If you can read this headline, you can read a novel. Here’s how to ignore your phone and just do it



Fewer people are reading novels for pleasure than in the past.
from shutterstock.com

Judith Seaboyer, The University of Queensland

Public anxiety about the capacity of digital-age children and young adults to read anything longer than a screen grab has come to feel like moral panic. But there is plenty of evidence to suggest we must take such unease seriously.

In 2016, the US National Endowment for the Arts reported the proportion of American adults who read at least one novel in 2015 had dropped to 43.1% from 56.9% in 1982.

In 2018, a US academic reported that in 1980, 60% of 18-year-old school students read a book, newspaper or magazine every day that wasn’t assigned for school. By 2016, the number had plummeted to 16%.

Those same 12th graders reported spending “six hours a day texting, on social media and online”.




Read more:
Why it matters that teens are reading less


American literacy expert and neuroscientist Maryanne Wolf describes the threat screen reading poses to our capacity for “the slower cognitive processes such as critical thinking, personal reflection, imagination, and empathy that are all part of deep reading”.

She asks:

Will the mix of continuously stimulating distractions of children’s attention and immediate access to multiple sources of information give young readers less incentive either to build their own storehouses of knowledge or to think critically for themselves?

But rather than taking up defensive positions on either side of the digital-analogue reading divide, Wolf encourages us to embrace both. As parents and teachers we can help our children develop a bi-literate reading brain. There are several ways we can do this.

Reading pathways

Reading is a learned skill that requires the development of particular neural networks. And different reading platforms encourage the development of different aspects of those networks.

Screen-reading children, immersed from toddlerhood in the pleasures and instant gratification of skimming, clicking and linking, develop cognitive skills that make them adept power browsers, good at the useful ability to scan for information and analyse data.




Read more:
Three easy ways to get your kids to read better and enjoy it


But Wolf suggests this kind of reading “can short-circuit the development of the slower, more cognitively demanding comprehension processes that go into the formation of deep reading and deep thinking.”

Unless the cognitive skills required for deep reading are similarly developed and nurtured, new generations of readers – distracted by the ready availability of digital information – may not learn to venture beyond the shallows of the reading experience.

We can help children gain a love of reading on paper from an early age.
from shutterstock.com

Along with others concerned with early childhood education Wolf advises encouraging paper literacy from infancy. She doesn’t recommend forbidding devices. Instead we should regularly turn them off and make the time and space to read books on paper with children.

We can model our own reading practices by setting aside our own smart phones to lose ourselves in a book.




Read more:
Love, laughter, adventure and fantasy: a summer reading list for teens


But how can secondary and tertiary teachers help inexperienced readers? The problem is likely to be aliteracy, meaning students can read but they choose not to because they don’t see it to be important for learning. And because they haven’t read much, it’s hard work. The problem can seem intractable. But it can be done.

Turn off the phone and read

My first venture into helping tertiary students read better was a 2011-2013 cross-university government-funded project that set out to foster what we termed “reading resilience”. We found if students were persuaded to prioritise reading as they did a test or an essay, they would invest the time to get into the zone that is the other world of the text.

We complemented complex texts with a guide that encouraged students to think critically as they read and to keep going when the language seemed impenetrable, the narrative incomprehensible (or dull) and the length endless. Or when the siren call of the smart phone became irresistible.

They experimented with switching off their devices for blocks of two hours while they simply read. And they did read.

Students prioritised this difficult work because we rewarded pre-class reading with marks. Some classes uploaded one-page, carefully argued responses; others answered complex feedback-rich quizzes.

Can you ignore your phone for two hours and keep reading?
from shutterstock.com

I surveyed a large first-year introduction to literary studies at the University of Queensland in 2013 before testing a version of the same “reading resilience” course in 2014. The rise in reading rates was exponential.

The number of students who completed all ten primary texts (including the poem Beowulf and Toni Morrison’s Beloved) more than tripled, and the number who completed the ten accompanying secondary texts (selected chapters from an introduction to literary theory and criticism) went up by more than six times.

Reported student satisfaction for this course from 2008 to 2012 had ranged between 64% and 75%. Once reading resilience was introduced, many complained about the reading load yet the level of overall satisfaction jumped to 86%.

We can all do it

It’s not just readers raised in a digital-age who have difficulty with long-form text. Have you have lost the skill of deep reading? Are you finding it increasingly difficult to stay with, say, a literary novel? You are not alone.

Wolf, who despite having two degrees in literature, confesses to the shocking discovery that recently she found herself struggling to stick with a beloved Herman Hesse novel.




Read more:
5 Australian books that can help young people understand their place in the world


We too can switch off our devices and set aside a space and time to revitalise the neural pathways that once made us immersive readers.

As Wolf argues, the skills of “deep reading” that involve “slower, more time-consuming cognitive processes […] are vital for contemplative life”. Deep readers are likely to be more thoughtful members of the community at a time when good citizenship may never have been more important.The Conversation

Judith Seaboyer, Senior Lecturer, The University of Queensland

This article is republished from The Conversation under a Creative Commons license. Read the original article.

Curious Kids: why does reading in the back seat make you feel sick?



Looking out the window instead might stop you feeling sick, but that doesn’t work for everyone.
Vadiar/Shutterstock, CC BY

Wayne Wilson, The University of Queensland

Why does reading in the back seat make you feel sick? – Jane, aged 10, from Coburg North, Australia.

Hi Jane, your question about why reading in the back seat makes you feel sick is a very good one. The answer has to do with our eyes, our ears and our brain.

Reading in the back seat can make you feel sick because your eyes and ears are having an argument that your brain is trying to settle!




Read more:
Curious Kids: Why do our ears pop?


When you’re reading in the back seat, your eyes see that your book is still. Your eyes then tell your brain you are still.

But your ears feel the car is moving. Your ears then tell your brain you’re moving.

How can your ears tell you’re moving?

Your ears don’t just hear, they help with your balance too.

Your ear has three main parts:

  • the outer ear is the bit you can see on the side of someone’s head
  • the middle ear is your eardrum and some tiny bones and muscles
  • the inner ear is the part of your ear that can help with your balance.
The ear includes more than what you see on the outside.
sanjayart/Shutterstock

Your inner ear contains cells that have hairs sticking out the top. Scientists call these “hair cells”.

Some of these hair cells help us to hear. When sound hits those hair cells, the hairs move and the cells send signals to the brain. Our brains use those signals to hear.

Other hair cells help us to keep our balance. When the car we’re sitting in moves, that movement makes the hairs on those hair cells move too, and they send different signals to the brain. Our brain uses those different signals to tell we’re moving.

Why doesn’t the brain like this?

Some people’s brains don’t like it when their eyes say they’re still but their ears say they’re moving.

When eyes and ears argue like this, the brain can think that something dangerous might be about to happen.

If this happens, the brain can get the body ready to fight or run away (scientists call this the “fight or flight” response).

The conflict between our eyes and ears make the brain think something dangerous might happen.
wavebreakmedia/Shutterstock

One of the things the brain can do is take blood away from the stomach to give to the muscles.

Giving blood to the muscles can help us to fight or run away. But taking blood away from the stomach can make us feel sick.

What can you do about it?

If reading in the back seat makes you feel sick, you might need to settle the argument between your eyes and your ears.

One way to do this is to stop reading and to look out the car window. This could help your eyes to tell your brain that you’re moving as you see the world whizz by, and your ears to tell your brain that you are moving as you feel the car moving.




Read more:
Curious Kids: Do astronauts get space sick when they travel from Earth to the International Space Station?


But this suggestion won’t work for everyone. Some people will still feel sick when they ride in a car, even if they aren’t reading.

This is because while our eyes and our ears help us to balance, so do our skin and our muscles. This creates many opportunities for arguments that our brain has to settle!


Hello, curious kids! Have you got a question you’d like an expert to answer? Ask an adult to send your question to curiouskids@theconversation.edu.auThe Conversation

Wayne Wilson, Associate Professor in Audiology, The University of Queensland

This article is republished from The Conversation under a Creative Commons license. Read the original article.