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Tommy van Steen<br />

children’s choices about buying a healthy or<br />

unhealthy lunch. To paraphrase their<br />

reasoning; once we know that the order in<br />

which we offer snacks influences behaviour,<br />

there is no ‘neutral’ option anymore,<br />

whichever order of the snacks is chosen, it<br />

will always influence what children buy and<br />

we cannot pretend that we do not know this.<br />

This example serves to highlight the<br />

differences between approaches by<br />

academics and industry even further.<br />

Academics carrying out this research could<br />

focus on questions such as ‘Does the order in<br />

which we present snacks influence which<br />

snacks children buy?’, or, ‘How can we make<br />

children choose a healthy snack?’; while the<br />

same study carried out by a school cafeteria<br />

might ask ‘How do we get children to buy<br />

the products with the highest margins?’ And<br />

in this example, these products with the<br />

highest margins might be the exact same<br />

unhealthy snacks that an academic might<br />

want children to avoid.<br />

Returning to the Facebook study, the<br />

social networking site might be interested in<br />

seeing what makes users stay on the platform<br />

for longer periods of time, but what would<br />

they do if it turned out that reading negative<br />

status updates did just that? And similarly,<br />

where ethical guidelines would suggest that<br />

participants who are primed with negative<br />

moods should get some treatment to reduce<br />

the effect as part of the debriefing process,<br />

can we expect the same procedure when<br />

companies collect data for reasons that are<br />

different from those of academics?<br />

In conclusion, the shift from lab studies<br />

to large-scale field studies (the Facebook<br />

study had a total of 689,003 participants) is<br />

laudable. And given the increasing amount<br />

of data that some companies possess or have<br />

access to in a short timespan, this application<br />

of big data to conduct research is likely to<br />

become more popular as collaborations<br />

between companies and academia<br />

strengthen. However, the issue that remains<br />

is that a company like Facebook can conduct<br />

this type of research without having to<br />

adhere to any guidelines. So where should<br />

the responsibility lie when industry and<br />

academia collaborate on research projects?<br />

While I do not have a definite answer, a solution<br />

could lie in focusing on the main reason<br />

for conducting the research; is it the<br />

academic who proposes a collaboration with<br />

a company so they can collect data that<br />

would be unobtainable otherwise, or is it the<br />

company that needs the academic’s<br />

expertise in a certain field to help them<br />

investigate their target group? I would say<br />

that as long as there is a lack of adherence to<br />

universal ethical guidelines by companies,<br />

whenever academics instigate the collaboration,<br />

they should apply for ethical approval<br />

by their own ethics committee, regardless of<br />

which terms and conditions users of the<br />

company’s services have agreed to in the<br />

past. In other situations, the need for ethical<br />

approval by the academics’ institution(s)<br />

might be less likely, but as stated by the<br />

Code of Human Research Ethics (BPS, 2010,<br />

p.4) ‘thinking is not optional.’<br />

Correspondence<br />

Tommy van Steen<br />

PhD Student,<br />

Centre for the Study of Behavioural Change<br />

and Influence,<br />

University of the West of England.<br />

Email: Tommy3.vansteen@live.uwe.ac.uk<br />

References<br />

British Psychological Society (BPS) (2010). Code of human<br />

research ethics. Leicester: BPS. Retrieved from:<br />

http://www.bps.org.uk/sites/default/files/<br />

documents/code_of_human_research_ethics.pdf<br />

Kramer, A.D.I., Guillory, J.E. & Hancock, J.T. (2014). Experimental<br />

evidence of massive scale emotional contagion<br />

through social networks. Proceedings of the National<br />

Academy of Sciences, 111(24), 8788–8790.<br />

doi:10.1073/pnas.1412469111<br />

Milgram, S., Bickman, L. & Berkowitz, L. (1969). Note on the<br />

drawing power of crowds of different size. Journal of<br />

Personality and <strong>Social</strong> <strong>Psychology</strong>. doi:10.1037/h0028070<br />

Thaler, R.H. & Sunstein, C.R. (2008). Nudge. New Haven:<br />

Yale University Press.<br />

Verma, I.M. (2014). Editorial expression of concern: Experimental<br />

evidence of massive scale emotional contagion<br />

through social networks. Proceedings of the National<br />

Academy of Sciences of the United States of America, 111(29),<br />

10779. doi:10.1073/pnas.1412469111<br />

28 PsyPAG Quarterly

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