Week
9
23 October
2013
Reading
What?
The two readings I chose to look at this week were ‘Talk
to me, Baby! Supporting Language Development in the First 3 Years’ and ‘Promoting
the Development of Young Children’s Mathematical and Analogical Reasoning’.
These two readings link very closely together as they both discuss the
development of early literacy and numeracy in young children. I found these two
readings to be very interesting and took some important points from it for
future reference.
So What?
Literacy
I want to start this reading by sharing with you a quote
I found in the reading by the National Research Council and Institute of
Medicine. “Almost all children learn to talk, suggesting that language acquisition
is a relatively resilient process, although they do not all learn to talk well,
suggesting that language acquisition includes some more fragile elements”
(2000, p.16, as cited in Baridge & Baridge, 2008). This shows just how
important language acquisition is. Baridge and Baridge (2008) points out that
an unborn child starts to hear his mother’s voice in the last trimester of pregnancy
and also becomes acquainted with the sound patterns of language. Furthermore, through
crying, body movement, eye contact and facial expressions young infants
communicate with their parents and caregivers (Baridge and Baridge, 2008).
Numeracy
When children engage in important mathematical activities
it is called a ‘challenge’ approach according to English (2004). She continues
by saying that this perspective reflects the belief that young children “can
learn, enjoy learning, do not need to be made ready to learn, and should learn
a great deal more challenging mathematics” (Ginsberg et al., 2001, as cited in
English, 2004). English (2004) provides a great example by saying that we see
young children using wooden blocks for hours trying to build a castle, city,
roads etc., and as educators we need to ensure that this same enthusiasm in
mastering mathematical task continue onto more formal schooling years. Number,
number sense, spatial awareness, patterning, logical relations, measurement,
early algebra and data analysis have all been classified as key components in
young children’s numeracy growth (English, 2004). We need to ensure that all
learning experiences that focus on these key components are not only enjoyable
and meaningful, but should also direct and focus children’s thinking on the
mathematical ideas.
Now
What?
Literacy
In supporting early language development we need to
always keep in mind that everybody matters. Baridge and Baridge (2008) states
that book reading is one of the best ways in teaching babies, toddlers and
children about language. They continue by saying a book can be used in so many
ways, even if you just point to the pictures and tell them your own story or by
making noises that match the pictures, books always provide interesting things
to talk about. Infants tune in to the rhythm of literacy language and enjoy
seeing pictures of other babies or familiar objects. Toddlers like to get
involved – by pointing to the pictures, naming the different objects and making
different sounds. Furthermore, by reading to children who have already
developed putting words together, book reading introduces rich and new
vocabulary.
Numeracy
It is important to provide children with resources such
as wooden blocks, material, linking cubes, shapes and miscellaneous items. This
can be then used to allow children to explore and communicate different
mathematical experiences. However, for mathematical resources to be effective
learning material, children must have access to them. It might seem that many
of the mathematical materials that children experience with have little
mathematical meaning however these materials feature essential relationships
and properties that can mirror mathematical concepts and properties (English,
2004).
Reference
list
Bardige, B. & Bardige, M. (2008). Talk to me, baby! Supporting
language development in the first 3 years. Zero
to Three, September, 4-10.
English, L. D. (2004). Promoting the development of young children’s
mathematical and analogical reasoning. In L. D. English (Ed.),Mathematical
and analogical reasoning
of young learners (201-214). Mahwah, NJ: Lawrence Erlbaum.
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