Course Content
Module 1 Reading an Introduction – The Big Picture.
‘Reading has the power to change lives. It plays an essential role in learning, securing a job and being an active and engaged member of society. Reading provides us with information, knowledge, and makes us aware of people and places beyond our immediate circles. Learning foundational reading skills supports wellbeing and can translate to a love of reading and literature. As so much of our world rapidly changes around us, learning to read remains one of the most essential outcomes of schooling’. (Education Queensland, 2023. Reading Position Statement.) What Will You Learn? In this module you will explore how reading has been taught in the past and what research and evidence has informed current recommended teaching models. You will explore the complexities of learning to read. Why learning to read is difficult and the impact that low levels of literacy have on society. What the Big 6 or 5 Pillars (National Reading Panel) How the brain learns to read (Stanilas DeHaene) Ehri’s Stages of Reading Development and understand the process of Orthographic Mapping and the Alphabetic Principle. Self Teaching (David Share) Key Reading Frameworks – The Simple View of Reading (Gough and Tumner), Scarborough’s Reading Rope (Hollis Scarborough), and The Four Part Processing Model (Seidenberg and McClelland) The key components of Structured Literacy and how this differs from previous approaches to teaching reading. At the conclusion of this unit of work we will dive deep into the teaching of reading through the lens of the Simple View of Reading’.
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Module 6 – Putting It Altogether: When Reading Science Meets Practice
In this module you will learn how a structured literacy approach to the teaching of reading can fit into a literacy block and how it can be supported across all Key Learning Areas (KLA’s). You will learn how and when different forms of assessment and screeners can be used to inform, monitor and measure student success.
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How to Teach Reading
About Lesson

Reading Fluency: The bridge between word recognition and comprehension

What is Reading Fluency 

Fluency involves reading expressively with sufficient accuracy and speed to support comprehension. It is one of the ‘Big 6’ components of learning to read. All high-quality literacy programs should include this component.

Fluency requires accurate, automatic, and expressive word reading. According to the National Reading Panel, students who are low in fluency may have difficulty getting the meaning of what they are reading (NRP 2000).

When we look at Scarborough’s Reading Rope (2021), Fluency is considered the product of developing word recognition skills to a level of automaticity which enables the reader to lift the words from the page and shift the cognitive load to comprehending or making meaning from text.

Dr Deslea Konza defines fluency as the ability to read text accurately, quickly and with expression. Listen to Dr Konza explain why Fluency is critical to reading comprehension

https://youtu.be/Rw4lOFc3OD0              SA-DECS-Fluency-doc.pdf

Dr Tim Rasinski explains fluency as ‘reading with and for meaning’. He also proposed that due to confusion regarding the components and complexity of fluency, that… “automaticity has somehow morphed into making kids read fast. We measure automaticity by speed of reading. So, we try to improve reading by getting kids to read faster. And of course, that doesn’t work at all. We end up with fast readers, but not very good readers.” (Tim Rasinski, Effective Fluency Instruction with Tim Rasinski, Episode 62, Melissa & Lori love literacy Podcast 2021). In this podcast Tim talks about effective fluency instruction and how fluency instruction should be included in upper primary and secondary literacy instruction. Listen to Dr Rasinski via the following podcast link.

 Episodes | literacypodcast

Fluency is made up of 3 core components… So what are they?

Accuracy (word decoding)

Accuracy means reading words on the page correctly. Students need to have strong foundational word recognition skills, read at least 95% of the words accurately, and for younger developing readers it should be 98% (International Literacy Association, 2018).

Rate (Automaticity) is the speed of word recognition. Reading rate or pace, will be directly affected by the student’s ability to recognise words automatically. The significance of achieving automaticity is that readers can devote their limited cognitive resources to the important task of comprehending the text. If students are working hard to decode words, their reading rate will be slow. However, reading quickly does not necessarily make a fluent reader. If students read too fast, they may miss the meaning of the text, which can impact their ability to read with prosody and intonation…  Rate is usually recorded as words read per minute (WRPM). Students who read at an appropriate rate, sounds natural, as if they are talking.     

Prosody, the rhythms and patterns of sound in spoken language, can also be described as interpretive and meaningful reading. Reading with prosody requires chunking words into phrases, paying attention to punctuation, pausing at appropriate points, emphasising key words, reading with expression, and varying tone and rhythm. The application of these skills indicates whether the reader is making sense of the text.

Here are some more links to literacy experts sharing their knowledge and research on reading fluency:

Why Reading Teachers Should Slow Down and Focus on Accuracy | Reading Rockets https://youtu.be/4L5q0Y8hukU  Louisa Moats

Basics: Fluency | Reading Rockets

Fluency   &      fluency_-_backgroundinformation.pdf      NSW Govt

Oral_Reading_Fluency_Oct2023.pdf   VIC Govt.

 

Listen to Dr Jan Hasbrouck, coauthor author of Reading Fluency and The Ladder of Reading & Writing explain the complexities of reading fluency and its role in the development of the skilled reader.

https://youtu.be/CGzQ97hh3lU Dr Jan Hasbrouck LDA

Oral_Reading_Fluency_Oct2023.pdf

Why is fluency so important?

Research has proven that there is a strong correlation between reading fluency and reading comprehension.

Dr Rasinski described students that were fluent readers as those that were able use their new-found cognitive “energy” to interpret what they were reading.

Students who have not yet developed fluency read slowly, word by word, often in a monotone manner, and can be described as bumpy or choppy readers. As previously discussed, they may also read too fast and are not able to demonstrate their ability to read with expressively.

 

Oral reading fluency acts as the link or bridge between word reading and reading comprehension. Reading fluency difficulties have been found to be the single biggest concern for more than 90% of children with below age-appropriate reading comprehension (Hempenstall, 2016).

(PDF) Read About It: Scientific Evidence for Effective Teaching of Reading

Hempenstall, Kerry. (2016). Read About It: Scientific Evidence for Effective Teaching of Reading.

Automaticity of Word Recognition

So, let’s conduct a little experiment.  We are going to use the chart below to experience automatic word recognition. Do the following in this sequence:

  1. Name the colours of the print (not the words), as rapidly as possible.
  2. Now read the words.
  3. Lastly, compare the time it took to name the colours with the time it took to read the words.
  4. Which was the easier task? Which took longer? Why?

This experiment illustrates that it is not only the speed (rate) that matters but accuracy.  Speed is not possible without accuracy. Every time an error is made, meaning can be lost. Students who decode slowly, will have difficulty with comprehending the text (accessing meaning). They have not successfully orthographically mapped the words in the text. This is why it is critical that a student has a 95% or above level of accuracy, so that they can read at the appropriate speed and access meaning from the text, consequently enabling them to shift the cognitive load to apply the syntactic knowledge required to achieve prosody. (Moats & Toman, 2019).