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Psychology in Russia: State of the Art Volume 11, Issue 1, 2018
Lomonosov Moscow State University
The impact of cultural congruence on the creative thinking of primary school children
Larisa F. Bayanova*, Kirill S. Chulyukin
Institute of Psychology and Education, Kazan Federal University, Kazan, Russia *Corresponding author: E-mail: [email protected]
Background. There have been many psychological studies, which show what factors enhance creative thinking in childhood, including studies on the impact of intelligence, personality, self-esteem, and other characteristics. But little is known of the impact of cultural congruence on the enhancement of creative thinking in childhood. In that regard, it would be interesting to explore whether cultural congruence influences the enhancement of the creative thinking of primary school students.
objective. This study is aimed at examining the impact of cultural congruence on enhancing the creative thinking of primary school students. Cultural congruence can be described as a personality trait based on compliance with the rules which a society determines appropriate according to age and culture. 303 respondents participated in this study, of which 293 were primary school students aged 8-10 years (M=9, a±0.5), and 10 were primary school teachers who worked with these children.
Results. The results of this study indicate that children's compliance with the rules of age-specific normative situations — i.e. the level of cultural congruence- correlate, albeit negatively, with expressions of creative thinking.
conclusion. The findings in this study provide further evidence of reasons for enhancing creative thinking in childhood, where cultural congruence and its factors defining the preschool child's compliance with the rules in a normative situation influence the enhancement of the creative thinking of primary school students. This paper is aimed at identifying the impact of cultural congruence and its factors on the creative thinking of primary school students. The previously highlighted fact that cultural congruence has an impact on creative thinking of primary school students may be ascribed to various causes. First of all, it is noteworthy that there are no typical invariable rules within the factors making up cultural congruence which would enhance a child's creative thinking. This provision defines the essence of the cultural context and the culturally shaped rules regulating the child's behavior. Thus, the impact of cultural congruence is that it limits creative thinking. This tendency is noticeable in elementary school. The impact of cultural congruence on creative thinking also deals with the fact that socially accepted conventions limit children's spontaneous activity, since the rules impose particular behavioral patterns on them. Therefore, children focus more on imitation than on finding their own solutions. Not coincidentally, cultural congruence had an impact on subtests,
ISSN 2074-6857 (Print) / ISSN 2307-2202 (Online) © Lomonosov Moscow State University, 2018 © Russian Psychological Society, 2018 doi: 10.11621/pir.2018.0105 http://psychologyinrussia.com
which measured creative thinking through non-verbal materials. These materials dealt with the child's ability to find unusual ways to use everyday objects, to forecast different consequences of a hypothetical situation, to make specific objects with a set of shapes, to create new drawings from identical figures, and to find figures hidden in poorly structured images.
Keywords: creative thinking, cultural congruence, normative situations, rules, norms, behavior, primary school student.
Introduction
Psychologists have conducted a lot of research on factors that are supposed to nurture creativity at a young age. These studies have a hands-on application for modern educational practice. There has been research on the impact of instructional style on early creative development in children (Leggett, 2017), (Alajmi, 2012), (Sali, Akyol, 2015), (Fryer & Collings, 1991). The studies of the correlation between personality traits and creative thinking have established that the degree of self-esteem and self-control evinced by primary school students is linked to creativity (Y. Wang & L. Wang, 2016). The series of studies conducted by other researchers in this area have focused on exposing the character of the correlation between creative thinking and self-esteem through regulatory focus, i.e. independent self-evaluation by a child while executing tasks. Different ways of regulating some mental aspects between motivation of a person and the way in which he/she achieves the goal, called regulative focus, have a great influence on behavior and personality.(Jin et al., 2016).
Cross-cultural comparison of creativity in children has come to the fore in recent years, e.g. in investigations by P.C. Cheung, S. Lau, T. Lubart, D.H.W. Chu, and M. Storme. These studies revealed differences in creativity between Chinese children in Hong Kong and French children in Paris (Cheung et al., 2016); differences in the relationship between intelligence and creative thinking in Chinese children in urban and rural areas (Shi et al, 2016); and higher creative capability among school students in a culturally diverse environment (Petre, 2011; Fryer, 2014).
Many researchers have highlighted the role of art in developing children's creativity. For instance, P.R. Webster called children "creative thinkers in music" (Webster, 2008). An experimental study by T. Koutsoupidou and D.J. Hargreaves demonstrated the effects of improvisation on the development of children's creative thinking (Koutsoupidou & Hargreaves, 2009). K. Young-Mi, and H. Hye-Jeon designed an integrated dance educational program for elementary school students which showed the role of dance in improving the creative thinking ability (Young-Mi et al., 2016).
We find it interesting to study the relationship between child behavior patterns developed as part of the socialization process, and their levels of creative thinking. Each culture dictates its own rules of behavior. A child grows up in a cultural environment and learns to behave in line with the rules. Compliance with rules has been the subject of investigation in contemporary developmental psychology. Among the most recent practical research on rule compliance are papers by T. Kushnir and N. Chernyak from Cornell University (USA); E. Jordan and A. Cowan
from the University of Newcastle (Australia); R. Kapitany, M. Nielsen, and R. El-kins from the University of Queensland (Australia); D. Mullins and M.S. Tisak from Bowling Green State University (Ohio, USA); and others. We have previously presented a detailed theoretical review of research on rule compliance (Bayanova & Bayramyan, 2016). Most of the empirical research employs the CBCL (Children Behavior Check List) to analyze the rule-following behavior. Our papers looked at child behavior as an age- and culture-specific function, an assessment linked to Lev Vygotsky's theory.
According to Lev Vygotsky, each age is characterized by a specific social situation, i.e. a pattern of interaction with other people that is conducive to a child's development (Vygotsky, 1956). The adult uses this social situation as a setting for passing on to the child a set of cultural rules that are to regulate his or her behavior. Each age has its own set of rules. The more age-specific rules a child fits into his or her behavior, the more culturally congruent he or she is.
In our research, we identified typical cultural rules that regulate the behavior of pre-school and primary school children. We then designed diagnostic tests that help to reveal the degree of a child's cultural congruence, or, in other words, the extent to which a child's behavior fits certain age-specific rules (Bayanova & Mustafin, 2016; Bayanova et al., 2016). Our study on pre-school children revealed an inverse correlation between the level of a child's cultural congruence and their creativity. Essentially, the more rule-fitting behavior a child demonstrates, the less creative he or she is (Bayanova, 2013). We then proceeded to find out whether the same trend of an inverse correlation continues into the primary school age.
It is vital for instructional purposes to establish what impact cultural congruence has on the primary school students' creative capacity. Following enrollment, children's behavior becomes increasingly limited by school rules; they are less free to do what they want and spend less time on their own. More often than not, children find themselves not just in a social situation, but in a situation that N. Veraksa has called "normative" (Veraksa, 2000). Any normative situation has rules that regulate behavior. A normative situation imposes upon a child the need to comply with culturally agreeable requirements, norms, and typical rules set for a certain age.
Method
The present research was designed to study how cultural congruence, as a personality trait in the form of compliance with the rules of a normative situation, can impact creative thinking in primary school students.
Out of 303 respondents, there were 293 primary school students aged between 8 and 10 (M=9, o±0.5), plus 10 of their instructors.
In conducting the study, we fully complied with the ethics of working with children and the ethical standards of child-related studies that have been adopted by the Child Development Research Society. All the respondents' parents were informed and submitted their consent.
The following diagnostics tests were selected to fit the study's main objective:
1. A battery of Creative Thinking Tests designed by E.E. Tunik, a modified version of Guilford's and Torrance's tests for primary school children (Tu-nik, 2002). The tests focus on originality, accuracy, fluency, and flexibility.
2. The Cultural Congruence Test for primary school students designed by L.F. Bayanova, E.A. Tsivilskaya, R. M. Bayramyan, and K.S. Chulyukin (Bayanova et al., 2016). It features six factors: social interaction, academic competence, self-control, obedience, self-service, and regulation. Each factor consists of several primary school age-specific rules that define a child's behavior. The instructor is supposed to benchmark the behavior of primary school students against the rules, i.e. their cultural congruence.
We relied on correlation and single factor dispersion analysis for the mathematical and empirical data analysis. Data processing was done with the help of professional software, SPSS Statistics 22.0.
The study was carried out in several steps:
Step 1. A battery of Creative Thinking Tests for primary school students, including seven subtests for four factors-fluency, originality, flexibility, and accuracy. The primary school students were offered a battery of tests with verbal, logical, figurative, and projective tasks. Each task (a subtest) had to be completed within a fixed time period, during which the respondents had to give/add as many original answers as possible, and find/add details to the shapes. The results of each subtest were measured in scores based on the number and originality of the answers. A total score was calculated for each subtest, and then an aggregate score was calculated as a measure of a child's creative thinking.
Step 2. Then we administered the Cultural Congruence Test for primary school students with its six factors-social interaction, academic competence, self-control, obedience, self-service, and regulation. Each factor was represented by statements describing rules and situations applicable to primary school age children living in a big Russian city. A questionnaire was handed out to the primary school instructors who were believed to be instrumental in passing down those rules to the primary school students. The total score on each of the factors was calculated in line with the test keys.
Step 3. Running the Pearson correlation analysis with professional software SPSS Statistics 22.0 to calculate the correlation coefficient, and identify the link between cultural congruence factors and creative thinking.
Step 4. Running the single factor dispersion analysis with professional software SPSS Statistics 22.0 to measure the impact of each of the cultural congruence factors on the total creativity score of the primary school student.
The study used individual and frontal forms, with instructions read out loud to the respondents, and a limited time frame.
Results
The research outcomes included quantitative and qualitative test data, as well as data from the correlation analysis and the single factor dispersion analysis.
In the case of Tunik's Creative Thinking Test, total scores for each of the seven subtests were calculated, and then an aggregate tally reflecting the level of creative thinking was calculated for each respondent across the verbal and figurative creativity parameters. A majority, i.e. 57 percent of the respondents, displayed an av-
erage tally in terms of creative thinking. Twenty-three percent of primary school students had higher than average scores. A lesser number of primary school students (20 percent) did not provide unusual or original answers to the verbal and projective assignments, a sign of a low level of creative thinking.
In the case of the Cultural Congruence Test for primary school students, total scores for each of the six factors that collectively define the level of cultural congruence, were calculated across the sample. The results were: social interaction=19.16%; regulation=11.17%; academic competence=17.27%; obedi-ence=20.32%; self-service=11.02%; and self-control=19.06%.
Each factor was represented by statements describing rules inherent in the primary school setting. These data show that the respondents exhibited average (40%) and high (35%) levels of cultural congruence, a conclusion which reflects a primary school student's commitment to following all age-specific rules, norms, regulations, and requirements in a bid to get approval from their reference groups (instructors, parents). Twenty-five percent of the respondents demonstrated a low level of cultural congruence, a signal that their behavior was not in line with the most typical rules inherent in normative situations.
Table 1. Impact of cultural congruence on creative thinking for primary school students, if N=293
ANOVA
Factors ss DoF MS F Value
cultural Between groups 61291,894 104 589,345 2.767 .000
congruence Within groups 40039,922 118 212,978
social Between groups 43391,766 27 1607,102 7.350 .000
interaction Within groups 57940,050 265 218,642
academic Between groups 43221,462 26 1662,364 7.609 .000
competence Within groups 58110,354 266 218,460
self-control Between groups 43991,752 26 1691,990 7.849 .000
Within groups 57340,063 266 215,564
obedience Between groups 42768,561 25 1710,742 7.800 .,000
Within groups 58563,255 267 219,338
self-service Between groups 37247,768 15 2483,185 10.733 .000
Within groups 64084,048 277 231,350
regulation Between groups 43112,063 16 2694,504 12.774 .000
Within groups 58219,753 276 210,941
The tests and score calculations were followed by the single factor ANOVA for related samples to verify our hypothesis. Each of the cultural congruence factors was taken as an independent variable and defined as a key one, while creative thinking was exposed to these factors as a dependent variable. Table 1 provides the
results of the single factor dispersion analysis, along with calculations for Fisher's F, as well as intermediary data on the sum of squares, degrees of freedom, mean square, and the significance of the differences.
The scores presented in the ANOVA table show credible differences in the variables at a significant level. Cultural congruence does have an impact on creative thinking as shown by F (emp.)=2.767 (if p<0.01). The biggest positive impact on creative thinking is produced by all the tested elements of cultural congruence. According to the study's outcome, the impact of cultural congruence factors on the respondents' creative thinking varies. Regulation and self-service have the biggest effects, with F(emp.)=12.777 (if p<0.01) and F(emp.)=10.733 (if p<0.01), respectively. This result serves as evidence that the level of attribute variation depends on the variable, which reflects the higher impact of these factors on creative thinking for primary school students.
A more detailed analysis of the impact of cultural congruence on creative thinking produced the following results (Table 2).
Table 2. Impact of cultural congruence on creative thinking subtests, if N=293
ANOVA
ss DoF MS F Value
Use of objects Between groups 1608,564 104 15,467 2.935 .000
Within groups 990,617 188 5,269
Total 2599,181 292
Situation conse- Between groups 1120,212 104 10,771 2.048 .000
quences Within groups 988,716 188 5,259
Total 2108,928 292
Expression Between groups 1150,317 104 11,061 1.439 .016
Within groups 1444,769 188 7,685
Total 2595,085 292
Verbal association Between groups 1398,472 104 13,447 1.413 .021
Within groups 1789,508 188 9,519
Total 3187,980 292
Building images Between groups 1908,355 104 18,350 2.294 .000
Within groups 1503,863 188 7,999
Total 3412,218 292
Sketches Between groups 2486,062 104 23,904 2.429 .000
Within groups 1849,985 188 9,840
Total 4336,048 292
Hidden form Between groups 2320,518 104 22,313 1.861 .000
Within groups 2254,158 188 11,990
Total 4574,676 292
The general trend that cultural congruence has an impact on critical thinking subtests remains, but it's now clear that it has an impact on different aspects of creative thinking.
Our study also revealed that children who have a low level of cultural congruence, and do not comply with the rules of a normative situation, exhibit a higher capacity for creative thinking in verbal and figurative functions. Conversely, a higher level of cultural congruence entails fewer signs of the capacity for creative thinking, which represents the antinomy of this phenomenon. On the one hand, a child is committed to unconditional compliance with all the requirements, regulations, rules, and the regimen as a whole; on the other hand, a child needs to expressly demonstrate creativity. This paradox was documented in studies by N.E. Veraksa and O.M. Dyachenko (Veraksa & Dyachenko, 1996), which revealed that behavior regulation-taken in a generic way as a cultural tool-is internalized by children as a psychological tool for regulating their own behavior.
Previously, we studied this correlation between cultural congruence and creative thinking for pre-school children (Bayanova, 2013). According to those results, children who displayed higher levels of cultural congruence and compliance with age-specific behavior rules exhibited a deficit in creative thinking. Our research into cultural congruence of preschool children employed a dedicated proprietary test where rule categorization was different from the one presented for primary school students (Bayanova & Mustafin, 2016).
The effects of cultural congruence shown on the critical thinking subtests are statistically significant. For the use of objects subtest, F(emp.)=2.935 (if p< 0.01); for the situation consequences subtest, F(emp.)=2.048 (if p<0.01); for the building images subtest, F(emp.)=2.294 (if p<0.01); for the sketches subtest, F(emp.)=2.429 (if p<0.01); for the hidden form subtest, F(emp.)=1.861 (if p< 0.01). These results demonstrate the impact of cultural congruence on critical thinking with a high level of credibility. A detailed analysis of the impact of cultural congruence on creative thinking revealed that this impact is statistically higher in non-verbal creative thinking subtests. The impact is displayed with a lower level of credibility in verbal subtests (expression and verbal association).
The credibility and validity of our study's results have been ensured through a comprehensive theoretical analysis, a representative sample of respondents, the validity and reliability of the psycho-diagnostic tools, and the use of appropriate methods of statistical data treatment.
Discussion
The previously highlighted fact that cultural congruence has an impact on creative thinking of primary school students may be ascribed to various causes.
First of all, it is noteworthy that there are no typical invariable rules within factors of cultural congruence which would enhance creative thinking of a child. This is the essence of the cultural context and the culturally shaped rules regulating a child's behavior. Thus, the impact of cultural congruence is that it limits creative thinking. This tendency is noticeable in elementary school.
The impact of cultural congruence on creative thinking also deals with the fact that socially accepted conventions limit children's spontaneous activity, since the
rules impose particular behavioral patterns on them. Therefore, children focus more on imitation than on finding their own solutions.
Not coincidentally, cultural congruence had an impact on the subtests determining creative thinking through non-verbal materials. These materials deal with the ability to find unusual ways to use everyday objects, to forecast different consequences of a hypothetical situation, to make specific objects with a set of shapes, to create new drawings from identical figures, and to find figures hidden in poorly structured images.
conclusion
This study provides additional evidence about the factors that shape a child's capacity for creative thinking.
1. Cultural congruence has an impact on creative thinking. The ANOVA analysis provided empirical evidence that the impact of cultural congruence is statistically significant with a high degree of credibility for non-verbal subtests, including on unusual ways to use an object; forecasting different consequences of a hypothetical situation, making specific objects with a set of shapes; transformation of identical figures into different images; finding forms hidden in a complex and poorly structured image.
2. The impact of cultural congruence on creative thinking is less prominent in the case of verbal subtests. The values of the impact are statistically credible in the case of tests which involve inventing four-word sentences where each word starts with a specific letter, and naming attributes for commonly used words.
3. The empirical data analysis of the research on primary school students leads to the conclusion that a child's compliance with age-specific rules inherent to a normative situation, or, more specifically, the manifestations of cultural congruence in terms of rule-following, has a meaningful impact on the specific forms whereby a child can express creative thinking. Rule-based child behavior restrictions decrease primary school students' capacity for creative thinking.
acknowledgments
The study was done with the support of the Russian Foundation for the Humanities (RFH), project № 15-06-10954a.
References
Alajmi, M. (2012). Teachers' attitudes towards creativity and their instructional behaviors in the classroom, ICERI 2012 Proceedings, 4129-4135. https://library.iated.org/view/ALA-JMI2012TEA
Bayanova, L.F. (2014). Compliance with cultural rules of children having different levels of creativity. Procedia — Social and Behavioral Sciences, 146, 192-195. doi: 10.1016/j. sbspro.2014.08.109
Bayanova, L.F. & Bayramyan, R.M. (2016). O vzaimodejstvii rebenka i pravila v zarubezhnoj psihologii razvitija [About interaction of the child and rule in foreign psychology of development]. Sovremennoe doshkol'noe obrazovanie. Teorija i praktika [Modern preschool edu-
cation. Theory and practice], 2, 14-21. https://sdo-journal.ru/journalnumbers/bayanova-lf-bajramyan-rm-o-vzaimodejstvii-rebenka-i-pravila-v-zarubezhnoj-psihologii-razvitiya. html
Bayanova, L.F. & Mustafin, T.R. (2013). Kul'turnaja kongrujentnost' doshkol'nika v normativnoj situacii i vozmozhnosti ee issledovanija [Cultural congruence of the preschool child in the normative situation and a possibility for research]. Sovremennoe doshkol'noe obrazovanie. Teorija ipraktika [Modern preschool education. Theory and practice], 4, 70-75. http://sdo-journal.ru/journalnumbers/kulturnaya-kongruentnost-doshkolnika.html Bayanova, L.F. & Mustafin, T.R. (2016). Factors of compliance of a child with rules in a Russian cultural context. European Early Childhood Education Research Journal, 24(3), 357-364. doi. org/10.1080/1350293X.2016.1164394 Bayanova, L.F., Tsivilskaya, E.A., Bayramyan, R.M., & Chulyukin, K.S. (2016). A cultural congruence test for primary school students. Psychology in Russia: State of the Art, 9(4), 95-106. doi: 10.11621/pir.2016.0408 Chernyak, N. & Kushnir, T. (2014). The Self as a moral agent: preschoolers behave morally but believe in the freedom to do otherwise. Journal of Cognition and Development, 15(3), 453464. doi: 10.1080/15248372.2013.777843 Cheung, P.C., Lau, S., Lubart, T., Chu, D.H. W., Lubart, T., & Storme, M. (2016). Creative potential of Chinese children in Hong Kong and French children in Paris: a cross-cultural comparison of divergent and convergent-integrative thinking. Thinking Skills and Creativity, 22(1), 201-211. doi: 10.1016 / j.tsc.2016.09.005 Fryer, M. & Collings, A. J. (1991). Teachers' views about creativity. British Journal of Educational
Psychology, 61, 207-219. doi: 10.1111/j.2044-8279.1991.tb00976.x Jin, X., Wang, Y., & Dong, H. (2016). The relationship between self-construal and creativity-Regulatory focus as moderator. Personality and Individual Differences, 9, 282-288. doi: 10.1016/j.paid.2016.03.044 Jordan, E., Cowan, A., & Roberts, J. (1995). Knowing the rules: discursive strategies in young children's power struggles. Early Childhood Research Quarterly, 10(3), 339-358. doi: 10.1016/0885-2006(95)90011-X Koutsoupidou, T. & Hargreaves, D.J. (2009). An experimental study of the effects of improvisation on the development of children's creative thinking in music. Psychology of Music, 37(3), 251-278. doi: 10.1177/0305735608097246 Leggett, N. (2017). Early childhood creativity: challenging educators in their role to intentionally develop creative thinking in children. Early Childhood Education Journal, pp. 1-9. doi: 10.1007/s10643-016-0836-4 Millins, D. & Tisak, M.S. (2006). Moral, conventional, and personal rules: the perspective of foster youth. Journal of Applied Developmental Psychology, 27, 310-325. doi: 10.1016/j. appdev.2006.04.003
Nielsen, M., Kapitany R., & Elkins, R. (2015). The perpetuation of ritualistic actions as revealed by young children's transmission of normative behavior. Evolution and Human Behavior, 36(3), 191-198. doi: 10.1016/j.evolhumbehav.2014.11.002 Petre, V.G. (2011). Children and creativity: a most (un)likely pair? Thinking Skills and Creativity, 6(2), 122-131. doi: 10.1016/j.tsc.2011.03.002 Sali, G. & Akyol, A.K. (2015). Creativity of preschool and elementary school teachers and their
students. Perceptual and Motor Skills, 121(3), 759-765. doi: 10.2466 / 22.PMS.121c27x2 Shi, B., Dai, D.Y., & Lu, Y. (2016). Openness to experience as a moderator of the relationship between intelligence and creative thinking: A study of Chinese children in urban and rural areas. Frontiers in Psychology. doi: 10.3389/fpsyg.2016.00641
Tunik, E.E. (Eds.), (2002). Psihodiagnostika tvorcheskogo myshlenija. Kreativnye testy [Psychodiagnostics of creative thinking. Creative tests]. Sankt-Peterburg: izd-vo "Didaktika Pljus" ["Didactics Plus" publishing house]. Veraksa, N. E. (2000). Lichnost' i kul'tura: strukturno-dialekticheskij podhod [Personality and culture: a structural and dialectic approach]. Peremeny [Changes], 1, 81-107. http://www. veraksa.ru/res_ru/0_hfile_413_1.pdf Veraksa, N.E. & Dyachenko, O.M. (1996). Sposoby reguljacii povedenija u detej doshkol'nogo vozrasta [Ways of regulation of behavior of children of preschool age]. Voprosy Psikhologii [Issues in Psychology], 3, 14-28. http://psychlib.ru/mgppu/periodica/VP031996/VSr-014. htm#$p14
Vygotsky, L.S. (1998). Psihologija iskusstva [Psychology of Art]. Rostov n/D: izd-vo "Feniks"
["Phoenix" publishing house]. Wang, Y. & Wang, L. (2016). Self-construal and creativity: the moderator effect of self-esteem.
Personality and Individual Differences, 9, 184-189. doi: 10.1016/j.paid.2016.04.086 Webster, P.R. (2008). Children as creative thinkers in music: focus on composition. In The Oxford Handbook of Music Psychology. Oxford University Press. doi: 10.1093/oxfordhb/ 9780199298457.013.0039 Young-Mi, K. & Hye-Jeon, H. (2016). The effects of "physics, let's dance," as an integrated dance art education program related to science subject, on the personality and creative thinking ability of elementary school students. Indian Journal of Science and Technology, 9(29). doi: 10.17485/ijst/2016/v9i29/94754
Original manuscript received July 02, 2017 Revised manuscript accepted December 08, 2017 First published online March 30, 2018
