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Culture,
Cognition, and Intelligence
by Dimitrios Thanasoulas
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Introduction
There
seems to exist an implicit assumption that, inasmuch as teaching
and learning concern the transfer and assimilation of knowledge
and skills by persons equipped to do so, the assessment process
involves sampling the pool of knowledge, skill, and competence.
This assumption is based on the further belief that if one
can produce evidence of having mastered the assimilated knowledge
and skill on demand, one not only knows but also can put these
abilities to use whenever they are required. Nevertheless,
this conception of knowledge and its assessment falls short
of the mark, as it ignores the fact that the traditional assessment
process is heavily dependent on the ability of the person
being tested to recall and symbolically represent knowledge
and to select iconic representations of skills (see Armour-Thomas
and Gopaul-McNicol, 1998: xv-xvi for further details). In
reality, one works with others in order to solve problems
and often complements one's own knowledge and skill with those
of others. Moreover, one actually engages in performances
that contribute to the solution of real problems rather than
producing symbolic samples of one's repertoire of developed
abilities. As Armour-Thomas and Gopaul-McNicol (1998: xvi)
assert, 'there is some dissonance between what we typically
do in the assessment of intellect and the ways in which humans
exercise intellective functions in real life'. In the present
paper, we shall discuss culture and cognition in relation
to intelligence, trying to show that the latter does not rest
on test scores but 'is a multifaceted set of abilities that
can be enhanced depending on the social and cultural contexts
in which it has been nurtured, crystallized, and ultimately
assessed' (ibid.: 129).
Culture
and Cognition
Human
cognition relates to, and describes, the mental activities
that manipulate, translate, and transform, as it were, information
represented in any modality. Thus, it can turn verbal information
into spatial representation or pictorial information into
numerical representation. Furthermore, the more commonly cited
cognitions involved in intellectual activities are those related
to short- and long-term memory, comprehension, vocabulary,
reasoning, visual processing, auditory processing, and speed
of processing. An important proviso is that all these cognitions
do not function in isolation but depend, in part, on certain
kinds of experiences in contexts for their expression and
development.
Conceptions
of culture
According
to the historian Stocking (1968), the modern concept of culture
emerged at the end of the 19th and the beginning of the 20th
century. The research of early anthropologists through their
field studies of cultural groups the world over sought to
pinpoint the factors responsible for variation in thinking
among various groups. In cross-cultural psychology, a widely
cited definition of culture put forth by Geertz (1973: 89)
is as follows: '[Culture is an] historically transmitted pattern
of meanings embodied in symbolic form by means of which men
communicate, perpetuate, and develop their knowledge about
and attitudes toward life'. According to Geertz, culture and
cognition are inseparable, and it seems that this notion of
inseparability is widely shared by cultural psychologists
nowadays. Geertz held that the human brain is thoroughly dependent
upon culture for its very operation. Gordon (1991: 101) has
extended Geertz's notion of culture to include 'structured
relationships, which are reflected in institutions, social
status, and ways of doing things, and objects that are manufactured
or created such as tools, clothing, architecture, and interpretative
and representational art'. Besides, in an attempt to portray
culture as an overarching construct in the lives of any social
group, Gordon (1991) conceives it as a multidimensional construct
comprising at least five dimensions: a) the judgmental or
normative, b) the cognitive, c) the affective, d) the skill,
and e) the technological (for further details, see Gordon
and Armour-Thomas, 1991).
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