Category Archives: Research

Research Highlights

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Dyscalculia: News from the web:

In our link for today a very useful meta study done by Bert De Smedt.

  • Highlights
  • Domain-specific and domain-general factors correlate with math to a similar extent-
  • Associations are similar in struggling learners (dyscalculia)-
  • Emerging evidence suggest bidirectionality between mathematics and its predictors-
  • Theory-informed longitudinal
  • studies are needed to understand mechanisms

Read all about it: HERE

Visible math

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Dyscalculia: News from the web:

Our link for today is about making math more visible and a research project underway to explore ways by which teachers can change their math lessons to be more visible.

Read all about it: HERE

Puzzle play

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Dyscalculia: News from the web:

Research shows that children who play with puzzles are better able to imagine what something would look like if it were changed, such as rotated or flipped.These spatial skills support children’s understanding of math and science and have been shown to predict children’s success in the STEM disciplines.

Read all about it: HERE

Move to remember

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Dyscalculia: News from the web:

Research suggests that when we see and use gestures, we recruit more parts of the brain than when we use language alone, and we may activate more memory systems – such as procedural memory (the type that stores automatic processes such as how to type or ride a bike) in addition to our memory for events and experiences.

Read all about it: HERE

Young children learn math like they do language

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Dyscalculia: News from the web:

Children are logical creatures; more logical than you probably expect or notice. Most of their learning is cultural, though. That is to say, children learn language from repeated exposure, not from dictionaries. If you want children with large vocabularies, you’ll need to use lots of different words around them. If you want children who read, you’ll need to read with them and to be seen reading by them. We understand this in American culture, and we have robust messaging around it.

It’s the same for math.

Children learn about multidigit numbers through the experiences they have in their lives. Addresses, bus routes, prices, and more—all contribute to children’s understanding that, say, 345 is greater than 78.

We can support children’s math learning by giving them more opportunities to play with math objects. 

Read all about it: HERE