Why Clear Scientific Writing Matters in Research Publications
The primary purposes of scientific publications are twofold. First, they allow researchers to present their research findings through publication. Second, they provide experts with different perspectives or backgrounds with the opportunity to read, evaluate, suggest improvements, or conduct follow-up research based on the published study. Regardless of the purpose, clear scientific writing improves communication, which can indirectly accelerate the publication's impact by enhancing understanding, evaluation, and future developments of research in the field.
A scientific article, especially those published in high-impact research journals (such as SCI or EI-indexed journals), cannot undergo the entire publication process through the effort of a single author alone. It requires editors and multiple peer reviewers to evaluate the work. The entire review process is a form of communication. Through interactions with experts with different academic perspectives (whether researchers with academic expertise or professionals from industry-related fields), the weaknesses of the article can be identified, suggestions can be provided, and the overall quality of the manuscript can be improved in order to meet the standards required for scientific publication.
Clear scientific writing allows readers to understand the content at a glance without unnecessary complexity. Even when experiments are repeated based on the information provided in the article, comparable results can be obtained. In contrast, poor scientific writing not only makes the content difficult to understand but also creates results in unclear experimental procedures, missing steps, and irreproducible experiments. Such writing provides limited value and may reduce its contribution to future researchers or readers. Instead, the misleading information caused by this kind of "poorly supported information" can misdirect future research directions in the field and hinder scientific progress. The consequences of such issues are often not experienced by the authors themselves but by researchers who read the manuscript, invest extensive research time, and spend substantial financial resources based on the information provided. In particular, if the author of such a "poorly supported information" article holds an authoritative position, such as a senior figure within the scientific community (e.g., institutional authority or research leadership), the potential influence and consequences are self-evident.
These unethical practices cannot be completely eliminated, as human involvement always introduces the possibility of bias or misconduct. The way to reduce the risk of being influenced by such a situation is through literature diversification. Before initiating a research project, researchers should select high-quality articles from different years as initial references and foundations. During the research process, it is important to avoid relying only on the same journals or continuously following publications from only one author or institution. Simply put, researchers should read a sufficiently large number of papers with appropriate redundancy, but they should first evaluate whether a paper is worth reading before investing time in it. Developing the habit of accepting every published paper without critical evaluation should be avoided. Diversified and critical reading can help researchers understand how to write a clear scientific article and prevent being misled by poorly supported or misleading information.
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