Reading about team-based faculty development (Bolander Laksov et al., 2022)

Bolander Laksov et al. (2022) designed a program “to support teams of clinical teachers to build capacity to lead educational change based on educational research in their clinical environments” to run over a year with 8 half-day workshops that each included preparatory tasks. Three years later, three of the five projects are still going strong, so let’s read about how they did that!

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Helping students connect disciplinary concepts with the real world is helping them learn

I’ve claimed that for years (for example with wave watching, with active lunch breaks, with tweeting about course content), but now I read the current iEarth Journal Club article that makes the exact same point and explains it with expectancy-value theory. See my 2014 summary of Hulleman & Harackiewicz (2009), or even better, read the 2-page-long original article!


Hulleman, C. S., & Harackiewicz, J. M. (2009). Promoting interest and performance in high school science classes. science326(5958), 1410-1412.

Summary part 2&3 of “Competences in Education for Sustainable Development. Critical Perspectives” (Vare, Lausselet, Rieckmann, 2022)

I have previously summarised the first part of the book “Competences in Education for Sustainable Development. Critical Perspectives” by Vare, Lausselet, & Rieckmann (2022), and here are some take-aways from part two & three.

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Recently published: “Supporting sensemaking by introducing a connecting thread throughout a course” (Daae, Semper, Glessmer; 2024)

Rotating fluid dynamics are super cool on the one hand (just look at my collection of DIYnamics rotating experiments, or our time on the 13m-diameter-tank-on-a-merry-go-round in Grenoble), but also super difficult to teach. I’ve tried different things with Pierre (with a super easy introduction to rotation in labs that we taught) and Kjersti and Elin (using student guides to help students in their first exposure to the topic, but also to give the guides a chance to repeat and deepen their understanding). And I think on the lab front of things, we’ve made progress. But what about introductory courses where there are no labs involved, and rotation is still happening on spacial scales that are hard to imagine and even harder to directly observe, where the maths is still too difficult to make sense of for most, and yet where the influence of rotation needs to be understood anyway? Recently, Kjersti, Steffi, and I came up with a plan for how to connect all the topics in an introductory course to each other and to rotation, using a weather map as the connecting thread. Our article on this has just been published, check it out!


Daae, K., S. Semper, and M.S. Glessmer. 2024. Supporting sensemaking by introducing a connecting thread throughout a course. Oceanography, https://doi.org/10.5670/oceanog.2024.604.

Recently published: “Adapting a Teaching Method to Fit Purpose and Context” (Glessmer, Bovill & Daae; 2024)

New article published! “Adapting a Teaching Method to Fit Purpose and Context” (Glessmer, Bovill & Daae; 2024), based on this blogpost, but a little more thought through and polished with Cathy and Kjersti in beautiful Voss! Check it out here, and enjoy!


M. S. Glessmer, C. Bovill, and K. Daae (2024). Adapting a teaching method to fit purpose and context. Oceanographyhttps://doi.org/10.5670/oceanog.2024.603.

Currently reading about “botshit”, and how to avoid it (Hannigan, McCarthy, Spicer; 2024)

When I recently summarized an article that claimed that Large Language Models (LLM) are “bullshit”, I got a lot of strong reactions offline and online about that term, and a comment recommending the article “Beware of botshit: how to manage the epistemic risks of generative chatbots” (Thanks, Ian!). In that article, Hannigan, McCarthy and Spicer (2024) suggest using the term “botshit” to describe what can happen when users uncritically use the output of LLMs, and I spent the better part of a Baltic Sea crossing today enjoying that article.

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