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INTELLECTUAL STYLES, ABILITY, AND PERSONALITY 1
Intellectual Styles: Their Associations and Their Relationships to Ability and
Personality
Qiuzhi Xie
Faculty of Education, The University of Hong Kong
Department of Applied Social Sciences, The Hong Kong Polytechnic University
Published in
Journal of Cognitive Education and Psychology, Volume 14, Number 1, Page 63-76, 2015.
http://dx.doi.org/10.1891/1945-8959.14.1.63
This copy is the in press version
INTELLECTUAL STYLES, ABILITY, AND PERSONALITY 2
Abstract
This study investigated the associations among intellectual styles in the three approaches:
cognition-centered, personality-centered, and activity-centered approaches. Field
dependence-independence, psychological types, and learning approaches were respectively
selected as the representatives of the cognition-centered, personality-centered, and
activity-centered styles. This study also explored the relationships between intellectual styles
and ability as well as between intellectual styles and personality. The participants in this study
were 510 students in a Chinese university. The results showed that the three style constructs did
not significantly share common variance, implying that styles in different approaches likely
represent different rather than similar constructs. Also, field dependence-independence strongly
associated with ability, whereas psychological types and learning approaches strongly
associated with personality. This suggested that different style constructs relate to ability and
personality to different degree: cognition-centered styles may closely relate to ability, whereas
personality-centered and activity-centered styles may highly relate to personality.
Keywords: Intellectual styles; ability; personality; field dependence-independence;
psychological types; learning approaches
INTELLECTUAL STYLES, ABILITY, AND PERSONALITY 3
“Intellectual style” is an envelope term that refers to all the existing style concepts, such
as thinking style, learning style, and cognitive style. Zhang and Sternberg (2005) defined
intellectual style as “one’s preferred way of processing information and dealing with tasks”
(Zhang & Sternberg, 2005, p.2). To this day, a number of style constructs have been put forward,
such as Witkin’s (1962) cognitive style of field dependence-independence (FDI) and Kolb’s
(1976) learning style. Scholars have proposed different style concepts with their own
perspectives and disregarded others’ work. This resulted in the confused understanding of style
concepts and the declined research on styles in the 1970s. After 1980, scholars have proposed
several models to categorize the existing style constructs.
Grigorenko and Sternberg’s (1995) model classifies style constructs into three
approaches: cognition-centered, personality-centered, and activity-centered approaches.
Cognition-centered styles share similarities with ability, because most of these styles can be
measured through maximal performance. A typical example is Witkin’s (1962) field
dependence-independence. Field independence indicates the tendency to make judgments based
on one’s own perception or thinking, whereas field dependence indicates the tendency to make
judgments by referring to external cues.
Personality-centered styles are ones’ typical preferences rooted in personality. A
typical example is the theory of psychological types (Jung, 1923; Myers & McCaulley, 1985)
that identifies four basic preference indices: extraversion-introversion (EI), sensing-intuition
(SN), thinking-feeling (TF), and judgment-perception (JP). EI refers to one’s tendency to focus
on the outside world (E) versus on the inside self (I). SN refers to one’s mental processes based
on observable facts and happenings (S) versus on meanings and possibilities (N). TF refers to
INTELLECTUAL STYLES, ABILITY, AND PERSONALITY 4
one’s decision making based on logical consequences (T) versus on values (F). JP refers to
one’s tendency to be organized and purposeful (J) versus to be flexible (P).
Activity-centered styles refer to ones’ preferences in specific activities. Grigorenko and
Sternberg (1995) argued that activity-centered styles arise from both cognition and personality.
A typical example is Biggs’ (1987) learning approaches theory. Students’ learning approaches
can be classified as the deep learning approach and the surface learning approach (Biggs,
Kember, & Leung, 2001). The former indicates the inclination to emphasize thorough
understanding of what has been learned, whereas the latter indicates the inclination to learn by
rote.
Zhang and Sternberg (2005) reviewed a large number of studies on the relationships
among different style constructs, and they found that styles in the same approaches are strongly
associated with one another. Grigorenko and Sternberg (1995) hypothesized that
cognition-centered styles are more closely associated with ability, whereas personality-centered
styles are more closely associated with personality.
A current influential model that is relevant to this study is Zhang and Sternberg’s (2005)
threefold model. This model classifies styles into Types I-III according to their characteristics.
Styles that denote the preferences for low degree of structure, cognitive complexity,
nonconformity, and autonomy are classified as Type I. Styles that denote the preferences for
high degree of structure, cognitive simplicity, conformity, and authority are categorized as Type
II. Zhang and Sternberg argued that Type I styles are usually more adaptive than Type II styles.
Styles that may take on the characteristics of either Type I or Type II styles are labeled as Type
III, and whether Type III styles are generally positive or negative depend on situational
INTELLECTUAL STYLES, ABILITY, AND PERSONALITY 5
contingency. Zhang and Sternberg hypothesized that Type I styles are positively related to one
another and so are Type II styles. A few empirical findings supported their hypothesis (e.g.,
DeBell & Crystal, 2005).
A critical controversial issue raised in the threefold model is whether different style
constructs are distinct or similar. A number of studies have investigated the correlations
between different style constructs (e.g., DeBell & Crystal, 2005; Sadler-Smith, 1997). The
current study investigates the relationships among field dependence-independence (FDI; Witkin,
1962), psychological types (Jung, 1923; Myers & McCaulley, 1985), and learning approaches
(Biggs, 1987). So far as I know, no study has explored the relationships between psychological
types and learning approaches as well as between FDI and learning approaches. However,
several scholars have explored the relationships between FDI and psychological types. They
found that field independence was positively associated with intuition and perception, whereas
negatively associated with sensing and judgment (e.g., DeBell & Crystal, 2005; Carey, Fleming,
Roberts, 1989). Schmidt and Cutcheon (1988) investigated the relationships between FDI and
the type combinations. They reported that people with the ENTP and INFP type combinations
were more field independent than people with the ESFP, ISFJ, and ESFJ type combinations.
Furthermore, a long-lasting challenge in the style field is the unclear distinctions of
intellectual styles from ability and personality (e.g., Zhang, Sternberg, & Rayner, 2012).
Because many cognition-centered styles are examined via maximal performance, scholars have
debated as to whether these style constructs are competence or preference variables. Also,
empirical research has consistently reported the significant associations between
cognition-centered styles and abilities, in particular the positive association between field
INTELLECTUAL STYLES, ABILITY, AND PERSONALITY 6
independence and non-verbal abilities (e.g., McKenna, 1984; Zhang, 2004). Therefore, some
scholars argued that a number of cognition-centered styles refer to abilities or partial abilities
and partial styles (e.g., Davis, 1991; McKenna, 1984). Other scholars argued that
cognition-centered styles are different from ability (e.g., Furnham, 2012; Messick, 1996; Zhang
& Sternberg, 2006). First, abilities are unipolar, whereas styles are bipolar. Two corresponding
styles usually have the opposite characteristics. Second, ability is shown in one domain,
whereas a style can be shown in several domains. For example, FDI pertains to spatial ability as
well as social orientation. Third, abilities are value-directional: having higher ability is always
an advantage. Styles are value-differentiated: whether a style is positive or negative may
depend on situations.
Researchers have also investigated the relationships between ability and the styles in the
personality-centered and activity-centered approaches. Regarding the relationships between
ability and psychological types, a number of researchers found that higher scores on ability tests
were positively related to intuition and negatively related to sensing (e.g., Furnham, Dissou,
Sloan, & Chamorro-Premuzic, 2007; Furnham, Moutafi, & Paltiel, 2005). The findings on the
relationships between abilities and learning approaches are not consistent. Some studies showed
that these two constructs were not related (e.g., Furnham, Monsen, & Ahmetoglu, 2009). Other
studies showed that higher scores on ability tests were positively related to the deep learning
approach, whereas negatively related to the surface learning approach (e.g.,
Chamorro-Premuzic & Furnham, 2008).
Scholars also have addressed the style-personality relationships for a long time. Messick
(1994) argued that styles bridge personality and cognition. Furnham (2012) argued that styles
INTELLECTUAL STYLES, ABILITY, AND PERSONALITY 7
have less biological foundation than personality. Moreover, some scholars emphasized
personality’s influence on styles (e.g., Furnham, 1995), and others argued that the
style-personality relationships are bidirectional and interactive (e.g., Kogan & Block, 1991).
The relationships between personality and intellectual styles have been extensively
investigated. McKenna (1983) reviewed studies on the relationships between FDI and Eysenck
and Eysenck’s (1975) personality dimensions and concluded that the relationship between the
two constructs is rather week. Furthermore, some studies suggested that FDI is likely to be
associated with extraversion-neuroticism/psychoticism combination. For example, Glicksohn,
Naftuliev, and Golan-Smooha (2007) found that field independence was positively related to
the combination of extraversion and high psychoticism as well as the combination of
introversion and low psychoticism.
The findings on the relationships between psychological types and the Big Five
personality factors are quite consistent. The extraverted personality strongly related to the
preference index of extraversion-introversion (EI). Openness to experience positively correlated
with intuition and perception, whereas negatively correlated with sensing and judgment.
Conscientiousness correlated positively with judgment and negatively with perception.
Agreeableness correlated positively with feeling and negatively with thinking (e.g., Furnham,
1996; McCrae & Costa, 1989; Tobacyk, Livingston, Robbins, 2008). Based on Eysenck and
Eysenck’s (1975) personality model, researchers found that Eysenck’s extraversion and
neuroticism related to the EI index. Neurotic people were more likely to have the introverted
attitude, rather than the extraverted attitude. In addition, psychoticism positively related to
intuition and perception, whereas negatively related to sensing and judgment (e.g., Francis,
INTELLECTUAL STYLES, ABILITY, AND PERSONALITY 8
Craig, & Robbins, 2007; Furnham, Jackson, Forde, & Cotter, 2001).
The relationships between learning approaches and personality have been widely
investigated. Researchers consistently found that the deep learning approach was positively
associated with extraversion, openness to experience, and conscientiousness, whereas
negatively associated with neuroticism. The surface learning approach was correlated positively
with neuroticism and negatively with openness to experience (e.g., Chamorro-Premuzic &
Furnham, 2009; Shokri, Kadivar, Farzad, & Sangari, 2007). Several studies also showed that
the surface learning approach was positively correlated with extraversion, whereas negatively
correlated with agreeableness and conscientiousness (e.g., Shokri, et al., 2007; Zhang, 2003). In
addition, researchers found that learning approaches and personality were overlapping to some
degree (e.g., von Stumm & Furnham, 2012; Zhang, 2003).
Because a considerable number of studies demonstrated significant relationships
between styles and personality (e.g., Francis et al., 2007; Shokri et al., 2007), some researchers
argued that the measurement of intellectual styles can be included in personality tests (e.g.,
Jackson & Lawty-Jones, 1996). However, other scholars argued that styles have their
uniqueness (e.g., Zhang & Sternberg, 2005) and assessing styles along with personality is
necessary (e.g., Riding & Wigley, 1997; Zhang & Sternberg, 2006).
Although scholars have extensively studied style relationships as well as style-ability
and style-personality relationships, they have not investigated these relationships based on a
model that classifies styles. Investigating the relationships among styles in different categories
may clarify as to whether these constructs labeled as “styles” are different or similar. Assessing
whether different style constructs are associated with ability and personality to different degree
INTELLECTUAL STYLES, ABILITY, AND PERSONALITY 9
may help clarify the long-standing issue of style-ability and style-personality relationships.
Furthermore, intellectual styles, ability, and personality are important variables that
address individual differences. Researchers have widely explored the prediction of styles,
ability, and personality for individuals’ behaviors and educational outcomes (e.g., Furnham et
al., 2009; Xie, Gao, & King, 2013). Investigating the associations among different style
constructs as well as among styles, ability, and personality may also help researchers and
educators better understand what personal factors predict behaviors and educational outcomes.
For example, if one style construct is only marginally related to personality, the style may have
unique contribution to outcome variables along with personality. In contrast, if one style
construct is substantially overlapping with personality, the predictive power of this style
construct for outcome variables is likely to be explained by personality to a considerable
degree.
The current study investigates whether styles in different approaches are similar or
different. It also looks into whether different style constructs relate to ability and personality to
different degree. Witkin’s (1962) FDI, Jung’s (1923) psychological types, and Biggs’ (1987)
learning approaches respectively represent cognition-centered, personality-centered, and
activity-centered styles in this study. These three style constructs have been extensively studied
(e.g., Chamorro-Premuzic & Furnham, 2009; Leary, Reilly, & Brown, 2009; Smith & Cage,
2000) and are strongly associated with other style constructs in their approaches (e.g.,
Sadler-Smith, 1997; Zhang & Sternberg, 2005).
It is hypothesized that field independence, the intuitive and perceptive processes, and
the deep learning approach are positively related, because these styles are labeled as Type I.
INTELLECTUAL STYLES, ABILITY, AND PERSONALITY 10
Field dependence, the sensing and judging processes, and the surface learning approach are
positively related. These styles are labeled as Type II. This hypothesis is based on Zhang and
Sternberg’s (2005) argument that Type I styles positively associate with one another and so do
Type II styles. Moreover, FDI most closely relates to ability, whereas psychological types and
learning approaches strongly relate to personality. Field independence relates to higher score on
the ability test. Neuroticism relates positively to the surface learning approach and negatively to
the deep learning approach. Extraversion positively relates to the deep learning approach and
the extraverted attitude, whereas negatively relates to the surface learning approach and the
introverted attitude. Openness to experience positively relates to the deep learning approach as
well as the intuitive and perceptive processes. Openness to experience also negatively relates to
the surface learning approach as well as the sensing and judging processes. Agreeableness
relates positively to the feeling process and negatively to the thinking process.
Conscientiousness positively relates to the deep learning approach and the judging process,
whereas negatively relates to the surface learning approach and the perceptive process. The
hypotheses are based on the conceptual similarities between these constructs as well as the
empirical findings (e.g., Chamorro-Premuzic & Furnham, 2009; McCrae & Costa, 1989;
McKenna, 1984).
Method
Participants
The participants in this study were 510 students between ages 16 to 23 years (M=19.20,
SD=1.10) in a Chinese university. Among these students, 123 were males, 361 were females,
and 26 did not indicate their gender; 278 students were Science majors, 212 students were
INTELLECTUAL STYLES, ABILITY, AND PERSONALITY 11
Humanity majors, and 20 students did not indicate their majors. There were 263 Year 1 students,
241 Year 3 students, and the remaining 6 students did not indicate their year of study.
Instruments
The Group Embedded Figures Test (GEFT; Witkin, Oltman, Raskin, & Karp,
1971)
The GEFT (Witkin et al., 1971) examines FDI. In the testing session, eight simple
figures and twenty-five complex figures are presented. Participants are required within time
limitation to discover as many embedded simple figures in the complex ones as possible. Each
correct answer merits one point. This test requires participants to overcome the influence of the
complex background to get the correct answers. Field-dependent people are more likely than
field-independent people to be influenced by external irrelevant information. Therefore, a high
score in the GEFT indicates the style of field independence, whereas a low score indicates the
style of field dependence.
A modified Chinese version of the GEFT (S. Y. Chen, Yang, & Gao, 1989) was used.
This version is slightly different from the original one. Several figures were modified to
increase difficulty. Each correct answer on the easy level merits one point, a correct answer on
the medium level merits six points, and a correct answer on the difficult level merits seven
points. This version comprises two sections. The first section contains seven items and is timed
two minutes, whereas the second section contains eighteen items and is timed nine minutes. A
number of studies showed that this Chinese version of the GEFT has good psychometric
properties (e.g., S. Y. Chen et al., 1989; Zhang, 2004).
The Myers-Briggs Type Indicator (MBTI; Myers & McCaulley, 1985)
INTELLECTUAL STYLES, ABILITY, AND PERSONALITY 12
The MBTI measures psychological types and contains four scales on the four preference
indices: Extraversion-Introversion (EI), Sensing-Intuition (SN), Thinking-Feeling (TF), and
Judgment-Perception (JP). Each scale is composed of two subscales on the two opposite types
(i.e., E and I, S and N, T and F, and J and P). Form G (the standard version) of this survey was
used, which contains 95 items on the four scales. Myers and McCaulley (1985) estimated that
the split-half reliability coefficients for the scales of Form G range from .77 to .90 and the
test-retest reliability coefficients range from .48 to .87. A number of studies reported that the
Chinese version of this questionnaire is of good psychometric properties (e.g., J. Chen, Tian,
Miao, & Chia, 2009; Miao, Huangfu, Chia, & Ren, 2000).
Dichotomic preference scores and continuous scale scores can be calculated1 (Myers &
McCaulley, 1985). Low continuous scale scores indicate the preferences for E, S, T, and J,
whereas high scores indicate the preferences for I, N, F, and P.
The Revised Two Factor Version of Study Process Questionnaire (R-SPQ-2F; Biggs
et al., 2001)
The R-SPQ-2F includes 20 items on two scales: the deep learning approach (DA) and
the surface learning approach (SA) scales. Each scale comprises the learning motivation and the
learning strategy subscales. Therefore, the four subscales are about the surface learning
motivation (SM), the surface learning strategy (SS), the deep learning motivation (DM), and the
deep learning strategy (DS). A 5-point Likert scale (1= never or only rarely true of me; 5 =
1 For E, S, T, and J, the preference score is 2 × (higher score – lower score) – 1; for I, N, F, and P, the preference
score is 2 × (higher score – lower score) + 1. For example, if the E score is 9 and the I score is 18, the preference
score on EI is 2 × (18 – 9) + 1 equals I 19. If the preference score is on any side of E, S, T, and J, the continuous
scale score is 100 – preference score. If the preference score is on any side of I, N, F, and P, the continuous score is
100 + preference score. For example, if the preference score is I 19, the continuous score on EI is 119.
INTELLECTUAL STYLES, ABILITY, AND PERSONALITY 13
always or almost always true of me) is used for scoring. The score on each learning approach
scale is the sum of the scores on its learning motivation and learning strategy subscales. Biggs
et al. (2001) reported that the Cronbach alpha coefficients were .73 for DA scale and .64 for SA
scale and they ranged from .57 to .72 for the four subscales. This questionnaire was translated
in Chinese by the current author and back translated by another researcher.
The Raven’s Advanced Progressive Matrices (APM; Raven, Court, & Raven, 1985)
The APM assesses non-verbal reasoning ability, which is referred to as fluid intelligence.
This test presents multiple choice questions and requires participants to identify the missing
element that completes a pattern. The test is composed of two sets of items. Set I includes 12
items and is used to make participants be familiar with the test. Set II includes 36 items, and the
difficulty level of these items increases gradually.
A short form of the APM (Arthur & Day, 1994) was used to reduce the testing time. The
short form contains 12 items selected from the Set II. The selection of these items was based on
item-total correlation, item difficulty, and the Cronbach alpha coefficient after the deletion of
each item. Arthur and Day (1994) reported that the correlation coefficient between the original
longer version and the revised short one was .66 and the structure of the short form well
represented that of the original longer one.
The NEO Five-Factor Inventory-3 (NEO-FFI-3; McCrae & Costa, 2007)
The NEO-FFI-3 assesses personality based on the Big Five model. It has 60 items on the
five personality scales: Neuroticism, Extraversion, Openness to experience, Agreeableness, and
Conscientiousness. A 5-point Likert scale (from strongly disagree to strongly agree) is used for
scoring. Costa and McCrae (2008) contented that this questionnaire has good reliability and
INTELLECTUAL STYLES, ABILITY, AND PERSONALITY 14
construct validity. Researchers also reported good psychometric properties of the NEO-FFI
(Costa & McCrae, 1992) in the Chinese version (e.g., Zhang, 2003). The several revised items
in the NEO-FFI-3 were translated by the current author and back translated by another
researcher.
Data analysis
First, mean scores and standard deviation were calculated for each variable. Cronbach
alpha coefficients were calculated for these instruments, except for the ability test. Split-half
coefficient (split items by odd number and even number) was calculated for the short form of
the APM, because the overall difficulty of the odd number items and the even number items is
similar. Second, partial correlations were conducted to explore the relationships among the
three style constructs and among styles, ability, and the personality, controlling for gender, age,
year of study, and academic disciplines. Last, exploratory factor analysis (EFA) was conducted
to explore the shared variance among the three style constructs, as well as among intellectual
styles, ability, and personality. The extraction method for EFA was Unweighted Least Squares,
and the rotation method was Promax with Kaiser Normalization (Kappa = 4).
Results
The relationships among FDI, learning approaches, and psychological types
The results (see Table 1) show the correlations between learning approaches and the JP
preference index: the judging process positively correlated with the deep learning approach and
negatively correlated with the surface learning approach; the perceptive process correlated with
learning approaches in an inverse way. Moreover, the deep learning strategy correlated
INTELLECTUAL STYLES, ABILITY, AND PERSONALITY 15
positively with the thinking process and negatively with the feeling process.
The exploratory factor analysis shows that the three style constructs loaded on three
different factors (see Table 2). The SN and JP indices loaded on the first factor. Learning
approaches loaded on the second factor. FDI loaded on the last factor.
The relationships between intellectual styles, ability, and personality
The results show that ability significantly correlated with FDI. Those who scored higher
on the ability test tended to be more field independent. Psychological types and learning
approaches were not correlated with ability.
Personality correlated with learning approaches and psychological types. Extraversion,
openness to experience, and conscientiousness correlated positively with the deep approach to
learning and negatively with the surface approach to learning. Agreeableness also correlated
negatively with the surface learning approach. Neuroticism correlated positively with the
surface learning approach and negatively with the deep learning approach. The extraverted
personality strongly correlated with the EI preference index. Neuroticism correlated positively
with the introverted attitude and negatively with the extraverted attitude. Openness to
experience correlated positively with the intuitive process and negatively with the sensing
process. Agreeableness correlated positively with the feeling process and negatively with the
thinking process. Conscientiousness positively correlated with the preferences for extroversion,
thinking, and judgment, whereas negatively correlated with the preferences for introversion,
feeling, and perception. Personality was not correlated with FDI. These results are presented in
Table 1.
INTELLECTUAL STYLES, ABILITY, AND PERSONALITY 16
The exploratory factor analysis (see Table 3) suggests that personality had shared
variance with psychological types and learning approaches, whereas ability and FDI had shared
variance. These variables loaded on six factors. The first factor indicated extraversion: the
extraverted personality loaded positively, whereas the EI index loaded negatively. Learning
approaches, openness to experience, and conscientiousness loaded on the second factor: the
deep learning approach and the two personality factors loaded positively, whereas the surface
learning approach loaded negatively. The SN and JP indices loaded heavily and positively on
the third factor, whereas conscientiousness loaded negatively on this factor. The TF index and
agreeableness loaded positively on the fourth factor. FDI and ability loaded heavily and
positively on the last factor.
Discussion
This study demonstrates the relationships among FDI, psychological types, and learning
approaches. The deep learning approach positively related to the thinking process and
negatively related to the feeling process. This seems to be reasonable: students with the thinking
process are more interested to find basic truth and principle; therefore, they are more likely to
be deep learners. The relationships between learning approaches and the JP index were contrary
to the hypothesis. Students with the judging process were more likely to use the deep learning
approach, whereas students with the perceptive process were more likely to use the surface
learning approach. This is likely because both the deep learning approach and the judging
process positively associated with conscientiousness. Students with the judging process are
more dutiful and, thereby, more likely to be deep learners. The findings do not support Zhang
and Sternberg’s (2005) hypothesis that Type I styles are positively related to one another and so
INTELLECTUAL STYLES, ABILITY, AND PERSONALITY 17
are Type II styles.
The results also suggest that FDI, learning approaches, and psychological types did not
significantly share common variance, indicating that these style constructs are largely
independent rather than overlapping. The three style constructs are highly associated with the
other styles in the same approaches (e.g., Sadler-Smith, 1997; Zhang & Sternberg, 2005).
Therefore, they can be regarded as the representatives in their approaches. The findings imply
that although styles in different approaches may be correlated to some degree, they likely
represent different rather than similar constructs.
The results support our hypothesis that FDI mostly associate with ability, whereas
psychological types and learning approaches highly associate with personality. FDI and ability
were overlapping. Personality was overlapping with psychological types and learning
approaches. The EI index was overlapping with the extraverted personality, suggesting that
outgoing people are more interested in the outside world, rather than the inner self. The SN and
JP indices shared variance with conscientiousness, suggesting that conscientious people tend to
be down to earth, organized and purposeful, rather than imaginative and flexible. The TF index
and agreeableness had common variance, suggesting that agreeable people tend to make
decisions by weighting what people care about, rather than by logical analysis. Learning
approaches shared variance with openness to experience and conscientiousness, indicating that
those who are intellectually curious, open-minded, and dutiful are more likely to use the deep
learning approach, rather than the surface learning approach. These results are justifiable and
indicate the conceptual similarities between the constructs investigated in this study. These
findings imply that styles are highly likely rooted in stable and enduring traits.
INTELLECTUAL STYLES, ABILITY, AND PERSONALITY 18
Cognition-centered styles may strongly associate with ability and may be partially explained by
ability. Personality-centered and activity-centered styles may highly relate to personality and
may be partially explained by personality. However, our findings do not indicate that FDI is
identical to ability or psychological types are identical to personality. Styles likely have the
unique variance that cannot be explained by either ability or personality. In addition, these
findings indicate that Grigorenko and Sternberg’s (1995) model that classifies styles is valid.
The current study has practical significance. A number of researchers and educators are
interested in predicting people’s behaviors and educational outcomes from intellectual styles,
ability, and personality. This study suggests that we may not infer as to whether a style
construct predicts an outcome variable from knowing the predictive power of another style
construct in a different approach. Furthermore, the current study also suggests that the
prediction of some styles for outcome variables may be partially explained by ability or
personality. For example, if we find that learning approaches predict academic achievement, we
know that personality also likely predicts academic achievement, because personality partially
explains students’ learning approaches. However, this study also implies that styles have their
unique variance; therefore, their predictive power has the potential to be beyond that of
personality. This implication is consistent with some earlier findings. For instance, several
studies suggested that the predictive power of learning approaches for academic achievement
exceeds the predictive power of personality (Furnham, 2011).
This study has at least two limitations. First, the study merely selects one style construct
in each approach. Therefore, the theoretical implications on style associations and styles’
relationships to ability and personality may not be convincible enough. Future studies that
INTELLECTUAL STYLES, ABILITY, AND PERSONALITY 19
involve other style constructs in each approach are necessary to investigate style associations as
well as style-ability and style-personality relationships. Second, only Raven’s Matrices is used
as the ability test in the current study. Despite that the non-verbal reasoning ability is widely
investigated as fluid intelligence, using other intelligence tests can provide a more holistic
picture of abilities. Therefore, future studies should involve more than one ability test to look
into the style-ability relationship.
INTELLECTUAL STYLES, ABILITY, AND PERSONALITY 20
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INTELLECTUAL STYLES, ABILITY, AND PERSONALITY 27
Table 1 Descriptive statistics and partial correlations among FDI, learning approaches, psychological types, ability, and personality (Controlling for gender, age, year
of study, and academic majors)
M SD Reliability
Coefficient
FDI DA SA DM DS SM SS E I S N T F J P
FDI 79.38 23.85 .81 1.00
DA 2.66 .70 .84 -.01 1.00
SA 2.49 .65 .77 .15 -.22** 1.00
DM 2.62 .76 .70 -.02 .94** -.24** 1.00
DS 2.70 .73 .70 -.01 .94** -.17** .76** 1.00
SM 2.53 .69 .58 .15 -.18** .90** -.20** -.13** 1.00
SS 2.44 .75 .65 .11 -.22** .91** -.22** -.17** .63** 1.00
E 13.44 6.08 .79 .13 .10 -.06 .11 .09 .00 -.10 1.00
I 12.30 6.74 .81 -.12 -.10 .09 -.11 -.10 .02 .14 -.96** 1.00
S 16.78 5.16 .60 -.08 -.04 -.01 -.08 .00 -.05 .04 -.08 .08 1.00
N 11.28 4.15 .50 .01 .10 .01 .13 .06 .04 -.03 .04 -.04 -.83** 1.00
T 13.20 5.38 .64 .00 .18** -.05 .14 .21** -.06 -.03 -.11 .10 .23** -.13 1.00
F 11.12 4.32 .60 -.05 -.18** .07 -.13 -.20** .08 .05 .16** -.13 -.24** .18** -.83** 1.00
J 17.87 5.56 .76 -.04 .27** -.27** .24** .26** -.28** -.20** -.01 .00 .43** -.40** .20** -.22** 1.00
P 11.63 5.46 .74 .06 -.25** .30** -.22** -.23** .30** .23** -.01 .02 -.41** .35** -.17** .21** -.95** 1.00
Ability 8.02 2.42 .65 .27** -.04 .10 -.02 -.04 .07 .11 .02 -.03 -.01 -.01 -.01 -.07 -.04 .02
Neuro 1.89 .55 .79 -.09 -.20** .21** -.23** -.15** .14** .23** -.30** .29** .13 -.08 -.02 .01 -.05 .09
Extra 2.25 .49 .70 .06 .22** -.17** .23** .19** -.11 -.18** .65** -.64** -.07 .03 -.01 .04 .11 -.13
Open 2.39 .56 .63 .12 .41** -.15** .41** .36** -.13 -.14** .14 -.14 -.33** .30** .02 -.03 -.01 -.01
Agr 2.57 .43 .63 .01 .05 -.19** .08 .01 -.15** -.18** .14 -.13 -.06 .01 -.21** .25** .09 -.11
Con 2.34 .54 .82 .01 .50** -.24** .45** .47** -.18** -.25** .22** -.19** .13 -.10 .16** -.16** .47** -.47**
Notes. Split-half coefficient was calculated for the ability scale; Cronbach alpha coefficients were calculated for the other (sub) scales. FDI = Field
dependence-independence, DA = Deep learning approach, SA = Surface learning approach, DM = Deep learning motivation, DS = Deep learning strategy, SM
= Surface learning motivation, SS = Surface learning strategy, E = Extraverted attitude, I = Introverted attitude, S = Sensing process, N = Intuitive process, T =
Thinking process, F = Feeling process, J = Judging process, P = Perceptive process, Neuro = Neuroticism, Extra= Extraversion, Open = Openness, Agr =
Agreeableness, Con = Conscientiousness.
** p < .01.
INTELLECTUAL STYLES, ABILITY, AND PERSONALITY 28
Table 2 Exploratory factor analysis of FDI, learning approaches, and psychological types
Factors
1 2 3
FDI .43
DA -.64
SA .56
EI
SN 1.00
TF
JP .43
Variance explained (%) 24.448 19.207 15.590
Cumulative (%) 24.448 43.654 59.244
Eigenvalues 1.711 1.344 1.091
Notes. FDI = Field dependence-independence, DA = Deep learning approach, SA = Surface
learning approach.
Extraction Method: Unweighted Least Squares.
Rotation Method: Promax with Kaiser Normalization.
Rotation converged in 4 iterations.
KMO = .50, p < .000. Variables with factor loadings of less than |.40| are omitted.
INTELLECTUAL STYLES, ABILITY, AND PERSONALITY 29
Table 3 Exploratory factor analysis of intellectual styles, ability, and personality
Factors
1 2 3 4 5
FDI .65
DA .73
SA -.44
EI -.77
SN .70
TF .42
JP .69
Ability .52
Neuro
Extra .90
Open .64
Agree .84
Con .42 -.46
Variance explained (%) 20.101 14.747 11.960 10.064 8.666
Cumulative (%) 20.101 34.848 46.808 56.872 65.538
Eigenvalues 2.613 1.917 1.555 1.308 1.127
Notes. FDI = Field dependence-independence, DA = Deep learning approach, SA = Surface
learning approach, Neuro = Neuroticism, Extra= Extraversion, Open = Openness, Agr =
Agreeableness, Con = Conscientiousness. Extraction Method: Unweighted Least Squares.
Rotation Method: Promax with Kaiser Normalization.
Rotation converged in 6 iterations.
KMO = .62, p < .000. Variables with factor loadings of less than |.40| are omitted.