Children starting school at 4 years of age less physically ready, research reveals

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New research from Loughborough University has revealed many four-year-olds are not physically ready to start school.  

Early Years specialists in the University's School of Sport, Exercise and Health Sciences tested 45 Foundation Stage children at two different schools and found a larger number than previously estimated are experiencing problems with balance and coordination that are impacting their ability to learn in class.

Researchers used a range of tests to assess Foundation Stage children's physical development at the start of the school year and found just under 30% were 'of concern' with almost 90% demonstrating some degree of movement difficulty.

The tests therefore reveal up to 30% of children are starting school with symptoms typically associated with dyslexia, developmental coordination disorder (dyspraxia), and ADHD.

A supplementary study that questioned over 25 primary school Foundation Stage teachers also revealed teachers believe children are starting school less physically ready than ever before, with 80% of teachers identifying the decline having happened in the last three to six years.   

Loughborough study lead Dr Rebecca Duncombe, said: "A child's physical development level impacts their ability to complete simple tasks such as sitting still, holding a pencil, putting on their shoes, and especially reading - all skills essential for school.

"Our research shows that not only are children starting school less physically ready than ever before, but that teachers are noticing this change and its impact in the classroom."

Over the last year, Dr Duncombe and Movement for Learning programme leader Professor Pat Preedy have worked with classes at an independent and state school in England to pilot a programme designed to redress the decline in pupils' physical development.

Movement for Learning is a daily programme that gives children opportunities to move, improve fine and gross motor skills, and inhibit primitive reflexes. Activities include throwing, catching, balancing, articulating sounds and skipping.

Two classes followed the programme over the school year and teachers have reported impressive early results.

Miss Garland, a reception teacher at one of the pilot schools, said: "The children have seen massive benefits from the programme from the physical such as being able to catch a ball better and run more stably, to less obvious benefits I didn't expect such as becoming more independent, being better at following instruction and team working, and being much quicker at taking their shoes and socks off. The children's pencil grip is much stronger which has impacted their writing, and their reading is better too."

Movement for Learning programme leader Professor Preedy said: "Children today are moving less, they're developing less well, and they're learning less; we need to do something drastic to make sure children now and in the future get the movement they need to develop properly physically, intellectually and emotionally.

"Research shows there is a link between early movement and children's development and learning.

"The Movement for Learning programme helps children do those movements they should have had the opportunity to do when they were younger and to be really ready to start learning and make the progress they should be doing when they start school.

"It's an easy, cost-effective solution for a growing problem, and this research shows it could be life changing for so many children, particularly those with additional needs such as dyspraxia and dyslexia."

Researchers are now extending the Foundation Stage pilot to 30 schools and are in the process of recruiting Year One classes for the forthcoming school year.  


The opinions expressed here are the views of the writer and do not necessarily reflect the views and opinions of News Medical.
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