If you missed our second Pandemics & Society Seminar of the 2023–24 academic year with PANSOC postdoc Maria Dunbar, you can catch up with the video here.
Recordings of all of our Seminars, beginning with the Fall 2021 series, are available here.
For the second Pandemics & Society Seminar of our Fall 2023 series, our own Maria Bekker-Nielsen Dunbar (PANSOC) will discuss her MSCA Project Proposal on historical endemic diseases. The seminar will be held on Thursday, 7 September at the normal time (1600 CEST). More information about our speaker and the presentation is below. You can sign up for email notifications about the seminar series, including the Zoom details, here.
Abstract
Tuberculosis is a disease which has long affected humans and can be fatal if not treated. While incidence is low in Norway currently, some cases are found annually, and latent tuberculosis and anti-microbial resistant tuberculosis remain a public health concern today. Historical records gathered during the nineteenth century have not been examined and may provide insights into the use of isolation as a treatment option. I will construct models to analyse data from these records following lines of inquiry developed using the syndemics framework.
About the Speaker
Maria Bekker-Nielsen Dunbar is an an early career researcher in infectious disease modelling at the Centre for Research on Pandemics & Society at OsloMet. She has experience of applications of modelling approaches to problems in environmental epidemiology and infectious disease epidemiology. Her current research interest is endemic diseases and how different population groups are disproportionately at risk of and affected by them.
Evi Juuti has been visiting PANSOC for two weeks in August.
Eevi Juuti is an architect, urban planner and a doctoral researcher at the University of Oulu specializing in the use of service design and design thinking in the context of built environment. She has also been working with topics concerning environmental health. Now she is working with RECIPE (Resistant Cities. Urban Planning as Means for Pandemic Prevention) project, which explores the relationship between built environments and pandemics.
If you missed our first Pandemics & Society Seminar of the 2023–24 academic year with Eevi Juuti of the RECIPE Project and the University of Oulo, you can catch up with the video here.
Recordings of all of our Seminars, beginning with the Fall 2021 series, are available here.
Amal Hassan is a master student studying International Social Welfare and Health Policy at OsloMet. Having obtained a bachelor’s degree in Pedagogical Childcare, her passion for improving the lives of children has been deeply ingrained in her. It was during her academic journey that she realized the significance of research in shaping policies and interventions to positively impact the lives of vulnerable individuals. This realization led her to pursue a master’s degree in international social Welfare and Health Policy, where she strives to develop a comprehensive understanding of both internal and global welfare systems and their impact. This academic pursuit has given her a broader understanding of social policies and interventions that can positively influence the lives of disadvantaged individuals and communities.
Her previous role at the Norwegian Labour and Welfare Administration, where she worked closely with adolescents aged 14-24, further honed her skills in advocating for and supporting young individuals in finding summer jobs and part-time employment. This experience not only exposed her to the challenges they face during their transition into adulthood but also instilled in her a deep sense of responsibility to contribute to evidence-based practices that can improve their long-term outcomes.
Her master’s thesis delves into the intricate web of socio-economic factors and their impact on the utilization of Non-Pharmaceutical Interventions (NPIs) during the COVID-19 pandemic. Acknowledging the widespread consequences of the pandemic on various aspects of life, including social, economic, and health realms, she focuses on the effectiveness and compliance of NPIs such as social distancing, face masks, and hand hygiene, which have proven to be crucial in curbing the virus’s spread.
Guided by advisor S-E Mamelund and the expertise of the members of Centre for Research on Pandemics & Society (PANSOC), the research investigation aims to uncover the intricate relationship between socio-economic factors and the adoption of NPIs as a strategy against the pandemic.
We are pleased to welcome Eevi Juuti (University of Oulu) to present at the first meeting of the Fall 2023 Pandemics & Society Seminar Series, on Thursday, 24 August (1600 CEST). Information about our speaker and the presentation is below. You can sign up for email notifications about the seminar series here.
Abstract
The first part of the presentation will take an overview of the RECIPE project (Resistant Cities. Urban Planning as Means for Pandemic Prevention), which explores the relationship between built environments and pandemics. The second part will further discuss findings of the study so far.
About the RECIPE Project
The RECIPE project explores the role of urban living environments and the potential of urban planning in anticipation and prevention of infectious diseases and thus pandemic outbreaks. The project combines expertise from the fields of environmental research, environmental health, history, information studies, public health, and urban planning. The project engages citizens, SMEs, planners and health professionals, cross-sectional institutions, and decision makers. The project provides new scientific knowledge of the linkages between urban living environments and health, deepens societal understanding of the linkages, develops tools and methods for resistant urban planning, and encourages cross-sectorial discussions and integrative policies between urban planning and health sectors.
About the Speaker
Eevi Juuti is an architect, urban planner and a doctoral researcher at the University of Oulu specializing in the use of service design and design thinking in the context of built environment. She has also been working with topics concerning environmental health. Now she is working with RECIPE (Resistant Cities. Urban Planning as Means for Pandemic Prevention) project, which explores the relationship between built environments and pandemics.
Maria Bekker-Nielsen Dunbar (PANSOC) defended her PhD at University of Zurich last month. Everyone is back in the office after summer, and we wanted to start the new academic year with a celebration of this achievement!
Her thesis focused on the COVID-19 pandemic where she incorporated time-varying transmission weights in endemic-epidemic models of infectious disease surveillance data to evaluate control and mitigation strategies. She examined non-pharmaceutical interventions in 2020: the border closure between Italy and Switzerland in 2020 (1) and school closures in Zurich and Switzerland (2, 3). After the introduction of vaccines, she examined their impact as a pharmaceutical intervention (4). You can see her present the work on school closures at a Royal Statistical Society meeting here https://www.youtube.com/watch?v=DdULeSrwomQ (starts around 28:00).
The COVID-19 pandemic has become one of the most devastating worldwide crises. The pandemic has heavily affected the most vulnerable groups, including Indigenous communities. Our study aimed to evaluate the attitudes and behaviors relating to care and prevention of COVID-19 in a predominantly Indigenous university population in Mexico.
Our new study highlights significant vaccination disparities between the university population and their parents, although no substantial differences regarding attitudes and prevention of COVID-19 between the Indigenous and non-Indigenous populations were found. Findings suggest that efforts to expand prevention to students’ families and surrounding communities could lead to significant public health gains and should be further investigated. Furthermore, the university setting may improve access to prevention tools against COVID-19.