecture in three Finnish dry pine forests

Article Title: Reindeer grazing changes plant roots in pine forests

Article References: Reindeer grazing changes plant roots in pine forests. Original publication (Bibliographic details unavailable.)

Image Credits: AI Generated

DOI: Not provided

Keywords: reindeer grazing, boreal pine forests, root biomass, root architecture, Finland, soil temperatures, lichen cover, dwarf shrubs, nutrient uptake, forest carbon cycling, Reindeer, grazing

The research combined a cross-sectional survey of 879 adults with spinal cord injury with semi-structured interviews conducted in 2019. Quality of life was assessed with one PROMIS Global Health question, Global02, using five response options from poor to excellent. Researchers used multivariable ordinal logistic regression to examine associations with sociodemographic and injury-related variables. The interviews, which produced almost 53 hours of recordings and 1,530 pages of transcript, were analyzed inductively and then compared with the survey results. The final regression sample included 876 participants after three records with missing model variables were excluded.

Overall quality of life was rated as fair, with a mean score of 2.6 and a standard deviation of 0.90 on the five-point response scale. Age was strongly associated with the ratings: compared with participants aged 76 years or older, those aged 16 to 30 had 5.68 times the odds of reporting better quality of life, while the corresponding odds were 4.55 for ages 31 to 45, 2.00 for ages 46 to 60 and 1.91 for ages 61 to 75. Female participants had 1.38 times the odds of reporting better quality of life than male participants. Living arrangement, injury cause and neurological severity category were not independently associated with quality of life after adjustment for the other model variables.

The absence of an independent association with neurological severity did not mean that spinal cord injury had no effect on daily life. Interviews showed that loss of physical function often required more advance planning, reduced spontaneity and increased dependence on assistance. These consequences were described through the experience of deciding where one could go, whether a toilet would be accessible, and how much time had to be devoted to bowel and bladder routines. Participants also described how pain, spasticity, sexual dysfunction and bladder or bowel dysfunction could restrict travel, work, relationships and social participation. In the integrated results, the consequences of injury appeared connected to quality of life through functioning, participation and personal control rather than through severity alone.

Secondary health conditions emerged as one of the clearest themes in the qualitative data. Participants said persistent pain could disrupt sleep, reduce daytime energy and worsen mood. Bladder and bowel problems created uncertainty because continence and regular catheterization affected whether they felt able to leave home. Sexual dysfunction was associated with distress about intimate relationships, self-image and mental well-being. The interviews also showed that mental health could fluctuate with the seasons, pain, general health, employment and unemployment. These accounts expanded the age pattern in the survey: the researchers suggested that differences in health, secondary conditions and opportunities for participation may help explain why younger respondents reported better quality of life, although the cross-sectional design cannot establish causation.

Autonomy and personally meaningful activity repeatedly emerged as resources. Participants valued the ability to make choices, care for their appearance, health and fitness, and influence their lives even when daily tasks required help. Work supplied routine, purpose and a sense of belonging, even when respondents described its financial value as limited. Continuing former hobbies, finding new interests, driving, supporting peers and contributing to disability organizations also carried meaning. By contrast, giving up valued activities and being unable to reciprocate support could diminish quality of life. The findings therefore connect participation with more than the amount of activity available: control over choices, perceived usefulness and the ability to engage in activities that matter personally were central features of the accounts.

Psychological adaptation emerged as another major theme, but the interviews did not portray it as complete or uniform. Some participants described growing self-awareness, greater acceptance of their abilities, new values, increased self-esteem and personal growth after injury. The spinal cord injury was sometimes described as a turning point that had forced earlier maturity or a deeper appreciation of everyday life. Others continued to feel sadness about lost functions and opportunities. Adaptation also involved developing ways to manage recurring challenges within the limits of current abilities. The adjusted statistical model could not provide an independent estimate for time since injury because its parameters were identified as redundant during analysis, so the qualitative evidence should not be interpreted as proof that quality of life necessarily rises as years since injury increase.

The social and physical environment was described as capable of either enabling or constraining life after spinal cord injury. Family members and close friends were the most important source of practical and emotional support, and peer support offered understanding from people with comparable experiences. Accessible housing, assistive devices and sufficient personal assistance could make daily activities easier, although directing assistants sometimes created an additional burden. Participants also emphasized adequate finances, meaningful relationships, work and opportunities to contribute to society. Finnish winter conditions had a particularly visible effect: cold and snow made movement with assistive devices harder, increased stiffness and reduced time spent outdoors. Although this seasonal influence is specific to a northern setting, the broader role of environmental accessibility and social resources may extend beyond Finland.

Problems with health and social services also reduced quality of life. Participants described burdensome processes, inadequate services and healthcare professionals who appeared insufficiently aware of spinal cord injury or its secondary complications. These experiences could affect practical decisions and leave people feeling that their symptoms had not been heard. At the same time, professional assistance and well-offered support could be highly valuable. The results therefore point to the importance of service provision and the way services are experienced in daily life. The study does not test any particular intervention, so it cannot establish that changing a particular service would improve quality of life.

The results carry important limitations. The FinSCI survey had a response rate of 49.9%, with 884 responses from 1,772 eligible people, and the researchers said the sample was not fully representative of everyone with spinal cord injury in Finland. Younger adults were also underrepresented among interviewees, partly because ten people declined the invitation, five of them under 30, making the qualitative sample older than intended. The survey measured general quality of life with a single item, a narrow instrument for a multidimensional and context-dependent concept, and the data were cross-sectional. The study therefore identifies associations and lived experiences rather than causal or long-term effects. Even with those constraints, its combination of population-level survey data and detailed interviews offers a multidimensional account of life after spinal cord injury, highlighting the linked roles of health, autonomy, relationships, psychological resources and the surrounding environment in how people evaluate the quality of their lives.

Subject of Research: Quality of life among people with spinal cord injury in Finland

Article Title: The quality of life experienced by persons with spinal cord injury in Finland – a mixed methods study

Article References: Eskola, K., Tallqvist, S., Zechner, M., Arokoski, J., Koskinen, E., Rajavaara, M., & Hiekkala, S. (2026). The quality of life experienced by persons with spinal cord injury in Finland – a mixed methods study. Frontiers in Rehabilitation Sciences, 7, Article 1829111. https://doi.org/10.3389/fresc.2026.1829111

Image Credits: AI Generated

DOI: 10.3389/fresc.2026.1829111

Keywords: spinal cord injury, quality of life, mixed methods, rehabilitation, social support, autonomy, psychosocial adaptation, participation, secondary health conditions, Finland, quality, life

The problem addressed by the study is a gradual loss of well performance caused by chemical and mechanical clogging. Dissolved iron and manganese in groundwater can precipitate on pump components, screens, gravel packs and surrounding sediments, while fine particles may accumulate at the aquifer–gravel-pack interface. In Finland, these processes are especially relevant because soils can contain abundant iron and manganese, and clay-covered Quaternary aquifers commonly have low oxygen concentrations. Pumping can introduce oxygen-rich water into otherwise reducing conditions, promoting oxidation of dissolved ferrous iron and the formation of poorly soluble ferric oxides and hydroxides. The resulting deposits reduce the flow of water through screen slots and reduce the yield of the intake well.

The four wells investigated in the study had previously produced substantially higher yields and were selected because their performance had declined markedly. The sites differed in their geological setting, construction and degree of blockage. Wells 1 and 2 were located in esker formations, with partly unconfined aquifers containing sand, gravel and locally less permeable layers. Well 3 was situated in a large unconfined esker aquifer with several tens of metres of coarse gravel and sand and numerous kettle holes. Well 4 was located beside a river in an area covered by 5–15 m of clay, where bank infiltration and a sandy, gravelly esker deposit created a distinct hydrogeological environment.

Before treatment, camera inspections showed that the screens of all four wells were almost or completely blocked. Deposit composition was determined by semiquantitative X-ray fluorescence analysis of material collected from the well pipes and screens. Iron oxide represented 68–91.3% of the precipitates, accompanied by silicon dioxide at 4.43–10.6%, manganese oxide at 0.02–13.4% and phosphorus oxide at 0.31–3.96%. Manganese oxide was highest in well 4, at 13.4%, and was detected at only 0.02–1.42% in the sediments from wells 1, 2 and 3. The chemical pattern was consistent with the redox reactions that can immobilize iron and manganese in oxygen-poor groundwater, although the small number of sites means that the relative importance of each component cannot be generalized from these observations alone.

Mechanical rehabilitation came first. A closed-circuit, multi-chamber device circulated water through the well one metre of screen at a time, loosening and removing deposits without the use of a chemical agent. Loose and semi-loose material was pumped out, after which the screens were inspected by camera and the wells were tested again. The process left the screens moderately clean and largely opened their slots, while also reducing the need for chemical treatment. Its effect on well performance varied substantially: specific capacity improved by approximately 10% in well 2 and 59% in well 1 after mechanical cleaning. The larger increases were recorded in wells 3 and 4, where mechanical rehabilitation raised specific capacity by about 137% and 1,483%, respectively, relative to the initial measurements.

Chemical rehabilitation then targeted deposits that remained attached to the screens and extended into the surrounding formation. The treatment used a pH-neutral agent, AIXTRACTOR 2.0, whose reductant is sodium dithionite. By establishing strongly reducing conditions, the agent converts insoluble Fe(III) into soluble Fe(II) and insoluble Mn(III) or Mn(IV) into soluble Mn(II), allowing the precipitates to dissolve and be removed through post-treatment pumping. The working solution was introduced section by section through the circulating-flow system, with a reaction time of about 45 minutes for each section. Camera inspections after this stage showed clean screens, mostly fully open slots and clear water. The additional chemical-stage improvement in specific capacity ranged from 52% in well 2 to 329% in well 4 relative to the mechanically treated wells.

The combined treatment produced marked gains in all four wells. Specific capacity increased by 259% in well 1, 68% in well 2, 623% in well 3 and 6,692% in well 4 compared with the pre-rehabilitation tests. Well 3 provided the only opportunity to compare the measured performance with a documented construction yield: its original yield was 372 cubic metres per hour, but before rehabilitation it had fallen to about 12.5% of the original specific capacity, equivalent to an 87% decline after two years of operation. Mechanical and chemical rehabilitation restored that well to its original performance. Well 4, which had been almost completely blocked and remained unused for a long period, experienced the greatest recovery, supporting the authors’ observation that even severely clogged wells may be worth rehabilitating.

Rehabilitation temporarily altered the chemistry of the pumped water. During chemical treatment, electrical conductivity, sulphate and sulphite concentrations increased, while oxygen levels declined and the redox potential moved from oxidizing values toward zero or negative values. Dissolved iron and manganese also rose sharply as deposits dissolved, with total iron reaching 9,400 micrograms per litre in well 1, 10,400 in well 2, 17,000 in well 3 and 2,900 in well 4 after treatment. The response was not identical at every site: manganese changed little in well 2, decreased in well 3 and increased substantially in well 4. Monitoring at two observation wells near well 4 showed that the rehabilitation solution travelled downward toward the nearby observation well, while no detectable change occurred at a second well approximately 15 metres away.

The altered water was not intended for immediate supply. Post-treatment pumping continued for approximately two to three hours, with field measurements and test strips used to track iron, sulphite and electrical conductivity, until the water approached its pre-treatment condition. Sampling one to two hours after rehabilitation captured the period of greatest chemical impact, while monitoring over the following day showed that water quality returned to baseline levels. The treated water was transferred to a suction tank and sent to a sewage treatment plant. The investigators reported that the depleted treatment solution was not detected in the discharged water, while noting that the water could still contain trace elements released from the deposits during treatment.

The pilot has important limitations. Only four wells were studied, and their differing construction, clogging severity, sediment properties, groundwater chemistry and hydraulic settings prevented the researchers from identifying a single cause for the wide range of recovery rates. No long-term monitoring programme followed the rehabilitation, so the study could not establish how quickly the wells might reclog or how long their recovered performance would persist. The results are most applicable to unconfined, postglacial Quaternary deposits containing permeable sand and gravel, but they should not automatically be transferred to confined aquifers, different sediment structures or contrasting redox environments. The authors call for larger sampling campaigns, consistent pumping tests, longer follow-up and further investigation of how intermittent operation and oxygen influx drive clogging. Even with those qualifications, the pilot provides direct evidence that carefully monitored rehabilitation can recover productive capacity in severely clogged Finnish groundwater wells.

Subject of Research: Rehabilitation of iron- and manganese-clogged groundwater abstraction wells

Article Title: Mechanical and chemical rehabilitation of groundwater abstraction wells clogged by iron and manganese precipitates in Finland

Article References: Nygård-Hämäläinen, M., Korkka-Niemi, K., Kuosmanen, N., Puronpää-Schäfer, P., Hyötylä, S., Sarkonen, K., Friman, T., & Ikäheimo, J. (2026). Mechanical and chemical rehabilitation of groundwater abstraction wells clogged by iron and manganese precipitates in Finland. Hydrogeology Journal. https://doi.org/10.1007/s10040-026-03198-w

Image Credits: AI Generated

DOI: 10.1007/s10040-026-03198-w

Keywords: groundwater wells, well rehabilitation, iron precipitates, manganese precipitates, hydrogeology, mechanical cleaning, chemical treatment, water supply, Finland, redox chemistry, Mechanical, chemical

SEEA EA is an integrated statistical framework for organizing biophysical data, measuring ecosystem services and tracking changes in ecosystem extent and condition. Within the framework, ecosystem assets are contiguous, mappable areas of a specific ecosystem type, and the area in which an account is compiled defines which assets are included. Extent and condition together describe an ecosystem asset’s capacity to provide services. The pilot did not estimate the monetary value of those services; instead, it established a baseline for accounts covering the extent and condition of Finnish marine habitats.

The researchers calculated extents for 15 MSFD benthic broad habitat types. These categories span deep circalittoral, shallow circalittoral and infralittoral zones and include hard, coarse, sandy, muddy and mixed substrates. They also used six Finnish marine habitat types recognized under Annex I of the Habitats Directive: Boreal Baltic narrow inlets, coastal lagoons, estuaries, large shallow inlets and bays, sandbanks and reefs. The third classification comprised 19 nationally assessed threatened habitat types based on the IUCN Red List of Ecosystems criteria. These Red List habitats are defined by dominant biota, including habitat-forming algae, seagrasses and invertebrates, and are more detailed than the MSFD and Habitats Directive classes.

MSFD and Habitats Directive habitats were mapped as polygons, and their areas were calculated in hectares. For the 19 Red List habitats, the study used predicted occurrence probabilities from a previously published species-distribution modelling approach based on biological surveys. Predictions were converted to binary maps at a 20-by-20-metre resolution using a threshold selected to maximize sensitivity and specificity. Because several habitat types can occur within the same 400-square-metre grid cell, the researchers reported Red List habitat areas as “extent units,” defined as the number of grid cells in which a habitat was predicted to occur. These units can overlap and do not cover the entire accounting area, so they are not directly comparable with the hectare-based MSFD and Habitats Directive totals.

Ecosystem condition was derived from Finland’s 2021 WFD status assessment, which primarily uses biological indicators supplemented by physico-chemical and hydrological-morphological measures. Finland’s marine area is divided into 276 WFD areas, with ecological status classified as high, good, moderate, poor or bad. The assessment draws mainly on monitoring data from 2012–2017, with some data from 2018. Habitat condition was assigned by calculating the overlap between each habitat and the relevant WFD area. Condition could not be evaluated for habitats extending into the exclusive economic zone, places where coastlines did not align fully with WFD areas, or areas lacking biological or physico-chemical data; only their extents were reported for those areas.

Shallow, circalittoral, mixed and muddy substrate habitats had the greatest combined MSFD extent. The total area represented by MSFD habitats was approximately ten times the area represented by Habitats Directive habitats. The Red List estimates could not be compared directly with those hectare totals. The filamentous annual algae habitat was predicted to occur in more than 12 million extent units, while the red algae habitat was predicted to occur in more than 9.5 million extent units.

A large portion of the assessed habitats was in poor condition regardless of the classification used. Estuaries in the inner archipelago and shallow nearshore habitats, including lagoons and benthic habitats characterised by Hippuris, were in poor condition. Habitats in deeper and more exposed areas, including reefs and benthic habitats characterised by red algae, were in better condition. Overall, MSFD habitats were generally in moderate condition apart from shallow and circalittoral muddy areas. The authors associated the poor condition of nearshore habitats with the eutrophication status of Finland’s coastal waters. Agriculture was identified as the primary source of nutrient loading in most of Finland, while natural runoff and forestry dominated in the Bothnian Bay.

The pilot also identified structural limitations in applying SEEA EA to marine environments. The framework requires ecosystem assets to be geographically and conceptually exhaustive and exclusive, but marine habitats often occur in patchy, overlapping distributions. Most habitat maps also rely on modelling because direct seabed mapping is expensive. Red List extent units capture fine-scale and irregular habitat patterns more closely than mutually exclusive area classes, but overlapping units can create double-counting risks, while unrepresented areas leave gaps that may underestimate ecosystem services. Habitats Directive classes cover only part of Finland’s marine ecosystems and are primarily based on morphological or geological characteristics, making them poor surrogates for marine biodiversity. Only a small portion of Finnish marine habitats is compatible with the coarser IUCN Global Ecosystem Typology.

Further limitations concern geographic coverage, indicators and comparability. The WFD concentrates mainly on coastal waters and does not assess offshore areas, while Finland’s six MSFD reporting areas are less detailed than its 276 WFD areas. The six-year WFD reporting cycle may also be slow relative to changes in rapidly warming surface waters, although some variables, including chlorophyll a measured through Earth observation, can support annual assessment. The study covered only 19 Red List habitats, omitted fauna-based habitats for which biomass data are limited, and excluded shoreline reed habitats. It concentrated on eutrophication-related condition, although coastal land use and offshore industrial activities also exert pressure on marine ecosystems. The Finnish pilot therefore provides a detailed baseline where suitable data exist, but its classifications and condition indicators do not yet form a complete or fully comparable marine account.

Subject of Research: Pilot marine ecosystem extent and condition accounts for Finnish marine habitats using EU policy classifications and WFD indicators

Article Title: Marine ecosystem extent and condition pilot accounts for Finland

Article References: Virtanen, E., Forsblom, L., Saikkonen, L., Jernberg, S., Viitasalo, M., & Kulmala, S. (2024). Marine ecosystem extent and condition pilot accounts for Finland. One Ecosystem, 9, Article e138839. https://doi.org/10.3897/oneeco.9.e138839

Image Credits: AI Generated

DOI: 10.3897/oneeco.9.e138839

Keywords: marine ecosystem accounting, SEEA EA, Finland, ecosystem extent, ecosystem condition, Marine Strategy Framework Directive, Water Framework Directive, Habitats Directive, IUCN Red List of Ecosystems, marine habitats, Marine, ecosystem

Researchers identified newly reimbursed medicines and their six-month costs at the time of inclusion from Finland’s national register of reimbursed medicine purchases. They used statistical averages and distributions to describe the medicines and their initial costs. A linear regression model examined associations between initial costs and medicine characteristics. The analysis found that initial costs for medicines with orphan designation were 12.2 times higher than for other medicines (P < 0.001).

Almost one-third of the 193 medicines were cancer medicines, while 15% were described as first-of-kind medicines. The abstract also reports that the number of products entering the reimbursement system with limited evidence of benefits increased over the study period. This increase was an observed feature of reimbursement decisions; the available evidence does not establish that products with limited evidence were responsible for rising costs.

The findings are limited to the medicines included in the Finnish reimbursement system during 2011–2021 and to costs measured at the time of inclusion. The register-based design describes reimbursement patterns and statistical associations, but it does not determine whether the observed differences reflect clinical benefits, patient outcomes, budget effects or other factors. The available abstract does not report detailed adjustments for confounding, uncertainty around the cost estimates, a control group or a complete account of study limitations. It is also an abstract-level summary, and the publisher notes that the accessible research version remains subject to further edits before replacement by the final version of record.

Subject of Research: Trends in the initial costs and characteristics of new reimbursed outpatient medicines in Finland, 2011–2021

Article Title: A nationwide register study of new outpatient medicines: trends in initial costs and medicine selection in Finland, 2011–2021

Article References: Kaustiala, K., Rättö, H., Sarnola, K., Kurko, T., Wagner, A. K., & Koskinen, H. (2026). A nationwide register study of new outpatient medicines: trends in initial costs and medicine selection in Finland, 2011–2021. BMC Health Services Research. https://doi.org/10.1186/s12913-026-15725-2

Image Credits: AI Generated

DOI: 10.1186/s12913-026-15725-2

Keywords: Finland, outpatient medicines, drug reimbursement, health expenditures, orphan medicines, cancer medicines, biologic medicines, register study, initial treatment costs, nationwide, register, outpatient

The findings concern MRI-detected cases in one Finnish region and do not by themselves establish the cause of the increase. The researchers identified 516 North Savo residents whose first MRI diagnosis of brain metastases occurred between 1 January 2004 and 31 December 2023, irrespective of when their primary cancer was diagnosed. Their median age at diagnosis was 66 years, with an interquartile range of 58–73 years and an overall range of 22–94.

The cohort was 47.9% male and 52.1% female. Cases were found by searching the local radiology information system for Finnish-language variants of the term “metastasis,” then checking medical and histopathological records to confirm the diagnosis, identify a primary tumor where possible and exclude primary brain tumors, non-solid malignancies and benign or inflammatory conditions. Histopathological verification was available for 474 of the 516 patients, either through examination of the metastatic lesion or the primary tumor.

Another 23 cases were supported by earlier medical records or supplementary imaging, including computed tomography. The primary cancer remained unidentified in 19 patients, nine of whom had histopathological samples that were inconclusive. Multiple brain metastases in the same patient were counted as one case.

Because patients entered the cohort at their first MRI diagnosis regardless of the date of their primary-cancer diagnosis, the analysis included both synchronous metastases present at cancer diagnosis and metachronous metastases that developed later. That approach differs from registry studies focused only on brain tumors recorded when a primary cancer was initially diagnosed. Lung cancer was the source of the largest share of cases, accounting for 32.0%, or 165 of 516 brain metastases, followed by breast cancer at 24.8%, or 128 cases.

Together, lung and breast cancers accounted for 56.8% of all identified cases. Genitourinary primaries represented 13.6%, gastrointestinal cancers 10.1% and melanoma 9.5%. Lung-cancer brain metastases had an age-standardized incidence of 2.89 per 100,000 person-years, while the corresponding rate for breast-cancer metastases was 2.35.

Patients with breast cancer had a younger median age at brain-metastasis diagnosis than those with lung, gastrointestinal, genitourinary or melanoma primaries, whereas patients whose primary tumor was unknown had the oldest median age, at 81 years. Adenocarcinoma was the predominant histological subtype among lung-cancer cases, responsible for 53% of lung-associated brain metastases. Small-cell carcinoma accounted for 19% and squamous-cell carcinoma for 14%.

Among breast-cancer cases, hormone-receptor-positive, HER2-negative tumors formed the largest group at 47%, followed by hormone-receptor-positive, HER2-positive tumors at 22%. Hormone-receptor-negative, HER2-positive cancers accounted for 14%, and triple-negative disease for 13%. These percentages describe the composition of brain-metastasis cases rather than the probability of developing brain metastases within each breast-cancer subtype, an important distinction because the prevalence of breast-cancer subtypes and differences in disease duration can affect the observed distribution.

Age-specific incidence remained low among people younger than 40 and rose substantially thereafter. It reached 13.4 per 100,000 person-years at ages 50–54 and peaked at 33.1 per 100,000 among residents aged 70–74. The rate at the peak was about six times that recorded at ages 45–49.

Incidence declined after age 74 but remained above 20 per 100,000 person-years in both the 75–79 and 80–84 age groups before falling further among those aged 85 or older. The researchers noted possible explanations for the later decline, including competing mortality and less frequent imaging when results were considered unlikely to change prognosis or treatment, but these explanations were not directly tested in the analysis. The temporal pattern was strongest between the first two five-year periods, followed by a more gradual increase to 11.8 per 100,000 person-years in 2019–2023.

Compared with 2004–2008, the age-adjusted incidence-rate ratios were 1.46 for 2009–2013, 1.64 for 2014–2018 and 2.02 for 2019–2023. Annual crude incidence ranged from 3.9 per 100,000 person-years in 2004 to 17.3 in 2023. A linear model estimated a 31% crude increase per five-year period, compared with 24% after age adjustment, indicating that changing population age contributed to part, but not all, of the observed rise.

The study therefore found a statistically significant temporal increase even after adjusting the case counts for age-specific population denominators. The age-adjusted upward trend remained statistically significant in a sensitivity analysis that excluded 2004–2008: the incidence-rate ratio was 1.17 per five-year period, with a 95% confidence interval of 1.04–1.32 and a P value of 0.007. Treating calendar period as a categorical rather than linear variable did not significantly improve model fit.

The study’s overall crude rate of 10.22 per 100,000 person-years was within the range of approximately 8.3–24 reported by previous population-based studies. Its age-standardized rate of 9.20 was higher than estimates for synchronous brain metastases derived from the United States SEER program, which were about 7 per 100,000 in 2010–2015 and 7.1 in 2015–2019. The researchers said differences in case ascertainment may partly explain the comparison.

Several factors could plausibly contribute to the trend, although the analysis did not establish causation. Expanded access to MRI and a lower threshold for neuroimaging may have improved detection of small or asymptomatic metastases compared with computed tomography. Greater clinical awareness, clearer referral pathways and improved registry completeness could also have raised the number of cases identified.

Advances in systemic cancer treatment may have extended survival and therefore the time during which patients with cancer remain at risk of brain metastasis. The researchers could not directly evaluate MRI availability or use, survival after primary cancer, or the interval between primary-cancer diagnosis and the first MRI showing brain metastases, leaving the contribution of these factors uncertain. The study has a population-based design, a 20-year observation period and virtually complete follow-up through Finland’s organized healthcare system.

General-population denominators came from Statistics Finland, while age-standardized rates were calculated using the 2013 European Standard Population. Its limitations include the retrospective design, possible missing data and the inability to assess whether every brain-metastasis case was captured. Only MRI-detected cases were included, and findings from one Finnish region may not generalize fully to other populations.

The results therefore provide a regional measure of MRI-confirmed brain-metastasis incidence, rather than a complete census of all intracranial metastatic disease or proof that changes in imaging and treatment produced the observed increase.

Subject of Research: Population-based trends in MRI-confirmed brain metastases in North Savo, Finland, from 2004 to 2023

Article Title: Incidence of intra-axial brain metastases in Eastern Finland

Article References: Moniruzzaman, S., Rantala, S., Hakumäki, J., & Rauramaa, T. (2026). Incidence of intra-axial brain metastases in Eastern Finland. Journal of Neuro-Oncology, 180(2), Article 24. https://doi.org/10.1007/s11060-026-05842-7

Image Credits: AI Generated

DOI: 10.1007/s11060-026-05842-7

Keywords: brain metastases, North Savo, Finland, MRI, cancer epidemiology, age-standardized incidence, lung cancer, breast cancer, population-based study, Incidence, intra-axial, brain

The study, published in the Nordic Journal of Transitions, Careers and Guidance, examined the career expectations and identity construction of tuition fee-paying students in Finnish universities. Doctoral Researcher Jarkko Immonen, the lead author, interviewed fifteen tuition fee-paying master’s students at the universities of Helsinki and Eastern Finland. The interviewees varied greatly in age, family and life situation, work experience and field of study, giving the researchers a broad view of how non-EU students interpret the ideals attached to university education and what they expect from their studies and careers.

The theoretical lens of cruel optimism, drawn from affect theory, proved central to the analysis. The concept describes a state in which an object of desire, such as the promise of a good life through education and work, simultaneously sustains and obstructs the person pursuing it. In the Finnish context, the researchers found that the promise is intertwined with neo-liberal ideals of the so-called good immigrant, a figure who studies diligently, works hard and integrates into the labor market. These ideals both support students, giving them direction and motivation, and appear as dehumanizing demands to work more, better and harder while the life they imagined keeps slipping further away.

The analysis highlighted students’ stress, frustration and strain caused by unmet expectations and a longer-than-expected struggle phase. It also revealed the interviewees’ need to be seen as fully fledged individuals rather than as categories such as customers, immigrants or workforce. The neo-liberal framing, the researchers found, makes university education look like a tool for entering the workforce and presents working as the only legitimate way to participate in society. Students internalize this framing, but the lived reality of the Finnish labor market repeatedly contradicts it.

Previous studies have shown that non-EU university students in Finland encounter a highly conflicting social reality. University policies perceive them as VIP customers, and political debate portrays them as good immigrants and desired workforce after graduation. Universities themselves market the smooth transition to Finnish working life as a successful educational outcome, using it to attract students in the global education market. At the same time, structural racism and other discrimination in the labor market, strict economic and time-related conditions for studying, and residence permit bureaucracy make it substantially more difficult to find a job that matches one’s education.

This contradiction poses a challenge to the practices and ethics of career counselling at universities. While the educational policy objective of career counselling is to streamline transitions to work, the researchers argue that, as a practice, it should also examine these conflicts and inequalities critically. Cruel optimism offers a useful tool for career counselling research and professional practices to identify how career-related neo-liberal ideals are normalized, what they hide from sight, how they are resisted and what tensions are built between these ideals and the lived experiences of individuals.

In Finnish political debate, Immonen notes, it remains undecided whether the internationalization of education is a solution to the challenges of an ageing Finland. On one hand, internationalization is a stated political objective aimed at bringing skilled labor to the Finnish labor market. On the other, immigration discussion and policies are becoming stricter, the conditions for staying in the country are being tightened, and structural discrimination in the labor market is making the stated objective harder to achieve. This leads to a situation in which higher education institutions attract new students to Finland to the best of their ability, while politics and the labor market push them out.

The study also identified a phenomenon the researchers call the doctoral funnel. For many tuition fee-paying students, the dissertation path starts to appear as a sensible choice toward employment at some point of their studies. When all other doors to the labor market seem to remain closed, writing a doctoral dissertation may seem like the only way to stay in Finland, even if doing research would not otherwise seem like the natural choice. Writing a dissertation also increases the pressure on academic success at the master’s stage, which is already a high-pressure phase of life for tuition fee-paying students. There is a limited number of spots available for doctoral students and even fewer for paid positions.

The doctoral funnel carries its own risks. Writing a dissertation is a very demanding project, and if a student has no genuine interest in doing it, they may struggle with motivation or coping at a later stage. The researchers suggest that career counselling should recognize these dynamics rather than treat the doctoral path as a straightforward employment solution. For the students interviewed, the imagined better life remained the object of their pursuit, but the structural conditions of the Finnish labor market and immigration system kept transforming that pursuit into a source of strain. The study’s findings point to the need for universities, policymakers and employers to confront the gap between the promise sold in the global education market and the reality experienced by the students who buy into it.

Subject of Research: Sociology of Education

Article Title: Higher education institutions attract international students to Finland, while politics and the labor market push them out – students face conflicting pressures

Article References: Higher education institutions attract international students to Finland, while politics and the labor market push them out – students face conflicting pressures. Original publication (Bibliographic details unavailable.)

Image Credits: AI Generated

DOI: Not provided

Keywords: international students, Finland, higher education, cruel optimism, career counselling, labor market, immigration policy, doctoral funnel, University of Eastern Finland, tuition fees, structural discrimination, Nordic Journal of Transitions Careers and Guidance

The genus Lochetica is what taxonomists call species-poor: until now, only four species were recognised worldwide, all restricted to the Holarctic region encompassing Europe, northern Asia and North America. For much of the twentieth century, scientists knew of just two species, Lochetica westoni and Lochetica pimplaria, until the latter was synonymised with the former in 1972. A revision in 1983 added two more species, Lochetica farta from Taiwan and Lochetica agonia from the western United States, and in 2021 Lochetica japonica was described from Japan. Apart from L. westoni, every species in the genus is known from only a handful of specimens, and the biology of most of them remains a complete mystery.

The story of the new species began when the author of the study noticed that Finnish museum collections appeared to contain two tentatively distinct morphological forms of Lochetica, even though only a single species, L. westoni, had ever been recorded in Europe. To resolve whether these forms truly represented different species, he assembled a dataset of 88 specimens drawn from museum collections in Helsinki, Lund, Norwich and Odawara, as well as a private collection in Finland. The material included type specimens from the original nineteenth-century descriptions, examined through high-resolution photographs, allowing direct comparison with specimens collected as far back as 1928.

The morphological evidence centred on two quantitative characters. The first, the ovi-tib ratio, compares the length of the ovipositor projecting beyond the tip of the metasoma with the length of the hind tibia. The second, the temple ratio, compares the width of the temples behind the eyes with the maximum width of the head. Statistical comparison using the Welch t-test revealed striking differences. The mean ovi-tib ratio was 2.8 in L. westoni but only 2.1 in the new species, a difference so pronounced that the effect size, measured by Cohen’s d, reached 5.3. Remarkably, no overlapping specimens were found for this character, although the gap between the species is narrow: the maximum recorded for the new species is 2.4 and the minimum for L. westoni is 2.6.

The temple ratio also differed significantly, averaging 0.95 in the new species against 0.88 in L. westoni, although here numerous specimens overlapped. Beyond the measurements, a suite of qualitative characters separates the two wasps. The new species has weak latero-median carinae on the first metasomal tergite that do not reach the level of the spiracles, weaker crenulae along the sternaulus, and black or dark brown tegulae, the small plates at the base of the wings. L. westoni, by contrast, has strong carinae, stronger crenulae, a longer ovipositor and yellow tegulae. Compared with the Japanese L. japonica, the new species shows a uniformly sloping vertex with almost granulate sculpture, predominantly red legs and reddish mandibles, whereas the Japanese species has deeply punctate head surfaces, nearly black legs and predominantly black mandibles.

Molecular evidence sealed the case. Ten specimens were sequenced for the cytochrome oxidase subunit I marker, the standard DNA barcode region, using a single middle leg from each wasp. Combined with three publicly available sequences from Norwegian specimens, the dataset of thirteen sequences produced a distance matrix and a Neighbour-Joining tree. The results were unambiguous: interspecific distances between the two Finnish forms ranged from 7.12 to 8.05 percent, while intraspecific variation within each form was negligible, at most 0.16 percent in the new species and 0.61 percent in L. westoni. This clean barcode gap, visualised in a phylogenetic tree, is exactly the pattern expected when two reproductively isolated species are compared.

The new species was described from a substantial type series, including a holotype collected in June 2021 on the wall of a log barn beside a meadow near Kuopio, and 37 female and one male paratypes spanning Finland from 60 to 64 degrees north. Its known distribution falls mainly within the boreal forest biome, with a few specimens from the northern edge of the temperate broadleaf and mixed forest zone. The specimens were collected from open biotopes and from coniferous forests, with traps mounted on dead and dying Norway spruce, on burned pine forests, and even on the wall of a log building. Intriguingly, both species occur in the same habitats and sometimes the same locations, but the new species appears more common in shaded, spruce-dominated forests, while L. westoni seems to favour more exposed sites. The author cautions, however, that more data are needed for reliable comparisons.

The study also produced new host records that illuminate the strange life history of these wasps. L. westoni is a parasitoid of Passaloecus, a genus of small crabronid wasps that nest in beetle burrows in dead wood, in galls and in plant stems. The new rearing records published in the study include males and females reared from Passaloecus monilicornis, P. eremita and P. borealis, and the new species itself has been reared from P. monilicornis. Earlier work suggested that the female L. westoni must oviposit while the host nest is still under construction, because her ovipositor is not long enough to pierce the outer resin plug that seals the completed nest. The wasp overwinters as a larva inside a silky cocoon within the host’s nest chamber.

One of the most curious patterns in the genus concerns its males. In the studied material, females outnumbered males dramatically, 38 to 1 in the new species and 40 to 5 in L. westoni. Yet the original reared type series of L. westoni from 1880 contained 15 males against 9 females, suggesting a normal sex ratio. The most likely explanation is that the males are simply short-lived and therefore almost never encountered by collectors, although the difficulty of identifying male Phygadeuontinae may also mean they languish unsorted in museum drawers. Three of the five known species remain known only from females, and the males of two species have never been seen.

The discovery carries a broader message about biodiversity in well-studied regions. If a new species of parasitoid wasp could slip through decades of Finnish collecting, hidden inside a genus with only four known species, then many more await recognition. The author notes that the new species is almost certainly present in neighbouring countries and may have been confused with L. westoni elsewhere, and that future work should examine large amounts of museum material across wide geographic areas. For now, the five known species of Lochetica can finally be told apart, thanks to a combination of careful morphology, vintage museum specimens and a few millimetres of wasp DNA. The species name honours the author’s grandfather Raimo, known as Rami, whose influence kindled a love of nature that ultimately led to the wasp’s discovery.

Subject of Research: Taxonomic description of a new Darwin wasp species, Lochetica ramii, from Finland using morphology and DNA barcoding

Article Title:  Lochetica ramii sp. nov. – a new species of Lochetica Kriechbaumer, 1892 ( Hymenoptera , Ichneumonidae , Phygadeuontinae ) from Finland, with a key to world species

Article References: Paappanen, J. (2024). Lochetica ramii sp. nov. – a new species of Lochetica Kriechbaumer, 1892 (Hymenoptera, Ichneumonidae, Phygadeuontinae) from Finland, with a key to world species. Deutsche Entomologische Zeitschrift, 71(1), 193-208. https://doi.org/10.3897/dez.71.121217

Image Credits: AI Generated

DOI: 10.3897/dez.71.121217

Keywords: Lochetica ramii, Ichneumonidae, Darwin wasps, new species, Finland, DNA barcoding, COI, parasitoid wasps, Passaloecus, taxonomy, boreal forest, Hymenoptera

The research team, led by Onni Kärkkäjärvi of the Social Insurance Institution’s Research Unit together with colleagues from the University of Eastern Finland, the University of Helsinki, and Kela’s Medical Advisory Centre, conducted semi-structured thematic interviews with 16 Finnish experts in spring 2025. The interviewees represented diverse professional backgrounds relevant to the assessment and funding of cancer medicines, spanning the institutions that evaluate and pay for these therapies across the different channels of the Finnish system. The researchers analysed the interview data using deductive qualitative content analysis, mapping what the experts said onto a theoretical framework derived from the neo-Aristotelian Phronesis Model, and used pattern-matching to explore where the findings corresponded to, or diverged from, that framework.

The Phronesis Model is worth unpacking, because it gives the study its analytical spine. Phronesis, in Aristotelian philosophy, is practical wisdom: the capacity to deliberate well about what should be done in particular circumstances, weighing general principles against the specifics of the situation at hand. Applied to healthcare decision-making, the model suggests that good judgement requires more than clinical evidence and cost-effectiveness calculations; it requires an appreciation of context, of the values at stake, and of the particular patient populations and institutional settings in which a decision will land. Recent literature in health policy has increasingly emphasised that such context-sensitive judgement is not a flaw in decision systems but a necessary component of them, especially for technologies like cancer medicines, where benefits may be uncertain, patient populations heterogeneous, and value contested.

Finland’s multi-channel system provides a natural laboratory for studying how institutional arrangements enable or constrain this kind of judgement. Outpatient medicines, dispensed in pharmacies, are assessed and funded through one set of procedures, while hospital medicines, administered in specialist care, travel through another. Cancer medicines, many of which are administered in hospital settings, sit at the intersection of these channels, and decisions about them involve multiple bodies with different mandates. The researchers asked how this arrangement shapes decision-making, especially in situations where the standard assessment criteria leave room for interpretation, and where the specifics of a case might call for judgement that goes beyond the routine application of rules.

The interviews revealed a system with genuine strengths. Experts identified shared aims and values across the decision-making bodies, suggesting that despite the fragmentation of procedures, the institutions involved in assessing and funding cancer medicines are not pulling in opposite directions at the level of fundamental purpose. The assessment practices themselves were described as supporting comprehensive evaluation, with multiprofessional collaboration within decision-making bodies bringing together the clinical, pharmacological, economic, and administrative perspectives needed to evaluate complex cancer therapies. These collaborative structures, the study suggests, are precisely the kind of institutional features that create space for practical wisdom to operate, because they expose decision-makers to multiple framings of a problem rather than a single disciplinary lens.

But the same interviews surfaced structural weaknesses that cut against this collaborative ideal. The researchers found barriers to collaboration and information exchange between decision-making bodies, meaning that the different channels of the system operate in relative isolation from one another. National-level processes were perceived as insufficiently responsive to outlier cases, the unusual situations where standard criteria fit poorly and where context-sensitive judgement is most needed. Decision-making, in many cases, was constrained by siloed budgets, with different funding streams creating institutional pressure to keep costs within particular channels rather than to optimise outcomes across the system as a whole. Limited access to price information added a further constraint, because decision-makers cannot deliberate well about value when they lack reliable data about what therapies actually cost.

These findings matter because they illustrate a tension that is not unique to Finland. Any healthcare system that separates assessment and funding into distinct channels faces the question of how to coordinate those channels without erasing the flexibility that makes local judgement possible. The Finnish study suggests that harmonising or unifying the multi-channel model could improve equity, coordination, or system-level efficiency, but that such structural reform may not in itself address the need for context-sensitive ethical judgement in healthcare decision-making. In other words, merging the channels might solve some problems of fragmentation while leaving untouched the deeper question of how decision-makers deliberate about cases that resist standardisation.

The study’s use of the Phronesis Model as a pattern-matching framework gives this conclusion theoretical weight. By comparing the interview findings against the model’s components, the researchers could identify where the Finnish system supports the conditions for practical wisdom and where it undermines them. Shared values and multiprofessional collaboration correspond to the model’s emphasis on deliberative capacity and the integration of multiple perspectives. Siloed budgets, limited price transparency, and poor responsiveness to outlier cases correspond to institutional barriers that constrain the exercise of judgement, because they limit the information available to decision-makers and the room they have to weigh context against general rules. The institutional arrangements of the healthcare system, the study concludes, may either support or hinder room for contextual judgement, and the difference between these outcomes lies in the details of how those arrangements are designed.

For cancer medicines specifically, these dynamics have particular salience. Modern oncology therapies, including targeted agents and immunotherapies, often present steep prices, uncertain long-term benefits, and heterogeneous responses across patient subgroups. Standard health technology assessment criteria, built around average cost-effectiveness, may fit poorly with the realities of these therapies, where a medicine that looks unattractive on average might be highly valuable for a identifiable subgroup, or where clinical uncertainty makes firm conclusions about value difficult. Context-sensitive judgement, in this setting, is not an optional refinement but a core requirement of responsible decision-making, and the Finnish study suggests that the institutional environment determines whether that requirement can actually be met.

The researchers’ overall conclusion is a call for strengthening coordination without losing flexibility. The Finnish multi-channel system, on this reading, is neither a failure to be dismantled nor a model to be exported unchanged, but an arrangement whose institutional boundaries shape the quality of judgement in ways that policy reform should attend to. Structural harmonisation might address some of the equity and efficiency concerns that fragmentation creates, but reform that erases the room for context-sensitive deliberation would undermine the very capacity that good cancer medicines policy depends on. The study, based on voluntary expert interviews conducted with informed consent and approved by Kela’s Research Unit Management Team, offers no simple prescription, but it does offer a framework for thinking about how the architecture of assessment and funding systems, often treated as technical plumbing, actually determines the quality of the ethical decisions those systems produce.

Subject of Research: Cancer medicines assessment and funding in Finland: contextual judgement and institutional boundaries in a multi-channel system

Article Title: Cancer medicines assessment and funding in Finland: contextual judgement and institutional boundaries in a multi-channel system

Article References: Kärkkäjärvi, O., Ruuskanen, A.-M., Holmström, A.-R., Klintrup, K., Sarnola, K., Koskinen, H., & Kurko, T. (2026). Cancer medicines assessment and funding in Finland: contextual judgement and institutional boundaries in a multi-channel system. Humanities and Social Sciences Communications. https://doi.org/10.1057/s41599-026-09497-7

Image Credits: AI Generated

DOI: 10.1057/s41599-026-09497-7

Keywords: Cancer, medicines, assessment, funding, Finland, contextual, judgement, institutional, boundaries, multi-channel, system, scientific research

The definitional problem is not merely academic. Because cultural centers lack a clear, shared definition, they slip through statistical categorization, funding allocations, and cultural policy frameworks. Museums, libraries, theaters, concert halls, and galleries are readily identifiable by their specific activities and functions. Cultural centers, by contrast, encompass a broad and varied range of activities that resists confinement to a single enduring definition. This ambiguity means cultural centers struggle to secure funding, and underserved communities risk losing access to vital cultural and social resources. The stakes are highest in rural and sparsely populated areas, where cultural centers often serve as key cultural infrastructure supporting social cohesion, cultural participation, and regional equity.

Schulte-Basta chose Finland as her case study for reasons both practical and theoretical. Finland is a Nordic welfare state with a strong municipal role in cultural provision, balancing state-led and community-based approaches to cultural infrastructure. Its institutional landscape is transparent, and the relatively limited number of institutions labeled as cultural centers provides a coherent setting for developing and testing a typology. Yet Finland also exemplifies the data problem: the national statistics agency’s dataset on cultural halls and centers by region 2023 is gathered informally, through a two-step verification of checking existing entries for online activity and searching for new establishments using the terms culture center and culture house alongside the names of all Finnish municipalities. The result, the study notes, resembles a long list more than a table of data, and it systematically overlooks institutions that do not include the word culture in their titles.

The methodological heart of the study is the Walker and Avant concept analysis method, originally developed for nursing science but designed for a fundamental scientific concern: the precise clarification and contextual embedding of theoretical concepts. Where cultural policy research typically adopts interpretive and historical approaches tracing the evolving meanings of culture, this study needed something measurable and operational. The method defines core attributes and empirical referents, allowing researchers to identify, measure, and apply a concept consistently. It is ideal when a concept requires standardization for practical use, such as in creating assessments or research measures. The study deliberately refrains from defining culture itself—often called one of the most complicated words in the English language, with 160 different definitions compiled as early as 1952—and focuses instead on the composite term cultural center, the actual object of policy, practice, and institutional labeling.

From the literature, the analysis distilled four defining attributes. The first is provider and creator: a cultural center is both a venue for and a producer of culture, offering cultural programming that includes at least some internally produced content, not merely renting space for external events. The second is experience and active participation: cultural centers offer learning experiences, cultural education, and activating formats such as workshops, open-stage events, and lectures, with openness for audiences to take part in shaping the program itself. The third is diversity and multidisciplinary: the program addresses a diverse audience, combines professional and amateur engagement, and spans more than two cultural disciplines. The fourth is interaction and community orientation: the facility provides physical space for meeting, upholds partnerships, involves the local community in program planning, and participates in local civic initiatives.

These attributes were operationalized through a detailed checklist of empirical referents and indicators, applied systematically to official websites and Facebook pages of facilities in the Statistics Finland dataset. After duplicate checks and filtering—removing halls, children and youth facilities, and student houses to reduce variability—the original 315 entries were reduced to 266, and seven more were dropped for lacking recent or accessible information, leaving 259 facilities analyzed over a week in March 2024. Only if both components of a defining attribute were traced—for example, provider AND creator—was the attribute considered confirmed. The analysis period proved its own point about the dynamic nature of the field: based on the study’s results, Statistics Finland added four facilities to its table in May 2024.

The empirical findings reveal a landscape far more heterogeneous than the label suggests. Just 50 entries, or 19.31 percent, fully embody all four attributes. Thirty-one entries fulfill three attributes, 37 fulfill two, and 45 fulfill only one. The largest group—95 entries, or 36.68 percent—fulfills none at all. Within this zero-attribute group, the study found 37 places to rent for public or private events with no cultural program, seven restaurants, three education centers, three concert halls, two leisure parks, a shopping mall with a library and rentable space, and a youth center. The term cultural center, the findings suggest, is sometimes applied loosely or even inflatedly, perhaps to confer prestige or attract attention. Patterns in attribute absence were also revealing: diversity and multidisciplinarity was the most commonly missing attribute, while provider and creator was the most consistently present, suggesting many facilities function as producers of cultural activity even when they lack participatory or community dimensions.

From these patterns, the study clusters facilities into a refined typology of seven types. Facilities embodying all four attributes are termed socio-cultural centers, a nod to the German tradition of socioculture with its 50-year history, while six centers that fulfill all attributes but focus on specific groups—children, youth, or Sámi culture—are specialized socio-cultural centers. Facilities missing only the diversity attribute, 29 of the 31 in that group, are focused cultural centers with narrower disciplinary or demographic scope. Two entries excelling in broad programming but lacking participation or community dimensions are cultural anchors. The zero-attribute group divides into venues, places to rent with no program; satellite venues, components of a larger cultural program managed by a central provider such as a city or theater; and creative production spaces, ateliers and showrooms showcasing artistic output without offering actual programming.

The typology is designed as a practical tool, not just a conceptual framework. Cultural practitioners can use it for self-assessment and strategic positioning, reflecting on which attributes they already fulfill and where development is possible. Researchers may employ the framework to structure comparative analyses across regions or countries. Policymakers can apply it to design differentiated funding strategies, distinguishing between facilities aligned with sociocultural objectives and those primarily serving as rental venues. In the Finnish context, systematic application would be particularly valuable for capturing the needs of the Swedish-speaking minority and the Sámi community, and for mapping cultural facilities in rural and sparsely populated areas where access to cultural services is limited but vital for social cohesion.

The research arrives at a politically charged moment: Finland’s cultural funding and the scope of statistical data collection face potential cuts that would leave Finland the only Nordic country without a systematic cultural data infrastructure. The study argues that rather than justifying reductions, the priority should be strengthening data collection and evaluation methods to support cultural centers as key pillars of civil society. Although focused on Finland, the developed typology may offer a useful framework for cross-country comparisons and could support policy alignment within the EU cultural sector, provided local adaptations are made. The author also points toward the concept of Third Places—accessible spaces beyond home and work that foster informal social interaction and democratic engagement—noting that sociocultural centers often exceed Third Place characteristics by enabling users to actively shape the space itself, both physically and socially. As community needs, policy landscapes, and cultural trends shift, cultural centers continuously adapt, and longitudinal studies tracking their development over time could further validate the typology and offer broader insights into cultural policy and community engagement across Europe.

Subject of Research: A structured concept analysis of Finnish cultural centers identifying four defining attributes and a seven-type typology.

Article Title: Definition and distinction of the concept cultural center using the example of Finland

Article References: Schulte-Basta, D. (2025). Definition and distinction of the concept cultural center using the example of Finland. European Journal of Cultural Management and Policy, 15, Article 14704. https://doi.org/10.3389/ejcmp.2025.14704

Image Credits: AI Generated

DOI: 10.3389/ejcmp.2025.14704

Keywords: cultural centers, Finland, concept analysis, cultural policy, typology, socioculture, Definition, distinction, concept, cultural, center, example