Turmoil Erupts at Wiley Journal Whose Editor is Cited in Over Half of its Papers

When a researcher wrote that maybe his peer review process would have gone better if he had cited the journal editor’s own papers, resignations and increased scrutiny followed.

Written byRetraction Watch
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On Feb. 18, a researcher in Italy sent a disgruntled email to the editorial board of a Wiley tourism journal. Salvatore Bimonte had waited more than a year for his manuscript to be peer-reviewed, he complained, and then months more while the editor-in-chief was “actively working on” the revised version Bimonte submitted.

When Bimonte’s paper was finally rejected after 18 months — for reasons such as the topic not being “highly suitable” and the work not being submitted in the form of a case study — the researcher felt compelled to vent his frustration to the entire editorial board of the International Journal of Tourism Research (IJTR).

“Maybe, I would have been treated better if I had cited some of the editor in chief’s papers,” Bimonte, of the University of Siena, wrote in boldface in the email, which we have seen. Two days later, an unhappy editor at the journal quit, Retraction Watch has learned.

Since May 2023, the editor-in-chief of IJTR has been Timothy J. Lee. A professor at Macau University of Science and Technology in Macao, Lee promotes that he’s among the world’s top-cited researchers in 2025, and the number one citation-reaper in the category “Health & Wellness” on Google Scholar. He is a member of the editorial boards of “12 leading academic journals” and was the editor-in-chief of Taylor & Francis’ erstwhile International Journal of Tourism Sciences.

For several years before Lee took the helm at IJTR, his research — on topics like the “the economic value of urban forest parks” and the “influence of historical nostalgia on a heritage destination’s brand authenticity” — received a small, but steady, trickle of citations in the journal he now oversees.1,2

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In 2024, that trickle became a gushing river.

A Retraction Watch analysis of data from Clarivate’s Web of Science shows that of the 186 papers the IJTR published that year, 134, or nearly three-fourths, cited Lee’s work, often multiple times. The editor’s outsize influence continued through 2025 and has held up so far this year as well. Excluding self-citations, a total of 55% of the papers published in IJTR from 2024 until today contain references to Lee’s research. That’s a “staggering” number, according to Alberto Baccini, a colleague of Bimonte at the University of Siena, who studies publication metrics. Baccini said he had not seen a similar citation pattern at any other journal.

A bar graph depicts the number of papers published in total and the number that reference Lee over the years.

Citations of Lee’s papers in IJTR’s published papers spiked after he became the journal’s editor-in-chief in 2023.

Janette Latour. Data source: Clarivate's Web of Science.

When first reached for comment, Lee told us that, “because the journal has been in transaction [sic] for a couple of years, the stat figures are not particularly stable or objectively reliable.”

“Just do not judge numbers based on a very subjective sample population over a short period of time,” he added.

After we sent him our full analysis, Lee explained that since he was “one of the very few editors of top-tier academic journals in the tourism discipline,” he had been invited to give lectures at “many mainland Chinese universities.”

“Over the last 2 to 3 years, half of all submitted papers came from China, and many were of high quality and suitable for publication,” he added. “Although I do NOT tell them to do so in an invited lecture, there was a strong myth among many Chinese researchers that, to be accepted, they had to cite papers published by the journal’s editor, and many papers published by Chinese authors cited my articles.”

A Wiley spokesperson told us the publisher is aware of the concerns about citation patterns at IJTR. Wiley has “introduced an additional layer of screening in this journal to evaluate papers before proceeding to publication,” the spokesperson said by email. “We are working closely with the editor-in-chief to ensure that best practices are being followed.”

Many of the authors who cited Lee are indeed based in China, often at Lee’s own institution, the Web of Science data show. But dozens work in other countries, including South Korea, United States, Malaysia, England and Turkey. All told, 107 of the 218 citing papers, or 49%, published from 2024 until today do not include an author in China.

Baccini said because the citations go to Lee’s work, wherever it may be published, the editor is the primary beneficiary, “not the journal.” While there is no evidence Lee coerced anyone to cite his work, Baccini added, such “evidence is nearly impossible to obtain because peer review is a completely secret process. Unless authors come forward to declare they were pressured to cite the editor-in-chief, the scientific community remains in the dark.”

For Juan Gabriel Brida, an editor at IJTR and an economist at Universidad de la República in Montevideo, Uruguay, Bimonte’s email became the last straw. He resigned on February 20 over what he called Lee’s “poor management” of the journal. Lee “doesn’t involve other members of the editorial board, and articles sit for over a year before receiving reviews,” Brida told us.

Lee did not comment on Bimonte’s case, but said Brida and another editor who resigned before Bimonte’s email had “their own personal reasons to resign. They are not as fast as I am. I am finalising many papers this month instead of waiting for them to complete the process. Also, I plan to recruit another 5 new associate editors in a couple of months; almost 10 very good candidates worldwide applied. Once they are recruited, we will achieve very good teamwork and harmony among us.”

“I have a monthly meeting with Wiley staff at the end of each month to update and discuss current issues,” Lee added. “There has been a major change to the submission and review system at my journal over the last 12 months, which has also caused delays in the process. The number of submitted papers has almost tripled in the last 3 years.”

According to a machine translation of a press release from Macau University celebrating Lee’s appointment to editor-in-chief, the professor’s “stated goal” was “to elevate the journal’s ranking to Q1 in [Clarivate’s Journal Citation Reports] within the next three years, with an impact factor exceeding 10.”

Lee “encourages faculty and students of the Macau University of Science and Technology’s School of Hotel and Tourism Management to cite IJTR articles as extensively as possible in their academic works and to promote the journal to colleagues and students worldwide,” the press release stated.

To Baccini, the case illustrates what the publish-or-perish mantra has done to science: “This system has transformed the role of editorial boards – and especially editors-in-chief – from gatekeepers for the scientific community into operatives for publishers, rewarded for boosting metrics.”

This article was authored by Frederik Joelving, and it was first published at Retraction Watch.

  1. Kim SJ, et al. Estimating the economic value of urban forest parks: Focusing on restorative experiences and environmental concerns. Journal of Destination Marketing & Management. 2021;20:100603.
  2. Chen X, et al. The influence of historical nostalgia on a heritage destination's brand authenticity, brand attachment, and brand equity. International Journal of Tourism Research. 2021;23(6):1176-1190.

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Career Chat: Life As a Forensic Biologist

Kirsty Wright hated science in school, but her unconventional career path has led her to use DNA profiling in high-profile criminal cases.

Written byRebecca Roberts, PhD
| 4 min read
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Forensic biologist Kirsty Wright has had a challenging but incredibly rewarding career, underpinned by her determination to use science to help people. Her expertise in DNA profiling has led her to work on high-profile criminal cases, to identify victims of natural disasters overseas, and even to uncover a major forensics laboratory scandal. Yet Wright’s journey to becoming a scientist might surprise and inspire even more.

Becoming a Scientist, the Hard Way

As one of Australia’s most eminent and passionate forensic biologists, one might assume that Wright was a science buff in school, but that couldn’t be further from the truth. “I hated science with a passion. I hated maths,” Wright laughed, adding that she preferred art, history, and sport. “I had no intention of going to university at all.”

After leaving school, Wright worked in a fast-food restaurant while she took a course to become a gym instructor, which included the study of anatomy and physiology. “I had no idea what those terms meant,” Wright recalled. But learning about the body in a scientific way was a gamechanger. “A light bulb went off, and it just burned brighter and brighter,” she added.

For a while, being accepted into university seemed almost impossible based on her school grades. Wright completed bridging courses in very basic science, applied to Griffith University, and was rejected multiple times. But she was relentless. Her saving grace was a program for students who could pay up front to complete just one course per semester. Several semesters later, she was finally accepted into a biomedical science degree. “I just spent all day at my desk reading textbooks, cover to cover,” she said.

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Her grades quickly went from average to consistently excellent. “I never missed a lecture or a tutorial,” Wright remarked. “Every single day, walking up the driveway to get into the campus, I just felt privileged to be able to learn something so exciting.”

The next light bulb moment came in 1995 during a lecture on very early forensic DNA testing methods by molecular geneticist Lyn Griffiths, one of Wright’s all-time favorite lecturers. “Back then, forensics wasn't a thing,” Wright said, but “at the end of that one single hour, I [thought], ‘I want to do that.’” Wright’s Honours research project with Griffiths, which focused on extracting DNA from very small and degraded samples, later provided the first DNA profile from a murder that had been a cold case since the 1950s.

Generating DNA Profiles and Providing Testimony in Court

Wright said that working as a scientist in a forensics laboratory means being part of a collaborative team. In the early days of DNA profiling, she landed a job in the analytical team of a Queensland government-run forensics facility, meaning she was at the lab bench all day generating profiles. “I was responsible for processing the DNA evidence, from DNA extraction, quantitation, PCR, and electrophoresis,” Wright explained.

Later on, Wright became a reporting scientist. “My job was to compare DNA profiles of suspects and victims with crime scene evidence and provide statistical analysis on the weight of the 'match' that police and courts could use,” she said. She also analyzed clothing, weapons, and other evidence collected by police from crime scenes, and she used chemiluminescent agents like luminol to detect the presence of bodily fluids like blood on those items. This role often involved giving testimony in court about forensic evidence and providing written statements to police and courts.

Wright also used her forensic skills to analyze human remains, whether they were possible missing persons or victims of homicide or natural disasters. “I would work with the pathologists and coroner to help identify the remains using DNA, comparing it to a reference sample from a family member or from a personal object, like a toothbrush,” she added. “As a forensic biologist, every day was different, and every day I knew that my team and I were helping victims and helping to make Queensland safer.”

Later, Wright became the manager of Australia’s national DNA database and worked as a lecturer in forensic biology, where she said she always cautioned first-year students about the realities of choosing forensics as a career. “You can always see in a car park which ones are the lawyers, because they've got the Lamborghinis and the Porsches and the Land Rovers and everything else like that. And you look around and always see who's the scientist because that’s the push-bike leaning up against the post,” she laughed.

While she doesn’t teach at the moment, Wright is currently co-supervising a PhD student working on a forensic DNA profiling project and still does some public speaking, a task she loves.

Implementing a Lab Overhaul and Identifying Fallen Soldiers

Part of Wright’s current role involves working with the Australian Air Force, where she is a squadron leader, using DNA profiling to help identify fallen soldiers from World War I, II, and the Korean War.

Queensland Police Service

Wright is still catching her breath after uncovering a forensic lab scandal that rocked Queensland’s criminal justice system; while reviewing DNA evidence for a cold case murder, she identified systemic flaws in the state-run laboratory where she had originally worked that led to inaccurate DNA evidence being provided to the police and courts for years.

Her current role is a hybrid one: Some of the time, she works with the Queensland Attorney-General’s office to implement major reforms that aim to fix the issues she identified, encompassing the laboratory, the Queensland police service, courts, and victims. “There are a lot of people across these groups I work with who genuinely want to fix the DNA issues,” said Wright. “I see it as one of the biggest reforms in Queensland's public service.”

The rest of the time, Wright works with the Australian Defence Force; as a Squadron Leader in the Air Force, she puts her DNA profiling skills to use to identify fallen soldiers from World War I, II, and the Korean War. Again, this involves being part of a multidisciplinary team: Wright collaborates with investigators, military historians, genealogists, forensic odontologists, archaeologists, anthropologists, academic researchers, and overseas experts to identify the remains. “Some of these remains have lain undisturbed from when the soldiers fell in battle over 100 years ago, so these are extremely complex cases but a privilege to work on,” Wright said.

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Meet the Author

  • Rebecca Roberts is a science writer and communicator. She earned her PhD in molecular biology from the University of the Sunshine Coast in Australia and completed a two-year postdoctoral fellowship at Lund University in Sweden. Her writing focuses on gene editing technology, cell and gene therapies, and the regulatory space.

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