Case Study Research Articles

Teaching intellectual property law today: testing the relevance of the “problem-based learning” method

ABSTRACT How should intellectual property (IP) law be taught today? This is an important question due to the growth of IP as an academic subject over the past decades, reflecting its increasingly interdisciplinary reach and need to deal with novel questions of law. It will be argued that, while always applicable, the skills of interdisciplinarity, creative thinking, ethical awareness and ability to deal with uncertainty in law have become even more relevant for current students of IP. This article draws on pedagogical literature from law and other disciplines to argue that problem-based learning (PBL) is theoretically an effective method of teaching that can develop these skills. It concludes with a case study of a PBL session during a Master’s course to identify some of the challenges of PBL in practice and how these can be addressed in the future. This case study contributes to existing literature on PBL in law by focusing on postgraduate study and using a problem drawn from real-life current events.

Engineering properties assessment and aggregate suitability of the jurassic and eocene limestone: a case study from the Upper Indus Basin, Pakistan

Engineering properties assessment and aggregate suitability of the jurassic and eocene limestone: a case study from the Upper Indus Basin, Pakistan

Lived expertise of the structurally disadvantaged: towards a more just participatory transport planning process

In response to the negative effects of the car-dominated transport sector, especially in urban areas, and wider attempts to tackle the climate crisis, cities are reallocating car-dominated areas to promote active mobility, leisure and urban green space. These reallocations often take an experimental character and are accompanied by participation processes. Increased citizen participation results from both a paradigm shift in urban planning and a discourse shift towards mobility justice, emphasizing procedural and recognitional aspects of the transport transition. However, participatory planning processes themselves are conflict-ridden. They are criticised for favouring a loud, priviliged minority. Based on the need for diverse knowledge for mobility justice, including lived expertise, this study examines reasons for (non-) participation among structurally disadvantaged groups in transport planning, using Berlin’s Graefekiez neighbourhood as a case study. Focus groups were conducted with mobility-disabled people and women from a residential area with low socio-economic status. Our analysis revealed that non-participation was influenced by the feeling of being excluded and ignored. Simultaneously, the research format created was perceived as a welcoming space that better reflects the lived expertise of the neighbourhood and facilitates real exchange of perspectives. Based on this, recommendations are derived to improve participatory transport planning processes and the strengths of transdisciplinary projects.

Aeromedical Fitness Considerations in Myocardial Bridging: A Case Study and Literature Review

Aims: Management of cardiac disease in aeromedical expertise can be challenging for asymptomatic crew members, especially during the first aeromedical examination, myocardial bridging is a good example. Presentation of Case: A 24-year-old student pilot candidate shows repolarization disorders at the ECG in the aeromedical examination, the exploration allowed the discovery of a myocardial bridge on The Coronary computed tomographic angiography (CCTA) of the left anterior descending (LAD) coronary artery responsible for tight stenosis. Discussion: The prevalence of MB varies according to the method of investigation, ranging from 2% in coronary angiography and 19% in coronary computed tomography to 42% in autopsy.The prevalence among active civilian aircrew (pilots and cabin crew) monitored at CEMPN is 0.4%, all revealed by electrocardiogram abnormalities. MB are usually small and of no clinical significance, the myocardial bridge proximal segment has been associated with atherosclerosis. Symptomatic patients with myocardial bridges as their only cardiac abnormality may present with myocardial ischemia, acute coronary syndromes, coronary spasm, syncope or even sudden death. The initial therapeutic strategy in the treatment of MB is medical management. Revascularization is indicated by PCI or surgery, including coronary artery bypass grafting (CABG) or myotomy in the case of symptoms recalcitrant to maximal medical treatment. The aviation environment may expose aircrew to additional physiological stressors, including hypobaria, hypoxia and sustained acceleration (+Gz). Such exposure may present a risk if associated with cardiovascular abnormalities, potentially leading to incapacity to fly due to symptoms or complications of the myocardial bridge. Conclusion: The myocardial bridge is an anatomical variant rather than a congenital anomaly with varied symptomatology (ECG abnormality, stable or unstable angina or sudden death), the aeromedical decision is made on a case-by-case basis, and makes a challenge diagnostic, particularly for asymptomatic crews.

High-Order Local Clustering on Hypergraphs

Graphs are a commonly used model in data mining to represent complex relationships, with nodes representing entities and edges representing relationships. However, graphs have limitations in modeling high-order relationships. In contrast, hypergraphs offer a more versatile representation, allowing edges to join any number of nodes. This capability empowers hypergraphs to model multiple relationships and capture high-order information present in real-world applications. We focus on the problem of local clustering in hypergraphs, which computes a cluster near a given seed node. Although extensively explored in the context of graphs, this problem has received less attention for hypergraphs. Current methods often directly extend graph-based local clustering to hypergraphs, overlooking their inherent high-order features and resulting in low-quality local clusters. To address this, we propose an effective hypergraph local clustering model. This model introduces a novel conductance measurement that leverages the high-order properties of hypergraphs to assess cluster quality. Based on this new definition of hypergraph conductance, we propose a greedy algorithm to find local clusters in real time. Experimental evaluations and case studies on real-world datasets demonstrate the effectiveness of the proposed methods.

Legal and practical challenges in preventing cyberbullying in Tanzania: Navigating Legislative gaps, Enforcement hurdles, and Social Realities

Cyberbullying presents significant legal and societal challenges, particularly in developing countries like Tanzania, where digital literacy and legal frameworks are still evolving. This paper explores the legal and practical obstacles to preventing cyberbullying in Tanzania, examining the adequacy of existing laws, enforcement limitations, and social issues that complicate intervention efforts. Drawing on legal analysis, case studies, and comparative insights, it discusses potential reforms and offers recommendations for more effective prevention and response mechanisms. This study aims to contribute to an improved understanding of the unique challenges Tanzania faces in curbing cyberbullying, advocating for holistic strategies that address legal, educational, and technological dimensions

The Public Records (Scotland) Act 2011: creating a culture that values public records

Purpose The Public Records (Scotland) Act 2011, implemented in January 2013, celebrated its 10th anniversary this year. This case study aims to examine the implementation of the Act. The Act was born out of the “Historical Abuse Systemic Review: Residential Schools and Children’s Homes in Scotland 1950–1995”, published in 2007. This review identified problems for care leavers and abuse survivors attempting to trace records about themselves, family members or medical issues. It demonstrated an urgent need to take action to preserve historical records and protect the information rights of Scottish citizens, particularly those of the most vulnerable. Scottish Ministers wanted the Act not just to regulate recordkeeping but to change the culture of recordkeeping. Is it doing this? Design/methodology/approach The Act’s guiding principle is continuous improvement. It does not presume records management perfection from public authorities but requires that they assess their arrangements, identify gaps in provision and deliver a commitment to close these gaps over time. This case study draws on the Keeper of the Records of Scotland’s strategy of affecting change through compliance, engagement and advocacy. We can evidence the impact of the legislation through the various tools created to support its administration: scrutiny mechanisms and statutory penalty embedded in the Act; evidence-based compliance under a “Records Management Plan” (RMP); stakeholder surgeries and conferences that address challenges, examine failings, learn from and share successes and explore development opportunities; Progress Update Review mechanism: a self-assessment tool from which we draw evidence of progress or lapses; and webinars and surveys to remain alert to stakeholder issues. Our engagement provides the qualitative and quantitative data required to accurately update Scottish Ministers. Findings Undeniably, the Act is making a difference. It has transformed the recordkeeping landscape in Scotland over the past decade. The legislation has given the Keeper of the Records of Scotland influence and has acted as a national lever for change. For example, an authority employing a records manager and establishing a support unit as a consequence of our address to its Board; and the NHS Scotland Records Management Group, established as a consequence of the Act, now advises NHS senior management. Originality/value There is no doubt about progress on the ground. However, because of the fiscal problems of the 2008 financial crisis, Brexit, COVID and the current cost-of-living crisis, public authority finances are extremely strained. What does this mean for Scottish Ministers’ ambition to change the culture of recordkeeping? What are the challenges for the next decade? Good recordkeeping is not only about efficiencies but about accountable, trustworthy and transparent government. Can the Act meet these challenges?

Value tensions and actionable knowledge in grassroots innovation: a study of invitational ambiguity and implementation challenges

Purpose This research paper explores how grassroots innovation initiatives address and resolve the challenges of translating broad and inviting values such as sustainability, inclusiveness and aesthetics into practical and actionable structures. This study examines the tensions and difficulties projects face in operationalizing these values, revealing the gap between idealistic goals and real-world implementation. Moreover, this paper analyzes how role expectations and the concept of invitation ambiguity affect top down and bottom up approaches, offering insights for improving mechanisms to support grassroots innovations. Design/methodology/approach This study uses an exploratory qualitative methodology with an embedded case study design, focusing on the New European Bauhaus (NEB) and its award-winning projects. Data were collected through online self-assessment surveys, secondary data analysis, and semi-structured interviews with project owners and NEB Unit representatives. Findings The findings reveal significant challenges in translating broad and inviting values (sustainability, inclusion and aesthetics) into actionable outcomes for grassroots projects. Key issues include the need for clearer role definitions, tailored support, and adaptability. Conflicts between those values and a mismatch between expectations about stakeholders’ contributions highlight the need for designing more flexible and robust frameworks and robust frameworks. Originality/value This research explores the effects of invitational ambiguity within grassroots innovation, revealing how broad values ‐ like sustainability, inclusion and aesthetics ‐ are operationalized in real-world settings. By applying collective action theoretical frameworks to the unique case study of NEB projects, this study provides fresh insights into the dynamics between top-down European policies and bottom-up grassroots practices.

Active learning-based automated construction of Hamiltonian for structural phase transitions: a case study on BaTiO3

The effective Hamiltonians have been widely applied to simulate the phase transitions in polarizable materials, with coefficients obtained by fitting to accurate first-principles calculations. However, it is tedious to generate distorted structures with symmetry constraints, in particular when high-ordered terms are considered. In this work, we implement and apply a Bayesian optimization-based approach to sample potential energy surfaces, automating the effective Hamiltonian construction by selecting distorted structures via active learning. Taking BaTiO3(BTO) as an example, we demonstrate that the effective Hamiltonian can be obtained using fewer than 30 distorted structures. Follow-up Monte Carlo simulations can reproduce the structural phase transition temperatures of BTO, comparable to experimental values with an error<10%. Our approach can be straightforwardly applied on other polarizable materials and paves the way for quantitative atomistic modelling of diffusionless phase transitions.

Self-sufficient power plant prototype composed by cascaded disruptive power units doing work by isothermal contraction and expansion

This research work aims at the design and development of a disruptive prototype for a Self-sufficient power plant (SSPP) prototype composed by cascaded disruptive power units (PUs) doing work by isothermal contraction-expansion processes. The innovative design integrates thermo-hydraulic actuators enabled to drive hydraulic pumps connected to a hydraulic motor-generator. The prototype's cascaded PUs operates on a double closed processes-based isochoric-isothermal-isochoric-isothermal (VTVT) thermal cycle, enabled to do useful work by contraction and expansion of a thermal working fluid (TWF), which is notable for its high specific work output and high thermal efficiency. This is due to a disruptive cascaded heat recovering technique associated to a heat upgrading strategy. Among the most relevant Key Features are its self-sufficient operation modes that challenge traditional limitations of second-kind perpetual motion machines (PMMs) The expected capabilities on the basis of the consistency of empirical analysis are summarized as: - Design based on the optimal number of cascaded power units, - Efficient generation of useful mechanical work through expansion and contraction of the TWF, - High specific useful work (kJ/kg of TWF), such as helium, - Low ratio of actuator volume and weight to specific work. Preliminary tentative validation: The prototype design model was validated through case studies using air and helium as real TWFs. Empirical results demonstrate the SSPP's exceptional performance under certain conditional restrictions. - The optimal SSPP completed with nine cascaded PUs each operating on a double-VTVT cycle per PU. - Helium: RIT value of 0.9 and 9 PUs coupled in cascade to give an SSI of 156.72and a SSEP yield of 922.23 kJ/kg.cy. - Air: RIT value of 0.9 and 9 PUs coupled in a shell to give an SSI of 27.41 and a SSEP production of 37.67 kJ/kg.cy. These findings highlight the prototype's potential to significantly advance energy production efficiency and self-sufficiency in power generation systems.

Delineating bacterial genera based on gene content analysis: a case study of the Mycoplasmatales-Entomoplasmatales clade within the class Mollicutes.

Genome-based analysis allows for large-scale classification of diverse bacteria and has been widely adopted for delineating species. Unfortunately, for higher taxonomic ranks such as genus, establishing a generally accepted approach based on genome analysis is challenging. While core-genome phylogenies depict the evolutionary relationships among species, determining the correspondence between clades and genera may not be straightforward. For genotypic divergence, the percentage of conserved proteins and genome-wide average amino acid identity are commonly used, but often do not provide a clear threshold for classification. In this work, we investigated the utility of global comparisons and data visualization in identifying clusters of species based on their overall gene content and rationalized that such patterns can be integrated with phylogeny and other information such as phenotypes for improving taxonomy. As a proof of concept, we selected 177 representative genome sequences from the Mycoplasmatales-Entomoplasmatales clade within the class Mollicutes for a case study. We found that the clustering patterns corresponded to the current understanding of these organisms, namely the split into three above-genus groups: Hominis, Pneumoniae and Spiroplasma-Entomoplasmataceae-Mycoides. However, at the genus level, several important issues were found. For example, recent taxonomic revisions that split the Hominis group into three genera and Entomoplasmataceae into five genera are problematic, as those newly described or emended genera lack clear differentiations in gene content from one another. Moreover, several cases of misclassification were identified. These findings demonstrated the utility of this approach and its potential application to other bacteria.

Multiple surrogates in the meta-analytic setting for normally distributed endpoints

The identification of good surrogate endpoints is a challenging endeavour. This may, at least partially, be attributable to the fact that most researchers have focused on the identification of a single surrogate endpoint. It is thus implicitly assumed that the treatment effect on the true endpoint (T) can be accurately predicted based on the treatment effect on one surrogate endpoint (S) only. Given the complex nature of many diseases and the different therapeutic pathways in which a treatment can impact T, this assumption may be too optimistic. For example, in oncology, the effect of a treatment often depends on both the treatment’s efficacy and its toxicity. In the present paper, the meta-analytic framework of Buyse et al. (2000) is extended to the setting where multiple S are considered. To cope with potential model convergence issues that often arise in a meta-analytic framework, several simplified model fitting strategies are proposed. Further, simulation studies are conducted to evaluate the properties of the estimated surrogacy metrics, and the new methodology is applied on a case study in schizophrenia. An online Appendix that details how the analyses can be conducted in practice (using the R package Surrogate) is also provided.

A playbook for optimizing emotional intelligence benefits

Purpose This paper aims to review the latest management developments across the globe and pinpoint practical implications from cutting-edge research and case studies. Design/methodology/approach This briefing is prepared by an independent writer who adds their own impartial comments and places the articles in context. Findings This study aimed to examine the impact of emotional intelligence (EI) and organizational communication on perceived team effectiveness among Nigerian bank employees. The researchers hypothesized that EI components and organizational communication would predict team effectiveness both independently and jointly. Results confirmed these hypotheses, showing that all components of EI positively correlated with team effectiveness, and organizational communication was a significant predictor. The combination of EI and communication jointly predicted team effectiveness, with use of emotions and regulation of emotions being particularly significant. Key managerial insights include investing in EI training and fostering open communication to enhance team performance. Originality/value The briefing saves busy executives, strategists and researchers hours of reading time by selecting only the very best, most pertinent information and presenting it in a condensed and easy-to-digest format.

Comprehensive Approach to Speech and Language Assessment in Recurrent Meningioma: A Case Study

Meningioma is a tumor that arises from the meninges - the membranes that surround the brain and spinal cord. It compresses the adjacent brain tissues, nerves and vessels, leading to changes in vision, loss of smell, headaches, hearing loss or ringing in the ears, memory loss, seizure and most importantly communication difficulty. It affects mainly the elderly above the age of 60, at a female: male ratio of 3:2. Recurrence and progression are well known and are frequent characteristics of meningiomas. The present study aimed to perform a comprehensive approach to speech and language assessment in a case with recurrent meningioma. A case reported following postsurgical recurrent meningioma in the left parietal temporal area, exhibiting symptoms of language, speech and swallowing difficulty associated with a weakness in the left upper and lower limb. The evaluation process from a speech and language perspective involved perceptual and instrumental assessment of cognition, communication and swallowing using tests and tools. The case was found to have comorbid disorders of nonfluent aphasia associated with neuro cognitive deficit, mild dysphagia, mild dementia and dysarthria of speech. Though the presence of language and speech disorders in case of recurrent meningioma is not common, the severity of the disorder may lead to severe communication deficit. Assessing and interpreting an individual's communication ability involves the integration of a variety of information collected in the evaluation process. Keywords: Recurrent meningioma, dysphagia, aphasia, dysarthria

Imaginative storytelling – novel immersive production practices and processes for mobile cinematic, interactive 360-degree and real-time VR

ABSTRACT This article adopts creative practice research to explore novel Virtual Reality (VR) production practices and processes for mobile cinematic VR (MCVR), parallel interactive narratives in VR (PIN VR) and real-time VR (RT VR). As a result of Creative Practice research, Imaginative Storytelling analyses and describes these original production approaches and processes for immersive storytelling and illustrates emerging aesthetic formations, which shape new imaginative experiences in VR. These diverse representations of VR are examined through three case studies, A New Dawn [A New Dawn. 2021. Dir. Schleser (VR). Australia. Swinburne University of Technology.], Table for Two [Table for Two. 2022. Dir. Remedios (VR). India. Indian Institute of Technology Hyderabad].) and Phases of Motion [Phases of Motion. 2021/2023. Dir. Berrett (VR). Australia. Swinburne University of Technology]. Each experience focuses on exploring innovative production processes for moile cinematic, interactive 360-degree and real-time VR. By means of outlining three distinctive approaches to VR production, contemporary developments and new directions in immersive storytelling are demonstrated. This research contributes to the expansion of storytelling and storyliving approaches in which navigators become co-creators of VR experiences.

Legal dissemination protections in community-based participatory health equity research.

There are legal protections for nurse researchers at public universities who employ community-based participatory research (CBPR) in research about social or health inequities. Dissemination of CBPR research data by researchers or participants may divulge unjust laws and create an imperative for university involvement. What are United States-based legal dissemination protections for CBPR health equity nurse researchers? Three case examples employing CBPR are examined: 1) a mixed methods study with participants reporting illegal discrimination in a municipal initiative about capacity building in community-based organizations serving children; 2) a visual methods study exposing potential clean air law violations in environmental justice research; and 3) a study examining workload violations and illegal discrimination among hotel workers. The cases involved participants from protected social class backgrounds. The research is described with respect to: background, funding, research purpose, and research team; research participants' power and legal vulnerability; dissemination of relevant research information balancing vulnerability and power; research dissemination issues; potential legal issues involved; and laws researchers may use. IRB approval was obtained for the studies. Using a social justice ethical framework, studies highlight actual or potential legal aspects of data dissemination in the context of gathering data about injustice. Legal protections for research data dissemination, whistleblower protection, research advancement protection, anti-harassment protection, false claims, defamation, and visual data liabilities are described. Knowledge of legal research data dissemination protections is an essential competency for nurse researchers invested in uplifting social justice.

Endonasal surgery high-risk carotid injury timeout checklist: implementation, institutional protocol and experience.

Carotid artery injury is a rare, but major complication of endonasal operations. The morbidity and mortality of such a complication can be mitigated by preparedness and a clear plan set in place to address the hemorrhage expeditiously. This study examines the implementation of such a carotid injury timeout checklist and demonstrates its effectiveness in a patient with possible arterial injury. A carotid injury timeout checklist was implemented for high risk endonasal procedures. The case selection was left to the surgeon, with guidelines including prior surgery, prior radiation, invasive tumors, and certain pathologies such as meningioma or chordoma. Factors affecting implementation were analyzed including tumor characteristics and patient history. Over a 12-month period, 103 endonasal operations were performed since the carotid artery injury timeout checklist was implemented, with 21 (20.4%) having a carotid artery injury timeout performed. Tumor characteristics that were associated with performing this timeout included Knosp grade (for pituitary adenomas, p = 0.002), carotid artery encasement (p < 0.001), extended approach (p < 0.001), tumor size (p = 0.05) and diagnosis (p < 0.001). Re-operation and prior radiation were not factors for this cohort. The single carotid artery branch (hypertrophic vidian artery) injury that was sustained was easily and successfully managed, aided by preparation established via this protocol. The additional time necessary for this timeout to be performed was negligible with respect to the overall surgery length. A carotid artery injury timeout can and should be successfully implemented for extended endonasal operations for pituitary and parasellar tumors with high risk factors including, but not limited to, carotid injury encasement, large tumor size and non-adenomatous diagnoses. A comprehensive plan for both intraoperative and perioperative management of the carotid injury is necessary to minimize the risk of morbidity and to deliver care expeditiously.

Overlap syndrome of hereditary hemorrhagic telangiectasia and juvenile polyposis syndrome: ten years follow-up-case series and review of literature.

Hereditary Hemorrhagic Telangiectasia (HHT) is an autosomal vascular dysplasia characterized by the presence of mucocutaneous telangiectasia and arteriovenous malformations in solid organs. The Curaçao criteria and/or detection of ALK1, ENG, and SMAD4 gene mutations are used for diagnosis. Juvenile Polyposis Syndrome (JPS) is diagnosed according to the number and localization of juvenile polyps, and family history of JPS. Both entities have a low prevalence. Mutation of SMAD4 leads to a combined syndrome of these two conditions called HHT-JPS Overlap Syndrome. We aim to describe the clinical characteristics associated with this condition focusing on long term follow up and review of the literature. A cross-sectional descriptive study of HHT-JPS cases from an HHT Institutional Registry was designed. Patients were eligible for this case series if they fulfilled both HHT and JPS diagnostic criteria and/or mutation on SMAD4. A comprehensive review was conducted on the clinical phenotype associated with HHT and its gastrointestinal involvement. Fourteen patients from eleven families in 788 previously HHT-diagnosed patients met the inclusion criteria. The ages ranged between 25 and 70 years old and 12 were females. In addition to the typical signs/symptoms of HHT, two distinct phenotypes were observed. Nine patients predominantly exhibited initially upper, while five showed predominantly initially lower gastrointestinal involvement. Numerous musculoskeletal and cardiovascular anomalies were also identified. The observed phenotypic diversity, particularly in gastrointestinal involvement, underscores the need for tailored clinical approaches. Comprehensive assessments identified associated musculoskeletal and cardiovascular anomalies, emphasizing the systemic nature of HHT-JPS.

CHALLENGES AND OPPORTUNITIES IN IMPLEMENTING WEB 3.0 STRATEGIES

This article examines the problems and opportunities that organisations face in implementing a Web 3.0 strategy. It explores the decentralised and transparent characteristics of Web 3.0 technologies, including blockchain, smart contracts and decentralised apps (dApps), and their future impact on business operations. Methodology. The article applies a qualitative methodology using case studies of Fortune Global 500 companies to offer practical advice on Web 3.0 adoption, the obstacles they face and recommendations for overcoming these challenges. Results. Research shows that while the adoption of Web 3.0 offers significant promise for improving operational efficiency, transparency and customer trust, significant obstacles such as regulatory uncertainty, integration costs and technological complexity still need to be overcome. Overcoming industry-specific challenges and implementing customised solutions is crucial to the effective use of Web 3.0 technologies. Practical implications. The article offers practical solutions for businesses to effectively integrate Web 3.0 technologies, which will help increase operational efficiency, strengthen trust with consumers and open up new revenue opportunities through tokenisation and decentralised finance. Value/Originality. The article offers practical solutions for businesses to effectively integrate Web 3.0 technologies, which will help increase operational efficiency, strengthen trust with consumers and open up new revenue opportunities through tokenisation and decentralised finance.

How Built Environment Characteristics Influence Social Interactions During Neighbourhood Walks Among Urban Inhabitants

As an accessible and low-risk mode of transportation and recreational activity, walking both produces and is produced by socio-spatial urban features. The health benefits of walking transcend physical fitness, remaining integral to mental health and to fostering social connectedness in urban communities. Understanding what drives walking behaviour, therefore, warrants attention from a public health perspective. This qualitative case study focuses on the social interactions of inhabitants during neighbourhood walks and how built environment features influence walking patterns and experience. Using diaries, maps, and semi-structured interviews with 45 inhabitants of a mid-sized Canadian city, this research investigates the influence of permanent and temporary physical features on the perceived quality of inhabitants’ walks. The findings show the public visibility of urban modifications influences walking behaviour and improves social interactions, leading to a heightened sense of belonging and community. Inhabitant-led modifications in the urban space were mostly neighbourhood-bound and voyeuristic, whereas administrative interventions were more successful for collectivization. Both types of interventions are argued to foster social connectedness through different mechanisms, with positive impacts on inhabitants’ health and wellbeing. The findings underscore the relevance of community-led and administratively planned interventions in built environments in positioning public health policies associated with social cohesion and connectedness.