Successfully navigating the norms of a society is a complex task that involves recognizing diverse kinds of rules as well as the relative weight attached to them. In the United States, different kinds of rules—federal statutes and regulations, scientific norms, and professional ideals—guide the work of researchers. Penalties for violating these different kinds of rules and norms can range from the displeasure of peers to criminal sanctions. We proposed that it would be more difficult for researchers working in the U.S. (...) who were born in other nations to distinguish the seriousness of violating rules across diverse domains. We administered a new measure, the evaluating rules in science task, to National Institutes of Health-funded investigators. The ERST assessed perceptions of the seriousness of violating research regulations, norms, and ideals, and allowed us to calculate the degree to which researchers distinguished between the seriousness of each rule category. The ERST also assessed researchers’ predictions of the seriousness that research integrity officers would assign to the rules. We compared researchers’ predictions to the seriousness ratings of 112 RIOs working at U.S. research-intensive universities. U.S.-born researchers were significantly better at distinguishing between the seriousness of violating federal research regulations and violating ideals of science, and they were more accurate in their predictions of the views of RIOs. Acculturation to the U.S. moderated the effects of nationality on accuracy. We discuss the implications of these findings in terms of future research and education. (shrink)

Researchers encounter challenges that require making complex professional decisions. Strategies such as seeking help and anticipating consequences support decision-making in these situations. Existing evidence on a measure of professional decision-making in research that assesses the use of decision-making strategies revealed that NIH-funded researchers born outside of the U.S. tended to score below their U.S. counterparts. To examine potential explanations for this association, this study recruited 101 researchers born in the United States and 102 born internationally to complete the PDR and (...) measures of basic personal values, values in scientific work, discrimination between the seriousness of rules in research, exposure to unprofessional research practices, and acculturation to American culture. Several variables were associated with PDR scores—discrimination between types of rules in research, exposure to unprofessional research practices, acculturation, and the basic personal values of power, security, and benevolence. However, only security, benevolence, acculturation, and rule discrimination were also associated with nation of origin. In multivariate models, the variance explained by these variables in accounting for the association of nation of origin and PDR scores was somewhat overlapping, thus, only security and benevolence remained as unique, statistically significant predictors. Thus, this study identified some important variables in the association of nation of origin and PDR, but more research is needed. In a secondary analysis to examine the “clinical significance” of scores on the PDR, this study examined aggregated PDR score data from the present sample and past samples of investigators. This analysis identified scores that may suggest a concern versus those scores that may be interpreted as excellent, proficient, or marginal. Implications for training and mentoring, along with considerations for future research are discussed. (shrink)

In this paper we describe the development and initial psychometric evaluation of a new measure, the values in scientific work. This scale assesses the level of importance that investigators attach to different VSW. It taps a broad range of intrinsic, extrinsic, and social values that motivate the work of scientists, including values specific to scientific work and more classic work values in the context of science. Notably, the values represented in this scale are relevant to scientists regardless of their career (...) stage and research focus. We administered the VSW and a measure of global values to 203 NIH-funded investigators. Exploratory factor analyses suggest the delineation of eight VSW, including autonomy, research ethics, social impact, income, collaboration, innovation and growth, conserving relationships, and job security. These VSW showed predictable and distinct associations with global values. Implications of these findings for work on research integrity and scientific misconduct are discussed. (shrink)