There are two main types of vocabulary, both of which are important for learners to acquire. Oral vocabulary is used in everyday language. These are words found in stories and used in informal conversations throughout the school day and at home. Having a vast oral vocabulary will aid comprehension while reading written texts. Academic vocabulary or academic language, in contrast, are words and language that learners and teachers use for formal instructional purposes or in more formal speaking, reading, and writing.
Children start producing words by their first birthday. By the age of sixteen-to-eighteen months, children usually have a vocabulary size of fifty words. Studies suggest that around that time children go through a “vocabulary spurt,” acquiring new words very fast. Vocabulary development continues so that by the age of six children have about 10 000 words. It is estimated that children without disabilities increase their reading vocabularies by thousands of words each year. We also know that from the earliest stages of language learning, children vary widely in their vocabulary size and rate of development. (1)
Rapid development of vocabulary is based on good learning and memory capacities. We know that children can learn a new word association with an object after a few exposures to the word and can remember the word for a long period of time. This phenomenon is called fast mapping. Even thirteen-month-old children are capable of fast mapping, and three-year-olds are just as good as adults in remembering such mappings.
Vocabulary size at the start of kindergarten is one of the most powerful predictors of a child’s ability to learn to read and succeed in school.
Word learning and communication
It is known that a communicatively optimal context for word learning is when the adult and the child are jointly focused on the same object or event and the adult repeatedly utters the new word associated with the object or event. For example, a mother is showing a ball to her child, both mother and child are looking at the ball, and the mother says, “Look at this, this is a ball, a ball, this is a red ball,” etc. (2)
What about non-optimal contexts?
The problem is that not all situations in which a child is learning new words are communicatively optimal. (1)
What are the mechanisms of word learning?
Input. Longitudinal studies suggest that it is indeed the properties of maternal speech that most strongly predict a child’s vocabulary size. Some researchers say that the sheer amount of talk matters, while others find that specific types of speech (e.g., use of sophisticated vocabulary, number of words or utterances, and diversity of input) play an important role. It could be that diversity of vocabulary input plays more of a role in vocabulary growth when children get older, and sheer quantity plays a more important role when children are in the more initial stages of vocabulary development.
Syntax. The child’s knowledge of syntax (the arrangement of words and phrases to create well-formed sentences in a language) is another language-specific mechanism that helps the child to figure out the meanings of the words and whether the word is a count noun, proper noun, adjective, verb. etc.
Lexical constraints. Children are equipped with lexical constraints that help to limit the possible meanings of words. These constraints include whole word bias (words that refer to whole objects, not parts or features), a taxonomic bias (words that refer to kinds of things, not individuals), and mutual exclusivity bias (every object can have only one name).
Attention and learning mechanism. Learning the meanings of words can be understood based on general cognitive mechanisms that are not specific to word learning – associative learning and attentional mechanisms, for example.
Conceptual biases. Children have knowledge about the kinds of things that exist in the world, and this knowledge helps a child to narrow down hypotheses about the possible meanings of new words they encounter (e.g., distinctions between objects and actions, between animate and inanimate beings, and even between within-domain categories like cats and dogs).
Pragmatics. According to the social-pragmatic account, when children hear a new word, they are primarily interested in figuring out what is in the speaker’s mind. By being sensitive to communicative context, cues about the speaker’s behaviours, and the speaker’s state of knowledge and dispositions, children can substantially narrow down the speaker’s plausible referential intents and consequently the possible meanings of the word. (1)
Children rely on multiple mechanisms in the word learning process and weight these mechanisms differently; the weights actually change as children develop. Early in the development, perceptual salience may be more heavily weighted than intentional cues. We may even think that word learning principles emerge as a result of word learning rather than being present from the outset. Once developed, these lexical principles enhance and expand children’s word learning.
Vocabulary is key to communication. The ultimate goal of learning vocabulary is to be able to communicate in a given language. A good vocabulary base can support a desire to use the language for a variety of purposes such as listening, speaking, reading, and writing.
There are two main types of vocabulary, both of which are important for learners to acquire. Oral vocabulary is used in everyday language. These are words found in stories and used in informal conversations throughout the school day and at home. Having a vast oral vocabulary will aid comprehension while reading written texts. Academic vocabulary or academic language, in contrast,are words and language that learners and teachers use for formal instructional purposes or in more formal speaking, reading, and writing
The importance of teaching vocabulary
Vocabulary is key to communication. The ultimate goal of learning vocabulary is to be able to communicate in a given language. A good vocabulary base can support a desire to use the language for a variety of purposes such as listening, speaking, reading, and writing.
Development of other skills. Learners who have strong vocabulary will be able to develop other language skills. When vocabulary skills are developed, learners build up their language proficiency as a whole. A rich vocabulary can support improved listening, speaking, reading, and writing skills.
The more words you know, the more you learn. Knowledge of vocabulary leads to an increase in comprehension. Improved comprehension will lead to a greater capacity for acquiring more vocabulary and learning other concepts in other subjects in the curriculum.
Vocabulary in prekindergarten and kindergarten classrooms
Early vocabulary acquisition consistently predicts children’s later reading achievement. Thus, finding ways to promote the vocabulary development of young children is important. Young children learn words from interactions with adults. Direct instruction of vocabulary words can be an effective method to support children’s word learning, and combining different vocabulary instruction practices is more effective than using one practice alone (5,6).
Some children do not have the opportunity to learn all the words they need to understand lessons in school. Therefore, it is reasonable to teach at least some of them in early childhood education classrooms. Research shows that differences in the ways teachers read books to children are related to differences in children’s receptive vocabulary.
Teachers’ analytical talk boosts vocabulary acquisition, as in book reading situations:
General principles and practices to develop vocabulary in school
Creating language- and word-rich environments
These are environments in which children have opportunities to read, hear, use, and talk about new vocabulary. These environments contain books, dictionaries, puzzles and word-games, and other reading materials, both narrative and expository, on a variety of topics appropriate for a variety of reading levels.
Reading aloud texts that contain rich vocabulary and the time the teacher spends discussing with children the words encountered in these selections are important for vocabulary development.
These situations promote both incidental and intentional word learning and motivate children to develop new word knowledge on their own. Incidental word learning, through listening or reading, is important to children’s general vocabulary development. (3)
Intentional teaching of selected vocabulary
Research shows that there is no single mode of instruction that is uniformly effective for vocabulary development. It requires a repertoire of teaching activities and instructional strategies coupled with the teacher’s ability to choose appropriately from within this repertoire. But there are certain characteristics of effective instruction that are applicable across teaching contexts:
(pop up “concept definition map”: Hierarchical, categorical, and semantic information related to a word’s definition are displayed along with examples and non-examples.)
Developing word learning strategies
Children need to develop independent strategies for dealing with the new words they will meet in schools, at work, and in other areas of life. In dialogic book reading, the most often used strategies are:
Adult-child interaction during reading is crucial for vocabulary learning to occur. Word learning is enhanced when adults ask questions and engage children in discussions about target vocabulary words relative to the simple recasting of the meaning of the words.
Vocabulary interventions and learning disabilities
Systematic reviews of vocabulary interventions for children with learning disabilities have found evidence of the effectiveness of several types of vocabulary interventions described in this chapter.
Systematic reviews of vocabulary interventions for children with learning disabilities have found evidence of effectiveness for several types of vocabulary interventions (5,6):
It is promising that the intervention effects on children with learning disabilities seem to be larger than on those without learning disabilities.
Guidelines for teaching vocabulary
There are several factors to consider when designing vocabulary instruction:
All people learn word meanings in stages. The stage at which people understand a word will determine if or how well they can recognize or use that word. The depth of understanding moves through four stages:
Indirect vocabulary learning refers to learning vocabulary through oral experience by listening to someone read or talk. Teachers reading aloud stories to help learners gain new oral vocabulary is an example.
Direct vocabulary learning refers to vocabulary being taught explicitly to learners through specific vocabulary activities. Direct vocabulary teaching before reading a story is an ideal way to support reading comprehension. Activities for learning vocabulary can range from using clues in a text and the teacher demonstrating or showing visuals of the word to learners using dictionaries and teachers and learners writing sentences or acting out a word or phrase along with word games and puzzles.
Principles of teaching vocabulary
There are several key principles for teaching vocabulary:
Teachers should remember to go through the following steps when teaching vocabulary:
1.Hoff, E., & Shatz, M. Eds. (2007). Blackwell handbook of language development. USA: Blackwell Publishing LtD.
2.Rowe, M.L. (2012). A longitudinal investigation of the role of quantity and quality of child-directed speech in vocabulary development. Child Development, 83, 1762-1774.
3.Blachowicz, C.L.Z., Fisher, P.J.L., & Cole, D. (2006). Vocabulary: questions from the classroom- Reading Research Quarterly, 41, 524-539.
4.Silverman, R., & Crandell, JD. (2010). Vocabularity practices in prekindergarten and kindergarten classrooms. Reading Research Quarterly, 45, 318-340.
5.Fletcher, J.M., Lyon, G.R., Fuchs, L.S., & Barnes, M.A. Eds. (2019). Learning disabilities. From identification to intervention. Second edition. New York: The Guilford Press.
6.Wasik, B.A., Hindman, A.H., & Snell, E. (2016). Book reading and vocabulary development: a systematic review. Early Childhood Research Quarterly, 37, 39-57.
Thomas is a nine-year-old boy who has difficulties in reading and, to a lesser extent, in math. In first grade, Thomas seemed to hear phonemes accurately, but his automatization of letter names was slower than that of his classmates. Now he is reading quite accurately, but his reading is still laborious as he reads so slowly. He often has to read a sentence twice to be able to understand its content. He also has difficulties in the fast retrieval of mathematical facts, like ten-pairs and the answers to multiplication tasks. Sometimes Thomas seems to forget the words he surely knows, and he may replace them with other, usually less accurate words or wait for some of his friends to help him complete the sentence.
Even though there are many explanations for reading difficulties, one of the key skills behind fluent reading (especially in transparent orthographies) is rapid automatized naming (RAN). But what is RAN?
What is RAN or naming speed?
RAN means the ability to fluently find the accurate name for familiar items – letters, colours, or objects, for example. And this is exactly the way we can measure RAN: by asking children to name serially presented items as fast and accurately as they can. By measuring the time and accuracy, we obtain an estimate of their RAN skills. It sounds simple, doesn’t it?
DIAGRAM TÄHÄN VIEREEN: Behind its superficial simplicity RAN is a multicomponential skill, and the naming process involves integrating many different sub-processes (see Diagram 1). For example, when you name the letter A, you first have to focus your attention on the letter and recognise its visual features – three different lines. Next, you have to integrate these separate visual features as an orthographical unit you have learnt from your ABC book. After that, you’ll have to find the proper phonological representation of the letter (/ə, eɪ/). At the same time, you associate the meaning and conceptual knowledge with the visual and phonological representation: My dear sister’s name begins with A. A is the first letter in alphabet. In the last phase of the naming process, you will use your motor skills and say aloud the name of the letter you see. In order to be smooth and fluent, many of the subprocesses of naming involve processing speed. In short, processing speed refers to the individual pace of receiving, understanding, and responding to information or a cognitive task.
For a more detailed description of the naming process, see (1). In addition to the cognitive skills referred to above, RAN seems to be related to short-term memory (2), motoric and linguistic fluency, and, possibly, executive functions (3). For alternative explanations of RAN and why it is connected with reading, see the research and reviews on the topic (4, 5, 6,7). To sum up, RAN is easy to measure but hard to define in a simple way as it requires many subprocesses to succeed. (See RBs Kirby, J.R.; Georgiou, G.K.; Martinussen, R.; Parrila, R. (2010), Norton, E.S.; Wolf, M. (2012) and Georgiou, G.; Parrila, R. (2020).
Where do we need naming speed?
If you read the story of Thomas, you’ll find that naming speed has an effect on:
How do you know that a child in your class may have problems in naming?
The number of symptoms depends on the severity of the naming deficit. It is rather usual that a child may have a naming-speed deficit but not more general problems in word finding. How much the naming deficit impairs learning depends also on the presence of comorbid problems and on the compensation skills the child has.
It is also important to recognise that these characteristics may also be due to other problems. For example, mathematical problems may be related to visuospatial learning disabilities, and the child can replace words if he has gaps in vocabulary. However, if many of the symptoms co-occur, it is worthwhile to test the naming skills to find out if the child has a naming deficit.
How can I assess rapid automatized naming?
Since the 1970s, when the first on RAN (8,9) were published, naming speed has been assessed roughly the same way everywhere, with the child asked to name familiar, serially presented items an quickly and as accurately as possible. The most common terms to be named are letters, digits, colours, and objects. The latter two can be used even before school age.
As the items are easy to name, the number of errors is usually very small. (If not, the errors should be analysed qualitatively as they may indicate word-finding problems.) Therefore, the naming speed is usually used as an outcome measure.
The assessment tools for rapid automatised naming of objects and letters are available for Kenya, Namibia, Tanzania, and Zambia (10,11,12,13). Read more…(Link to Assessment module). These tools also have indicative reference material for school-aged children to enable the evaluation of possible naming-speed deficits.
The effects of naming-speed difficulties on the development of reading fluency . . .
Research has found naming speed to be associated with reading accuracy, reading fluency, reading comprehension, and also spelling. However, the research evidence thus far has shown the strongest support for a connection between RAN and reading fluency or reading speed, as findings on the connections with other aspects of reading or spelling have been more or less conflicting (5,6).
Thus, the most prominent consequence of naming-speed deficit is problems in reading fluency. The child with naming-speed deficit usually learns to read accurately but needs far more repetition than others to gain sufficient reading speed. To increase reading speed, the child might try to compensate by the error-prone strategy of guessing. The other disadvantage of slow reading fluency is the increased effort that reading development requires, which may decrease the motivation towards reading and result in avoidance of reading tasks – which, of course, is detrimental for the development of reading. Therefore, boosting motivation for reading is a crucial part of supporting children with naming-speed deficits and poor reading fluency.
. . . and the effects on reading comprehension
In addition to the effect of laborious reading on reading motivation, an even more important consequence of poor reading fluency is its correlation with reading comprehension. If basic reading makes heavy demands on cognitive resources, there are fewer resources left for comprehension. This is the case especially if the child has problems with short-term-memory (e.g., when the child finishes a long sentence and may have forgotten the beginning of the sentence because a) it took so long and b) it took so much effort to make sense of the individual words.)
How to help children with naming-speed deficits?
The bad news first: Even though RAN is easy to measure, it is hard to improve. No quick tricks are available. The good news is that it is not always necessary to improve naming fluency in order to improve reading fluency. That is, usually it is more useful to improve reading fluency (Read more… Link to Reading fluency) than to try to improve naming speed. With both skills, repetition and quantity of practice are the keys for improvement. For this reason, one of the most important things the teacher can do is to focus on motivating children by trying to find ways to make reading an appealing hobby for the child.
If the child has broader naming deficits that hamper everyday communication and written production (deficits in word-finding accuracy and productive speech), it is worthwhile (and often effective) to:
With younger children, it is important to recognise naming problems and reading difficulties and to pay attention to supporting reading fluency development. In addition, it is important to support the learning and understanding of key concepts in theoretical school subjects: underline them, explain them, and highlight the context of the concepts. Ensure enough time for repetition and review. Teaching effective reading comprehension strategies helps the whole class, not only the child with naming difficulties.
With older children, it is also important to support their metacognitive skills so that they learn to recognise the situations where naming skills are needed and then use appropriate strategies for finding the words. It is also very important to find a way to compensate naming problems so that the children will be able to make their message understood. These compensating skills may include drawing pictures or showing them from their phone to support their story.
In addition to the references mentioned earlier, this summary is based on the clinical experience and research of neuropsychologist Riikka Heikkilä and speech and language therapist Paula Salmi (14,15).
1.Wolf, M., Bowers, P. G., & Biddle, K. (2000). Naming-speed processes, and reading: A conceptual review. Journal of Learning Disabilities, 33, 387– 407.
2.McCallum, R. S., Bell, S. M., Wood, M. S., Below, J. L., Choate, S. M., & McCane, S. J. (2006). What is the role of working memory in reading relative to the big three processing variables (orthography, phonology, and rapid naming)?. Journal of Psychoeducational Assessment, 24(3), 243-259.
3.Närhi, V., Ahonen, T., Aro, M., Leppäsaari, T., Korhonen, T. T., Tolvanen, A., & Lyytinen, H. (2005). Rapid serial naming: Relations between different stimuli and neuropsychological factors. Brain and Language, 92, 45–57.
4.Georgiou, G. K., & Parrila, R. (2020). What mechanism underlies the RAN–reading relation? Journal of Experimental Child Psychology. Advance online publication. doi:10.1016/j.jecp.2020.104840
5.Kirby, J. R., Georgiou, G. K., Martinussen, R., & Parrila, R. (2010). Naming speed and reading: From prediction to instruction. Reading Research Quarterly, 45, 341–362.
6.Norton, E. S., & Wolf, M. (2012). Rapid automatized naming (RAN) and reading fluency: Implications for understanding and treatment of reading disabilities. Annual Review of Psychology, 63, 427–452.
7.Papadopoulos, T. C., Spanoudis, G. C., & Georgiou, G. K. (2016). How is RAN related to reading fluency? A comprehensive examination of the prominent theoretical accounts. Frontiers in Psychology, 7. doi:10.3389/fpsyg.2016.01217
8.Denckla, M., & Rudel, R. (1974). Rapid “automatized” naming of pictured objects, colors, letters and numbers by normal children. Cortex, 10, 186-202.
9.Denckla, M., & Rude, R. (1976). Rapid “automatized naming (RAN): Dyslexia differentiated from other learning disabilities. Neuropsychologia, 14, 471-479.
10.Ketonen, R., Salmi, P., & Krimark, P. (Eds.). (2015). Kenya: Literacy assessment tools for Grades 1-3. Grapho Learning training programme. Jyväskylä, Finland: Niilo Mäki Foundation.
11.Ketonen, R., Salmi, P., & Krimark, P. (Eds.). (2015). Namibia: Literacy assessment tools for Grades 1-3 and special education. Grapho Learning training programme (2012-2014). Jyväskylä, Finland: Niilo Mäki Foundation.
12.Ketonen, R., Salmi, P., & Krimark, P. (Eds.). (2015). Tanzania: Literacy assessment tools for Grades 1-3 and special education. Grapho Learning training programme (2012-2014). Jyväskylä, Finland: Niilo Mäki Foundation.
13.Ketonen, R., Salmi, P., & Krimark, P. (Eds.). (2015). Zambia: Literacy assessment tools for Grades 1-3 and special education. Grapho Learning training programme (2012-2014). Jyväskylä, Finland: Niilo Mäki Foundation.
14.Heikkilä, R. (2015). Rapid automatized naming and reading fluency in children with learning difficulties. Jyväskylä studies in education, psychology and social research 523.
15.Salmi, P. (2008). Nimeäminen ja lukemisvaikeus: Kehityksen ja kuntoutuksen näkökulma [Naming and dyslexia: Developmental and training perspectives]. Jyväskylä Studies in Education, Psychology and Social Research, 345.
Working memory is needed in many classroom activities that involve, for example, reading, science, and mathematics. With working memory, we can hold in mind and mentally manipulate different kinds of information for short periods of time.
Jonathan is an eight-year-old boy struggling in reading and math. He has difficulties in following the teacher’s instructions, such as “Please leave your book on your desk, take your pencil and rubber, and come sit here in the front of the class.” He also often loses his place in complex tasks and skips important information.
There could be different kinds of explanations for his behaviour and difficulties, but one possible explanation is that he has problems with working memory (WM). But what kind of memory is WM?
What is memory?
In everyday life, we can say that we have good or bad memory. By saying so, we suggest that we have one kind of memory when in reality we have different kinds of memory (or memory mechanisms or systems) that may work well or be somehow compromised (6).
Structure of the memory system
Most often we divide our memory systems into two main parts: short-term memory (STM) and long-term memory.
Let’s first focus on STM.
The mechanisms of STM
STM includes two mechanisms: short-term memory and WM.
Readers who are interested in learning what kind of structure and components are inside WM will find information here (link to the Power point: structure of WM). Information regarding the kind of psychological methods you can use in assessing WM can be found here (link to the power point: assessment of WM).
When are we using WM?
WM is needed in many classroom activities that involve, for example, reading, science, and mathematics. In WM, we can hold in mind and mentally manipulate different kinds of information for short periods of time, for example when:
Limits of WM
The capacity of our WM is limited, and distractions (such as something unexpected happening in our environment or unrelated thoughts popping into mind) may disturb it. WM may also fail if a task is too demanding and requires very difficult mental processing or we try to keep too much information in mind.
There are also individual differences in WM capacity. We know, for example, that the difference in WM capacity among children of the same age can be very large. According to Gathercole and Alloway (3), in a class of 30 children aged 7 to 8 years, we would expect at least 3 of them to have the WM capacities of an average 4-year-old child, while 3 others would be expected to have the WM capacities of an average 11-year-old child, which is close to an adult level.
Read more about the WM in deaf children here (link to the Fratenus’ text).
How to identify WM problems
A child in your class may have WM problems if he or she exhibits the following characteristics:
However, it is not easy to know whether the basic problem is short attention span or whether there is a problem with the child’s WM.
The importance of monitoring
By observing the children in your class, you may recognize when a particular child’s WM is overloaded. For example, if sentences to be repeated are too long and complicated, the child may forget important information. Strategies to help the child include repeating instructions, especially when you notice that all children are not listening carefully, and breaking tasks into smaller steps.
Understanding demands on WM
Difficult and new, complicated tasks increase WM loads, and children may need more help for these tasks than for easy tasks.
Reducing WM loads
There are many strategies you can use to reduce WM loads:
It is important to show and teach children how these aids can be used. Ensure that they have plenty of practice in the use of the aids prior to using them in more complex task settings.
These tips are based on Gathercole and Alloway (3,4).
Direct WM training – Does it help?
1. Baddeley, A. (2007). Working memory, thought, and action. Oxford Univ. Press
2.Baddeley, A. (2012). Working memory: Theories, models, and controversies. Annual Review of Psychology, 63, 1-29.
3.Gathercole, S.E., & Alloway, T.P. (2006). Practitioner review: Short-term and working memory impairments in neurodevelopmental disorders: diagnosis and remedial support. Journal of Child Psychology, Psychiatry, and Allied disciplines, 47,1, 4-15.
4.Gathercole, S. E., & Alloway, T.P. (2007). Understanding working memory. A classroom Guide. London: Harcourt Assessment.
5.Gathercole, S.E., Dunning, D.L., Holmes, J., & Norris, D. (2019). Working memory training involves learning new skills, Journal of Memory and Language, 105, 19-42.
6.Henry, L. (2012). The development of working memory in children. Sage.
7.Klingberg, T. (2010). Training and plasticity of working memory. Trends in Cognitive Sciences,14, 317-324
Linguistic memory is our ability to store and recognize common linguistic patterns, word parts (or morphemes), and high-frequency words. It leads to greater word recognition and reading fluency.
Memory is the process in which information is encoded, stored, and retrieved. In the first stage, encoding (or registration, receiving, and processing received information) allows information to reach our senses and changes it so that we can put it into the encoding process. Storage (the creation of a permanent record of the encoded information) is the second memory process, and it entails retaining information over periods of time. The third process is retrieval (to call back the retrieved information from storage in order to use it). We must locate the information and return it to consciousness.
Levels of memory
Sensory memory involves the storage of sensory events, those events that are perceived by any of the five senses in real time and automatically. It holds sensory information less than one second. Short-term memory and working memory are described in detail here. (link to working-memory pages). Sensory memory, short-term memory, and working memory have strictly limited capacity and duration, which means that information is not retained there indefinitely. Long-term memory can store much more information for a potentially unlimited duration during our life, and its capacity is immeasurably large.
Linguistic memory is our ability to store and recognize common linguistic patterns, word parts (or morphemes), and high-frequency words. It leads to greater word recognition and reading fluency. Research shows that children with reading disabilities need forty-plus exposures to a word before it is stored as a recognizable “whole word,” whereas normally developing readers only need ten-to-fourteen exposures. Children with reading disorders such as dyslexia also have trouble noticing and recognizing the distinct parts of words and the underlying linguistic and phonological patterns in words. They need explicit instruction to acquire these patterns and to match them to words with similar patterns already stored in memory.
In memory research, the concept of verbal memory is also quite often used. It is a rather broad concept that refers to memory for verbally presented information. There are a variety of tasks for measuring verbal memory capability, including learning word lists, story recall (or logical memory), and learning sequences of paired words.
The role of memory in learning a language
There are two kinds of languages that many peoples learn during their lifetime. The first language (L1) is our mother tongue, the language we first hear and acquire after birth. The second language (L2) is the language we learn after we have mastered our first language. An important point is that we acquire rather than learn the first language, whereas we learn rather than acquire the second language. When we learn the second language, linguistic memory plays a very important role. Memory is also a factor that can be used to predict the performance of a child learning a foreign language. Verbal working memory and short-term memory have important roles in vocabulary acquisition, language production, and language comprehension, as well as in learning to read.
Listening skills and academic success or knowledge are closely connected since listening is an important medium for children to process and acquire information. Listening skills are the primary means by which information is transferred from teachers to children, and they play a key role in literacy success and the development of numerous other language skills, such as reading comprehension and writing skills.
Listening is one of the four language skills, along with speaking, reading, and writing. Good listening skills are of critical importance in daily, relational, and educational life. Primary school children spend approximately 50–75 percent of each school day listening to teachers, classmates or audio-supported media. Consequently, proficient listening is an essential language skill for primary school children for various reasons (1):
The role of oral language in literacy development is very important. Oral language includes lexis (words), sentences, and discourse-level skills. The meaning of vocabulary has received much attention in theoretical models and empirical studies of reading. In contrast, our understanding of listening comprehension has been limited. Listening comprehension is defined as one’s ability to comprehend spoken language at the discourse level – including conversations, stories (i.e., narratives), and informational texts – and involves the processes of extracting and constructing meaning. Listening comprehension has important meaning both for literacy acquisition and reading comprehension. We can conclude that the ability to listen and comprehend multiple utterances in spoken language is one of the necessary component skills in reading and writing development, and oral language comprehension is also one of the essential and necessary foundational skills for reading comprehension.
Listening comprehension, reading, and writing
One widely supported model of reading comprehension, the simple view of reading (see RP xx), specifies that linguistic comprehension is an essential skill in addition to decoding (or word-reading proficiency). Oral language skills such as vocabulary and listening comprehension are critical to reading comprehension, and their importance increases as children develop reading skills.
Oral language skills, including listening comprehension, are also important for writing development. Although oral language skills are not explicitly specified in the developmental models of writing, writing requires the generation of ideas, which then need to be translated into oral language at lexical, sentence, and discourse levels. According to the simple view of writing, transcription and ideation (the generation and translation of ideas) are two necessary skills for writing.
Theoretical models of reading comprehension and writing as well as empirical evidence indicate the importance of oral language skills, including listening comprehension, in reading and writing development. One question that naturally arises, then, is what it takes to develop listening comprehension (7).
Listening comprehension sub-skills
Based on correlational and intervention research, the most important sub-skills of listening comprehension are (2,3,4):
Many studies indicate that these language and cognitive skills are related to children’s listening comprehension. The same processes are also related to reading comprehension in all languages.
How to teach listening comprehension
Listening comprehension is not a simple skill that children acquire easily. Instead, it requires acquisition and coordinated application of multiple language and cognitive skills. Improving listening comprehension requires explicit and systematic instruction beyond vocabulary. Explicit instructional attention to vocabulary, syntactic and grammatical structure, inferences, characters’ thoughts and emotions, and comprehension monitoring is needed.
The good news is that these skills, like skills related to vocabulary, are malleable. Studies have shown that grammatical knowledge, comprehension monitoring, inference-making, and theory of mind can be improved with intervention (1,5) (see RPs xxxx.)
As is clear from previous research, creating a language-rich environment is critical for children’s language development, including listening comprehension. Therefore, targeting multiple language and cognitive skills should not be limited to planned lessons per se. Instead, language instruction should be embedded throughout the school day, exploiting teachable moments. For instance:
In a similar vein, listening comprehension instruction should not be limited to the classroom. Ideally, these instructional approaches and strategies are shared with parents and caregivers so that they are implemented and extended in the child’s home and community.
Raising standards for understanding
A critical aspect of teaching these multiple language and cognitive skills is raising standards of search after meaning (coherence). Higher-order cognitive skills (e.g., inference-making) are effortful and strategic processes and thus may not be employed, even if the child has the ability, unless the child has a need or a desire for establishing a global search after meaning. Thus, an important part of higher-order cognitive skill instruction is raising standards of coherence – raising awareness that the stories or sentences children hear should make sense to them, that it is important to understand a character’s or author’s goals, thoughts, and emotions, and that stories do not tell us everything and, therefore, comprehenders should fill in information.
Being aware of these ideas will require instruction for many children as children do not spontaneously monitor their comprehension of oral texts.
It takes time to learn listening comprehension
Improving listening comprehension takes a prolonged time and, thus, instruction should be long-term across multiple years. As multiple language and cognitive skills contribute to listening comprehension, the development and coordination of these skills is not likely to occur in a short time span. Component skills of listening comprehension, such as vocabulary acquisition, are expansive and continue to grow throughout the life, and so too do listening comprehension skills. This continual growth is in contrast to a confined or constrained skill or mastery skill such as acquiring the alphabet, which has a limited number of units to be learned and can be taught to mastery in a relatively short time (1,5).
There are several teaching practices that could be integrated into listening courses (1):
When teachers give children the opportunity to practice listening throughout the day, instead of teaching listening skills in isolation, children will become better listeners. There is also evidence for the importance of adequate listening conditions in classrooms. Different studies have shown that poor acoustics and background noise cause attention loss and exacerbate listening difficulties, while systems that improve the learning environment, such as the use of an effective sound system, positively influence children´s listening skills. In this respect, the findings are in line with other research that indicates the significance of classroom design and classroom equipment on children’s learning outcomes. Therefore, reducing class sizes and/or investing in sound systems that improve the sound environment of the classroom will positively influence children’s listening performance, especially in classrooms with a high percentage of special needs children (6,7).
1.Bourdeaud’hui, H., Aesaert, K., Van Keer, H., & van Braak, J. (2018). Identifying student and classroom characteristics related to primary school students’ listening skills: A systematic review. Educational Research Review, 89-99.
2.Kim YS.G., Pilcher H. (2016). What Is Listening Comprehension and What Does It Take to Improve Listening Comprehension? In: Schiff R., Joshi R. (eds) Interventions in Learning Disabilities. Literacy Studies (Perspectives from Cognitive Neurosciences, Linguistics, Psychology and Education), vol 13. Springer, Cham.
3.Kim, Y-S., & Phillips, B. (2014). Cognitive Correlates of Listening Comprehension. Reading Research Quarterly, 3, 269-281.
4.Kim, Y.-S.G. (2016). Direct and mediated effects of language and cognitive skills on comprehension of oral narrative texts (listening comprehension) for children. Journal of Experimental Child Psychology, 141, 101-120.
5.Connor, C.M., Phillips, B.M., Kaschak, M. et al. (2014). Comprehension Tools for Teachers: Reading for Understanding from Prekindergarten Through Fourth Grade. Educational Psychology Review,3, 379-401.
6.Lepola, J., Lynch, J., Kiuru, N., Laakkonen, E., & Niemi, P. (2012). Early Oral Language Comprehension, Task Orientation, and Foundational Reading Skills as Predictors of Grade 3 Reading Comprehension. Reading Research Quarterly,4, 373-390.
7.Torppa, M., Georgiou, G.K. Lerkkanen, M-K., Niemi, P., Poikkeus, A-M., & Nurmi, J-E. (2016). Examining the simple view of reading in a transparent orhography: a longitudinal study from kinderkarten to grade 3. Merrill-Palmer-Quarterly, 2, 179-206.
Children need many different motor skills when they start formal schooling. Motor skills are often divided into fine motor and gross motor skills. Motor skills are closely related to many cognitive skills.
Motor and visuomotor skills
Children need many different motor skills when they start formal schooling (e.g., self-care skills, walking and running, use of a pencil, and the manipulation of objects).
Motor skills refer to underlying internal processes responsible for moving the body or parts of the body in space.
Motor skills include (1) movements themselves and (2) cognitive processes that give rise to the movements.
Different names may be found in the literature for motor-related skills, including perceptual-motor, sensorimotor, and psychomotor skills. All these terms are implicated when we are moving our body and our sensory perception and movement systems are working together (1).
Fine and gross motor skills
Motor skills are often divided into two types of skills:
Fine motor skills involve coordinating small muscle movements. Drawing, writing, speaking, manipulating small objects, or playing instruments are typical fine motor skills.
Gross motor skills involve the body’s large muscles, the orientation and movement of the trunk and limbs, and postures pertaining to balance, such as walking, running, hopping, and playing games and sport.
Motor skills and school performance
Fine motor skills are, in longitudinal studies, associated with academic skills like reading and math. Some studies show that fine motor skills predict stronger early math development than reading development (2,3).
Gross motor skills are important for social competencies and physical wellbeing and make engagement in learning and social activities, like games and sports, easier in school.
The exact mechanism that links motor skills to school performance is still unclear (4).
Cognitive processes and motor skills
There are different kinds of assessment methods and tools to assess motor skills or competencies. In these assessments, three processes are important:
Many of these skills are learned and practiced at the preschool age.
Many motor tasks include numerous steps or phases that require motor planning and spatial sequencing and the use of different tools (e.g., pens, pencils, scissors, keyboards). For children who start school with these skills well developed, it is easier to be at school and concentrate on learning new skills than it is for those who struggle with these basic motor skills.
Based on research, we know that 5–10 percent of children have problems in learning new motor skills and that they are clumsier and slower in their movements than other children in the class. We now know that these children may have a neurodevelopmental disorder called developmental coordination disorder (DCD) (5). Read more about DCD (here link to DCD booklet).
In motor tasks, children need to maintain attention on the task, as when they are copying letters or figures. Executive functions are more important when the child is practicing a new task and is very young. After practicing and learning the task, it is not new anymore and can be executed with fewer cognitive resources such as planning and attention focusing.
At the beginning of school, many motor tasks are new to the child and require a lot of executive functions and control before these skills are automatized.
We can say that a skill is automatized when the child can do it together with another task (e.g., the dual task of writing letters and words while listening to what the teacher is saying).
Visuospatial and visuomotor skills
Many visuospatial skills develop quite early, before a child starts school, and visual processing and manual control develop hand in hand.
The most typical method to assess these skills is design copying (such as the test of visuomotor integration). Copying geometric figures is based on and correlated to both perceptual skills (e.g., the ability to judge line-length, rotate visual stimuli, mentally reproduce a figure in free space) and motors skills (e.g., hand-eye coordination, the use of a pencil, the perception of the direction of movement).
Visuomotor tasks requiring the alignment of movements with perceptual input are quite complex because they require crossmodal integration of different processes (visual, motor) across different networks in the brain. It is thought that because of this complexity, visuomotor integration predicts academic achievement both in reading and maths.
Motor coordination, executive skills, and visuomotor skills in learning
In learning motor coordination, executive functions and visuospatial processes are all needed in the classroom, and they work in combination with other processes (e.g., language, memory) to form a successful basis for learning in school.
Research findings show that visuomotor and executive function skills (especially inhibitory control) can compensate each other in classroom learning. Children with either strong visuomotor integration or strong inhibitory control skills learned as much in print knowledge as children who were strong in both. This compensatory pattern also emerged in phonological awareness and teacher-related classroom behaviour (6).
How to help the child in the classroom
In the classroom, children meet many new demands on their emerging abilities to control and regulate their emotions and behaviours, including their body movements. Children with motor problems may need extra help in the classroom for many activities.
In the classroom, children meet many new demands on their emerging abilities to control and regulate their emotions and behaviours, including their body movements. Significant individual differences in these abilities are very easy to see in every classroom.
Children with good fine and gross motor skills have more time to spend on other tasks, and they will experience less frustration and fewer negative emotions in the classroom.
Accordingly, children with strong attention, self-control, and working memory may engage more readily with new tasks that require increasingly complex motor skills and experience.
Fine motor skills and emerging literacy skills (reading and writing) are distinctly related. Design copying is related positively with name writing, written expression, and math.
Seven important keys for teaching fundamental motor and visuomotor skills
There are seven important keys for teaching fundamental motor and visuomotor skills (7):
Show enthusiasm, care, and interest. Without these qualities, teachers won’t be as effective as they could be.
Use visual demonstration with instruction whenever possible. Teachers may even need to physically move the child through some of the actions.
Give praise, encouragement, and feedback. These strategies are essential parts of the learning process. Good feedback – information about what the child has done, to aid his or her improvement – is essential. For example: “I watched the way you held the ball correctly in your fingers,” or “That was great effort; this time let’s put your other foot forward.”
Create a positive, fun learning environment. Sometimes teachers get preoccupied with telling the child what he or she is doing wrong or what he or she has not done instead of focusing on what the child should be doing. And has been doing well. A positive comment indicates approval to a child; the child can then develop trust and a willingness to keep trying.
Keep information simple and easy to follow. Teaching by small-step progression is ideal. Progress may be a lot slower than expected, and so patience definitely becomes a virtue.
Keep the practice sessions short but frequent. By keeping the sessions shorter, you can ensure that physical and mental fatigue do not become factors and that the child’s interest level is sustained.
Avoid showing frustration – be patient. If you feel frustrated, imagine how the child must feel. Frustration on your part is easily picked up by the child and compounds difficulties. Try saying, “I think this is a good place to stop for today. Let’s continue tomorrow.”
Some specific tips and suggestions for motor skill teaching
Ensure that the child is positioned properly for desk work. His or her feet should be flat on the floor, and the height of the desk should allow the child’s shoulders to be relaxed with forearms comfortably supported on the desk.
Set realistic short-term goals. This will ensure that both the child and educator continue to be motivated.
Provide the child with extra time to complete fine motor activities, such as math, printing, writing a story, practical science tasks, and artwork. If speed is necessary, be willing to accept a less accurate product.
Help with tasks that require fine motor skills. If lessons include using scissors, folding paper, or any other task that might cause a child with motor difficulties to struggle, provide plenty of assistance and try to introduce the child to the activity beforehand so that he or she has a chance to practice and get familiar with the physical manipulations required.
Emphasize directions in step-by-step form. Going over task directions and requirements several times is crucial. Try to write task instructions in short sentences and use checklists for assignments with multiple parts. Demonstrating a task and reading directions out loud, in addition to providing a printed version, is helpful for all children as it clarifies the task and ensures that everyone is on the same page.
When copying is not the emphasis, provide the child with prepared worksheets that will allow him or her to focus on the task. Examples include prepared math sheets, pages with pre-printed questions, or fill-in-the-blank exercises for reading comprehension. For study purposes, photocopy notes written by another child.
Have children use pencil grips if they seem to help improve pencil grasp or to reduce pencil pressure on the page.
Use paper that matches the child’s handwriting difficulties. For example, use 1) widely spaced lines for a child who writes with very large lettering; 2) raised, lined paper for a child who has trouble writing within the lines; 3) graph paper for a child whose writing is too large or improperly spaced; 4) graph paper with large squares for a child who has trouble keeping numbers aligned in mathematics.
Focus on the purpose of the lesson. If a creative story is the goal, then accept messy handwriting, uneven spacing, and multiple erasures. If the goal is to have the child learn to set up a math problem correctly, then allow time to do it even if the math problem does not get solved.
Provide additional time for tests and exams that require a lot of written output.
1.Magill, R. & Anderson, D. (2014). Motor learning and control. Singapore: McGraw Hill.
2.Kim, H., Duran, C.A.K., Cameron, C.E., & Grissmer, D. (2018). Developmental relations among motor and cognitive processes and mathematics skills. Child Development, 89, 476-494.
3.Pitchford NJ, Papini C, Outhwaite LA and Gulliford A (2016) Fine Motor Skills Predict Maths Ability Better than They Predict Reading Ability in the Early Primary School Years. Frontiers in Psychology 7:783.
4.Claire E. Cameron,1 Elizabeth A. Cottone,2 William M. Murrah,2 and David W. Grissmer (2016). How Are Motor Skills Linked to Children’s School Performance and Academic Achievement? Child Development Perspective, 10, 2, 93-98. 5.Missiuna, C., Rivard, L., & Polloc, N. (2012). Children with Developmental Coordination Disorder: At home, at school, and in the community (Booklet). Mac Master University and CanChild (www pages).
6.Cameron, C.E., Brock, L., Hatfield, B.E., Cottone, E.A., Rubinstein, E., LoCasale-Crouch, J., Grissmer, D.W. (2015). Visuomotor Integration and Inhibitory Control Compensate For Each Other in School Readiness, Developmental Psychology, 51, 1529-1543.
7.Landy, J.M., & Burridge, K.R. (1999). Fine motor skills & handwriting activities for young children. Teaching, remediation and assessment. USA: The center for applied research in education.