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What can be done to ensure scientific integrity?

Michel Dubois_VF1
Michel Dubois
Director of the French Office for Scientific Integrity (Ofis)
Key takeaways
  • Scientific integrity is the set of rules and values that must govern research activities to ensure their honesty and rigour.
  • Plagiarism/fabrication/falsification affect 3 to 5% of the scientists surveyed, and around 30% of them engage in “questionable practices”.
  • These questionable practices are common: not presenting data that contradicts one’s hypotheses, selectively citing sources, etc.
  • To improve scientific integrity in France, the OFIS focuses on integrity in the private research and scientific publishing sectors.
  • In the US, the presidential decree Restoring Gold Standard Science could turn scientific integrity into a rhetorical tool aimed at reintroducing disqualified theses.

Over the past dec­ade, sci­entif­ic integ­rity has become a pub­lic policy issue. This insti­tu­tion­al­isa­tion high­lights the increas­ingly cent­ral and pre­script­ive role that sci­ence plays in our soci­et­ies and coin­cides with both a change in the scale of risks and an aware­ness of the sys­tem­ic nature of the prob­lem. We dis­cuss this with Michel Dubois, Dir­ect­or of the French Office for Sci­entif­ic Integ­rity (Office français de l’intégrité sci­en­ti­fique, OFIS).

How do we define “scientific integrity”?

Michel Dubois. In France, the Research Pro­gram­ming Law (Loi de Pro­gram­ma­tion de la Recher­che, LPR) of Decem­ber 2020 defined sci­entif­ic integ­rity as “the set of rules and val­ues that must gov­ern research activ­it­ies in order to guar­an­tee their hon­esty and sci­entif­ic rigour1.” The insti­tu­tion­al­isa­tion of integ­rity in France dates back to the early 2000s. But its inclu­sion in the law is not unre­lated to the Cov­id crisis, which served as a full-scale stress test for both the func­tion­ing of the sci­entif­ic com­munity and its rela­tion­ship with soci­ety and the polit­ic­al world. Des­pite the emer­gency, the legis­lat­or wisely left it to the sci­entif­ic com­munity to define these rules and val­ues for itself.

What are the most common types of misconduct?

With the phe­nomen­on of paper mills and pred­at­ory journ­als, there is a lot of talk at the moment about large-scale fraud. How­ever, accur­ately meas­ur­ing mis­con­duct remains a sig­ni­fic­ant chal­lenge. The few exist­ing sur­veys sug­gest that the clas­sic trio of fab­ric­a­tion, falsi­fic­a­tion and pla­gi­ar­ism affects only a very small frac­tion of the sci­entif­ic com­munity, less than 3 to 5% of the sci­ent­ists sur­veyed. The main issue lies else­where: the notion of “ques­tion­able prac­tices”, mean­ing con­duct that is det­ri­ment­al to the research pro­cess, con­cerns a much lar­ger pop­u­la­tion, just over 30% of research­ers sur­veyed in these same surveys.

The core of the integ­rity issue lies not only in delib­er­ate trans­gres­sion, but also in the norm­at­ive uncer­tainty sur­round­ing dif­fuse and widely shared behaviors.

These prob­lem­at­ic prac­tices are almost com­mon­place: adding an author who does not meet the require­ments to be an author, dis­reg­ard­ing res­ults that are intu­it­ively deemed irrel­ev­ant, avoid­ing present­ing data that could con­tra­dict hypo­theses, select­ively cit­ing sources to rein­force own con­clu­sions, com­mu­nic­at­ing res­ults to the gen­er­al pub­lic even before a peer-reviewed pub­lic­a­tion is avail­able, etc. 

While remain­ing vigil­ant about sci­entif­ic fraud is vital, the core of the integ­rity prob­lem lies not only in delib­er­ate trans­gres­sions, but equally in the norm­at­ive uncer­tainty sur­round­ing wide­spread and widely accep­ted beha­viours. This obser­va­tion calls for a genu­ine intel­lec­tu­al revolu­tion in the way we think about integ­rity, but also in the design of roadmaps for struc­tures such as the OFIS.

How can we explain why researchers engage in misconduct?

There is now a sub­stan­tial body of lit­er­at­ure on the diversity of factors asso­ci­ated with dif­fer­ent types of mis­con­duct. The study by Roje et al. pub­lished in 20232 iden­ti­fies no few­er than 70 factors that can have a neg­at­ive impact on sci­entif­ic con­duct, ran­ging from per­son­al­ity traits to work­ing envir­on­ments, skills and train­ing to research policies. 

As a soci­olo­gist, I am par­tic­u­larly attent­ive to the qual­ity and effects of “research envir­on­ments”, i.e. the con­di­tions under which sci­entif­ic work is car­ried out, which are sub­ject to numer­ous ten­sions: sta­bil­ity vs. pre­cari­ous­ness, solid­ar­ity vs. com­pet­i­tion, organ­isa­tion­al sup­port vs. aban­don­ment, clar­ity vs. opa­city, sense of justice vs. sense of injustice, etc. 

Sci­entif­ic mis­con­duct is not solely the res­ult of indi­vidu­al fail­ings. It is very often a prag­mat­ic response, an adapt­a­tion to work­ing envir­on­ments that are con­sidered prob­lem­at­ic, such as pres­sure to per­form, con­tra­dict­ory instruc­tions and norm­at­ive uncertainties.

What measures should be taken?

Of course, we must con­tin­ue to edu­cate and raise aware­ness, but we can­not change prac­tices without ques­tion­ing the sys­tems that pro­duce them. This task falls to sci­ent­ists, of course, but also to the heads of research organ­isa­tions, fund­ing agen­cies, high­er edu­ca­tion insti­tu­tions, private research and devel­op­ment act­ors, sci­entif­ic pub­lish­ers, and sci­ence policy stake­hold­ers. This involves examin­ing their prac­tices and decision-mak­ing pro­cesses to identi­fy the extent to which they con­trib­ute to cre­at­ing these pres­sures, injunc­tions and uncertainties.

In my opin­ion, the OFIS should pro­mote and sup­port this organ­isa­tion­al dia­gnost­ic work. It can also count on sci­entif­ic integ­rity advisors, of whom there are now nearly 200. They are respons­ible for rais­ing aware­ness and train­ing staff, but also for invest­ig­at­ing cases of mis­con­duct. They are also in the best pos­i­tion to identi­fy con­tra­dic­tions at work in their insti­tu­tions. For example, insti­tu­tions may be very pro­act­ive in set­ting up struc­tures ded­ic­ated to integ­rity, while at the same time over­em­phas­ising quant­it­at­ive indic­at­ors in recruit­ment or staff eval­u­ation. It is up to the advisors to identi­fy these con­tra­dict­ory injunc­tions to high­light them more clearly.

What are your priorities today as head of OFIS?

I had the oppor­tun­ity to present my roadmap for the next five years to the OFIS steer­ing com­mit­tee last Novem­ber. It dis­tin­guishes between recur­ring actions, such as pro­du­cing a bian­nu­al report on integ­rity breaches, and tar­geted actions. 

OFIS intends to fully play its role as an obser­vat­ory, pro­du­cing an in-depth assess­ment of the situ­ation in France and help­ing to identi­fy the neces­sary changes

One of the tar­geted actions con­cerns private research and the trans­fer­ab­il­ity of integ­rity issues to R&D. Con­trary to pop­u­lar belief, the intro­duc­tion of integ­rity into law con­cerns all research activ­it­ies. How­ever, today, most research efforts are car­ried out by the private sec­tor. The ques­tion is there­fore how integ­rity can be made vis­ible and assessed in this sec­tor, in line with the government’s fin­an­cial com­mit­ment, par­tic­u­larly through research tax credits.

A second action con­cerns sci­entif­ic pub­lish­ing. Bey­ond announce­ments about the cre­ation of ded­ic­ated ser­vices, what are major inter­na­tion­al groups and nation­al pub­lish­ers actu­ally doing to address integ­rity issues? How do they identi­fy prob­lem­at­ic journ­als? How do they handle requests for cor­rec­tions or retrac­tions? How do they train their teams? What tools do they use? OFIS is com­mit­ted to ful­filling its role as an observing body by pro­du­cing an in-depth assess­ment of the situ­ation in France and help­ing to identi­fy the neces­sary changes.

In the United States, the presidential decree Restoring Gold Standard Science issued in May 2025 set out the standards that science must meet to be considered ‘honest’. What do you think of this initiative?

The Amer­ic­an Restor­ing Gold Stand­ard Sci­ence decree con­trasts with what has been done in France: the rules are not left to the dis­cre­tion of the sci­entif­ic com­munity but are dic­tated by a pres­id­en­tial decree. This is a form of polit­ic­al inter­fer­ence, adding to all those recor­ded since the begin­ning of the year in the United States. 

Fur­ther­more, while most of the rules appear reas­on­able at first glance, their accu­mu­la­tion is prob­lem­at­ic. Many areas of research will not be able to meet all the cri­ter­ia, par­tic­u­larly because not all of them have the same intrins­ic rela­tion­ship to repro­du­cib­il­ity or exper­i­ment­al research. By mak­ing integ­rity an unat­tain­able ideal, Restor­ing Gold Stand­ard Sci­ence is part of an effort to dis­cred­it and dis­qual­i­fy a large part of the aca­dem­ic community.

Finally, it is import­ant to high­light the core of the ini­ti­at­ive, which Don­ald Trump’s sci­ence advisor, Michael Krat­si­os, calls “informed dis­sent”, or “a dis­trust of blind con­sensus and a valu­ing of informed dis­agree­ment”. To be con­sidered hon­est accord­ing to this stand­ard, one must there­fore be able to give equal weight to con­tra­dict­ory opin­ions. Applied to cli­mate research, this means that half of the argu­ments should be giv­en to those who deny the effect of human activ­it­ies on the cli­mate. Integ­rity then becomes a rhet­or­ic­al tool: under the guise of bal­ance and open­ness, it serves to rein­tro­duce mar­gin­al or dis­cred­ited the­or­ies into the sci­entif­ic arena, not for their sci­entif­ic value, but for their polit­ic­al usefulness.

Interview by Anne Orliac
1https://​www​.OFIS​-france​.fr/​q​u​e​s​t​-​c​e​-​q​u​e​-​l​i​n​t​e​g​r​i​t​e​-​s​c​i​e​n​t​i​f​ique/
2https://​doi​.org/​1​0​.​1​0​8​0​/​0​8​9​8​9​6​2​1​.​2​0​2​2​.​2​0​73819

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