Counting heads vs making heads count. Impact of numeric diversity and diversity climate on psychological outcomes for faculty of color

DOIhttps://doi.org/10.1108/EDI-11-2017-0256
Published date20 November 2018
Pages780-798
Date20 November 2018
AuthorEmily Vargas,Amy Seon Westmoreland,Kathrina Robotham,Fiona Lee
Subject MatterHR & organizational behaviour,Employment law,Diversity, equality, inclusion
Counting heads vs making
heads count
Impact of numeric diversity and diversity
climate on psychological outcomes
for faculty of color
Emily Vargas, Amy Seon Westmoreland, Kathrina Robotham and
Fiona Lee
Department of Psychology, The University of Michigan,
Ann Arbor, Michigan, USA
Abstract
Purpose Research on organizational diversity initiatives generally focus on either numerical diversity or
racial climate. Both facets of diversity are critical, however, research has rarely examined their impact
simultaneously. The paper aims to discuss these issues.
Design/methodology/approach In the current study, the authors use the context of higher education, to
examine how variations in the composite of numerical diversity and racial climate predict psychological
disparities between faculty of color (FOC) and White faculty. The authors test how institutions that engage in
authentic diversity (i.e. institutions that are both numerically diverse and have a positive racial climate)
compare to other diversity composites.
Findings Using a data set of n¼37,406 faculty members in US colleges/universities, this study found that
racial disparities between FOC and White faculty for various psychological outcomes are smaller in authentic
diversity institutions compared to institutions with low numeric diversity/ poor racial climate. Further, the
data demonstrate that authentic diversity institutions have reduced psychological disparities compared to
institutions with high numeric diversity/poor racial climate, but have similar disparities to institutions with
low numeric/positive racial climate.
Originality/value These results suggest that diversity climate may be the primary driver of mitigating
psychological disparities between FOC and White faculty. However, it is necessary for institutions to
authenticallyengage in diversityby promoting both entitiesto become moreeffective in reducingdisparities.
Keywords Higher education, Diversity climate, Racial disparities, Numerical diversity
Paper type Research paper
The USA is a racially diverse nation, and increasingly so (Humes et al.,2011).Inthis
environment, organizations need to be similarlydiverse,inparttorecruitandretainthe
best and the brightestacross all racial groups, and in part to anticipate consumers
needs within a racially diverse marketplace (Robinson and Dechant, 1997; Zanoni et al.,
2010). Indeed, organizations have devoted substantial resources toward diversity
programs to promote racial diversity (Bassett-Jones, 2005; Dobbin and Kalev, 2013). These
initiatives generally have two goals: to increase the numerical representation of employees
of color, and/or to create a positive racial climate (e.g. Johnson, 2012; Lightfoote et al.,
2016). While numerical diversity and positive racial climate are related, they are
independent constructs and address different aspects of diversity (Roberson, 2006). On the
one hand, numerical diversity conceptualizes diversity as the physical representation of
individuals across a number of racial groups, considering who makes up the organization
(Estrada et al., 2016). Racial climate refers to the nature of the interpersonal dynamics
between individuals of racial groups and encompasses feelings of respect, or what the
organization is like and how people of color are treated (e.g. McKay et al., 2008; Shore et al.,
2011). Much research has been dedicated toward understanding each individual
Equality, Diversity and Inclusion:
An International Journal
Vol. 37 No. 8, 2018
pp. 780-798
© Emerald PublishingLimited
2040-7149
DOI 10.1108/EDI-11-2017-0256
Received 17 November 2017
Revised 5 February 2018
20 March 2018
Accepted 11 April 2018
The current issue and full text archive of this journal is available on Emerald Insight at:
www.emeraldinsight.com/2040-7149.htm
780
EDI
37,8
component of diversity; there is a scant body of research that examines the impact of
numerical diversity and racial climate simultaneously.
In this study, we examine how variations in the composite of both components of racial
diversity numerical representation and racial climate predict disparities in psychological
outcomes between White employees and employees of color. We address this question
within institutes of higher education in the USA. Relying on Coxs interactional model of
cultural diversity, we anticipate that psychological disparities will be dependent on the
diversity context in higher education institutions. This theory argues that variations in
organizational contextual factors can yield individual-level outcomes of employees. Recent
research has utilized Coxs model to examine how variations in diversity climate a
contextual factor impacts individual-level outcomes according to the race of the employee
(Madera et al., 2013; McKay et al., 2009, 2011). In a similar way, we build on this body of
literature in the current study. We examine how contextual factors associated with diversity
(i.e. the composite of numeric and climate) may yield individual-level psychological
disparities between White faculty and faculty of color (FOC).
Why numerical diversity matters
Similar to other workplaces, institutes of higher education prioritize diversity. The term
diversityhas historically been used to describe the numerical representation of members
of various under-represented groups, such as racial and ethnic minorities in
predominantly White organizations (PWIs), or women in predominantly male
organizations (e.g. Shore et al., 2009; Thomas and Ely, 1996). Research has been
dedicated toward understanding the impact of numerical diversity on FOC (see Turner
et al., 2008). FOC are underrepresented in higher education and face unique challenges
linked to their minority status. For example, FOC face bias in the hiring process (e.g. Tuitt
et al., 2007), in salary inequities (Renzulli et al., 2006; Turner et al., 2008) and are less likely
than their White colleagues to achieve tenure (e.g. Harris, 2007; Williams and Williams,
2006). Furthermore, research has established that FOC in PWIs are tasked with additional
labor compared to their White colleagues. For instance, FOC are more likely to be asked to
provide additional service related to diversity initiatives, such as teaching diversity-based
classes, serving on diversity committees and serving as a mentor for students of color
(Baez, 2000; Padilla, 1994). These requests can become a psychological burden and impede
career progress. Related, there is a relationship between numerical underrepresentation
and psychological outcomes (Kanter, 1977; Eisenberg et al., 2013). Compared to White
faculty, FOC in PWIs are more likely to report more stress, less satisfaction with
colleagues, among other negative psychological outcomes (e.g. Abel and Sewell, 1999;
Kokkinos, 2007).
Why racial climate matters
Research has shown that increasing numerical diversity alone is insufficient to remedy
psychological disparities that exist between White faculty and FOC (Singh et al., 2013;
Yoder, 1991). Racial climate is defined as the extent to which an organization successfully
promotes fairness and strong norms for fair interpersonal treatment along with the
promotion of policies associated with these practices (Dwertmann et al., 2016). Some
institutions have actively resisted diversity initiatives, which can negatively impact climate
despite the numerical diversity representation of people of color (Thomas, 2008; Thomas
and Plaut, 2008). Racial climate is a major factor that leads to psychological and work-
related disparities between FOC and White faculty (Stanley, 2006; Zimmerman et al., 2016).
Specifically, experiences of bias due to poor racial climate results in negative consequences
for FOC, such as reduced self-esteem, lowered efficacy and increased stress (Blascovich
et al., 2001; Vescio et al., 2005). Together these climate factors simultaneously increase
781
Counting
heads vs
making heads
count

To continue reading

Request your trial

VLEX uses login cookies to provide you with a better browsing experience. If you click on 'Accept' or continue browsing this site we consider that you accept our cookie policy. ACCEPT