14 Dec 7 Reasons Why Working Memory Is Important
When you are trying to recall a telephone number that was heard a few seconds earlier, the name of a person who has just been introduced, or the substance of the remarks just made by a teacher in class, you are calling on short-term memory, or working memory. This lasts from a few seconds to a minute; the exact amount of time may vary somewhat.
You need this kind of memory to retain ideas and thoughts as you work on problems. In writing a letter, for example, you must be able to keep the last sentence in mind as you compose the next. To solve an arithmetic problem like (3 X 3) + (4 X 2) in your head, you need to keep the intermediate results in mind (i.e., 3 X 3 = 9) to be able to solve the entire problem.
Dr. Tracy Alloway from Durham University’s School of Education explains, “Working memory is a bit like a mental jotting pad and how good this is in someone will either ease their path to learning or seriously prevent them from learning.”
The distinction between short-term memory and working memory is an ongoing debate, as the terms are often used interchangeably. There are scholars who claim that some kind of manipulation of remembered information is needed in order to qualify the task as one of working memory. Repeating digits in the same order they were presented would thus be a short-term memory task, while repeating them backward would be a working memory task. Another viewpoint is that of Nelson Cowan, who says short-term memory refers to the passive storage of information when rehearsal is prevented with storage capacity around four items. When rehearsal is allowed and controlled attention is involved, it is a working memory task and the capacity is closer to seven items.
Working memory is key to learning. Here are seven ways children use working memory to learn.
1. Working memory and attention
A student’s ability to pay attention during class and schoolwork requires them to process and retain information via working memory.
One of the most consistent findings in research studies is that students with ADHD have poor working memory, particularly when they have to remember visual information, such as graphs or images. Students with ADHD are four times more likely to have working memory problems compared to peers without attention problems.
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2. Working memory and learning to read
Working memory is responsible for many of the skills children use to learn to read. Auditory working memory helps kids hold on to the sounds letters make long enough to sound out new words. Visual working memory helps kids remember what those words look like so they can recognize them throughout the rest of a sentence.
When working effectively, these skills keep kids from having to sound out every word they see. This helps them read with less hesitation and become fluent readers. Learning to read isn’t as smooth a process for kids with weak working memory skills.
3. Working memory and reading comprehension
Research has shown a distinct link between working memory and reading comprehension.
When students with weak working memory skills are reading a paragraph, they may forget what was at the beginning of the paragraph by the time they get to the end of the paragraph. These students will look like they have difficulty with reading comprehension. In fact, they do; but the comprehension problem is due to a failure of the memory system rather than the language system.
4. Working memory and math
Students who have difficulty with working memory often forget what they are doing while doing it. For example, they may understand the three-step direction they were just given, but forget the second and third steps while carrying out the first step. If they are trying to solve a math problem that has several steps, they might forget the steps while trying to solve the problem.
Doing math in “your head” — or mental math — requires significant amounts of working memory. Children need to store the information that they have heard, be able to recall and retrieve those facts, and then process the information correctly to apply it.
5. Working memory and logic
Students with a strong working memory are likely to do well maintaining focus and attention in a variety of academic settings. Because they’re capable to processing and remembering instructions and task goals, they can more readily be left to work independently.
According to University of Michigan research, improving working memory can boost scores in general problem-solving ability and improve fluid intelligence. Fluid intelligence is defined as the ability to solve new problems, use logic in new situations, and identify patterns. In contrast, crystallized intelligence is defined as the ability to use learned knowledge and experience.
6. Working memory and long-term academic success
According to researchers from Durham University, who surveyed over three thousand children, children who underachieve at school may just have poor working memory rather than low intelligence. They found that ten percent of schoolchildren across all age ranges suffer from poor working memory seriously affecting their learning.
The researchers identified that poor working memory is rarely identified by teachers, who often describe children with this problem as inattentive or as having lower levels of intelligence. Without appropriate intervention, poor working memory in children can affect long-term academic success into adulthood and prevent children from achieving their potential.
7. Working memory and sport success
A study from Karolinska Institutet in Sweden showed a strong link between executive functions, such as working memory and achievement in sport. The study showed that the working memory and other cognitive functions in children and young people can be associated with how successful they are on the soccer pitch.
Executive functions are special control functions in the brain that allow us to adapt to an environment in a perpetual state of change. They include creative thinking in order to quickly switch strategy, find new, effective solutions and repress erroneous impulses. The functions are dependent on the brain’s frontal lobes, which continue to develop until the age of 25.
Strong results for several executive functions were found to be associated with success on the pitch, even after controlling for other factors that could conceivably affect performance. The clearest link was seen for simpler forms of executive function, such as working memory, which develops relatively early in life.