Does Citizen Science Reach the Citizen? Exploring the Science–Society Interface Through Scholarly and Societal Attention

Science has long operated within a quiet, walled garden where experts speak to experts. For decades, the success of a research paper was measured almost entirely by how many other scientists cited it in their own work, a system that created a self-referential loop often disconnected from the wider world. But a different kind of science has been growing rapidly at the edges of this garden: citizen science. This is research where everyday people, not just trained professionals, join in to collect data, ask questions, and solve problems, from tracking local bird populations to monitoring air quality. Because the very heart of this work is public participation, a natural question arises: does the research actually reach the people it is meant to serve, or does it simply stay locked inside the academic echo chamber?

To answer this, a team of researchers from Mizoram University in India decided to look at the most successful citizen science studies of the last decade and see how they traveled through the world. They focused on the one hundred most-cited articles published between 2016 and 2025, treating these as the flagship examples of the field. Instead of just counting how many times these papers were cited by other scientists, they used a newer method called altmetrics. This approach tracks how research is discussed, shared, and saved on the open internet, capturing attention from social media, news outlets, policy documents, and online reference libraries. By comparing the traditional academic impact with this broader social attention, the team sought to map the connection between the laboratory and the living room.

The researchers gathered their data from two major sources. First, they pulled the bibliographic details of the top 100 articles from Scopus, a massive database of scientific literature, to see which years produced the most work and which countries and journals were leading the charge. Then, they turned to the Dimensions database to gather the altmetric data for those same papers. They looked at specific indicators, such as the Altmetric Attention Score, a composite number that aggregates mentions across various platforms, and the number of times the articles were saved by researchers on Mendeley, a popular tool for organizing scientific papers. They also tracked mentions on social networks like X (formerly Twitter), Facebook, and Reddit, as well as coverage in news articles, blogs, and policy documents.

The results revealed a landscape that was both familiar and surprising. The United States and the United Kingdom were the dominant forces, producing the vast majority of these high-impact studies, a pattern consistent with many other scientific fields. The year 2017 saw the highest volume of publications and the most citations, but the peak of social attention actually arrived in 2018 and again in 2021. The researchers noted that the topics that grabbed the public's imagination were often different from those that drove academic citations. Papers about health, such as those involving patient-driven research on the microbiome or long-term illness, and studies focused on biodiversity, like tracking bee populations, generated the most buzz on social media. In contrast, articles that dealt with the heavy lifting of methodology or theoretical overviews were read and saved frequently by other scientists but did not spark the same level of public conversation.

When the team looked at how these different types of attention related to one another, they found a relationship that was present but far from perfect. There was a moderate link between how often a paper was cited by other scientists and how much attention it received on social media, suggesting that popular topics do often overlap with important scientific ones. However, the connection was not strong enough to assume that a highly cited paper would automatically be a viral hit, nor that a viral hit would necessarily be a cornerstone of academic theory. The most popular social media platform for these discussions was X, which accounted for the vast majority of social mentions, while traditional platforms like Facebook saw very little activity. Interestingly, the reference manager Mendeley remained the single largest source of engagement overall, dwarfing even the most active social networks, which highlights that the core audience for these papers is still largely composed of other researchers.

One of the most significant findings concerned the role of open access, which refers to research that is free for anyone to read online. The study showed that when a paper was published as open access, it received significantly more attention on social media and news outlets than papers that were behind a paywall. This suggests that removing the financial barrier to reading a study helps it reach a wider, non-academic audience. However, the researchers found that being open access did not change how often the paper was cited by other scientists. This implies that while the paywall might stop the general public from seeing the work, it does not stop other scientists, who usually have institutional access, from reading and citing it.

The study concludes that the relationship between scientific impact and societal attention is real but distinct. Citizen science research manages to bridge the gap between the two worlds better than many other fields, likely because the public is already involved in the work. Yet, the two types of impact do not move in lockstep. A paper can be a landmark in the scientific community without becoming a headline, and a study can capture the public imagination without immediately reshaping academic theory. For those funding and practicing citizen science, the message is clear: to truly reach the citizen, researchers must consider not just the quality of their science, but also the accessibility of their publication and the inherent appeal of their topic to the public. The research confirms that while the science and the society are connected, they are listening to each other through different channels, and understanding both is essential for the future of the field.