1 Introduction
Morphological awareness consists in the ability to consciously reflect, analyze and manipulate the morphological structures of words and morphemes. This metalinguistic capacity can be divided into two levels, namely implicit and explicit. The first level is related to oral language and, as children’s experiences increase, they move to explicit quality, where there is the competence to think and reflect how meanings are transmitted by different morphemes (Guimarães et al., 2019; Rosa, 2003; Santos et al., 2018).
Morphological awareness allows investigation at the level of derivational morphology and at the level of flexional morphology. The first relates to the process of word formation, by adding prefixes or suffixes to a radical, or to the decomposition of derived words, in order to create primitive words. The flexional morphology allows the words to be flexed regarding gender, number and mode-time (Machado, 2011; Silva & Martins-Reis, 2017).
There is no consensus on the age of acquisition of morphological awareness, however some investigations indicate that this competence should be stimulated as early as possible, being acquired over time. In this sense, the stimulation of the comprehension of early oral language is essential for children to be able to recognize words that are not contained in their lexicon, in the process of learning reading and spelling (Melo, 2002; Villalva, 2021). However, the development of this competence depends on certain parameters, such as the quantity and quality of linguistic data that children are exposed to (Villalva, 2021).
According to Nunes et al. (2006), the child’s ability to work with morphemes, understanding their existence and role is important for the learning process because through the reflection of morphemes, the child can find it easier to learn the meaning of new words, besides facilitating the reading and spelling of words that are not so common in their daily repertoire. In addition, it helps in the understanding of new words, if the child realizes that these words are formed by the combination of morphemes, in which each one has its meaning (Flôres, 2019).
Researchers have become increasingly interested in how individuals learn to read and write, a complex mental process that involves recognizing and decoding graphic signals and interpreting their meaning. Several authors have indicated the need to identify the implicit causes of reading and spelling difficulties. They suggested that these may be related to metalinguistic skills (Gomes et al., 2016; Machado, 2018; Maluf et al., 2006).Studies have proven that, despite the foreseeable importance of phonological awareness, this is not the only metalinguistic competence related to reading and spelling performance. Thus, morphological awareness has been crucial for the development and acquisition of the literacy process (Machado, 2011; Silva & Martins-Reis, 2017).
Although the existing literature demonstrates that Portuguese is a transparent language, that is, it presents a more regular correspondence between the letters and sounds of speech, thus governed by the alphabetical principle, there are studies that allow us to conclude that there is a positive relationship between morphological awareness and the development of reading and spelling. This capacity can be established because the knowledge of morphological constituents is based on the possibility of performing generalizations based on the relationship between a grapheme sequence and a morphological constituent that has phonological information and a semantic or grammatical value (Guimarães et al., 2014; Migot, 2018; Mota, 2009).
Recently, an article was published in European Portuguese in which they concluded that there was a significant difference between the 2nd and 4th grades in terms of knowledge of morphological awareness. In addition, they recognized that there was a relationship between morphological awareness and reading and spelling (Vinagre et al., 2022). However, the study sample was too small (n = 20) for the results to be generalizable. Thus, the aim of this study is to understand more about the development of morphological awareness and the relationship of this metalinguistic capacity with reading and spelling in 2nd and 4th grade children of the 1st Basic Cycle. It answers the following questions: “Are there differences in the knowledge of morphological awareness between the students of the 2nd and 4th grades?”; “Is there an association between morphological awareness and reading and spelling in 2nd and 4th grade students?”; and “Are there differences in the impact of morphological awareness on reading and spelling among 2nd and 4th grade students?”.
2 Methods
2.1 Participants
The present study was descriptive and correlational. The sample comprised of 60 children in the 2nd grade (n = 30) and the 4th grade (n = 30). Twenty-two were boys (36.7%) and 38 were girls (63.3%). The average age for the nd grade was 7.6 years old (SD = 0.5) and 9.6 (SD = 0.5) (Table 1) for the 4th grade. The mean age of the total sample was 8.6 (SD = 0.1). The data was collected from three institutions in the Aveiro district, in Portugal. The inclusion criteria were as follows: the children had to: (a) attend the 2nd or 4th grade; (b) be monolingual native speakers of European Portuguese. Exclusion criteria included: (a) to present a language disorder; (b) to present a reading and spelling disorder. All procedures met the requirements of the Ethics Committee, Research Unit in Health Sciences (UICISA-E) (reference number 715/10-2020). Before the data was collected, informed consent was given by all caregivers.
2.2 Instruments
Questionnaire for parents: Caregivers filled out a sociodemographic questionnaire relating to the children (e.g., birth date, native language, and enrolment in speech-language therapy).
Language Observation Test – School Level ‘Grelha de Observação da Linguagem – Nível Escolar’ (GOL-E): Language abilities were assessed using the GOL-E, a valid instrument standardized for children aged between 5 years 7 months old and 10 years old. This instrument allows for the analysis of the domains of semantics, morphosyntax, and phonology (Sua-Kay & Santos, 2014). The children were only included in the study if their results were within the average (SD = 1.5), fulfilling the inclusion criteria.
Morphological awareness subtests: The first set of morphological awareness subtests are those proposed by Capelas (2021). The derived word analogy task aims to analyze the child’s competence to form new words through nominalization, adjectivization, and verbalization using bases and suffixes or prefixes. The explanation given to the child was as follows: “I’m going to say a word and then I’m going to change it into another word similar to it. Then I say a new word and you have to transform it too”, After the explanation, an example was made with the child: “Listen to my example: Fúria / Furiouso → Sabor / Sabor…oso”. In the pseudoword interpretation task, the child’s knowledge of the meaning of a pseudoword, generated by the derivation process, is analyzed. Each stimulus presented contains a radical with different suffixes. Thus, the following explanation was given: “I’m going to say a word and then I’m going to invent a similar word, but it doesn’t exist. I want you to tell me what you think that word would mean, if it existed”. Finally, an example was made with the child: “For example, we have the word ‘abelhador. ‘Abelhador could be someone who has bees or raises bees”. Finally, the judgement of word relations task aims to analyze the child’s ability to identify the presence of morphological and semantic relationships between two words. The explanation given would be: “I’m going to tell you two words and I’m going to ask you if they have a meaning that relates to each other. You have to answer yes, if they are from the same family, or no if they are not from the same family”. Next, an example is given: “Are the word ‘casa’ and ‘casinha’ from the same family? Yes”.
The second set of morphological awareness subtests were adapted from Mota et al. (2008). First, the morphosemantic decision (affix) task assesses the child’s ability to identify the words that are formed in the same way, making an association with the affix. For example, is the word “replantar” formed in the same way as “reservar” or “relembrar”? The child would have to choose an option. In the morphosemantic decision (stem) task, the child has to decide which word belongs to the same family as the target word, for example: Is the word “gole” from the same family as “engorda” or “engole”? The child would have to choose an option. The spelling words with suffixes test aims to evaluate the child’s orthographic performance. The word spelling assessment with suffixes was carried out through two tests using different forms of assessment, namely dictation and thematic elicitation. Each of the subtests consisted of six radical spelling items and six word-spelling items with suffixes (radical + suffix). Regarding the dictation teste, the evaluator asked the child to write isolated words without visual support, such as the words “normal” and “normalidade”. In relation to the thematic elicitation, the child was asked to read the sentence, such as “Soft drinks have a lot of sugar, so I prefer orange juice…”. Subsequently the child evoked the word and wrote if it was appropriate. If there were difficulties in evocation, semantic clues were provided. The choice of stimuli was based on a set of criteria namely: familiarity with the target words (ESCOLEX database), the semantic process, the phonological features that affect spelling at the age of the participants, productivity and the syntactic category suffixes, opacity/transparency and regularity.
Finally, the reading test consisted of two subtests from the Bateria de Avaliação da Leitura em Português Europeu, a standardised instrument for Portuguese children aged 6 to 10 years old. Reading items vary in terms of orthographic characteristics and syllable length. Regarding the spelling characteristics, half of the items have a consistent spelling and the other half have an inconsistent spelling. In relation to syllable length, there are disyllables, trisyllables and quadrisyllables that are equitably distributed. Each subtest consists of a list (B and C), each with four training items and twenty four words with different levels of complexity (Sucena & Castro, 2012). In the two lists, the first twelve words are formed by CV syllables, the next six words have a CV, CVC and CCV constitution, the last six are formed by VV, VC, CV, CVC and CCV syllables. List C can only be used when children are in the second semester of the school year.
2.3 Procedure
The assessments took place in a quiet room in the children’s schools. The children were assessed individually in two sessions (a 45-minute and a 20-minute sessions). The first session consisted of the GOL-E, and the second comprised morphological awareness tests, reading and spelling. The data were analysed using SPSS Version 24.0 (SPSS Inc., Chicago, IL); p values < .05 were considered significant. The analysis of the homogeneity of the groups was performed using the Levene test and the residuals’ normality was checked by visual inspection of the QQ plot. Based on this, the t-student test for independent samples was chosen. Pearson’s correlation test (normality and linearity principles were verified) was also conducted.
3 Results and discussion
For the morphosemantic decision task, the affixes, prefixes, and suffixes were analysed separately, with the aim of answering the question: “Are there differences in knowledge of morphological awareness between 2nd and 4th graders?”.
In order to answer the question, the results of the morphological awareness tests for the 2nd and 4th grades were analysed. Table 2 shows the mean and standard deviation (SD) for the number of correct answers and their percentage in each task.
Tasks | 2nd grade Mean (SD) | 4th grade Mean (SD) |
---|---|---|
Morphosemantic decision task: affix | 4.8 (2.0) | 5.7 (1.7) |
Morphosemantic decision task: affix (Prefixes) | 2.5 (1.1) | 3.4 (0.86) |
Morphosemantic decision task: affix (Suffixes) | 2.3 (1.5) | 2.3 (1.1) |
Morphosemantic decision task: stem | 10.4 (1.6) | 11.6 (0.9) |
Morphosemantic decision task: stem (Prefixes) | 5.1 (1.2) | 5.8 (0.7) |
Morphosemantic decision task: stem (Suffixes) | 5.4 (0.8) | 5.8 (0.5) |
Derived word analogy task | 7.1 (1.9) | 8.6 (1.2) |
Derived word analogy task (Affixes) | 7.1 (1.8) | 8.7 (1.2) |
Pseudoword interpretation task | 2.2 (1.6) | 3.2 (2.1) |
Judgement of word relations task | 6.1 (1.0) | 6.6 (0.6) |
Total morphological awareness | 30.9 (5.2) | 36.0 (4.5) |
Table 3 shows the percentages of correct answers in the morphological awareness tests.
Tasks | Percentage of correct answers in the 2nd grade | Percentage of correct answers in the 4th grade |
---|---|---|
Morphosemantic decision task: affix | 60.0% | 71.7% |
Morphosemantic decision task: affix (Prefixes) | 63.3% | 85.0% |
Morphosemantic decision task: affix (Suffixes) | 56.7% | 58.3% |
Morphosemantic decision task: stem | 86.9% | 96.7% |
Morphosemantic decision task: stem (Prefixes) | 84.4% | 96.1% |
Morphosemantic decision task: stem (Suffixes) | 89.4% | 97.2% |
Derived word analogy task | 70.7% | 86.3% |
Derived word analogy task (Affixes) | 71.3% | 86.7% |
Pseudoword interpretation task | 25.0% | 37.5% |
Judgement of word relations task | 87.1% | 94.8% |
Based on the above tables, in the morphosemantic decision task (Affixes) it was found that the 2nd grade obtained an average of 4.8 (SD = 2.0) and those of the 4th grade obtained an average of 5.7 (SD = 1.7), with . 908 and p = .062. Therefore, there were no significant differences between the two groups.
For the morphosemantic decision (stem) task, individual analysis of the affixes, prefixes and suffixes was carried out. The 2nd grade obtained an average of 10.4 (SD =1.6) and the4th grade obtained an average of 11.6 (SD = 0.9) for the affixes, with significant differences between the two groups (.502 and p = .001). The 2nd grade correctly answered 86. 9% and the 4th grade correctly answered 96.7%. There were significant differences between the two groups in the prefix (p = .006) and suffix (p = .008) subtests.
In the derived word analogy task, the 2nd grade obtained an average of correct words of 7.1 (SD =1.9) and the 4th grade obtained 8.6 (SD =1.23. 793 and p < .001). The 2nd grade obtained an average of 7.1 (SD =1.8) of correct answers and the 4th grade obtained an average of 8.7 (SD = 1.2) (3.876 and p < .001) for the correct affix. Therefore, the results of the words and the affix showed significant differences between the two groups. In the pseudoword interpretation task, the 2nd grade obtained an average of 2.2 (SD = 1.6) and the 4th grade obtained 3.2 (SD = 2.1). Thus, significant differences (.083 and p = .042) were observed. In total, the 2nd grade obtained a percentage of correct answers of 25.0% and the 4th grade obtained 37.5%.
There were significant differences between the two groups for the judgement of word relations task. The 2nd grade obtained an average of 6.1 (SD =1.0) and the 4th grade obtained 6.6 (SD = 0.6), with 2.498 and p = .015. The 2nd grade scored 87.1% for correct answers and the4th grade scored 94.8%.
In short, it was found that the 2nd grade obtained an average of 30.9 (SD = 5.2) and the 4th grade obtained an average of 36.0 (SD = 4.5). In this case, significant differences were observed (.074 and p < .001).
In addition to the above, the reading and spelling measures for both groups were analysed. The spelling of correct words and the suffix were analysed at the level of thematic eli-citation spelling (TE). For the former, the 2nd grade obtained an average score of 9.7 (SD = 2.0) and the 4th grade obtained an average of 11.0 (SD = 1.43. 041 and p = .004). For the spelling of the suffix, the 2nd grade scored an average of 5.8 (SD = 0.4) and the 4th grade scored an average of 6.0 (SD = 0.2; .047 and p = .045).
The most demanding suffix for the 2nd grade was “-idade” in the stimulus “Naturalidade” (naturalness; 93.3%), while for the 4th grade it was the suffix “-mento” in the stimulus “Pagamento” (payment; 96.7%). In the analysis of the less demanding suffixes, the highest percentage of correct answers in the 2nd grade was 96.7% — for the stimuli “Finalidade” (goal), “Pagamento” (payment), and “Valentia,” while the 4th grade presented the maximum score in the stimuli “Finalidade” (goal), “Naturalidade” (naturalness), “Movimento” (movement), “Alegria” (happiness), and “Valentia” (bravery).
The spelling of correct words and the suffix were analysed for the spelling by dictation task. The 2nd grade scored an average of 10.3 (SD = 2.0) for the spelling of words and the 4th grade scored an average of 11.0 (SD =1.5.682 and p = .098). Regarding the spelling of the suffix, the 2nd grade obtained an average of 5.9 (SD = 0.4) and the 4th grade obtained an average of 5.9 (SD = 0.3; .344 and p = .732). In sum, there were no significant differences between the two groups.
Neither group had any difficulty in the spelling of the suffixes; however, the 2nd grade had more trouble with “-ia” in the stimulus “Melhoria” (improvement), with a score of 93.3%, and the 4th grade scored 93.3% for “-mento” in the stimulus “Levantamento” (survey).
In the spelling test, there was a significant difference in the performance between the 2nd grade (M = 20.0; SD = 3.4) and the 4th grade (M = 22.1; SD = 2. 6), with .699 and p = .009. The accuracy of the 24-word reading of list B and list C was analysed according to the level of complexity. For List B, the 2nd grade achieved an average score of 18.5 (SD = 2.6) and the 4th grade achieved an average of 20.6 (SD =2.0), with .369 and p = .001. For the reading of simple words, p = .006; words with an intermediate complexity, p = .027; and complex words, p = .043. The most complex word in terms of reading accuracy was “Chazinho” (small cup of tea) for both years, with a percentage of correct answers of 20.0% and 40.0%, respectively. Conversely, the most accessible words for the 2nd grade were “Mota” (motorcycle) and “Vime” (wicker); maximum scores were achieved. For the 4th grade, the maximum score was obtained for “Duna” (Dune), “Mota” (motorcycle), “Dezena” (ten), and “Macaco” (monkey).
For list C, the 2nd grade obtained an average score of 18.6 (SD =3.4)and the 4th grade an average of 21.2 (SD =1.9) (.705 and p < .001). For the reading of simple words, p = .002; words with an intermediate complexity, p = .006; and complex words, p = .021.
For List C, the word with the lowest accuracy was “Cegamente” (blindly) for both grades (30.0% and 50.0%, respectively). The least demanding words for the 2nd grade were “Capa” (cloak), “Lupa” (magnifying glass), and “Pico” (peak); the maximum score was achieved. The most accessible words for the 4th grade were “Lupa” (magnifying glass), “Pico” (peak), “Batata” (potato), “Cavalo” (horse), “Panela” (pan), “Barriga” (stomach), “Pirata” (pirate), and “Gelatina” (gelatin); the maximum score was achieved. There was a significant difference in the accuracy of the reading between the 2nd grade (M = 37.2; SD = 5.5) and the 4th grade (M = 41.8; SD = 3.5), with -3.858 and p < .001.
The second research question was: “Is there an association between morphological awareness and reading and spelling?”. The data were correlated using Pearson’s test (see Table 4, Appendix).
The morphological awareness tasks that had the greatest impact correlating with List B reading were: the derived word analogy task (r = 0.545; p < .001) and the pseudoword interpretation task (r = 0.511; p < .001), showing a moderate and significant correlation.
A low but significant correlation was observed between all measures of morphological awareness and the reading of List C: morphosemantic decision task: affix (r = 0.300; p < .020); morphosemantic decision task: stem (r = 0.436; p < .001); derived word analogy task (r = 0.371; p = .003); pseudoword interpretation task (r = 0.452; p < .001); and the judgement of word relations task (r = 0.339; p = .008). As for the thematic elicitation spelling, there was a positive but moderate and significant correlation in the morphosemantic decision (stem) task (r = 0.569; p < .001). In relation to spelling by dictation, there was a low positive correlation but significant between four measures of morphological awareness and spelling by dictation, namely the morphosemantic decision (stem) task (r = 0.398; p = .002); the derived word analogy task (r = 0.388; p = .002); the pseudoword interpretation task (r = 0.322; p = .012); and the judgement of word relations task (r = 0.303; p = .018).
In answer to the question, there was a strong and significant positive correlation between the morphological awareness tests and reading (r = 0.651; p < .001) and a moderate and significant positive correlation between the morphological awareness and spelling tests (r = 0.539; p < .001).
The third research question was: “Are there differences in the impact of morphological awareness and reading and spelling amongst 2nd and 4th-graders?”. For this, measurements were crossed through Pearson’s test. Since the total sample consisted of 60 children, it was appropriate to separate the results according to the groups. The data presented are only those of positive and significant correlations. The remaining results are shown in the Appendix, Table 5 and Table 6).
For the 2nd grade, the data showed a low but significant correlation between three morphological awareness measurements and the reading of List B, namely the morphosemantic decision (stem) task (r = 0.420; p = .021); the derived word analogy task (r = 0.481; p = .007); and the pseudoword interpretation task (r = 0.390; p = .033). Compared to the 4th grade, there was a low but significant positive correlation between two measures of morphological awareness and the reading of List B, namely the morphosemantic decision (affix) task (r = 0.379; p = .039) and the derived word analogy task (r = 0.378; p = .039). There was also a moderate and significant correlation between the pseudoword interpretation task and reading (r = 0.560; p = .001).
Then, in the 2nd grade, a low to moderate correlation was observed between two measures of morphological awareness, associated with the reading of List C, particularly in the morphosemantic decision (stem) task (r = 0.437; p = .016) and in the derived word analogy task (r = 0.509; p = .004). Compared to the 4th grade, there was a low positive correlation between a measure of morphological awareness and the reading of List C, namely the mor-phosemantic decision (stem) task (r = 0.392; p = .032). There was also a moderate positive correlation between the morphosemantic decision (affix) task and the reading of List C (r = 0.507; p = .004) and a strong positive correlation between the pseudoword interpretation task and List C (r = 0.672; p < .001).
In terms of spelling, it was found that in the 2nd grade there was a low but significant correlation between the morphosemantic decision (stem) task and the thematic elicitation spelling (r = 0.450; p = .013) subtests. In comparison, the 4th grade presented more significant values in the thematic elicitation spelling test in the morphosemantic decision (affix) task (r = 0.541; p = .002) and the morphosemantic decision (stem) task (r = 0.591; p = .001), being a moderate and significant positive correlation. Furthermore, it was observed correlation between two measures of morphological awareness and spelling with the use of dictation, in particular the morphosemantic decision (affix) task (r = 0.421; p = .020) and the pseudoword interpretation task (r = 0.446; p = .014).
On the one hand, in response to the research question, in the 2nd grade, there was a low but significant correlation between morphological awareness and reading (r = 0.474; p= 0.008) and a positive but not significant correlation in the case of spelling (r = 0.326; p = .079). On the other hand, in the 4th grade group there was a strong and significant correlation between morphological awareness and reading (r = 0.724; p < .001), as well as between morphological and spelling (r = 0.659; p < .001).
As the main objective of the present study was to examine the relationship between morphological awareness and reading and spelling in primary school, the first question was — “Are there differences in knowledge of morphological awareness between 2nd- and 4th--graders?”. The results showed that there were significant differences. This result confirms the conclusions of authors who have argued for the existence of discrepancies in knowledge in this area of metalanguage as children progress through their schooling (Gomes et al., 2016; Mota, 2009). Gomes (2014) found that the task with the highest percentage of correct answers was the morphosemantic decision subtest. This was followed by the morphosemantic association task, then the derived word analogy task, and, finally, the interpretation of pseudowords task. The present study matches these results. It should be recalled that it divided more carefully the morphosemantic, stem, and affix decision subtests than Gomes (2014) did.
On the one hand, there were significant differences in the four tests of morphological awareness, namely in the morphosemantic decision (stem) task; the derived word analogy task; the pseudoword interpretation task; and the judgement of word relations task. On the other hand, the morphosemantic-fixed decision subtest did not reveal a significant difference between the two groups. The results show that there are differences in the knowledge of morphological awareness between the 2nd and 4th grades. They therefore reinforce the findings of previous studies (Guimarães et al., 2014). Casalis and Louis-Alexander (2000), for example, showed how 2nd graders develop this knowledge in French primary schools.
The results for the second question — “Is there an association between morphological awareness and reading and spelling?”— showed that morphological awareness and reading have a strong and significant positive correlation and a moderate and significant positive correlation in the case of spelling. These results corroborate the existence of a correlation between morphological awareness and reading and spelling that has been reported by several authors (Desrochers et al., 2018; Silva & Martins-Reis, 2017).
There was a positive and significant correlation between the two reading tests (Lists B and C) in each of the morphological awareness tests. This was in keeping with the literature (Gomes, 2014). The correlation between the children’s performance in these two domains reinforced Maluf’s et al. (2006) assertion that reading knowledge evolves alongside metalinguistic performance. Other studies have indicated that morphological awareness plays an important role in the development of this ability (Castles et al., 2018; Guimarães & Mota, 2016).
There was a positive and significant correlation between the morphosemantic awareness tests and the spelling test (thematic elicitation and dictation). However, there are no studies that evaluate this test individually and corroborate this result, though several support the results herein, that is, that morphological awareness has a positive impact on the acquisition of spelling, more precisely on the recognition and interpretation of new morphemes (Gomes, 2014; Pires, 2010).
The results suggest that children who have greater knowledge of morphological awareness perform better in reading and spelling (Meaux et al., 2020; Silva & Martins-Reis, 2017). Moreover, they also reinforce the idea that such knowledge contributes to subsequent success in reading and spelling (Law & Ghesquière, 2017).little is known regarding MA’s early development. Aim The aim of this study is to better understand MA at different stages of development and its association with Phonological Awareness (PA The results point to the need to encourage metalanguage at the morphological level as a learning facilitating strategy (Gomes et al., 2016; Villalva, 2021).
In the case of the third research question — “Are there differences in the impact of morphological awareness on reading and spelling amongst 2nd- and 4th-graders?” —, for the 2nd grade, there was a positive and significant correlation between three measures of morphological awareness and the reading of List B and C. These findings were in keeping with the literature (Gomes, 2014; Machado, 2011). By contrast, a slight negative correlation was observed between the morphosemantic decision (fixed) task and the reading of List C. These findings contrasted with previous studies. However, scholars have usually considered morphosemantic decision-making as a whole rather than in subtests, which was the case herein (Gomes, 2014).
It was possible to verify a positive and significant correlation between a measure of morphological awareness and thematic elicitation, namely in the morphosemantic decision test. When relating the measures of morphological awareness and spelling by dictation, no positive or significant correlation was observed. Based on the results, it was found that it is not possible to prove that there is a relationship between morphological awareness and spelling in the 2nd grade.
In the 4th grade group, a positive and significant correlation between three measures of morphological awareness and the reading List B and List C. The results were in agreement with what was expected, taking into account the previous literature (Guimarães et al., 2014).
Positive and significant correlations were found between measures of morphological awareness and spelling. The data obtained were in keeping with another Portuguese study (Gomes, 2014). Various studies have mentioned the importance of morphological awareness in spelling in the context of other languages (Gaiolas, 2016; Meaux et al., 2020; Saiegh-Haddad & Taha, 2017).
In the 2nd grade, the was a low correlation between morphological awareness and spelling. Several studies have shown that the effects of morphological awareness on the acquisition of spelling in the initial years of schooling are lower than those of later years (Guimarães et al., 2014; Villalva, 2021). The results of the present study are in keeping with these findings. In other words, there is a lower impact of this area of metalanguage on spelling than on reading. In languages such as English, it has been verified that morphological awareness supports the visual recognition of words, which is important in the acquisition of reading and spelling (Desrochers et al., 2018). Furthermore, some English speaking researchers have long noticed that English spellings are limited by morphology and argued that morphology should play a more important role in literacy instruction (Bowers & Bowers, 2017). The present study’s findings are in keeping with some papers in which evidence of a positive correlation between the variables with advancement in schooling is observed (Guimarães et al., 2014). The results, however, are different from those of Vinagre et al. (2022). What is more, the tests use different formats — particularly the morphological awareness tests, the reading (Lists B and C), and spelling tests — and different types of evaluation. Sample sizes also explain some discrepancies in the findings. In the present case, there were significant differences in the knowledge of morphological awareness and the correlation between morphological awareness and reading and spelling; in the aforementioned paper, significant differences were identified in some of the morphological awareness tests, and a correlation between morphological awareness and reading and spelling was in evidence. In other languages, several studies claim that morphological awareness has a significant impact on literacy. In the English language, Bowers & Bowers (2017) claim that learning morphology had a significant impact on literacy. Furthermore, it is not only in the English language that this impact is observed, as there are also studies that observe the added value of morphological awareness in reading and spelling (Álvarez, 2018; Gumiel-Molina & Pérez-Jiménez, 2022);
Although the present study’s results confirmed the findings of other scholars, it was limited by the difficulty in finding papers that have used current Portuguese data. Future researchers could undertake studies involving greater numbers of participants and a wider range of control variables. A programme to stimulate morphological awareness stimulation could be developed and a longitudinal study conducted thereafter.
4 Conclusions
The principal aim of this study was to understand the relationship between morphological awareness with reading (fluency) and with writing, in children with typical development. The first objective was to understand if there were differences in the level of morphological awareness between children in the 2nd grade and the 4th grade. It was concluded that children in the 2nd grade obtained statistically lower averages compared to children in the 4th grade.
The second objective was to understand if there was an improvement between morphological awareness with reading (fluency) and with writing, in children attending the 2nd and 4th grades. Thus, the results showed that for children attending the 2nd grade there was a correlation between morphological awareness and reading. However, for children in the 4th grade there was a correlation between morphological knowledge and reading, as well as with writing.
The present study corroborates previous studies considering that is essential to invest in explicit instruction in this area, in order to allow children to use this morphological knowledge as a strategy for reading and writing.