Pedagogical value

My YouTube channel uses storytelling to facilitate science communication. Stories are humanity’s oldest teaching tool: they let us learn from others’ experiences, and they remain powerful because they engage emotion, imagination, and memory. Neuroscience shows that emotionally salient experiences are encoded more deeply in long-term memory, which translates to improved comprehension and recall. Story-based teaching delivery also improves attention, provides scaffolding for learners and reduces cognitive fatigue. To enhance learning outcomes, I use a methodical approach to video creation. I begin with a clear learning objective: to understand an abstract or complex idea, such as the role of feedback loops in the climate system. I then find a concrete story that illustrates the concept and pick out secondary objectives — like the ability to describe a specific, tangible process — which form the backbone of the script. The narrative is then structured with “but” and “therefore” story beats to vary emotional tone and sustain engagement. Humour, analogy, and visuals are also central to the success of this framework. Humour allows learners to connect with me as a presenter, while analogies and visual aids support different learning styles and broaden accessibility. This format has huge pedagogical potential. Short, re-watchable videos work well in flipped classrooms, as they are easy to watch asynchronously and provide points for face-to-face discussion; they are also compatible with interactive tools such as H5P. Moreover, they are accessible to learners outside of educational institutions — and even to researchers, as I found when a geologist contacted me to discuss how one of my videos related to his own work. In short, humans are a storytelling species. By reconciling scientific explanation with an approachable social media style, I aim to foster trust in science and help learners see it not as distant theory but as something tangible, connected to their own world.