Sharing scientific findings clearly is just as important as generating them — an investigation that produces great data but is poorly communicated fails to have its intended impact. Effective science communication considers purpose (are you informing, persuading, or explaining?) and audience (a scientific report for other researchers looks very different from a poster for the public), selecting appropriate language and text features accordingly — technical vocabulary and detailed methodology for experts, plain language and clear visuals for a general audience. A well-structured scientific write-up typically includes an aim, method, results, and a conclusion connecting the findings back to the original question.
Example
A researcher writing up a plant growth study for a scientific journal would include precise statistical analysis and technical terminology for other scientists to evaluate and replicate. Communicating the same findings to a school newsletter would instead use plain language and a simple graph — 'Plants given more sunlight grew about 20% taller on average' — tailored to a very different audience and purpose.
Key terms
Audience:
The specific group of people a piece of communication is created for.
Purpose:
The goal of a piece of communication — to inform, persuade, or explain.
Questions
1. Effective science communication considers:
Purpose and audience
Neither purpose nor audience
Only the length of the text
Only the researcher's personal preference
2. A scientific report for other researchers typically differs from a public-facing poster in its:
Language and level of technical detail
Underlying scientific findings
The actual data collected
Nothing at all, they are identical
3. A well-structured scientific write-up typically includes:
Aim, method, results and conclusion
Only a title with nothing else
A single unexplained number
Only a list of opinions
4. The conclusion of a scientific write-up should:
Connect the findings back to the original question
Ignore the original question entirely
Introduce a completely unrelated topic
Contain no reference to the results
5. Communicating to a general audience typically requires:
Plain language and clear visuals
Only highly technical jargon
No explanation of the findings at all
The exact same approach as a scientific journal
6. An investigation with great data but poor communication:
Fails to have its intended impact
Automatically becomes more impactful
Has no need to be shared at all
Is always understood perfectly regardless
7. The "method" section of a scientific write-up describes:
How the investigation was conducted
Only the final conclusion
The researcher's personal opinions
Nothing about the investigation process
8. Why might a scientific journal article include detailed methodology while a public poster does not?
Other researchers need enough detail to evaluate and replicate the study, while the public generally needs the key findings and implications
Public posters always require more technical detail than journal articles
Detailed methodology is never useful to any audience
There is no reason to adjust the level of detail based on audience
9. Why might using plain language and clear visuals help communicate a scientific finding to the general public?
It makes complex ideas more accessible to an audience without specialised background knowledge
Plain language always makes findings less accurate
The general public prefers dense technical jargon over clear explanations
Visuals never help communicate scientific findings
10. Why should the conclusion of a scientific write-up explicitly connect back to the original investigable question?
It shows clearly whether and how the investigation actually answered what it set out to explore
Conclusions should always introduce entirely new, unrelated questions
The original question becomes irrelevant once data is collected
This connection is optional and rarely included in good scientific writing
11. Why might a researcher writing for a school newsletter say "plants grew about 20% taller" instead of quoting a detailed statistical test?
This phrasing communicates the key finding clearly to a general audience without requiring statistical expertise
A general audience always prefers detailed statistical tests over simple summaries
Simplifying language for a general audience is never an appropriate communication strategy
Detailed statistics and a plain-language summary always convey identical information to any audience
12. Why is identifying your purpose (inform, persuade, explain) an important first step before writing up scientific findings?
It shapes what content, tone and structure will best achieve that specific communication goal
Purpose never affects how scientific findings should be communicated
All scientific communication should have an identical purpose, tone and structure
Identifying a purpose is an unnecessary extra step with no real benefit
13. Why might including a clear visual (like a graph) alongside a written explanation improve a scientific communication?
A visual can make a pattern or trend immediately clear in a way dense text alone might not
Visuals always distract from and weaken written scientific communication
Visuals should never be paired with written explanations
Written text alone always communicates data more effectively than any visual
14. Why might digital tools (like presentation software or infographic templates) help scientists communicate findings to different audiences?
They can help tailor the format, visuals and level of detail appropriately for a specific audience and purpose
Digital tools have no role in effective science communication
Digital tools always make scientific communication less accurate
Using digital tools removes the need to consider your audience at all
15. Why might a scientist writing for two very different audiences (e.g. expert peer reviewers and a general newsletter) need two genuinely different pieces of writing, not just one shortened version?
Each audience has different needs, background knowledge and expectations that a single one-size-fits-all version might not meet well
A single version is always equally effective and appropriate for every possible audience
Adapting communication for different audiences is unnecessary if the underlying findings are the same
Shortening a technical article always automatically makes it suitable for a general audience
16. Why might poor science communication (even about accurate findings) contribute to public misunderstanding of a scientific topic?
If findings are communicated unclearly or without appropriate context, audiences may draw the wrong conclusions even from accurate data
The clarity of communication has no bearing on how the public understands scientific findings
Public misunderstanding is always caused by inaccurate data, never by how it is communicated
Well-communicated inaccurate data is always understood more accurately than poorly-communicated accurate data
17. Why might tailoring language for a specific audience require care not to oversimplify to the point of being misleading?
Simplification can go too far and misrepresent nuance, uncertainty, or the actual strength of the evidence
There is no risk of oversimplification ever misleading an audience
Simplifying for an audience always improves the accuracy of the communicated finding
Nuance and uncertainty are irrelevant considerations when adapting for an audience
18. Why might the structure of a scientific write-up (aim, method, results, conclusion) matter beyond just being a formatting convention?
This logical structure helps readers follow the investigation's reasoning from question to evidence to conclusion
This structure is arbitrary and has no connection to helping a reader understand the investigation
Any random ordering of these sections communicates findings equally well
Following a clear structure has no bearing on how understandable a write-up is
19. Why might effectively communicating scientific findings to policymakers or the public be considered as scientifically important as the original research itself?
Research that isn't understood or acted upon by its intended audience may fail to have real-world impact, regardless of its scientific quality
Communication has no bearing on whether research creates any real-world impact
The quality of the original research is always sufficient on its own, regardless of how it is communicated
Policymakers and the public never need scientific findings communicated to them
20. A researcher presents identical data to a funding committee (as a persuasive case for more funding) and to a peer-reviewed journal (as a neutral, evidence-based report). Why might the framing and emphasis legitimately differ between the two, even though the underlying data is the same?
Each has a different purpose — persuading versus objectively informing — which appropriately shapes tone and emphasis without changing the underlying facts
The underlying data should always be presented with identical framing regardless of purpose
Adjusting framing for purpose is a form of scientific dishonesty
Funding committees and journals require exactly the same style of communication
21. Understanding how to communicate scientific findings for different audiences and purposes mainly helps you to:
Share your investigation's findings clearly and appropriately so they can actually be understood and used
Assume every audience needs the exact same level of technical detail
Ignore audience and purpose when writing up scientific work
Treat communication as unimportant compared to data collection
Answer key (parent copy)
1. Purpose and audience
2. Language and level of technical detail
3. Aim, method, results and conclusion
4. Connect the findings back to the original question
5. Plain language and clear visuals
6. Fails to have its intended impact
7. How the investigation was conducted
8. Other researchers need enough detail to evaluate and replicate the study, while the public generally needs the key findings and implications
9. It makes complex ideas more accessible to an audience without specialised background knowledge
10. It shows clearly whether and how the investigation actually answered what it set out to explore
11. This phrasing communicates the key finding clearly to a general audience without requiring statistical expertise
12. It shapes what content, tone and structure will best achieve that specific communication goal
13. A visual can make a pattern or trend immediately clear in a way dense text alone might not
14. They can help tailor the format, visuals and level of detail appropriately for a specific audience and purpose
15. Each audience has different needs, background knowledge and expectations that a single one-size-fits-all version might not meet well
16. If findings are communicated unclearly or without appropriate context, audiences may draw the wrong conclusions even from accurate data
17. Simplification can go too far and misrepresent nuance, uncertainty, or the actual strength of the evidence
18. This logical structure helps readers follow the investigation's reasoning from question to evidence to conclusion
19. Research that isn't understood or acted upon by its intended audience may fail to have real-world impact, regardless of its scientific quality
20. Each has a different purpose — persuading versus objectively informing — which appropriately shapes tone and emphasis without changing the underlying facts
21. Share your investigation's findings clearly and appropriately so they can actually be understood and used