Room: Exhibit Hall
Thread: Diversity
Duration: 90 minutes
Chairs: Christine Tang, Sandra Volken
Support: Martha Toy
Presenters: Erica Rieder, Birgit Kopainsky
Conservation practitioners protect biodiversity within complex social-ecological systems, yet often have an inadequate understanding of the consequences of decision making. Participatory system dynamics (SD) synthesizes research and local knowledge while helping groups develop new insights. Wild tigers are severely threatened by poaching to meet consumer demand. Opinions differ on how the farming of tigers influences poaching of wild tigers. My research works with international conservation partners in a virtual participatory SD modeling process. My poster will present the final CLD from this research and summarize preliminary insights from the modeling process.
Presenters: Dr Ben Matellini, Prof Ian Jenkinson, Robyn Pyne, Ramatu Abdulkadir, Prof Trung Thanh Nguyen
Medicine stockouts continue to hamper the treatment of patients, leading to a loss of confidence in Nigerian hospitals. This study aimed to understand the system archetype that prevents medicine availability in hospitals to achieve Universal Health Coverage. In-depth semi-structured interviews with supply chain managers and stakeholders from five public healthcare supply chains were used in a system dynamic modelling method to model and simulate the drug revolving fund program. The insights from the simulations show that the DRF program is trapped in a shifting the burden archetype dilemma. The reactive levers of emergency procurement and government funding prevented the DRF program from providing medicines for patient care. Digitalising supply chains and strategic procurement partnerships are proposed as policies to reduce stockouts.This study is a unique approach of using in-depth interviews and elicitation workshops to understand the system archetypes of medicine stockouts in revolving public healthcare fund programs in Nigeria. This study proposes a conceptual model of the medicine stockout archetype and policies to avoid shifting the burden of improving medicine availability.
Presenters: Emily Nabong, Aaron Opdyke, Jeff Walters
This research presents a framework of how different systems thinking methodologies were used to better understand the problem of climate displacement. This study breaks the research into three main components: a systematic literature review, a survey of experts, and a system dynamics model. The findings from the systematic literature review and survey of experts are discussed, as well as how they have been built upon to inform the system dynamics model. In this paper, we aim to highlight how the progression of methodologies used strengthens the culminating model developed, while also sharing specific results on the topic of climate migration. The system dynamics model is not yet completed, but an overview of proposed methodology and expected results are shared as a work in progress.
Presenter: Joseph Ching
This study investigates how individuals in operational roles can change systems through a personal reflection of a charter school fellow. Through the collection of qualitative data serving in roles from front office, teacher support, administration to governance support, the author used modeling as a reflective tool to understand the system he was operating in. Viable system modeling, causal loop diagrams and cognitive mapping tools helped elucidate underlying structures, leverage points and positional power. The process revealed how cognitive mapping was an empowering way to develop systems awareness and promote positive relationships. The experience serves as a case study proving entry-level roles can practice advocacy for high-leverage interventions and systems awareness building to generate systems change.
Presenter: Martyna Wala
Recent studies show that Mt. Taranaki is likely to generate national-scale consequences for New Zealand in the near future and that volcanic activity may last for years, decades, or even centuries. The study focuses on understanding how communities, businesses, and government may navigate through the long-term recovery phase from the Taranaki eruption under conditions of ongoing exposure to natural hazards. Unlike recovery from linear, static, one-off hazardous events, the Taranaki recovery path will have a complex, nonlinear, and dynamic structure and will be influenced by many factors, such as, e.g., compound risk, unintended consequences of decision-making, and complexity of the socioeconomic system. To tackle these challenges, a better understanding of the socioeconomic system and its elements is necessary. The study employs a multi-method, participatory System Dynamics approach.
Presenter: Andrew Brown
The term “community-based system dynamics” (CBSD) is being used increasingly commonly in the public health literature to describe working with communities to address local health and wellbeing issues using system dynamics. CBSD as originally documented is a long-term capacity building effort over the course of multiple projects. While there are some case studies in the academic literature documenting long-term use of CBSD, many examples describe a onetime group model building (GMB) project. A longer term view is needed to research important constructs related to CBSD, such as community capacity building in system dynamics, communities of practice that emerge around models, and community demand for simulation modelling. As public health continues to embrace CBSD as a method for advancing community health over time, there is a need to document and evaluate CBSD projects longitudinally to continue to develop best practices.