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28th International Congress of Psychology August 8 ... - U-netSURF

28th International Congress of Psychology August 8 ... - U-netSURF

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cognitive abilities. The theory classifies cognitive abilities on three strata that differ by degree <strong>of</strong><br />

generality. However, its phenotypic form is equally important yet not readily conceptualized in<br />

theory. This form <strong>of</strong> intelligence includes personality and temperament components that give life<br />

to intelligence and are best observed clinically.<br />

3006.4 Cross-cultural definitions <strong>of</strong> intelligence, J. Georgas, University <strong>of</strong> Athens, Athens,<br />

Greece<br />

Cultures define intelligence differently. Cognitive processes are important for adaptation to the<br />

ecological demands <strong>of</strong> each culture. A goal <strong>of</strong> cross-cultural psychology is the search for<br />

universals in cognitive processes across cultures, but also to explore the manifestations <strong>of</strong><br />

cognitive processes as shaped by different cultures. Universals represent cognitive processes that<br />

are specific to the human species, such as encoding and decoding. These cognitive processes are<br />

shaped by the adaptation <strong>of</strong> the individual to the ecocultural demands <strong>of</strong> the specific culture. This<br />

theoretical approach was employed in a 16 nation study <strong>of</strong> cognitive processes with the WISC-III.<br />

3007 INVITED SYMPOSIUM<br />

Chinese Children’s Literacy Development<br />

Convener and Chair: R. C. Anderson, USA<br />

Co-convener: W. Li, USA<br />

3007.1 Visual chunking skills in Chinese character reading and writing, R.C. Anderson 1 , W.<br />

Li 1 , X. Chen 1 , Y. He 1 , Y. Ku 1 , H. Shu 2 , 1 University <strong>of</strong> Illinois at Urbana-Champaign, IL, USA;<br />

2<br />

Beijing Normal University, Beijing, China<br />

Chinese orthography consists <strong>of</strong> thousands <strong>of</strong> visually complex characters. But little is known<br />

about the units <strong>of</strong> character perception or how insight into the geometry <strong>of</strong> Chinese characters<br />

develops in children. The presenter will describe research showing that children as young as first<br />

grade have some awareness <strong>of</strong> the internal structure <strong>of</strong> Chinese characters and that some <strong>of</strong> them<br />

are beginning to encode characters in terms <strong>of</strong> chunks representing major character components.<br />

The ability to see characters in terms <strong>of</strong> major components and subcomponents is acquired<br />

gradually over the early elementary school years and is correlated with vocabulary knowledge,<br />

reading comprehension, and teacher’s rating <strong>of</strong> reading level.<br />

3007.2 Children’s use <strong>of</strong> sub-character information in reading Chinese characters, Y. He 1 , Q.<br />

Wang 1 , R.C. Anderson 1 , H. Shu 2 , 1 University <strong>of</strong> Illinois at Urbana-Champaign, IL, USA;<br />

2<br />

Beijing Normal University, Beijing, China<br />

Only a small percentage <strong>of</strong> semantic-phonetic compound characters provide completely regular<br />

and easily accessible information about pronunciation. A larger percentage <strong>of</strong> compound<br />

characters are semi-regular in that they provide partial information about pronunciation. Two<br />

studies will be presented that confirm that children are able to use the partial or less-accessible<br />

information in unfamiliar tone-different characters, onset-different characters, and bound-phonetic<br />

characters to learn the pronunciations <strong>of</strong> the characters.<br />

3007.3 Role <strong>of</strong> Pinyin in Chinese literacy, W. Li 1 , R. C. Anderson 1 , H. Shu 2 , W. Jiang 2 ,<br />

538

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