Science communication is the practice of relaying scientific information to non-expert audiences with the goal to inform, educate, and increase awareness of scientific topics. Science communication plays an increasingly important role in our daily lives because of the relevance of science in decision-making processes in various sectors of society. Effectively communicating science means being able to transmit your message in a concise and clear way, engaging with your audience. Why should that person care? Why does your topic matter? These are some of the questions to answer when crafting your message. Being able to effectively communicate the importance and relevance of science can have a great impact on society. It can foster collaboration between different disciplines, push forward job and grant applications, and improve your mentoring skills. When that communication extends to policymakers, the public, and other non-expert audiences, it encourages support for science, furthers the understanding of its relevance to society, and helps governments and individuals to make well-educated decisions. To understand the importance of science communication, the need to know your audience to effectively achieve communication goals, and how to effectively convey your message, we’re going to explore some of the situations that Jack, a Ph.D. candidate, has encountered throughout his graduate school experience.

Communicating with scientists

Jack is attending a scientific conference where he is going to present a poster on new results and fascinating data he obtained for the past 2 years as a graduate student. It is a pretty big conference, so he might be interacting with some scientists that aren’t part of this field. However, he is feeling very confident about his communication skills, even with those students and postdocs that might not work on his research.  Being able to effectively communicate with technical experts outside of his field is a critical skill he has had to master in order to broaden his horizons in terms of scientific topics. Exposing himself to other areas of science required leaving his comfort zone, learning how other experts approach their topics of interest enabled him to develop new avenues for approaching his own work. This exposure has taught him about new methods of approaching a problem, provided a different perspective on his own work from someone who is outside of the field, and has already resulted in potential collaborations on cross-disciplinary projects and grants.  For this conference he has prepared a pitch in order to summarize his work and, although he has attended many workshops on how to create one, this was harder than he expected.  Before starting to craft his message, he considered the following:

As you move between the before and after version of Jack’s pitch, pay close attention on some of the characteristics of a pitch

    1. Start with a sentence that grabs your audience attention
    2. Avoid jargon. This might look different depending on the audience, but try to not use too many technicalities that might dilute the meaningfulness of your work, and lose your audience attention. 
    3. Draw your audience in by highlighting the major problem you’re trying to solve and how your research addresses such problems. 
    4. Keep it short! 
After finishing his poster session, a representative from his scientific society approached him and suggested Jack to participate in the new Early Career Hill Day, so he can advocate for science, and get to discuss his research with policymakers. So, how does communicating with policymakers look like and how does that differ from communicating with scientists?

Communicating with policymakers

Communicating with policymakers requires being able to translate scientific findings to a broad picture view and societal relevance. Scientists must realize that they are experts who can educate policymakers on the latest findings within a particular research area. Being able to get through to policymakers may occur in an evidence-based manner by utilizing data to make their point, as well as in some cases by appealing to the personal connection that a policymaker may have to that particular research area.  Scientists, like Jack, are trained to communicate in a very specific way. We have been trained to start talking about science by providing extensive background information: what has been done before, what questions have been answered, what questions are we trying to solve. We continue with details about how we conducted our research and the methodology we used to analyze our data. It isn’t until the very end that we reach the results of our research, future directions, and implications of such results. On the other hand, the public isn’t used to this framing. Most people are accustomed to big headlines and the implications of something new. Think about going to a news outlet website and reading the headlines and you will notice that the bottom line is what is displayed first. After understanding the implications and why they should care, people become curious about how we reached those conclusions or how we performed our research.

Policymakers lie somewhere in between scientists and the general public. It’s important to understand the amount of workload and pressure policymakers experience, and how their time is split between the legislative duties, attention to their constituents, and working on their re-election. In this context, stating your goals in a clear, brief, and concise manner is essential to effectively communicating with policymakers.

These are some of the suggestions and considerations you should take when communicating with policymakers

After spending some days preparing his meeting, Jack attended the Early-Career Hill Day with other graduate students and advocated for sustained investment in federally funded research. Highlighting how being a graduate student shaped his perspective on academia, and the need to effectively train the next generation of scientists were compelling stories that he got to share during his meetings!

Activity: Take some time to draft two pitches, one for scientists and one for policymakers. Notice the differences based on the audience knowledge of the topic, and the purpose of your pitch (presenting new data or advocating for federal funding)

Writing Policy

Effective ways to communicate science policy

Communication in general is key to a successful career in science policy. Many elected officials are not experts in science, so they hire advisors to provide balanced scientific information about all sides of a particular issue, which can inform their future actions. Scientists are therefore in a perfect position to lend their expertise in the policymaking process. One thing to keep in mind is that policy moves at a very fast pace, which can be a challenge for scientists who are used to conducting thorough research and evaluating all options before forming an opinion. As a scientist, Jack needs to first establish legitimacy and build trust, while at the same time having the ability to communicate quickly in an evidence-based manner (ACS-Science Policy).

For effective communication, you have to know who you are talking to, how your audience operates, how they engage in policymaking process, so that you can understand and deliver what they need from you. Additionally, policymakers are busy people who are bombarded with a lot of information all the time. When you present them with evidence, it needs to be synthesised, framed and tailored to the ways in which they understand this information.

The timing of your communication is also critical in terms of what is going on federally at that time. But also don’t wait until the “ideal time” to engage them – much of this is a process, which needs to be started sooner than later, and you can continue building upon it as things develop in the federal landscape (How to communicate effectively with policymakers: combine insights from psychology and policy studies).

Considerations when writing policy pieces

Writing comprises the vast majority of your time as a science policy professional. Effective writing requires precision as well as the ability to weave a narrative together with enough data to make a compelling point (The skills you need for a career in science policy). While communicating science policy, ask yourself these questions:

      1. Who is my audience?
      2. What is my message for my audience?
      3. What medium will I use to communicate my message to my audience?

In order to effectively engage with policymakers, you need to know what issues they are currently discussing. Solutions that you propose to the problem which you want to solve should occur in the context of their constituency. Additionally, your message should be framed in ways that are accessible, relatable, and meaningful for your specific audience, and answer the question of “Why should I care?” (Brown University Science Center’s Quick Guide to Science Communication).

The only way you can develop your policy-writing skills is to practice. However, depending on the medium in which you are communicating, there are different considerations. A few key principles of effective policy writing are:

      • Use active verbs, analogies and examples
      • Avoid jargon, euphemisms, clichés, wordplays, and puns
      • Only include details critical to your story
      • Keep your story true to the facts
      • Create an outline and prepared to be edited 
      • Revise, rewrite, and cite your sources

Writing for non-scientific audiences

In contrast to the academic style, writing for non-scientific audiences requires a different structure. Academic pieces typically start with the larger background, followed by supporting details, followed by results and conclusions. Writing for the public or policymakers starts with the bottom line, answers the question of “Why should I care?” and then adds supporting (Science Outreach & Communication Tool kits).

Types of policy pieces

Many types of policy pieces exist, which differ in purpose, style and lengths. The JSPG submission guidelines provide details on what many of these commonly written policy pieces are, what their purpose is, and provides examples of each of them, as shown below. Based on this guide, several types of science policy writing include: op-eds, policy memos, technology assessments, policy analyses, book reviews, workshop reports and white papers. Below is a brief description of a few of the most common policy write-ups.

Uses of policy pieces

Memos are typically a more balanced type of write-up that weighs both sides of a policy and delivers an objective view, and are directed to a particular individual or an organization. In contrast, op-eds highlight a particular opinion, and may be more broadly applicable to the general public. Therefore, the uses of policy pieces will depend based on the audience being addressed and the purpose of the piece. 

Additionally, policy memos can be helpful for interacting with policymakers who have little time to read long documents, or they may be internal to a particular organization (for example, writing a memo to your boss). Both memos and op-eds can be useful for you, like Jack, in getting your message across on Capitol Hill, especially if policymakers are able to read your pieces ahead of time. In any case, these pieces should be brief and easily readable and understood but those without scientific knowledge or background.

Publishing your policy piece

In addition to using policy pieces first hand on Capitol Hill, they are also useful as initial steps to engage policymakers before meeting them in person. Therefore, the publication avenues need to be carefully considered if they are to reach intended audiences. This includes large mainstream newspapers for op-eds, as well as discipline-specific journals (such as tech policy journals). 

Reaching broader communities can also occur through more research-intensive publications. For example, white papers may be published in avenues such as Research Policy, which is a multi-disciplinary journal devoted to analyzing, understanding and effectively responding to the economic, policy, management, organizational, environmental and other challenges posed by innovation, technology, R&D and science. This is a broader-type journal which caters to policy researchers in several fields of science and technology policy who may be at different stages in their careers.

The Journal of Science Policy and Governance (JSPG) is an excellent avenue for early career researchers from all over the world to publish their policy work. JSPG is an internationally recognized, open-access peer review publication, which serves specifically as a vehicle for students, post-docs, policy fellows, early career professionals, and young scholars of all academic backgrounds to publish their research and policy pieces. JSPG is geared towards addressing the widest range of issues at the intersection of science, technology, innovation, public policy and governance, providing a variety of publishing options both in terms of topics and formats.

As mentioned above, there are also discipline specific-journals which may be suitable for publishing certain pieces which early career researchers and other policy professionals can also consider depending on their goals and intended audiences

Example of a policy memo

Example of an op-ed