Latest contribution
Leading with Lived Experience across the research life cycle
By Catherine Brasier, Dan Chamberlain and Sarah Wilson.
2. Dan Chamberlain (biography)
3. Sarah Wilson (biography)
How can researchers and people with Lived Experience expertise effectively and authentically work together in Lived-Experience-centred research?
Along with colleagues, we have developed a structured approach, namely the “Wellways Six Steps of the Research Life Cycle,” which is shown in the figure below and described, along with 16 key actions. The aim is to help researchers and people with Lived Experience expertise to “work it out together.”
People with Lived Experience expertise demonstrate deep understanding of the following elements to drive their input:
- their own personal experience of the issue at hand
- their understanding of other people’s Lived Experiences
- Lived Experience values and practices
- the history of the Lived Experience movement – including the impact of the systemic and social factors.
Recent contributions
Accountability in two different teamwork environments: The jigsaw puzzle and the collage
By Allison Dalton, Yvonne Pelling and Gaetano R. Lotrecchiano.
2. Yvonne Pelling (biography)
3. Gaetano R. Lotrecchiano (biography)
How can teams demonstrate accountability in two different collaborative environments?
Accountability refers to the ways, both tangible and intangible, of showing up for ourselves and the rest of the team throughout a collaborative project. It gives rise to trust and forward momentum which impacts team functioning and ultimately the outcome of the work.
Here we look at accountability in two different collaborative environments, which we refer to using the metaphors of the jigsaw puzzle and the collage.
A team tasked with assembling a jigsaw puzzle deals with a finite set of clearly distinguished pieces, each to be fitted together in one correct way, and a reference image to demonstrate what the outcome will look like.
Transdisciplinary research in the Global South: Challenges and recommendations
By Laila Sandroni and Marcel Bursztyn.
2. Marcel Bursztyn (biography)
What are the key challenges in conducting research that aims to bridge science, policy and grassroots demands? How can such challenges be addressed?
This i2Insights contribution is based on transdisciplinary research that we and colleagues undertook with local communities in Brazil (Sandroni et al., 2026) and we suggest that the challenges and recommendations have broader relevance. Some are relevant to all transdisciplinary research, while others have particular resonance in Global South contexts.
Challenges
Key challenges centre around timing; tensions in worldviews; urgency and impact of climate change; process-oriented research and academic outputs; and language, concepts, and translation.
Timing
Implementation strategies: Functions and intentions
By Julia E. Moore and Sobia Khan.
2. Sobia Khan (biography)
When planning for change, how can you usefully think about the intended function or purpose of your implementation strategy? And what are effective ways to usefully think about how the strategy will operate in practice, the mechanisms that shape how people experience it, and how change is activated?
We have developed thirteen intended functions or purposes that an implementation strategy can serve. Functions clarify what a strategy is meant to accomplish. In addition, we have developed 35 intentions of implementation strategies, which describe how people engage with a strategy and how it leads to change.
Functions of implementation strategies
Individuals and teams who are planning, implementing, or supporting change may find it useful to review the 13 functions or purposes of strategies for change that are described in the table below in order to clearly communicate, and effectively plan for, what they are aiming to achieve.
The ontologies of restricted and general complexity
By Jean Boulton.
What is a useful way to clarify the underpinning ontological ground of complexity? What can we learn from the work of Edgar Morin (2006), who distinguishes between those working within the frames of restricted and general complexity? And how are these frames relevant to practice?
Morin makes a distinction between:
- a framing of complexity that sits within the ontology of classical science, which he calls ‘restricted complexity’
- the ‘general complexity’ of the ‘real world,’ where general complexity is more paradoxical, more integrating, more challenging, ambiguous and uncertain – but also ripe with potential.
Restricted complexity emanates from the world of models, maps and mathematics. The aim is to find ways to represent the complexity of the real world, by finding a good map.
General complexity, by contrast, starts further back into the primordial mud, and champions the attainment of knowledge through wandering the ‘territory’.
Highlighted contributions
Five core competency areas for participatory modeling
By Sondoss Elsawah, Elena Bakhanova, Raimo P. Hämäläinen and Alexey Voinov
2. Elena Bakhanova (biography)
3. Raimo P. Hämäläinen (biography)
4. Alexey Voinov (biography)
What knowledge and skills do individuals and teams need to be effective at participatory modeling?
We suggest that five core competency areas are essential for participatory modeling:
- systems thinking
- modeling
- group facilitation
- project management and leadership
- operating in the virtual space.
These are illustrated in the figure below.
These competency areas have naturally overlapping elements and should therefore be seen as a holistic and interdependent set. Further, while certain competencies such as modeling skills can be addressed by individual members of a participatory modeling team, the entire process is a team effort and it is necessary to also consider the competencies as a group skill.
Pragmatism and critical systems thinking: Back to the future of systems thinking
By Michael C. Jackson
Would systems thinking realize its potential as a force for good in the world if it rediscovered and developed its pragmatist roots? Does the link between the past and future of systems thinking lie through critical systems thinking and practice?
In brief, I suggest that:
- Pragmatism provides an appropriate philosophy for systems thinking.
- Systems thinking has pragmatist roots.
- Critical systems thinking and practice shows how to develop those roots.
- Pragmatism can help systems thinking realize its potential and systems thinking can help pragmatism achieve what it set out to do.
What is pragmatism?
Kant was in awe of Newton’s science but believed it could supply certainty only about the physical world. In most areas of human endeavor, he argued, we have to use ‘pragmatic belief’ to guide our actions.
How to organize an “all-hands” meeting
By Gemma Jiang, Diane Boghrat and Jenny Grabmeier
2. Diane Boghrat (biography)
3. Jenny Grabmeier (biography)
What is an “all-hands” meeting? What’s required to assemble an effective planning team? What should the planning team consider in setting parameters for the meeting?
What is an “all-hands” meeting?
Here we consider all-hands meetings in the context of our experience with a large cross-disciplinary institute, where members are geographically distributed. An annual all-hands meeting is an effective mechanism many such organizations employ to bring all members together in person.
An all-hands meeting differs from a science conference in two main ways. First, its participants are identified members within the boundary of the organization. It is usually not open to a wider audience. Second, its topic areas extend beyond the research projects supported by the organization. Such topics can include strategic planning among leadership, community building among early career researchers, professional and interpersonal capacity building topics, and development of team science competency.
Wisely navigating knowledge co-production: Towards an ethics that builds capacities
By Guido Caniglia and Rebecca Freeth
2. Rebecca Freeth (biography)
How can I ensure that marginalized voices are heard in this project? Whom do I call on to offer the next perspective in this workshop and why? How can I intervene in this particular disagreement in a productive way? These are typical questions that researchers and practitioners involved in knowledge co-production processes ask themselves. They express deep ethical concerns, which also have epistemological and political implications, as they address the question: What should I do in this situation? What is right and wrong for me to do here?
We suggest that a perspective based on the ancient virtue of practical wisdom may help researchers and practitioners alike working in knowledge co-production to navigate the complexities of these questions.
Practical wisdom: An ancient virtue for wise navigation
Our answers to the deep ethical questions that emerge in collaborative and participatory research will vary depending on the specifics of the situation we are in, who is involved, as well as our own positionality and role in research projects or academic institutions. There is no formula to follow.