A tool for developing shared awareness of team member research interests and expertise

By Melanie Bauer, Joshua Roney and Stephen M. Fiore.

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1. Melanie Bauer (biography)
2. Joshua Roney (biography)
3. Stephen M. Fiore (biography)

How can team members who have been working together for a while check assumptions, ensuring they are aware of each other’s breadth of expertise and research interests?

We have developed the “Linking-Relinking” tool to facilitate such a process. This tool supports science teams through development of a transactive memory system, which is a form of shared cognition having to do with “who knows what” on a team. Studies continually show that teams that develop an accurate transactive memory system are better able to coordinate their knowledge when working on challenging problems. The Linking-Relinking Tool can support transactive memory system development by helping members determine how accurate their knowledge is of their teammates and calibrate appropriately.

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Tips for influencing government policy with research

By John Thwaites

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John Thwaites (biography)

Considering three questions can help researchers interested in better use of evidence in government policy making:

  1. how is evidence used by politicians?
  2. why is best evidence not always followed?
  3. what can be done to improve the likelihood that evidence will inform policy?

How evidence is used by politicians

It is useful to start with an appreciation that politicians look to many forms of evidence other than academic research, including the grey literature, government reports, reports from Royal commissions, various other forms of expert evidence (including the politician’s favourite expert), the experience of citizens, anecdotal evidence, reports from interested parties produced by consultants, the media and Google searches.

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Dealing with differences in interests through principled negotiation

By Gabriele Bammer

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Gabriele Bammer (biography)

How can the interests of a diverse group of researchers and stakeholders tackling a complex societal problem be understood and managed?

Interests arise when a person has a stake in something and stands to gain or lose depending on what happens to that something:

  • researchers commonly have a stake in advancing their work and careers,
  • stakeholders affected by a societal problem generally have a stake in improving the problem, and
  • stakeholders in a position to do something about a problem generally have a stake in improving outcomes for the problem through their sphere of influence.

Interests relate not only to personal conditions or stakes (self-interest), but also to principles such as reducing inequities and promoting justice.

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Clarifying incentives and expectations in research collaborations

By Alisa Zomer and Varja Lipovsek

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1. Alisa Zomer (biography)
2. Varja Lipovsek (biography)

In which areas do research collaborations between academics and practitioners often run into trouble? What difficult questions can we ask ourselves and our partners at the outset of a research collaboration that can set us up for a successful partnership? How can we learn from past successful and failed aspects of research partnerships?

In our experience four areas where collaborations can have problems are:

  • Incentives and expectations
  • Timelines
  • Collaborative decision making and team buy-in
  • Learning and dissemination.

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Understanding diversity primer: 6. Interests

By Gabriele Bammer

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What are interests and why are they important? How do they affect how problems are framed, understood and responded to? How do they affect how well those contributing to the research work together?

What are interests?

Interests will be familiar through attention paid to ‘conflicts of interest,’ ‘vested interests’ and ‘interest groups.’ Yet interests are challenging to pin down.

The common definition of interests as things that a person is curious about has some relevance for research. It needs to be rounded out by another aspect of interests, which is about having a stake in something and standing to gain or lose depending on what happens to that something.

For researchers, interests are generally a mixture of curiosity and stakes; curiosity to find out more, coupled with stakes in building on, and advancing, their own past work and careers.

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The MATRICx: Measuring motivation in science teams

By Gaetano R. Lotrecchiano

gaetano-lotrecchiano
Gaetano R. Lotrecchiano (biography)

What motivates scientists to work in teams? How can we measure motivation? Why should we be concerned about motivation in science teams?

Six domains of motivation for collaboration

Scientists and science stakeholders draw on different motivations to collaborate. The literature has discussed these motivations in different ways:

1. Advancing Science: Motivations to contribute to an agenda or the progression of research and science.

2. Building Relationships: Motivations to utilize resources and/or knowledge to establish or expand connections and one’s network of collaborators.

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What motivates researchers to become transdisciplinary and what are the implications for career development?

By Maria Helena Guimarães, Olivia Bina and Christian Pohl

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1. Maria Helena Guimarães (biography)
2. Olivia Bina (biography)
3. Christian Pohl (biography)

If disciplines shape scientific research by forming the primary institutional and cognitive units in academia, how do researchers start being interested in and working with a transdisciplinary approach? How does this influence their career development?

We interviewed 12 researchers working in Switzerland who are part of academia and identify as ‘transdisciplinarians’.

They described seven types of motivations:

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