Best Practices for Preparing Press Releases That Accurately Convey Research Findings to Media Outlets.
Effective press releases translate complex scientific results into accessible, accurate summaries that engage journalists, educators, and the public, while preserving nuance, credibility, and context across disciplines.
July 26, 2025
Facebook X Reddit
In scientific communication, press releases serve as a bridge between researchers and the broad audience that consumes news about discoveries, methods, and implications. The most durable releases are grounded in clear objectives: what new knowledge is being reported, why it matters, and who should care outside the lab. Writers should start with a concise lead that highlights the study’s main result and its potential impact, avoiding technical jargon that can obscure meaning. Then, provide essential details about the study design, data sources, and limitations in plain language. A well-structured narrative helps journalists decide what to investigate further and how to present findings responsibly.
A solid press release also includes context that situates the work within existing evidence. Beyond stating a novel outcome, it explains how the findings compare with prior research, what uncertainties remain, and what questions the study does not answer. This balance minimizes sensationalism while preserving curiosity. To achieve it, authors should consult the original manuscript and, when appropriate, connect with the corresponding author to verify interpretations. Clear attribution, precise terminology, and a transparent description of statistical significance help media professionals and readers assess credibility quickly.
Transparent materials and media-ready visuals strengthen accuracy and comprehension.
When drafting the body of the release, narrators should prioritize accessibility without sacrificing technical integrity. Short sentences, active verbs, and concrete examples replace vague abstractions. Metaphors can illuminate complex ideas, but they must be accurate and avoid overstating results. Include a practical takeaway that a nonexpert could grasp, such as potential applications, policy relevance, or how the research informs future studies. Avoid implying causation where only association is demonstrated. Writers should also note any potential conflicts of interest and data limitations so readers understand the boundaries of the conclusions.
ADVERTISEMENT
ADVERTISEMENT
Supporting materials are the backbone that journalists rely on to deepen coverage. A succinct, data-rich abstract and a set of ready-to-use figures or charts can dramatically speed up reporting. Captioned visuals that clearly illustrate the study’s design and outcomes help readers interpret results without needing to consult the full paper. Providing direct links to datasets, preregistrations, and methodological appendices increases transparency. Finally, a well-crafted boilerplate about the research institution lends authority and helps outlets quickly place the release in a broader organizational context.
Accuracy, timing, and collaboration with media partners matter greatly.
Accessibility extends beyond word choice to document structure. Organizing the release with descriptive headings, bulleted lists for key findings, and a clearly labeled methods paragraph aids searchability and comprehension. Jargon should be minimized, but essential scientific terms can be defined briefly when first introduced. Editors appreciate when the release includes suggested headlines and pull quotes that accurately reflect the study’s conclusions. These elements help media partners package the story for varied audiences, from general readers to educators, policymakers, and health professionals, without misrepresenting the science.
ADVERTISEMENT
ADVERTISEMENT
Timing and distribution strategy influence reach and framing. Releasing information at an appropriate point in the research cycle, after peer review or data validation where possible, reduces the risk of premature interpretation. Coordinating with institutional communications teams ensures accuracy and consistency across platforms, including university websites, newsletters, and social channels. Personal outreach to science reporters who cover the field can yield deeper engagement, while a brief embargo note may help journalists prepare thoughtful coverage. Clear contact information and a responsive media liaison streamline follow-up questions and clarifications.
Ethics, audience-focused language, and practical takeaways guide responsible reporting.
An ethical approach to press releases emphasizes honesty about limitations and uncertainties. Researchers should resist the urge to overstate significance or promise immediate applications. When the implications touch public policy or health, it is especially crucial to delineate what is known from what remains conjectural. A transparent risk assessment helps reporters present balanced stories and reduces the likelihood of sensational headlines. Encouraging direct access to the dataset or preprint, when permissible, allows for independent verification and fosters trust in the reporting process. Ethical practice underpins long-term credibility for both scientists and outlets.
Audience-centered language improves comprehension without diluting content. Think about readers with varying backgrounds—students, practitioners, and curious laypeople—and tailor explanations accordingly. Define terms early, illustrate with real-world examples, and connect findings to broader questions such as reproducibility, generalizability, and potential societal impact. Providing a clear takeaway that resonates beyond the laboratory helps sustain public interest. Journalists appreciate concise, informative quotes that capture the essence of the study while avoiding sensational sound bites.
ADVERTISEMENT
ADVERTISEMENT
Clear calls to action, transparency, and accessibility create durable media engagement.
The visual components of a press release deserve thoughtful design. Infographics should accurately reflect effect sizes and uncertainties, avoiding misleading scales or cherry-picked data. When possible, include confidence intervals and sample sizes in captions to give readers a sense of robustness. Graphs should be readable by a general audience, with legends that explain symbols and color schemes. Visuals can complement the textual narrative by highlighting the most important results, clarifying methods, and illustrating potential applications. Access to media-friendly versions of images helps editors incorporate them quickly into their stories.
Finally, a robust press release ends with a clear call to action for journalists and readers. This might involve inviting follow-up questions, offering to arrange expert interviews, or providing a link to the main publication and any supplementary material. A well-crafted contact section with multiple channels—email, phone, and a press portal—ensures timely responses. It is beneficial to include a brief note about the study’s funding sources and any affiliations that might influence interpretation, presented transparently and without defensiveness. The objective is accurate, engaging coverage that respects both science and audience.
Beyond the immediate release, cultivating ongoing relationships with media professionals is beneficial. Regular updates on methodological advances, follow-up analyses, or replication efforts can keep outlets informed and invested in the research program. When appropriate, offer to curate a short explainer video or a live briefing that breaks down complex ideas into digestible segments. Maintaining a library of ready-to-use materials—mock press headlines, summary graphics, and approved quotes—helps streamline future communications. This proactive approach reduces friction for journalists and improves the likelihood of accurate, persistent coverage over time.
A final best practice is to align the press release with the broader science communication strategy of the institution. Integrate core messages into outreach efforts, educational collaborations, and public-facing programs to amplify impact. Encourage researchers to participate in public discussions, webinars, and policy dialogues, reinforcing accuracy through multiple channels. Ongoing training in media relations, ethics, and storytelling equips scientists to communicate confidently under pressure. By embedding these practices into daily workflows, laboratories can sustain clear, responsible dissemination of findings that informs, inspires, and informs diverse audiences.
Related Articles
This evergreen guide examines principled reporting practices that protect participant voices, acknowledge complexity, and balance clarity with responsibility, ensuring findings reflect lived realities rather than abstract generalizations.
July 16, 2025
In collaborative science storytelling, partnerships with artists can translate complex ideas into accessible experiences, sparking curiosity, nurturing critical thinking, and inviting communities to reflect on science’s role in everyday life through creative processes, dialogue, and shared experimentation.
August 03, 2025
Developing trustworthy online repositories for science communication demands careful curation, transparent sourcing, and ongoing maintenance to serve educators, researchers, and practitioners while fostering public trust in scientific information.
August 12, 2025
Effective translation bridges rigorous research and everyday decisions, enabling educators, policymakers, and families to apply insights without misinterpretation, while preserving scientific integrity and context across diverse settings.
July 15, 2025
This evergreen guide explains how researchers and communities can build transparent partnerships, share data ownership, and maintain accessible communication practices that endure beyond a single project for all.
July 19, 2025
Effective collaboration between scientists and journalists hinges on transparency, accuracy, and communication craft, ensuring complex findings reach the public without misinterpretation or sensational framing while respecting expertise, ethics, and societal impact.
July 22, 2025
Transparently addressing ethics in sensitive science communications builds trust, reduces misinterpretation, and fosters informed public dialogue without oversimplifying complex moral questions or sidelining stakeholders.
July 15, 2025
Community driven inquiry strengthens science communication by aligning questions with public concerns, values, and needs, while building trust, transparency, and sustained collaboration across researchers, practitioners, and community members over time.
July 30, 2025
A practical, evidence-based exploration of building scientific literacy through thoughtfully curated reading lists paired with structured, inclusive discussion groups that empower diverse communities to engage deeply with science in everyday life.
July 19, 2025
This article articulates practical, research driven methods to craft science communication campaigns that deliberately influence behavior, integrating evidence based design, audience insight, and measurable outcomes to maximize impact and sustain learning over time.
August 07, 2025
Effective communication about renewable energy innovations requires plain language, local relevance, participatory dialogue, and transparent demonstration of benefits, costs, risks, and timelines, all tailored to community values and everyday needs.
July 16, 2025
A practical, evidence-based guide for creating science communication materials optimized for mobile devices and constrained networks, ensuring clear understanding, inclusive reach, and sustained curiosity among audiences with limited bandwidth conditions.
August 04, 2025
This article outlines practical, adaptable methods for creating toolkits that empower local groups to convey scientific ideas clearly, inclusively, and effectively while remaining customizable to diverse communities and contexts.
July 19, 2025
Clear public health communication hinges on translating biostatistical terms into relatable explanations that non-experts can trust, understand, and apply in decision making, policy discussions, and everyday health choices.
August 02, 2025
An evergreen guide outlines practical, evidence-based strategies for presenting lifecycle impacts of everyday goods, emphasizing clarity, constructive comparisons, and concrete steps readers can take to reduce environmental harm.
August 04, 2025
Clear, responsible communication of health risks helps people weigh options, understand probabilities, and feel empowered to participate in decisions about their own care with confidence and accuracy.
July 26, 2025
Conveying breakthroughs in materials science to industry leaders and the general public demands clarity, relevance, and tangible benefits. This guide delves into strategies for translating complex research into practical messages, emphasizing end-user advantages, timelines, and real-world deployment while maintaining scientific integrity and enthusiasm.
July 19, 2025
Effective science graphics rely on deliberate visual hierarchies that guide nonexperts from a broad overview to precise details, ensuring comprehension, retention, and accurate interpretation of intricate data narratives.
July 17, 2025
Building strong science communication partnerships requires deliberate alignment of goals, mutual respect, shared resources, and ongoing collaboration across researchers, educators, and cultural institutions to engage communities meaningfully and inclusively.
August 04, 2025
Local businesses can become powerful partners in science communication by aligning educational outreach with sustainability goals, building trust, and co-designing programs that meet community needs while boosting local economic resilience and environmental stewardship.
July 14, 2025