An Enriched Mathematical Program for Young Aboriginal Children
Abstract
AbstractThis paper provides some early results on a project designed to improve Aboriginal children's performance in mathematics, starting from their earliest introduction to number work. It explores the use of an enriched mathematics environment that minimally conflicts with traditional Aboriginal learning styles. The study is concerned with evaluating the effectiveness of a program intervention in remote Aboriginal schools, based on the results of pre- and post-interviews given to children at eight different schools in Western Australia at the beginning and end of 1989 and 1990. Comparison data with those for children at other schools are provided in this paper. The data derive from interviews with young children, and provide evidence on their performance in several key areas of early mathematics. Schools were categorized into three groups: White middle class; town Aboriginal and working class; and remote Aboriginal. The White middle class schools had the highest performance, followed by the town Aboriginal and White working class schools and the remote Aboriginal schools. There was a rather consistent gain in mean scores for most schools of around four points over the course of the first year so that existing differences between schools at the beginning of the year were still evident at the end of the year. At this stage it is difficult to conclude whether the intervention program has improved mathematics achievement for this group of remote Aboriginal children. There is at least no evidence of ‘progressive retardation’, which describes the current situation where Aboriginal children fall farther behind as they progress through school.
References
Brod R.L. ( 1979) Choctaw Education. LPS & Associates, Rocky Boy's Route, Box Elder, MT 59521, December.
Bucknall J. and Bucknall G. ( 1988) Review of Aboriginal Independent Schools, Western Australia, Prepared for the Review of Aboriginal Independent Schools' Steering Committee, Broome: Ngurnipali Ngurnarri: Aboriginal Education Consultants.
Butler S.R. and Marsh H.W. ( 1986) “ Reading and Arithmetic Achievement in Primary Years for Students from Non-English Speaking Families: A Seven-Year Longitudinal Comparison”, Australian Journal of Education, 30( 1), 23- 44.
Cockcroft W.H. ( 1982) Mathematics Counts, London: HMSO.
Cocking R.R. and Chipman S. ( 1988) “ Conceptual Issues related to Mathematics Achievement of Language Minority Children”, In Cocking R.R. and Mestre J.P. (Eds) Linguistic and Cultural Influences on Learning Mathematics. Hillsdale, New Jersey: Lawrence Erlbaum Associates.
Coombs L.M. ( 1970) The Educational Disadvantage of the American Indian Student. Las Cruces, New Mexico: New Mexico State University.
Cheek H.N. ( 1984) “ A Suggested Research Map for Native American Mathematics Education”, Journal of American Indian Education, 23( 2) January, 1- 9.
Cuevas G. ( 1984) “ Mathematics Learning in English as a Second Language”, Journal for Research in Mathematics Education, 15( 2), 134- 144.
Currie J., Kissane B., Kemp M., & Pears H. ( 1990) “ Improving Mathematics of Aboriginal Children in a Remote Community: Interview Results 1989”. Unpublished paper, Murdoch University.
Dawe L. ( 1983) “ The Development of Inquiry Skills in Mathematics and Science: Problems for the Bilingual Child”, in Blane D. (Ed) The Essentials of Mathematics Education. Melbourne: Mathematics Association of Victoria.
De Lacey P.R. ( 1970) “ A Cross-Cultural Study of Classificatory Ability in Australia”, Journal of Cross-Cultural Psychology, 1( 4), 293- 304.
De Lacey P.R. ( 1971) “ Verbal Intelligence, Operational Thinking and Environment in Part-Aboriginal Children”, Australian Journal of Psychology, 23( 2), 145-49.
De Lemos M. ( 1969) “ The Development of Conservation in Aboriginal Children”, International Journal of Psychology, 4( 4), 255-69.
Graham B. ( 1984) “ Finding Meaning in Maths: An Introductory Program for Aboriginal Children”, The Aboriginal Child at School, 12( 4), 24- 39.
Graham B. ( 1988) “ Mathematical Education and Aboriginal Children:, Educational Studies in Mathematics, 19, 119- 135.
Hedges L.V. and Stodolsky S.S. ( 1987) A Formative Evaluation of Kindergarten Everyday Mathematics, Chicago: University of Chicago School Mathematics Project.
Hedges L.V., Stodolsky S.S. and Mathison S. ( 1988) A Follow-up of Kindergarten Everyday Mathematics Users. Chicago: University of Chicago School Mathematics Project.
Hunting R. & Whitely H. ( 1983) “ Mathematics, Prior Knowledge and the Australian Aborigine”, Research in Mathematics Education in Australia, MERGA, 3- 24.
Kearins J. ( 1976) “ Skills of Desert Aboriginal Children”, In Kearney G.E. and McElwain D.W. (Eds.), Aboriginal Cognition in Tertiary Education: A Framework for the 1985-87 Triennium. Woden, ACT: AGPS.
Leap W.L. ( 1988) “ Assumptions and Strategies Guiding Mathematics Problem Solving by Ute Indian Students”, In Cocking R.R. and Mestre J.P. (Eds.) Linguistic and Cultural Influences on Learning Mathematics. Hillsdale, New Jersey: Lawrence Erlbaum Associates.
Myers D.E. and Milne A.M. ( 1988) “ Effects of Home Language and Primary Language on Mathematics Achievement: A Model and Results of Secondary Analysis”, In Cocking R.R. and Mestre J.P. (Eds.) Linguistic and Cultural Influences on Learning Mathematics. Hillsdale, New Jersey: Lawrence Erlbaum Associates.
Schindler D.E. and Davison D.M. ( 1985) “ Language, Culture and the Mathematics Concepts of American Indian Learners”, Journal of American Indian Education, 24( 3), 27- 34.
Scott P.B. ( 1983) “ Mathematics Achievement Test Scores of American Indian and Anglo Students: A Comparison”, Journal of American Indian Education, 22, 3(May),
Seagrim G. and Lendon R. ( 1980) Furnishing the Mind: A Comparative Study of Cognitive Development in Central Australian Aborigines. New York: Academic Press.
Stigler J.W. and Stevenson H.W. ( 1987) “ Mathematics Classrooms in Japan, Taiwan, and the United STates”, Child Development, 58, 1272- 1285.
United States Senate, Special Subcommittee on Indian Education. Indian Education: A National Tragedy - a National Challenge. Washington, D.C.: U.S. Government Printing Office, 1969.
Watson H. ( 1987) “ Learning to Apply Numbers to Nature”, Educational Studies in Mathematics, 18, 339- 357.
Wright B.D. and Stone M.H. ( 1979) Best Test Design. Chicago: MESA Press.
