Sometimes retracted or refuted scientific information is used and propagated long after it is understood to be misleading. Likewise, retracted news items may spread and persist, despite being publi...

As stewards of public money, government funding agencies have the obligation and responsibility to uphold the integrity of funded research. Despite an increasing amount of empirical studies examining research-related misconduct, a majority of these studies focus on retracted publications. How agencies spot funding-relevant wrongdoing and what sanctions the offenders face remain largely unexplored. This is particularly true for public funding agencies in emerging science powers. To amend this oversight, we retrieved and analyzed all publicized investigation results from China’s largest basic (...) research funding agency over the period from 2005 to 2021. Our findings reveal that both the “police patrol” and “fire alarm” approaches are used to identify misconduct and deter funding-related fraud in China. The principal triggers for investigations are journal article retractions, whistleblowing, and plagiarism detection software. Among the six funding-related misconduct types publicized and punished, the top three are: (1) fraudulent papers, (2) information fabrication and/or falsification in the research proposal, and (3) proposal plagiarism. The most common administrative sanctions are debarment and reclamation of grants. This article argues that more systematic research and cooperation among stakeholders is needed to cultivate research integrity in emerging science powers like China. Specific training and education should be provided for young scientists to help them avoid the pitfall of academic misconduct. (shrink)

Retractions of scientific papers published by some Iran-affiliated scientists in the preceding decade have attracted much attention and publicity; however, the reasons for these retractions have not been documented. We searched the Retraction Watch Database to enumerate the retracted Iran-affiliated papers from December 2001 to December 2019 and aimed to outline the predominant reasons for retractions. The reasons included fake peer-review, authorship dispute, fabricated data, plagiarism, conflict of interest, erroneous data, and duplication. The Fisher’s exact test was used to investigate (...) the associations between retractions and their underlying reasons. We selected P < 0.05 to indicate the statistically significant differences. We found 697 retracted papers. Duplication, plagiarism, and fake peer-review were the most frequent reasons for retractions. Our study highlights the importance of urgent intervention to prevent the misconduct and questionable research practices that lead to retractions in Iran. Continually educating the scientists and postgraduate students about the ethics and norms of scientific publishing is an important measure to ensure publication of reliable, worthy, and impactful papers. (shrink)

This study assesses the retractions of scientific articles in engineering journals indexed on the Web of Science from 1945 to 2015. The data set was built based on documents containing the keywords retracted, retraction, withdrawal, or redress. We used database exploration techniques, including Structured Query Language and analysis of variance, for data analysis. We analyzed 238 retractions published by 117 journals. The most common reason for retraction was unethical research, and higher impact factors journals tended to publish more retractions. In (...) conclusion, most of the analyzed retractions were the result of unethical research and were retracted by editors. (shrink)

Scientists, as human beings, sometimes make mistakes. The aim of this case study was to examine the misreferencing practice of scientists. Citations of two documents about the neuroimaging of a dead salmon were collected. A total of 173 references were extracted from Google Scholar and analyzed by both qualitative and quantitative methods. The findings reveal a reference error rate of 93.1%, involving 419 authors. Sociological and bibliometric data about the authors were collected and revealed that referencing errors can be committed (...) by all types of researchers. Further, a major referencing error was discovered in 22.5% of the citing documents, involving 121 authors, that is, the citation of a poster as if it were an article published in a prestigious journal. This major error was committed by the more prolific and recognized researchers. The higher the first author’s number of citations, number of publications or h-index, the more major reference errors (citing a ‘ghost’ paper) were committed. Nevertheless, the ScienceDirect database bears some responsibility, as it indexed abstracts of the Organization for Human Brain Mapping meeting as journal articles that had never been published in the prestigious NeuroImage journal. Finally, this case study raises epistemological concerns about research and its dissemination. (shrink)

The objective of this study is to compare the quantity of citations that retracted and nonretracted articles received in engineering based on articles indexed in the Web of Science database and published between 1945 and 2015. For data analysis, the Statistical Package for the Social Sciences was used along with the Kolmogorov–Smirnov, Mann–Whitney, Tukey–Kramer tests and descriptive statistics. The data set included 238 retracted and 236 nonretracted articles, with the retracted articles cited 2,348 times and nonretracted articles cited 2,957 times. (...) The results highlight that retraction does not end citation, thus threatening scientific credibility. (shrink)

Despite an increased recognition that plagiarism in published research can take many forms, current typologies of plagiarism are far from complete. One under-recognized variety of plagiarism—designated here as compression plagiarism—consists of the distillation of a lengthy scholarly text into a short one, followed by the publication of the short one under a new name with inadequate credit to the original author. In typical cases, compression plagiarism is invisible to unsuspecting readers and immune to anti-plagiarism software. The persistence of uncorrected instances (...) of plagiarism in all its forms—including compression plagiarism—in the body of published research literature has deleterious consequences for the reliability of scholarly communication. Not the least of these problems is that original authors are denied credit for their discoveries. When unsuspecting researchers read articles that are the products of plagiarism, they unwittingly engage the arguments of hidden original authors through the proxy of plagiarists. Furthermore, when these researchers later publish responses to the plagiarizing articles, not knowing they are engaging products of plagiarism, they create additional inefficiencies and redundancies in the body of published research. This article analyzes a suspected instance of compression plagiarism that appeared within the pages of this journal and considers the particular ways in which plagiarism of this variety weakens the quality of scholarly argumentation, with special attention paid to the field of philosophy. (shrink)

In 2009, Scott S. Reuben was convicted of fabricating data, which lead to 25 of his publications being retracted. Although it is clear that the perpetuation of retracted articles negatively effects the appraisal of evidence, the extent to which retracted literature is cited had not previously been investigated. In this study, to better understand the perpetuation of discredited research, we examine the number of citations of Reuben’s articles within 5 years of their retraction. Citations of Reuben’s retracted articles were assessed (...) using the Web of Science Core Collection. All citing articles were screened to discriminate between articles in which Reuben’s work was quoted as retracted, and articles in which his data was wrongly cited without any note of the retraction status. Twenty of Reuben’s publications had been cited 274 times between 2009 and 1024. In 2014, 45 % of the retracted articles had been cited at least once. In only 25.8 % of citing articles was it clearly stated that Reuben’s work had been retracted. Annual citations decreased from 108 in 2009 to 18 in 2014; however, the percentage of publications correctly indicating the retraction status also declined. The percentage of citations in top-25 %-journals, as well as the percentage of citations in journals from Reuben’s research area, declined sharply after 2009. Our data show that even 5 years after their retraction, nearly half of Reuben’s articles are still being quoted and the retraction status is correctly mentioned in only one quarter of the citations. (shrink)