Short abstract:With our case study ‘Researching the City: Mapping Imaginaries’ of Amsterdam Zuidoost, we explore grass-root, collaborative knowledge practices through mixed methods of counter-mapping that fosters critical emancipatory awareness and affective engagement with areas in the urban semi-periphery.Long abstract:Urban transformations often result in ‘affective displacement’ and have consequences for the health and well-being of residents (Butcher & Dickens, 2016; Brummet and Reed, 2019). Displacement is a form of violence, that includes processes of ‘cultural appropriation’ (Elliott-Cooper et al., 2020) and its impacts need to be better ‘documented and resisted’ (ibid). Responding to this call, with our case study of ‘Researching the City: Mapping Imaginaries’ of Amsterdam Southeast (Zuidoost), we turned to medium specific, embodied, non-representational (Thrift, 2008) counter-mapping to better engage (in terms of cultural sensitivity and inclusivity) with the urban ‘semi-periphery’ (Blagojevic, 2009).We used digital methods (Rogers, 2013) to explore how Amsterdam Southeast is ‘seen’ through search engine results (stakeholders networks). We intervened in the mapping with local expert knowledge of activists, artists, and researchers. We also used affect as an intervention and collaboratively collected sensory data (recording with images, sounds, videos) with students and local communities. In this process we created a counter-archive, bringing to the forefront imaginaries, senses, emotions, and memories -- a repository of local affective knowledge.Our case study shows that "counter-mapping" can be a meditative and reflective practice that fosters critical and emancipatory awareness in students, partners, and local communities. It opens space for reimagining and productive affective engagement with areas in the urban periphery. It also enables various themes of consideration: ‘body as an archive’, and archiving 'imaginaries' practices such as performance, memory, and digital objects.
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Global issues, including the current pandemic and ongoing climate change, shape voluntary and forced international migration flows in inequitable ways. Anti-immigrant discourses in the Global North seek to capitalize on public concerns about border control. Meanwhile, the greatest immigration challenges are borne by countries in the Global South. The majority of refugees who are forcibly displaced by war, political violence, poverty, and environmental disasters seek refuge in neighbouring regions where many states lack the capacity to adequately support them. Given these challenges, it is imperative for occupational scientists to work collaboratively to support equitable occupational possibilities for immigrants, refugees, and internally displaced persons. During this dialogic session we will 1) outline useful theoretical approaches for understanding how migration shapes engagement in occupations; 2) discuss specific ethical considerations and methods for studying migration and its occupational implications; and 3) share promising practices for working with people from migration backgrounds. Each topic will be introduced through a brief presentation from one of the co-authors sharing vignettes from their own research and professional experiences to ignite discussions. Following each of the three presentations, participants will be grouped strategically to build networks among those with similar interests. This may include grouping participants who share a language.>What are the gaps in occupation-based research on global migration, and how can these be collaboratively addressed?>How can occupational science contribute to discussions within migration studies?>What occupational concepts are most useful for studying different migrant populations?
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The Ph.D. candidate will investigate the seismic response of connection details frequently used in traditional Dutch construction practice, specifically in the Groningen area. The research will focus on the experimental and numerical definition of the complete load-deflection behaviour of each considered connection; specifically, the tests will aim at identifying stiffness, strength, ductility, and dissipative behaviour of the connections. The experiments will be conducted on scaled or full-scale components that properly resemble the as-built and retrofitted as well connection details. The tests will involve monotonic and cyclic loading protocols to be able to define the load and displacement response of the connection to reversal loads, such as earthquakes, as well as the development of failure mechanisms under such loading cases. Possibly, also dynamic tests will be performed. Numerical models will be created and calibrated versus the experimental findings. Characteristic hysteretic behaviours of the examined connection types will be provided for the use of engineers and researchers.
The structure will be monitored real-time and reasons behind the damages will be found. Proposals for protecting the structure against earthquakes will be made. - Damage scenario of the building, in relation to the induced seismicity effects on structures in the region- Establishment of a real-time structural monitoring toolThe building will be instrumented with accelerometers and displacement crack sensors. Additionally to the monitoring efforts, the structure will also be modelled in FE computer simulations in an effort trying to find out possible future response of the monument to strong earthquakes. The monitoring data will be combined with FE simulations in concluding the response of the structure to recursive induced seismic events.
