For many educators philosophy and practice
go unquestioned all too often. In order
to support the development of children’s critical literacy and numeracy skills
– their Theory of Mind I need to have a capacity to critically analyze my own
and others theories and perspectives. By
exploring constructs and contexts for teaching and learning literacy and
numeracy in early childhood settings I am able to see different perspectives
and make informed decisions about my own practice.
The articles this week both examine the
social, cultural-historical contexts where the teaching and learning of
literacy and numeracy occur and have provided new perspectives of both theory and
practice. Street
(2005) describes the hidden and subtle aspects of an educator’s language and the
social and relational contexts within which dialogue takes place. Importantly the child is “ facilitated to
explore rather than regurgitate mathematical principles, to take authority
rather than reproduce the teacher’s authority.”
And we are drawn to the significance of the educators capacity to
“var[y] the communicative repertoire with use of multi-modality –gestures, waves
objects, draws, points;” to support the children’s understanding of mathematical
concepts. This language rich approach
that is focused on what Street refers to as “ambiguities” rather than “truths”
helps children make meaning of often complex mathematical concepts.
The
diagram below an example of some of the elements of this repertoire that
support the development of Theory of Mind
http://livasperiklis.com/2012/09/30/what-eye-movements-can-tell-about-theory-of-mind-in-a-strategic-game/
The
Fleer and Raban article could easily have been written in in 2013. The demand from society for early literacy
and numeracy has intensified since 2005 and the pressure on educators’ to
prepare children for future success is significant. The interest in the article for me is the
trail and evaluation of the Literacy and Numeracy Resource highlighted in my
Portfolio
“Vygotsky’s
(1987) work on everyday concept formation and scientific or academic concept
formation draws our attention to the importance of identifying the core
concepts in literacy and numeracy knowledge, and combining these with
children’s personal everyday knowledge.”
When educators explicitly link everyday concepts and academic contexts
together (double move), theoretical knowledge is developed”
Marilyn
Fleer & Bridie Raban (2007) Constructing cultural‐ historical tools for supporting young children's concept
formation in early literacy and numeracy, Early Years: An International
Research Journal, 27:2, 103-118,
Brian Street (2005) The Hidden Dimensions
of Mathematical Language and Literacy, Language and Education 19:2, 135-140
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