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Science Communication

The term science communication has a history of varied use within and beyond the field of communication studies. Historically, science communication has often been defined as the purposeful public communication of scientific information to non-experts. More recently, science communication has come to also signify an emerging field of study that has grown significantly in recent decades. Science Communication is also the title of a leading international, interdisciplinary academic journal that supports publication of recent findings within the academic field. This entry discusses these three distinct, yet related, definitions of science communication: the history of science communication as a process of scientific information transmission between people, science communication as an emerging field of study, and the academic journal Science Communication.

History of Science Communication as a Process

Science communication generally refers to public communication that presents scientific information to non-expert audiences. This form of public communication was established from a desire to close the division between experts with a high level of scientific information and a larger public audience comprised of non-experts who do not have an understanding or a priori interest in science issues. In the 1980s, the information deficit model (or simply the deficit model) was proposed by social scientists studying the communication of science information. The deficit model attributed public misunderstandings and skepticism toward scientific information to a lack of adequate public access and exposure to science information. The model proposed that with increased information to overcome this knowledge deficit, general public opinion would align more closely to subject-matter experts, meaning that, generally, public audiences would be quicker to support scientific endeavors and be more interested in science. However, over the last 30 years the deficit model has been largely criticized and discredited in favor of alternate conceptualizations of science communication. The deficit model assumed that members of the public are “empty vessels” that once filled with the proper science information would hold similar views to expert audiences. Such accounts do not consider that people maintain cultural, ethical, and religious beliefs—as well as personal experience and history that create rigid ideologies and worldviews that influence how individuals process and respond to science information. Furthermore, this form of top-down communication in which messages have been tailored by experts who transmit information to non-experts has been criticized as being overly patronizing, elitist, and not adequately allowing for public input and response.

Since the refutation of the deficit model, two alternate, but related conceptualizations of the process of communicating science information have been proposed—the democratization of science, and the popularization and dissemination models of communicating science.

Democratization of Science

Some scholars have conceived that the democratization of science is a viable option to establish avenues for public participation with science, inform public audiences about science, and enable the input of public values in the decision-making process regarding science issues. This view contends that the process of science communication should stress non-expert values and beliefs as highly influential on policymaking, because ultimately the development of science and technology will have consequences for all members of society. Democratizing science often incorporates multiple forms of public engagement models including consensus conferences, citizen’s juries, deliberative polling, and science cafes that bring members of the public together with experts to discuss science issues and, in some cases, make policy recommendations about specific science issues. Such events have been conducted on a host of issues including climate change, human enhancement, nutrition, nanotechnology, and synthetic biology. While the goals of such events are laudable, these public engagement models have been criticized for not incorporating representative panels of the public, being quite costly compared to other forms of surveying and polling, and not providing solid evidence of impacts on the decision-making process regarding science issues.

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