How storytelling improves science communication

Four days on from World Storytelling Day 2026, the theme of ‘light in the dark’ provides a useful framing for how science is understood, shared and acted on. 

Science needs stories to be seen

Scientific work does not speak for itself. It produces data, evidence and insight. But without structure and narrative, much of that work remains out of public view.

Unfortunately, this occurs often in science. Research with clear implications for health, agriculture or policy sits behind member logins or inside technical reports. Although the findings might be significant, their impact is limited to the few who can access them.

Storytelling changes that. It brings research into public view, not by simplifying the science, but by giving it context. It articulates what problem is being addressed, who is affected and what changes as a result.

Why ‘light in the dark’ reflects how science is understood 

The 2026 theme for World Storytelling Day – light in the dark – works because it describes a real communication problem. Most people encounter science in fragments: headlines, summaries and second-hand interpretations. The underlying work is rarely visible in full.

A structured narrative changes that. It brings the key elements into view: what was studied, why it matters, and what comes next. Without that structure, audiences fill gaps themselves or disengage entirely.

We see this in practice. The opening lines of a piece determine whether it is picked up by media, shared across stakeholders, or ignored. 

‘Light’ in this context is about making the relevant parts of the research visible as soon as people start engaging with it.

Story structure determines whether research is used

There is a persistent assumption that storytelling sits outside ‘serious’ communication. That it is an optional layer applied after the science is complete. In practice, it shapes whether the work is understood at all.

A research paper presents methods, results and conclusions in a formal sequence. That structure is understood by research peers. It is not easily understood or applied by people who may benefit from the research.

Most audiences are not asking how the study was conducted. They are asking what has changed, why it matters, and what they should do next. If those elements are not clear, the research is often dismissed or overlooked.

This is apparent in applied fields such as agriculture. Growers do not act on findings because they are technically sound. They act when they can see how those findings apply to their own conditions. Information framed around local examples and peer experience gives them that reference point. Stand-alone results do not.

Moving from awareness to informed use 

Raising awareness is reasonably straightforward. Supporting understanding is more demanding.

Awareness tells an audience that something exists. It does not explain how it applies to them, what decisions it affects, or what trade-offs are involved. That requires a sequence of information that builds context before drawing conclusions.

Many communication efforts stop short of this. They present the outcome without establishing why it matters or how it connects to existing practice. Key details appear too late, or not at all.

The result is predictable” people notice the work but cannot use it.

A structured narrative addresses this by ordering information so that each part prepares the next. Context first. Then findings. Then implications.

The role of science communicators 

Our role is not to ‘make science interesting’. It is to make it usable.

That starts with identifying the decisions the audience needs to make, then selecting and ordering the information that supports those decisions. The structure will change depending on the format.

A report can carry full detail, with methods and evidence laid out in sequence. A media release leads with the outcome and its significance. A presentation often starts with the problem before moving to findings and implications. 

Across all formats, the same core questions need to be answered: what is happening, why it matters, and what follows. When those elements are clear, audiences can act with confidence.

Applied consistently, this approach becomes part of how an organisation communicates. It is not limited to major announcements or publication points. It shapes how work is described at every stage.

What this moment calls for 

World Storytelling Day highlights the global nature of storytelling. Science communication operates in the same way. Ideas move across borders, disciplines and platforms.

But reach alone is not enough. What matters is whether those ideas are understood and applied.

That requires discipline. Clear framing, consistent structure, and attention to how stories begin, not just how they end.

Putting storytelling into practice 

If your research needs to reach beyond technical reports or member logins, we will work with you to help your work be seen, understood and used.

Email us to continue the conversation.