Foyle Bubbles: How can design reduce suicide attempts using everyday social and civic spaces?

The River Foyle and its environments, banks and bridges in Derry/Londonderry in Northern Ireland have become associated with poor mental health and emotional wellbeing. ‘Our Future Foyle’ is a collaborative research initiative looking at how health and wellbeing can be designed into the riverfront in the city as a means of suicide prevention. This paper discusses one aspect and output of the research and design process: ‘Foyle Bubbles’ In order to carry out research and engage with the community as a whole the team have been carrying out a series of architectural interventions during city scale events. Using various co-design methods, the project has sought people from across the community, in an area which is known for its past conflict. The research showed the need for shared space along the riverfront. People within the community felt that 'one side of the river gets more than the other side'. This pointed to the need for movable spaces that could respond to the needs of different areas of the waterfront without having to be located in one area. Such spaces could be occupied by a variety of organisations and individuals to create a network and reinforce that community congestion. ‘Foyle Bubbles’ are a series of satellite spaces designed to house arts, commercial, educational and well-being activities around the riverfront; these will act as suicide deterrents and increase footfall and so achieve natural surveillance of the site. These portable pods offer the opportunity for enterprise and community engagement through social and civic functions. This pilot and subsequent measurable data provide the necessary evidence for larger procurement and roll out across the local community and service users with the hope of creating a connected, engaged and positive community on the river with the needs of people in crisis at its heart

Creating an Inclusive Architectural Intervention as a research Space to Explore Community Wellbeing

Abstract: This paper outlines a two-year active design research project coordinated in collaboration with Public Health Northern Ireland and set in the city of Derry/Londonderry to explore how inclusive design methodologies can produce interventions to improve community wellbeing. The research focuses on the waterfront of the River Foyle and how an inclusive architectural intervention challenged the areas’ negative associations. In the last decade, the waterfront has become synonymous with mental health crisis and suicide. This has led to the phrase “I'm ready for the Foyle” becoming embedded within the communities’ language as a colloquial term for stress. This project seeks to extend inclusive design within the community, creating wellbeing spaces around the bridges and banks of the river, with outcomes focused on drawing people to the area as a place of celebration and life affirming activities. The project has helped to develop Inclusive Design as a means of engaging a whole city in the redesign of public spaces for improved wellbeing

Hierarchy and Anarchy in Quark Mass Matrices, or Can Hierarchy Tolerate Anarchy?

The consequences of adding random perturbations (anarchy) to a baseline hierarchical model of quark masses and mixings are explored. Even small perturbations of the order of 5% of the smallest non-zero element can already give deviations significantly affecting parameters of the Cabibbo-Kobayashi-Maskawa (CKM) matrix, so any process generating the anarchy should in general be limited to this order of magnitude. The regularities of quark masses and mixings thus appear to be far from a generic feature of randomness in the mass matrices, and more likely indicate an underlying order.Comment: 11 pages, LaTeX, 3 figures, to be submitted to Phys. Lett. B. Abstract and Introduction changed to better reflect conclusion

Foyle Reeds: How can design reduce suicide attempts at a specific place whilst at the same time improving the experience for all?

The impact of a suicide in a public environment has a profound negative effect on those living nearby. This paper outlines a project aiming to tackle this by bringing together researchers, designers and the local community to reduce suicidal behaviour and improve well-being across a section of the Foyle riverfront in Derry Londonderry through suicide prevention interventions. This paper discusses ‘Foyle Reeds’, one element of the project, an art installation and suicide prevention barrier for one of the bridges, designed to protect and engage with the community whilst avoiding any sense of imprisonment. The team created a research space at a number of large city wide events connecting with over 5,000 people through research activities such as voting on key themes and outcomes, comment cards about activities people would like to see around the river and vox-pop interviews about focused topics. The team have conducted in-depth workshops with over 100 individuals, held site visits and observations with key stakeholders from the local statutory and community groups and engaged with people over social media through surveys, reaching over 10,000 people. In-depth interviews with suicideologists and people who have attempted suicide were carried out in parallel. Individuals highlighted several key concerns about the bridge, including the suicide stigma, the wind and the height. A multidisciplinary team of students used these insights to create a range of designs. The concepts were tested using stakeholder workshops and led to the creation of the ‘Foyle Reed’ bridge concept, inspired by the ‘common reeds’ which surround the riverfront. By day, the bridge becomes part of a sculptural trail and provides an element of shelter and safety for pedestrians. At dusk the bridge displays interactive lighting. As the project moves towards the procurement phase, the measurement of impact on the community, and the environment is under way

Protocol for intervention development to improve adolescent perinatal mental health in Kenya and Mozambique: The INSPIRE project

Introduction: Mental health interventions have traditionally been developed by clinicians and researchers without the meaningful engagement and partnership with those who would receive, deliver, and fund them. Recent progress has highlighted the importance of the co-design of interventions, through stakeholder participation, as a means of increasing the integration of mental health interventions into existing health, education, and social care systems. This protocol describes the pre-implementation phase of the INSPIRE (Innovative approaches to adolescent perinatal wellbeing) project which aims to identify challenges, and design and test interventions to promote mental wellbeing and good mental health of adolescent girls during pregnancy and the year after birth with local stakeholders in Kenya and Mozambique. Methods: A participatory approach that blends human-centred design, systems thinking, and implementation science methods will be used to engage adolescents (aged 15–19 years), their families, and other stakeholders who can influence implementation efforts, in planning and preparing interventions. First, an understanding of context, barriers, and opportunities related to adolescent perinatal mental health will be elicited through individual interviews, focus group discussions, and observations. This will be complemented by a scoping review of relevant interventions. The research team will identify contextual insights relating to adolescent and system characteristics, strengths, and challenges. These will be shared with and refined by stakeholders. Thematic analysis will be conducted to describe the experiences of adolescent girls, and barriers and enablers to maintaining good mental health. The former will be triangulated with the Context and Implementation of Complex Intervention (CICI) framework. Causal loop diagrams will be developed to illustrate the individual and system-level variables which influence adolescent perinatal mental health. Stakeholder workshops will be used to identify priorities, brainstorm potential interventions, develop a program theory, and prototype an intervention and implementation strategies. Intervention acceptability, appropriateness, and feasibility will be assessed, and a theory of change map finalized. Results: To date the study has recruited 169 participants to complete individual interviews, focus group discussions and observation activities. Conclusions: It is anticipated that the use of a participatory and systematic approach to the development of an intervention to improve mental health, will improve its perceived appropriateness, acceptability, and feasibility among key stakeholders. This may, in turn, significantly improve its availability, uptake, and sustainability

Developing the Double Diamond Process for Implementation

This paper details overarching methodological insights resulting from several Inclusive Design projects in healthcare spanning ten years. A number of lessons have emerged, both practical and methodological, and are applicable to future design work in healthcare and the implementation of innovation. The Double Diamond methodology was used in all projects, increasingly run in parallel / mixed with an agile approach and PDSA cycles, where rapid iterations of the methodology are run in series. The final phase of the Double Diamond concerns delivery. The exact form that ‘delivery’ takes is unique to each project and partnership, but merits careful examination. Implementation of innovation is notoriously difficult in healthcare (Morris et al, 2011). Typically this is seen as post-‘design’, and necessarily requires the commitment of any healthcare project partner. Whilst some of the best innovations win design awards, many award winning designs are not adopted into front line use. There may be more to be done in design terms. The practices of co-research, co-creation and co-design are well used. Co-implementation efforts should start well before the end of the ‘Discover’ phase. These efforts may involve the identification of implementation stakeholders (standard practice in much co-design), but also funding bodies, the development of business cases and the adoption of commercial constraints in the design. Adoption of innovation in healthcare takes time, and is fraught with many complicating factors. Many lauded design outputs are not in use, pointing to poor implementation strategies. The above benefits of the Double Diamond must be applied to implementation in order to help adoption. This not only means involving the relevant stakeholders and identifying the relevant funds for implementation earlier in the process, but crucially designing the output with an implementation strategy in mind. This practice of ‘co-implementation’ will improve future adoption of innovations

Main Bearing Replacement and Damage − A Field Data Study on 15 Gigawatts of Wind Energy Capacity

This study seeks to establish a comprehensive baseline of knowledge for the replacement and damage of main bearings in wind turbines. The purpose of this report is to provide a high-level summary of the data set, methodology, and results of this work. Full technical details and an extended analysis will be made available in a future publication. We collected data on main bearing replacements and reported damage from industrial partners based in Europe and the United States. In total, we obtained data for 167 wind power plants, with a combined capacity of 15.3 gigawatts (GW). Most of the data set was comprised of land-based, three-point mount, spherical roller bearings. Within this data set were 689 instances of main bearing replacement. Analysis was undertaken in two parts: first, a statistical analysis of the main bearing time-to-replacement data using survival analysis techniques; second, quantitative and qualitative analyses of the obtained damage information. Our results showed that 10% of a fixed main bearing population would be expected to have been replaced by 10.5 years. This is close to half of the 20-year design value. Fitted parametric distributions then indicated that by year 20, between 22% and 25% of main bearings are expected to have been replaced. Analysis of the damage reports revealed spalling to be the main type of damage listed. The additional presence of surface damage in the collected data indicates that at least part of the spalling cases are likely due to surface-initiated rolling contact fatigue. At this stage is not clear what proportion of spalling cases result from "wear induced", surface-initiated and subsurface-initiated rolling contact fatigue. While this work provides important insights into the current state of main bearing replacements and damage, many questions remain. An ongoing and expanding data collection and analysis effort focused on wind turbine main bearings is therefore recommended

The Conformal Sector of F-theory GUTs

D3-brane probes of exceptional Yukawa points in F-theory GUTs are natural hidden sectors for particle phenomenology. We find that coupling the probe to the MSSM yields a new class of N = 1 conformal fixed points with computable infrared R-charges. Quite surprisingly, we find that the MSSM only weakly mixes with the strongly coupled sector in the sense that the MSSM fields pick up small exactly computable anomalous dimensions. Additionally, we find that although the states of the probe sector transform as complete GUT multiplets, their coupling to Standard Model fields leads to a calculable threshold correction to the running of the visible sector gauge couplings which improves precision unification. We also briefly consider scenarios in which SUSY is broken in the hidden sector. This leads to a gauge mediated spectrum for the gauginos and first two superpartner generations, with additional contributions to the third generation superpartners and Higgs sector.Comment: v2: 51 pages, 2 figures, remark added, typos correcte

On the relevance of animal behavior to the management and conservation of fishes and fisheries

There are many syntheses on the role of animal behavior in understanding and mitigating conservation threats for wildlife. That body of work has inspired the development of a new discipline called conservation behavior. Yet, the majority of those synthetic papers focus on non-fish taxa such as birds and mammals. Many fish populations are subject to intensive exploitation and management and for decades researchers have used concepts and knowledge from animal behavior to support management and conservation actions. Dr. David L. G. Noakes is an influential ethologist who did much foundational work related to illustrating how behavior was relevant to the management and conservation of wild fish. We pay tribute to the late Dr. Noakes by summarizing the relevance of animal behavior to fisheries management and conservation. To do so, we first consider what behavior has revealed about how fish respond to key threats such as habitat alteration and loss, invasive species, climate change, pollution, and exploitation. We then consider how behavior has informed the application of common management interventions such as protected areas and spatial planning, stock enhancement, and restoration of habitat and connectivity. Our synthesis focuses on the totality of the field but includes reflections on the specific contributions of Dr. Noakes. Themes emerging from his approach include the value of fundamental research, management-scale experiments, and bridging behavior, physiology, and ecology. Animal behavior plays a key role in understanding and mitigating threats to wild fish populations and will become more important with the increasing pressures facing aquatic ecosystems. Fortunately, the toolbox for studying behavior is expanding, with technological and analytical advances revolutionizing our understanding of wild fish and generating new knowledge for fisheries managers and conservation practitioners.publishedVersio