Home Fun with Images: An Analysis of the Role of Visual Literacy in Facilitating Easy and Enjoyable Learning with a Focus on Future Prospects
Article Open Access

Fun with Images: An Analysis of the Role of Visual Literacy in Facilitating Easy and Enjoyable Learning with a Focus on Future Prospects

  • Anindita Dey ORCID logo and Shamim Aktar Munshi ORCID logo EMAIL logo
Published/Copyright: February 25, 2025

Abstract

The purpose of this study was to investigate the role of visual literacy in enhancing learning effectiveness and enjoyment among elementary school students in the Jalpaiguri district of West Bengal, India. Additionally, the study proposes a model for integrating visual literacy into the elementary school curriculum, offering educators and policymakers pathways to maximize its benefits for future generations. A quantitative survey method with a well-structured questionnaire was employed to gather the necessary data. After obtaining permission from the school authorities, the researchers co-ordinated with the instructors to establish a three-day data collection plan that accommodated their schedules. In total, 84 pupils were selected as a sample population. The study revealed that integrating visual literacy strategies with traditional curricula can significantly improve students’ learning experience and involvement. Tools such as flash cards, picture books, maps, charts, and ICT applications were found to enhance both engagement and vocabulary acquisition. The study found that students had a positive attitude toward using visual aids, which led to cognitive benefits such as improved problem-solving and critical thinking skills. The study also established that graphical tools were particularly effective in second language acquisition, helping students overcome the fear of acquiring a non-native language (English). Furthermore, the study recommends incorporating visual literacy techniques across classroom settings and suggests that these strategies can make elementary education more engaging, effective, and child-friendly.

1 Introduction

We are living in an important juncture of time when our mode of communication is taking a “visual turn” (Newman and Ogle 2019, n.p.). From an early age, a child’s world is built and shaped by numerous visual props – from picture cards to YouTube animations, from illustrations on paperbacks to billboards and various ad labels one inevitably encounters in daily life (Bamford 2003). Whether it be information, personal communication, or propaganda, everything is best understood when communicated visually (Newman and Ogle 2019). Images, whether still or animated, are increasingly taking a significant share of our process of understanding and expression (Stafford 2010). Bamford (2003, 1) argued that “to be an effective communicator in today’s world, a person needs to be able to interpret, create, and select images to convey a range of meanings.” Shin (2023) also argued that being visually literate entails understanding images and critically analyzing visual messages packed in sociocultural contexts. Therefore, it is crucial to build in children the necessary competencies to appreciate and evaluate the wide gamut of media they encounter every day so that they may actively engage on personal and social levels (Stafford 2010).

Significantly, Brumberger (2011) argued that even if today’s students are, from an early age, exposed to various visual media through video games, television, ads, or the World Wide Web, and even if they are quite apt in handling digital devices, it would be unwise to conclude that they are visually literate. Kędra (2018) explained quite relevantly that our gaze therefore needs to be trained for an efficient visually mediated conversation. She further elaborated that visual literacy is a skill that is learned via repeated exposure to pictures of different types. The visual literacy approach integrates visual thinking and learning abilities, visual writing skills (using or generating images), visual reading skills (interpreting, meaning creation), and other visual literacy capabilities.

In the era of multimedia, a child has amassed a vast mental library of images before they even turn six. He or she already has a visual communication method with them when they arrive at school. Nonetheless, verbal language is mostly supported and encouraged in classrooms. As a result, there is still much to learn about this enormously promising field of communication. Therefore, our communication system needs to balance the verbal and the visual mode of communication. We need to build in children the ability to visualize ideas, organize them, and to express them visually. These will, in result, help in enhancing their ability to express themselves and inculcating the feelings of self-worth, sense of values, and help in learning a range of other subjects (Debes 1975).

Images can be a potent tool of communicating messages in today’s world because, as Vasquez, Janks, and Comber (2019) argued, every text carries underlying layers of meaning which are never neutral. A visually literate person knows how to decode those messages and have logical responses to them (Reid 2015). It has become quite normal these days to take everything at face-value, not critically evaluate before accepting something, and therefore be manipulated easily. Being visually literate helps a person to become an active consumer of visual world. It helps him/her to judge, to question, to ask for evidence before accepting something (Hailey, Miller, and Yenawine 2015). Therefore, it is very crucial to understand how a child is interacting using this new mode of communication, how his/her world is being shaped by these interactions.

2 Review of Related Literature

The term “visual literacy” was first used in 1969 by John Debes, a significant figure in the history of the International Visual Literacy Association. He defined visual literacy as “a group of vision-competencies a human being can develop by seeing and at the same time having and integrating other sensory experiences” (Debes 1975, 26). According to the Association of College and Research Libraries (2011, 1), “Visual literacy is a set of abilities that enables an individual to effectively find, interpret, evaluate, use, and create images and visual media. Visual literacy skills equip a learner to understand and analyse the contextual, cultural, ethical, aesthetic, intellectual, and technical components involved in the production and use of visual materials. A visually literate individual is both a critical consumer of visual media and a competent contributor to a body of shared knowledge and culture.” Therefore, from the above definitions, it is clear that visual literacy is the capacity to comprehend a wide variety of visual facts; in other words, it is the ability to read visuals and recognize, evaluate, and analyze both literal and implied meanings. However, Dyak et al. (2022) discussed the significance of visual literacy in the modern educational system and stated that: “The introduction of visual literacy in the learning process develops a new kind of imagination, the ability to understand, think and express ideas and thoughts in images. Visual literacy also appears as a new learning achievement orienting education towards new visual forms, standards, and principles of learning” (335).

This skill has become increasingly important with the rise of digital media and technology, as our daily communications now include a vast array of visuals such as emojis, memes, profile pictures, and advertising imagery. Scorsese (2012) argued that today’s world is flooded with visuals and to foster young minds critically from an early age we must teach them how ideas and emotions can be expressed visually. Significantly, children are learning to associate visual cues (e.g., clay models of fruits) with their semantic names (e.g., mango, banana, lychee). Many researchers have conducted studies on visual literacy skills among school children throughout the world. Lopatovska et al. (2016) investigated how young children make sense of visual elements and the visual literacy programs available in New York. They found that although children understood basic visual elements like shape and size they struggled with more abstract elements like salience. They also noted that parents and teachers supported visual literacy programs.

Özkubat and Ulutaş (2018) focused on the impact of a visual awareness program on children aged 5–6 in Ankara, Turkey. They used a pre-test and post-test model in the study. Their study revealed significant differences in favor of the experimental group of children in both the post-test scores of the “Visual Literacy Inventory for Preschool Children” and the post-test scores of the “Children’s Visual Literacy Rating Inventory for Parents.” Lundy and Stephens (2015) discussed how images have the power to shape our comprehension and interpretation. They observed that although twenty-first century students are born and brought up in the age of multimedia, they often remain only passive receivers. In this case, the classroom can become an active place to make children visually literate, sharpen their critical and analytical skills, enhance their power of self-reflection, and encourage them to participate in discussions of race and diversity, multifaceted life, history, etc. In this connection, they emphasized two courses offered by Clark Atlanta University: “Visual Storytelling and Composition” and “Media Activism.” Newfield (2011) made a comparative study on the purpose, orientation, and method between visual literacy and critical visual literacy using two sets of learning materials – one produced under the concept of visual literacy in 1993 and another produced under the concept of critical visual literacy in 2011. His discussion revealed the unique nature of critical visual literacy, the nature of visual texts, their socio-political impact, and the importance of reading with visual images.

Wiseman, Mäkinen, and Kupiainen (2016) found that using different channels of communication, like photography, along with conventional school literacies, expands children’s capacity for comprehension as well as expression. Rowsell, McLean, and Hamilton (2012) based their study on observations of two ninth-grade classrooms. Their study revealed that visual images can connect to individuals on different levels such as personal, social, historical, and political. Visual literacy will inculcate in them a critical insight to judge and question the gamut of visual texts they encounter in their daily lives in the twenty-first century, making them critically sound consumers. The authors sought to determine whether this classroom model could boost students’ visual literacies in a secondary classroom. Deetsch et al. (2018) discussed a study on the visual literacy programs directed by the Toledo Museum of Art and Toledo Public Schools on the pre-literacy development phase of K-3 students of Toledo Public Schools. They observed that the co-curriculum was very effective in fulfilling its objectives. In particular, the field trips to museums helped children learn by seeing real objects. However, they expressed concern over time and cost. They concluded that this co-curriculum could be a foundation for the early phase of literacy development.

Hanci (2022) revealed that female students studying in the city centres of Sivas, Konya, and Mersin in Turkey achieved a high level of visual literacy skills in areas such as “Visual Interpretation” and “Creating Visuals Using Tools.” Furthermore, the study established that the visual literacy of high school students varies by grade level. Senior students were found to be more active and demonstrated stronger recognition skills through visualization. Papen (2019) found that primary school students engaged with images in books and discussed their possible meanings but struggled to understand how the author/illustrator constructed them. The study concluded that a more teacher-oriented approach was needed. A study by Qureshi, Sarantou, and Miettinen (2022) examined how young people over the age of 18 may contribute to greater awareness of the value of visual literacy in fostering K-12 students’ creative learning processes. The study revealed that visual literacy is one of the most important literacy skills that should be taught starting in early childhood, as it can be used to investigate the evolving conscious and unconscious creative processes. A recent study by Trihastutie (2023) revealed that children were able to follow the narrative through visuals and express their views on the stories. They understood the struggles of the characters, conflicts between good and evil, beauty, power, and magic. She further added that visuals made the story easier to grasp for children compared to abstract words. The medium helped cultivate their imagination, reasoning ability, empathy, and more. Moreover, they could retell the stories and express their opinions on them. The study findings suggest that it is high time to reinforce the use of children’s tales through digital broadcast platforms.

Buhamad, Alsaffar, and Almisad (2024) recognized deficiencies in visual literacy elements in the school curriculum of Kuwait. Their aim was to study if implementing visual tools like drawing and photography could help children better understand lessons. The study shows that these visual tools helped initiate discussions among students, enhancing their ability to engage in global dialogue and interpret visuals, thereby strengthening their cognitive development. Winstanley, Thompson, and Tan (2024) investigated how to incorporate Transformative Learning Theory into design education to help undergraduate students develop their visual literacy. They found that students’ ability to visually communicate complex ideas was enhanced by this perspective shift and critical thinking, expanding their visual language to support constructive change. Further, they suggested that, in order to develop visual literacy among design students, curriculum development and the promotion of ethical practices are necessary. Şanal and Torun (2024) assessed the personal and collaborative infographic development processes of middle school students. According to their findings, students who worked both collaboratively and individually to create infographics completed their assignments at different points. Data from protocol analysis showed that cognitive processes reflected both individual and group efforts, with collaborative groups spending less time on testing and individual students spending less time on questioning.

3 Objectives of the Study

The aim of the present study was to investigate the impact of visual literacy on learning effectiveness and enjoyment among primary school students in Jalpaiguri district. Further, it sought to evaluate current visual literacy practices and assess their benefits, and proposed a model for implementing visual literacy practice in the elementary school. However, to achieve these aims, there was a need for certain specific objectives to be formulated, which were as follows:

  1. To ascertain how different visual tools and techniques are used in elementary classrooms;

  2. To investigate the impact of visual aids on students’ engagement levels during their lessons;

  3. To identify the cognitive benefits of visual learning including improved memory retention and concept understanding among primary school students;

  4. To find out whether introduction of visual elements aids them in understanding the second language (here, English); and

  5. To formulate pathways to future possibilities for educators and policymakers on effectively integrating visual literacy into the elementary education system.

4 Methodology

The researchers explored the relevant literature on visual literacy skills among pupils in primary schools. After that, a quantitative survey method with a well-structured questionnaire was used to collect responses from the pupils.

4.1 Study Population

The study population consists of 104 students from Gedur Kura Board Free Primary School, a government-aided primary school under the West Bengal Primary Board of Education. The school is located in the Jalpaiguri district of West Bengal, India. Established in 1942, it is a co-educational institution offering education from pre-primary to class V. Currently, the enrolment stands at 104 students. The school employs five regular teachers. Despite its remote location, the school strives to provide students with a state-of-the-art learning experience through various teaching-learning materials, ICT-based instructional aids, and experienced educators who are always available to assist.

4.2 Data Collection Instruments

The study utilized a well-structured questionnaire as the primary data collection tool. The final questionnaire consisted of seven sections. The first section collected basic information such as gender and grade. The second section gathered information about the visual tools used in day-to-day learning sessions, frequency of use, and their perception. The third section aimed to collect data on students’ engagement and enjoyment levels. The fourth section investigated their visual learning abilities and memory retention. The fifth section was designed to capture information on the impact of visual aids in learning English, while the sixth section collected students’ feedback on using visual tools. The final section sought to assess their level of comprehension, retention capacity, imagination, and empathy. Since Bengali is the native language of the students, the researchers translated the final questionnaire into Bengali to ensure they could easily understand the questions. After that, Google Forms was used to collect the data.

4.3 Data Collection Procedure and Measure

The present study was conducted in a rural school environment. After obtaining the necessary permissions from the school authority, the researchers coordinated with the instructors to establish a three-day data collection plan that accommodated their schedules. As the pre-primary and class-I are far too young for the study, they were not included. From class II to class V, a total 84 (80.76 %) pupils participated in the study. Prior to the data collection, the researchers met with the students to explain the study’s purpose. On the first day, students were divided into three groups. The first group gathered in an ICT-equipped classroom where they were shown a series of still images followed by a short-animated film on YouTube (see Snapshot 1). After the viewing, the researchers called each student individually, showed them the questionnaire on a tablet, and asked them to fill it out. However, since most students were not proficient in using digital devices, one of the researchers assisted them by interpreting the questions and helping each student to complete the Google form individually (see Snapshots 3 and 4). Over the next two days, the second and third groups viewed additional images and the animated film (Snapshots 2 and 5).

After collecting the data, the researchers used statistical software namely SPSS version 25 for data analysis. To ensure the reliability of the data, Cronbach’s alpha reliability assessments were employed. Cronbach’s alpha is a metric used to assess the internal consistency or reliability of a scale or test set. The Cronbach’s alpha reliability coefficients were calculated for the following questions: “Visual aids on student engagement” (α = 0.814); “ICT applications in reading” (α = 0.788); “Cognitive benefits of visual learning” (α = 0.821); “Visual elements in language learning” (α = 0.786); and “Picture-Based Books” (α = 0.818). The composite reliability of the scale was found to be α = 0.829. It’s noteworthy that Cronbach’s alpha values ranging from α = 0.7 to α = 0.10 are considered within the normal and acceptable range for reliability as suggested by many researchers (Liaw, Huang, and Chen 2007; Nazim, Munshi, and Ashar 2023).

5 Results

5.1 Demographic Information

As shown in Table 1, the demographic information consists of the gender and grade of the pupils. The majority of the respondents were female (57.1 %), followed by male (42.9 %). Out of a total of 84 participants, 36.1 % were in grade two, followed by 21.7 % in grade three, 24.1 % in grade four, and 19 % in grade five.

Table 1:

Demographic characteristics of the respondents.

S. No. Variables No. of respondents Percentage
1. Gender Male 36 42.9
Female 48 57.1
2. Student grade Class 2 30 36.1
Class 3 18 21.7
Class 4 20 24.1
Class 5 16 19.0

5.2 Use of Visual Tools in the Classroom

The objective of the institution is to make lessons more engaging by incorporating ICT resources like computers, projectors, etc. In addition, other visual aids such as word games, puzzles, charts, flashcards, illustrations, and picture books were used. The researchers also observed that teachers were using these tools to meet the needs of their students.

However, students were asked about their preferred learning tools used in daily learning sessions. It was found that most of the pupils (96.4 %) prefer videos as a new mode of learning (see Figure 1). However, static illustrations were the second most preferred mode, favored by 89.3 % of respondents. Picture cards and image reproduction followed, with 71.4 and 77.4 %, respectively. Lastly, it was found that 23.8 % of the students preferred computer games as a mode of learning. Therefore, it can be concluded that pupils mostly prefer videos and picture books as their primary modes of learning.

Figure 1: 
Use of ICT tools in the classroom.
Figure 1:

Use of ICT tools in the classroom.

5.2.1 Frequency of Use

The researchers aimed to determine the frequency of using these tools. Therefore, respondents were asked questions on a 3-point scale, with answers ranging from 1 (“Every Day”) to 3 (“Sometimes”). The results showed that 83.3 % of students agreed that ICT tools and other Teaching Learning Materials (TLMs) are used frequently. Meanwhile, 10.7 % indicated that the equipment is used occasionally and 6 % stated it is utilized infrequently (see Figure 2).

Figure 2: 
Frequency of use of ICT tools.
Figure 2:

Frequency of use of ICT tools.

5.2.2 Visual Aids on Student Engagement

The researchers aimed to understand students’ perceptions of how effectively visual aids engage students in the teaching-learning process, using a five-point scale ranging from strongly disagree (1) to strongly agree (5). The mean and standard deviation (SD) for five different aspects were calculated based on students’ responses during the interviews, as shown in Table 2. The mean scores reflect the overall level of agreement with each statement, with higher values signifying more favourable perceptions. The standard deviation (SD) indicates the extent of variation in the responses, with larger SD values pointing to a wider range of opinions.

Table 2:

Opinion of visual aids on student engagement.

S. No. Statements Mean SD
1. The use of images in lessons makes learning simple and easy to follow. 4.51 0.531
2. Visual aids help me stay focused during lessons that would otherwise seem boring. 4.43 0.601
3. Visual tools make it easier for me to participate in class discussions. 4.31 0.664
4. Multimedia content prompts curiosity and initiates discussion in class. 4.18 0.484
5. Visuals tools like charts, diagrams, and infographics help to grasp abstract concepts. 3.07 0.635

The data on the use of visuals to simplify and ease learning (mean score of 4.51) shows that participants strongly believed that images helped to clarify concepts that might otherwise be difficult to grasp. Respondents expressed enthusiasm for using various visual learning teaching materials (LTMs) in classrooms, as reflected by the mean score of 4.43 for the effectiveness of visual aids in making learning enjoyable. The statistics (mean score of 4.31) indicate that respondents held a favourable opinion of visual tools, believing they serve as ice-breakers and encourage participation in classroom discussions.

Regarding the use of multimedia to arouse curiosity (mean score of 4.18), students collectively felt that watching educational videos improved their understanding of concepts and motivated them to explore the subject further. However, a mean score of 3.07 was recorded for the use of different visual representations, such as charts and maps, in helping students comprehend abstract concepts, suggesting that students were less positive about the efficacy of these visual aids.

These results demonstrate the significant potential of visual learning teaching materials to enhance student focus, acting as ice-breakers in classrooms, fostering curiosity, and promoting classroom discussion. The researchers are hopeful that these findings will offer valuable insights into the potential for incorporating visual learning teaching materials into the elementary school curriculum, helping various stakeholders in the education sector make informed decisions to create a more learner-centric curriculum.

5.3 Enjoyment and Engagement

A child’s life in the modern era increasingly revolves around digital media. Engaging YouTube videos, a variety of interactive games and puzzles, and educational programs on sites like Nat Geo Kids, PBS Kids, NASA Kids’ Club, and Starfall, among others, quickly captures children’s attention and can serve as valuable teaching tools. In addition to ICT technologies, there are numerous non-digital resources with great educational potential, such as comic books, graphic novels, and children’s magazines like The Hindu in School, Tinkle and Sukhtara. The color and pattern, light and shadow, shape and salience, movement, and gestures used in infographic media convey a lot of meaning which is otherwise difficult to make a child understand when using only abstract words.

Therefore, the purpose of this study was to determine whether students enjoyed using games, films, and drawings to learn new concepts. The results revealed that an impressive 90.5 % of respondents loved these tools. It was also observed that students were more interested and attentive when films, games, and similar activities were used in their classes (see Figure 3).

Figure 3: 
Use of different digital media.
Figure 3:

Use of different digital media.

5.4 Impact of ICT Applications in Reading

The researchers aimed to understand students’ perceptions of how various ICT applications enhance their reading activities with eight different statements. As shown in Table 3, digital tools such as projectors, computers, etc. received the highest mean score of 4.40, indicating that most respondents strongly agreed on their effectiveness in aiding learning. Similarly, educational websites like PBS Kids, Nat Geo Kids, and NASA Science were also highly rated (mean score of 4.39) for making ideas easier to understand. Animations were recognized for enhancing listening and oral language skills (mean score of 4.36), reflecting consistent positive opinions. Online puzzles and quizzes, which make learning more engaging and fun, also scored well (mean score of 4.35). Interactive games were seen as extremely useful in learning math and acquiring phonetic, reading, and speaking skills, with a mean score of 4.11.

Table 3:

Attitudes towards the use of ICT applications in reading.

S. No. Statements Mean SD
1. Digital tools like projector, computer etc. aid me in learning. 4.40 0.808
2. Watching educational contents on websites like PBS Kids, Nat Geo Kids, and Nasa Science etc. make ideas easier for me to understand. 4.39 0.822
3. Animations help with listening and oral language skills. 4.36 0.755
4. Online puzzles, quizzes on different sites like Quizizz, Kahoot etc. make learning more engaging and fun. 4.35 0.736
5. Interactive games are extremely useful in learning math and acquiring phonetic, reading, and speaking skills. 4.11 0.745
6. Educational video games help in developing skills like critical thinking, overcoming a challenge, decision-making etc. 2.98 1.16
7. Online feedback system is helpful in self-assessment. 2.96 1.13
8. Simulations help to explore concepts. 2.37 1.18

However, perceptions of educational video games (mean score of 2.98), online feedback systems (mean score of 2.96), and simulations (mean score of 2.37) were comparatively less positive. The students responded spontaneously and enthusiastically when any information was presented using videos or simple interactive games, even though the majority of them were still getting acclimated to studying with technology and had little idea how to operate it. Nevertheless, the results indicate that the students prefer using digital tools such as projectors and computers in learning sessions. They enjoy learning through animations, videos, and interactive online games. Therefore, it can be concluded that the digital tools were well-received and considered highly effective in enhancing the learning process.

5.5 Learning and Memory

Concretizing abstract ideas into interactive graphics enhances memory consolidation. When multimedia tools are used, students tend to retain more information than when they only hear it spoken. To assess the influence of images and videos on the students’ learning process, a three-point scale was used, ranging from 1 (“Yes, a lot”) to 3 (“Not sure”). The analysis revealed that the majority of respondents (90.5 %) agreed that images and videos help in more vivid memory retention, while 2.4 % stated that these tools made little difference (see Figure 4). As hypothesized, it was proven that the majority of students could recall information quickly when it was presented through pictures and videos as opposed to just hearing or reading it in written form.

Figure 4: 
Memory retention.
Figure 4:

Memory retention.

5.5.1 Learning New Concepts

The researchers tried to explore the factors that contribute to a more effective learning process. The findings show that 97.6 % of students prefer watching videos to learn new concepts while 95.2 % favor static images with captions. Additionally, 89.3 % of students find learning activities enjoyable, 25 % enjoy having teachers explain concepts, and 6 % prefer reading books (see Figure 5). The findings underscore the significance of integrating multimedia tools and interactive activities into the learning process to enhance student engagement and effectiveness in their classes.

Figure 5: 
Learning new concepts.
Figure 5:

Learning new concepts.

5.5.2 Cognitive Benefits of Visual Learning

Table 4 suggested that the respondents generally held favorable opinions about the cognitive advantages of visual learning. The idea that graphical aids facilitate rapid and efficient comprehension of concepts received the highest mean score (4.63), indicating strong support for the use of diverse visual aids in educational settings. Students also strongly endorsed the use of visual aids to establish connections between images and knowledge, with a mean score of 4.29. This suggests that integrating more visual tools into regular classroom instruction could be beneficial.

Table 4:

Cognitive benefits of visual learning.

S. No. Statements Mean SD
1. Visuals help to understand a concept quickly and effectively. 4.63 0.542
2. Visuals help in fostering connection between image and information. 4.29 0.542
3. Visuals help to create mental maps. 3.86 0.810
4. Visual learning has improved my problem-solving, decision-making, and critical thinking skills. 3.51 0.671

The use of visual aids in creating mental maps received a mean score of 3.86, reflecting generally positive but somewhat lower opinions. A slightly lower score (mean score of 3.51) was given to the idea that visual aids promote critical thinking and problem-solving skills, suggesting less favorable views on these specific benefits.

The results show that pupils’ experiences with the use of visual aids in instructional activities were generally favorable. They believe that the visual aids assist in their efficient and speedy acquisition of concepts, and they feel comfortable using them. They are not entirely clear, though, if the visual aids promote critical thinking abilities and aid in the creation of mental maps. These results can give educators, parents, and policymakers important information about how visual learning might improve primary school learning and make it more enjoyable for kids.

5.6 Learning English

5.6.1 Acquiring New Words

Learning English as a second language has been challenging for students who are living in the rural areas. However, a new instructional method that utilizes various visual teaching learning materials, such as flashcards, charts, videos, comic strips, and graphic novels, is significantly helping students to quickly and easily acquire a new language. The visual cues present in infographics help the learners to follow the content easily and comprehend the meaning without the assistance of teachers. According to the statistics, 90.5 % of students concluded that visual cues make it easier and faster for them to learn a non-native language (see Figure 6).

Figure 6: 
Help in learning second language.
Figure 6:

Help in learning second language.

5.6.2 Most Helpful Aid in Learning Second Language

More specifically, the researchers aimed to identify which visual components are most effective in aiding second language acquisition. The results revealed that students preferred picture books 96.4 % of the time, followed by videos at 95.2 %. Image flashcards were rated as extremely helpful by 85.7 % of the students. Computer games were preferred by 21.4 % of students, while 67.9 % enjoyed creating chart papers (see Figure 7). Therefore, integrating these visual components into language instruction can significantly improve learning outcomes and cater to diverse student preferences.

Figure 7: 
Help in learning second language.
Figure 7:

Help in learning second language.

5.6.3 Visual Elements in Language Learning

When the researchers asked the pupils about their perception regarding the use of visual elements in language learning, most of them reported that visual elements are highly effective in understanding the contextual meanings of any topic, with a mean score of 4.59, as shown in Table 5. Further, they expressed a positive attitude toward visual associations, such as picture dictionaries, which were perceived as the most valuable for acquiring and retaining new vocabulary (mean score of 4.32). Interestingly, they also held a positive opinion that the use of visuals reduces anxiety when learning a second language, with a mean score of 4.14. Notably, visual tools were rated as moderately effective in improving listening and speaking skills (mean score of 3.32) and in following instructions in a second language (mean score of 3.29). Infographics were considered somewhat helpful for understanding grammar rules, receiving the lowest mean score of 3.24.

Table 5:

Perception regarding the use of visual elements in language learning.

S. No. Statements Mean SD
1. Visual elements help to understand contextual meanings. 4.59 0.436
2. Visual association on picture dictionaries help to acquire and retain new vocabulary. 4.32 0.662
3. The use of visuals reduces my anxiety when learning a second language. 4.14 0.678
4. Visual tools improve my listening and speaking skills. 3.32 0.601
5. Visual tools in language learning make it easier for me to follow instructions in a second language. 3.29 0.813
6. Infographics help to understand the rules of grammar easily. 3.24 0.784

Therefore, the study established that visual elements play an important role in improving language learning, particularly in understanding contextual meanings and aiding vocabulary retention. The results also show that integrating visual elements into language learning can be a useful strategy, though additional techniques may be needed to develop their abilities such as speaking, listening, and grammatical understanding.

5.7 Preference of Visual Tools

Results indicate that the majority of respondents have a strong preference for multimedia and visual aids in their learning. Specifically, 95.2 % of students want videos to be used regularly as a learning aid, and 95.2 % would like more illustrations in their textbooks. Additionally, 80.7 % desire increased use of picture cards and 69.9 % wish for more drawing and coloring time. However, only 22.9 % of students prefer incorporating computer games into regular learning sessions (see Figure 8). These results underscore the students’ preference for interactive and visually engaging educational materials, highlighting the importance of incorporating such elements to enhance their learning experience.

Figure 8: 
Preference of visual tools.
Figure 8:

Preference of visual tools.

5.8 Picture-based Books

Table 6 demonstrates the views of the respondents on the various ways that picture books, such as comic books and multimodal books, may boost their reading comprehension and skills. A significant majority of respondents (mean score of 4.71) preferred image books to text-heavy novels. This finding further suggests that they naturally process pictorial information more quickly than textual information.

Table 6:

Perception of picture-based books.

S. No. Statements Mean SD
1. Always prefer reading picture-based books over text-heavy books. 4.71 0.488
2. Colour, pattern, and other dynamics in picture books make the content more engaging and interesting. 4.62 0.592
3. Picture-based books make reading more easy-going and fun. 4.47 0.604
4. Easier to remember information from multimodal books than from books without images. 4.35 0.614
5. The visuals help to follow and understand the story/content/characters/underlying meaning more easily. 4.31 0.664
6. The layout in comic-strip style content makes contents more friendly and welcoming. 4.22 0.655
7. Illustrations help in fostering imagination. 3.97 0.691
8. Visuals help in making connections, inferences, predictions. 3.01 0.741

Based on a mean score of 4.62, the collective view suggests that the content is more interesting to youngsters when it incorporates color, pattern, and other dynamics. Based on evidence (mean score of 4.47), children strongly favor the use of picture books in the classroom when it comes to making learning easier and more enjoyable. The majority of participants concurred, as indicated by the results (mean score of 4.35), that multimodal books are superior to text-based books for learning. According to the outcome, picture books are becoming more and more popular with young readers.

As the statistics show, the majority of pupils believe that picture books bring the lessons to life (mean score of 4.47). With a mean score of 4.31, the findings on whether the visuals aid the pupils in understanding the material strongly favor the use of picture books. The following figures, which show a mean score of 4.22, show that picture books are more congenial to pupils than traditional texts. The data, which shows a mean score of 3.97 and 3.01, however, reveals that the students were uncertain about whether the illustrations encouraged their imagination or assisted them in drawing connections and conclusions.

However, the study found that children have an innate preference for picture books. It further reveals that when texts are accompanied by pertinent images, reading and comprehension skills rise. The study’s results, the researchers hope, will provide everyone involved with a better understanding of the enormous potential of visual aids in fostering basic literacy in elementary school students.

5.9 Comprehension, Memory, Imagination, and Empathy

The goal of the current study was to assess whether students could interact with visual materials, understand their implicit meanings, and generate original responses. After viewing a short animated film and some images, students’ responses were collected using a pre-made questionnaire. The results indicated that all students (100 %) enjoyed the movie. The study also found that students were able to form opinions about the story and articulate their reasons for liking it. To test their memory retention, some information-based question from the movie was posed, and 92.9 % of students answered correctly.

5.10 Empathy

Stories possess a profound ability to inspire creativity, foster critical thinking, encourage moral judgment, and more. Even if stories are fictional, they can impart valuable life lessons. Cartoons, with their exceptional visuals, effectively capture children’s attention and evoke their emotions. Visual aids simplify content, making language barriers less significant. As a result, children are able to form their own opinions and retell the story in their own words (Trihastutie 2023). The survey revealed that every participant (100 %) became emotionally invested in the narrative and had strong feelings about the characters. Visuals have tremendous power to capture our attention. It is revealed that as children became more engaged to the visuals they naturally developed affinity or aversion for characters.

5.11 Sense of Morality

Although stories may not always reflect reality, they often stem from real experiences and help in shaping perspectives and moral judgment in children (Trihastutie 2023). In the study, children formed opinions on whether a character’s actions were right or wrong. It is remarkable to see how the children related to the scenario and speculated about their own potential actions if they were in the character’s place. Specifically, 100 % of students said they would help the injured bird. Therefore, it is evident from the study that moral lessons can be imparted to children in an engaging and enjoyable fashion through animated stories, as opposed to just telling them what is right or wrong.

5.12 Comprehension and Connection

After displaying a series of pictures, pupils were asked to identify and interpret them. It was found that the students were adept at deciphering the images, understanding their underlying meanings, and making connections to real-world scenarios. Specifically, 96.4 % of students reported having seen similar scenes in real life, and 97.6 % correctly identified one of the images as depicting a fair. Therefore, it is clear that instead of abstract words, the accompanying visuals made it easier for the children to grasp the story and its underlying meaning and relate it to the real life.

6 Future Possibilities and Strategic Plans

In the multimodal age we live in, children are exposed to a variety of “intentional communication” (via television and other multimedia platforms) long before they attend formal schooling. Consequently, their “visual language experiences” (Debes 1975, 13) continue to grow. By the time they reach school going age, these children have already acquired extraordinary visual skills. But since formal education mostly emphasizes verbal communication, this capacity continues to decrease (Debes 1975). The current study clearly establishes that both still and animated visuals have significant potential in enhancing foundational literacy skills. Moreover, when students become proficient in understanding and expressing themselves through visual mediums, it opens up new avenues for communication.

Based on the practical observations and findings of this study, the researchers have recommended a model for implementation of visual literacy techniques in the elementary school (as shown in Figure 9). We believe that the following techniques, if applied in day-to-day classroom interactions, will not only help in augmenting students’ visual literacy skills but also make the lessons more enjoyable and fun.

Figure 9: 
Proposed model for effectively integrating visual literacy into elementary education system.
Figure 9:

Proposed model for effectively integrating visual literacy into elementary education system.

6.1 In the Classroom

As the age of information culminates, visuals are becoming increasingly significant in our daily lives. Notably, in the classroom, there are various ways to enhance students’ visual literacy skills.

6.1.1 Decoding Book Covers

Book covers are packed with immense potential to grab a child’s attention instantly. They are themselves pieces of art that are often ignored in classrooms. A book cover tells a visual tale that needs to be decoded. Teachers may introduce children interesting book covers and ask what the children think about them and whether they like them or not. They can also be asked to guess the theme/story/mode from the cover. This will not only act as an ice breaker in the classroom but also will initiate curiosity and foster thinking abilities in children. Children can be shown Lewis Carroll’s Alice’s Adventures in Wonderland (illustrated by John Tenniel) (Carroll 2014), for instance, and asked whether they enjoy the cover, what they see on it, or perhaps if they can guess what the young girl and the rabbit are talking about (Figure 10). Similarly, the cover art for A.A. Milne’s Winnie the Pooh (illustrated by E.H. Shepard) (Milne 1992) will be enough to capture the kids’ interest and spark a class debate.

Figure 10: 
Book Cover art from Lewis Carroll’s “Alice’s Adventures in Wonderland” Illustrated by John Tenniel.
Figure 10:

Book Cover art from Lewis Carroll’s “Alice’s Adventures in Wonderland” Illustrated by John Tenniel.

6.1.2 Using Infographics

Infographics, like charts, diagrams, etc. simplify complex information and make it easy to understand. A youngster may respond to, comprehend, and remember complex information more readily when it is presented visually. For instance, flow charts can be used to explain how rice is grown and diagrams can be used to teach about the water cycle. Instructors may ask that students make their own infographics to help their peers understand the subject. This exercise will allay their fears, encourage creativity, instil confidence, and, most importantly, improve their ability to express themselves visually.

6.1.3 Using Comics and Graphic Novels

Animations can be used to make lessons more interesting. Cartoons inherently captivate children. O’Neil (2011, 216) argued that children can follow the story more easily thanks to the “colour, lines, and shapes.” Along the way, they will acquire new vocabulary. Ellis (2018) emphasizes the importance of challenging children with visual images (particularly those found in picture books) to develop emotional literacy by deciphering body language, gestures, and facial expressions. Even though textbook visuals are included in the current curriculum, comic book styles should be introduced, as images can often convey meaning where words cannot. For instance, Abanindranath Tagore’s Bhut Patrir Deshe has straightforward monochromatic images that convey a thousand words (Figure 11). Children’s imaginations can be stimulated by the artwork of Upendrakishore Ray Chowdhury from any of his short stories like “Tuntunir Boi,” “Norohori Das,” etc. They can be educated about the effects of climate change on corals through the use of Sanket Pethkar’s striking depiction in Lubaina Bandukwala’s “Coral Woman,” etc.

Figure 11: 
Illustration from Bhut Patrir Deshe by Abanindranath Tagore.
Figure 11:

Illustration from Bhut Patrir Deshe by Abanindranath Tagore.

6.1.4 Mime

Mime is a useful technique for improving observational skills. Without making any sound, a student acts out a scenario, object, action, etc., leaving it up to others to guess. This method engages students and helps them understand nonverbal cues. Drama provides a setting for students to explore a range of emotions and attitudes and see how they can be expressed in more nuanced, nonverbal, and non-written ways. It helps students study characters and discover how posture and gesture can be interpreted to reveal information about relationships (Stafford 2010).

6.1.5 Idea Web

Another intriguing visual technique to improve recall and facilitate conceptual understanding is the idea web. Teachers might assign students to create a web using the main concepts from the subject they learned. For instance, students may be asked to illustrate important ideas using a variety of connectors after learning about different energy sources. Here’s an example of how to start a class conversation on a variety of topics that stem from a single topic. The teacher might write “ice” and ask the class to think of other words that go with it. This allows the class to talk about topics like Antarctica, igloos, icebergs, winter, and much more (Figure 12).

Figure 12: 
Mind map on “Ice.”
Figure 12:

Mind map on “Ice.”

6.1.6 Pictorial Bulletin Board

On the pictorial bulletin board, children may be asked to paste newspaper images, photographs from magazines, leaflets, or anything that may grab their attention. This bulletin board can be used to initiate discussion on a range of topics including social, ethical, or environmental issues. This bulletin board could have a theme; for instance, students can be instructed to gather newspaper images or photographs of historical or contemporary issues, paste them in the bulletin board, and display it in class. A wide range of concerns can be brought to children’s attention with this pictorial bulletin board. Teachers may ask students to comment on the photographs or to explain what they see and whether they grasp the meaning of the visuals or other details.

6.1.7 Interactive Video Games Session

Playing is the most natural way a child learns. It is an activity that combines thought, language, and fantasy (Bruner 1983). In the age of technology, video games hold immense potential that lets a player know the “grammar of doing and being” (Squire 2006, 19). Video games present real life problems that encourage a child to think, confront, and overcome a hurdle. Players can analyze a situation and make decisions about how to proceed while playing a video game. It is not possible to teach certain concepts in a more engaging way than through games. Teachers may get pupils ready to play video games by providing them with the necessary skills. Learners can access simple gaming experiences on websites and software such as Kahoot, PBS Kids, Tux4Kids, and GCompris.

6.1.8 Animations and Educational Videos

Animation media can be used to build vocabulary and teach correct pronunciation, especially in the second language (here, English). Students will benefit from practicing their pronunciation and will be more motivated to learn the English language as a result. Because they can view vivid images and repeat the animation media while learning, students will be able to recall the terminology more readily. For children, it serves as the cornerstone of the English language (Kittidachanupap et al. 2012). Teachers may use educational videos available on sites like Nat Geo Kids, Nasa Kids, PBS, YouTube Kids, and Starfall that make learning more engaging by delivering attractive videos.

6.1.9 Visual Lexicon

Visual lexicon is a fun way to pick up new vocabulary. It facilitates children’s ability to connect the word and image. Children’s word recall is improved since the word and visual are connected. Children can more easily associate the word “zebra” with its visual, for instance, when they see a picture of a zebra. To help kids understand subjects better, teachers can utilize picture books, charts, and flashcards. Students could be invited to make their own visual lexicon chart so they can play the game “guess the word from the image”.

6.1.10 Pictorial Storytelling

This is a fun project that will stimulate kids’ imaginations. Instructors might show pictures to their students and ask them to make up a tale or describe what they perceive in the picture. Kids can convey their opinions with the aid of the pictures. It will help in developing their critical thinking and creative skills. For instance, students might be given a picture of a village fair and asked to describe what they observe. Teachers may also assist students in creating digital stories using texts, images, GIFs, voiceover, music etc. to narrate experiences, present historical events, or share a variety of stories in a multimodal form. In this way students will learn to the importance of images, colors, perspectives, sounds etc. and how these can be used to convey messages.

6.1.11 Graphical Expression

Drawing is a significant form of communication. Youngsters can be tasked with creating posters, ads, and visual stories about relevant subjects, enabling them to convey their ideas in different ways; for example, students can be asked to create a newspaper advertisement for a pen or illustrate a narrative about issues like coral bleaching or plastic pollution. To make it more creative, teachers could encourage their pupils to use different layout styles, colors, fonts, and emoticons. Children may be given carefully chosen advertisements or sample posters before the activity to give them a sense of how it works. When children have the opportunity to draw, perform, or write about what they are learning, they will naturally begin to make meaning through transduction (Kress 2003).

6.1.12 Curriculum Integration

The importance of visual literacy in today’s infographic world is beyond belief. Therefore, teachers must prepare the students to be effective communicators in the visual medium so that they become future ready. Policymakers, teachers, and other stakeholders involved in educational sector must come together to work and think of innovative ways in which visual literacy can be integrated to the elementary school curriculum so that learning becomes more enjoyable for children. In this regard, case studies and pilot projects can be introduced to collect additional data for the purpose of developing cutting-edge solutions.

6.2 Outside of the Classroom

A child’s interaction with and engagement to the outside world is varied. They may learn from anything and everything – from a pebble lying in the dirt to giant billboards along roadsides. Only trained eyes can help them uncover the meaning and significance of what they see around them. However, students can learn by harnessing their visual imagination outside of the classroom.

6.2.1 Field Trips

Field trips are highly effective because students gain first-hand experience with real-life situations. They can be taken to nearby locations such as a library, bank, post office, factory, or museum and after the visit the teacher may ask questions like what they saw or what they liked or disliked about the place. Additionally, students can design fictitious settings, such as a bank, post office, or library, and role play in it. This session will not only help children understand how real life works but also hone skills like observation and evaluation.

6.2.2 Visual Diary

Students may be asked to keep a visual diary just like an ordinary journal and jot down anything they may come across their mind in a pictorial way. This will usher their creative potential and help in self-reflection. Children may find drawing a better way to articulate their thoughts that is hardly possible in words which will give them a safe niche to articulate what they feel. Besides that, mind mapping, illustrating, sketching, doodling etc. will help in memory retention and other cognitive and motor skills.

6.2.3 Nature Hunt

Children learn better when they observe the real world. A nature hunt can be an exciting activity to increase the observation skill in children. Students can collect anything they find in the natural setting, from pebbles, sands, or grains to leaves or feathers. Back in class these findings can be used to initiate discussions on a range of topics; for example, pebbles and sands can be used to explore how soil is formed, food grains can be used to start discussion on food crops, and seashells can be used to initiate discussion on marine animals etc.

6.2.4 Analysing Murals and Street Art

Street art and murals are powerful media. Often, they are drawn to address social, cultural, and environmental issues. These art forms contain powerful messages. Teachers may teach youngsters the importance of these art forms, how to address an issue visually through graffiti or wall arts. For example, issues like child trafficking or plastic pollution can be presented through graffiti to spread awareness.

6.2.5 Decoding Signs and Symbols

Signs and symbols carry socio-cultural, contextual meanings. These meanings can be conveyed independent of textual message; for example, traffic police show hand gestures to manage traffic and various symbols are used on a map to denote topographical features. There are several mudras (hand gestures) in Kathak, a classical dance form of India, that convey layers of meaning. Students can be taught to recognize these signs and symbols and interpret them. This activity will help them to decode meaning underlying the symbols, critically analyze them, grasp the meaning, and communicate visually.

6.2.6 Photo Journaling

Images are enmeshed in complex webs of meaning, and part of their value lies in the ability to decipher meaning from visual elements, which can be incorporated into teaching (Rowsell, McLean, and Hamilton 2012). Photographs can be a powerful tool for learning about light, angles, and perspectives, honing the skills of comprehension and literary interpretation (Wiseman, Mäkinen, and Kupiainen 2015). Additionally, images of various objects, locations, people, and cultural events can be used to initiate productive classroom discussions on a range of subjects. Students may be taken on photography tours. This will give them opportunity to choose frames to capture daily happenings.

6.2.7 Watching Films

Film watching can be an engaging tool to help children to learn about a range of things. Pupils will be able to interpret the storytelling of movies by analyzing various elements like composition, cinematography, movements, dialogs, and so forth. When a teacher trains a student to look at a film in a different way by asking questions and pointing to different ideas, he/she actually prepares them to think about a story told visually in different way and take it seriously. Students can watch, for instance, Satyajit Ray’s short, silent film Two (1964), Goopy Gyne Bagha Byne (1969), or Charlie Chaplin’s The Circus (1928), as well as films from Studio Ghibli like My Neighbor Totoro (1988) and “Kiki’s Delivery Service” (1989).

6.2.8 Exploring Folk Art

Folk art can be an engaging visual literacy strategy. Students can be taken to local artists to learn about their craft which will foster their artistic imagination and self-expression. For instance, students can be taken to a local pottery shop to see how artwork is created from a lump of mud or can be taken to a local weaver to see and learn firsthand how fabrics are woven, colored, and prepared for sale in the market. India has a numerous art village like Bishnoi Village (Jodhpur, Rajasthan), Kalamkari Village (Srikalahasti, Andhra Pradesh), and Madhubani Village (Bihar) that nurture various folk-art forms. Students must be acquainted with this rich treasury of creative works. This will not only make pupils aware of the local art heritage but also pique their curiosity and creativity.

6.3 Special Programs

6.3.1 Art Education

Art education can be introduced into the primary school curriculum to expose students to various art forms. This approach not only enhances their perception of shapes, colors, and salience but also helps them interpret a range of meanings. For instance, students can be shown Somnath Hore’s painting “At the Night Meeting” (1955) to learn about the Tebhaga Movement of peasants in West Bengal or Nikolai Roerich’s “The Himalayas” can be a rich treasure that teaches students from an explorer-painter’s viewpoint the beautiful amalgamation of awe-inspiring ranges, monks, Buddhist architectures, folklores, flora, and fauna with the play of light and shadow.

6.3.2 Representing Tradition

Culture and tradition have a lot to teach us. Understanding one’s customs and cultural traditions fosters self-esteem and bonds people together. Simultaneously, in a period of growing cultural globalization, education about diverse cultures and customs fosters tolerance and empathy while also allowing us to recognize variety. Ellis (2018) emphasizes how crucial it is to provide children with opportunities to develop their intercultural literacy and nature literacy by exposing them to images that represent various cultures or images from natural world.

Nothing would be more ideal than a graphic presentation of these cultural components which would be a more entertaining and interesting approach to study the world. For example, cultural representation programs can be organized where students gather data on a particular festival, custom, or any aspect of a culture, for example Durga Puja of West Bengal (India), Hornbill Festival of Nagaland (India), Brazilian Carnival, or Parintins Folklore Festival, etc. and collect images from the internet and create posters, make art and craft items, and arrange culture exhibitions. A costume party may also be arranged, offering a fun way to explore different lifestyles and practices around the world.

6.3.3 Organizing Art Fairs

Art fairs give students not only a unique visual treat but also a multifaceted learning environment to cultivate their artistic abilities, train their eyes to appreciate various art forms, and learn from them. Students will be inspired to explore with their own creative expression as they learn a variety of techniques of expressing thoughts and feelings. Teachers can host art fairs featuring regional artists and encourage them to share their work with pupils while also instructing them on the background and methods of creation of the art form they are practicing.

6.3.4 Exploring Locality

In this activity, students get the chance to explore their neighborhood and gather objects such as stones, leaves, pamphlets from marketplaces, or anything else that piques their curiosity. Back in the classroom, they will discuss what they have collected; for example, bags made from old newspaper may be used to start a discussion on sustainability.

6.3.5 Picture Postcards

This is an exercise that teachers can plan where kids compose postcards to their loved ones using visual language. It will assist kids in finding creative methods to express themselves. They will be able to communicate visually what they find difficult to communicate using words.

6.3.6 Visual Campaign on Social Issues

Students can be sensitized on social or environmental issues by asking them to make posters. This will give them an opportunity to express, react, and be vocal in a visual way; for example, students can be tasked to make posters on child marriage, plastic pollution etc.

6.3.7 Folk Theatre

Students can have a multisensory experience with folk theatre. It is a wealth of customary stories, iconography, cultural symbols, performing methods, and so forth. These theatres frequently use ornate gestures and graphical storytelling techniques, such as dance and drama, to help their audiences understand range of emotions. India has a rich history of folk theatre, such as that of Jatra in West Bengal and Nautanki in Uttar Pradesh, which teaches children how powerful and dynamic visual language can be.

6.3.8 Orientation Program

As the world grows more visually oriented, it is imperative that educators improve their skills to build a more cutting-edge learning environment. Educators must have the abilities necessary to support students in comprehending and producing visual content as well as to respond to their various inquiries and information needs. A teacher who excels in visual literacy may present material in a more engaging and dynamic manner which will enhance student learning and make learning more cohesive. To introduce teachers and other education stakeholders to visual literacy programs, as well as other tools and strategies that are being used globally on visual literacy, various orientation programs, seminars, etc. can be arranged at different levels.

7 Conclusion

The primary goal of this study was to determine whether using visual literacy strategies alongside traditional curricula and classroom procedures could enhance students’ enjoyment of learning. The researchers observed that currently tools such as flashcards, picture books, maps, charts, and ICT resources like projectors and computers are being used. However, educators reported that the existing infrastructure is insufficient to provide every student with a high-quality digital experience. During data collection and analysis, the researchers found that all students demonstrated a very positive attitude towards incorporating visual tools in their lessons. They were enthusiastic and eager to learn more when these tools were used. The study further revealed that the majority of students benefited cognitively from the visual aids which enhanced their problem-solving skills, critical thinking, and ability to connect visual elements with information. Moreover, the most promising outcomes in second language acquisition (in this case, English) were linked to the use of visual aids as they helped address students’ apprehension about learning a foreign language. Picture books and animations emerged as the most favoured visual aids. When employed, these tools enabled students to pick up new vocabulary and grasp meanings quickly. Ultimately, the researchers proposed incorporating visual literacy strategies into the elementary school curriculum, identifying three key areas: inside the classroom, outside the classroom, and special programs. Besides that, a number of strategies have been suggested that can be used in the classroom, outside of it, or even as part of special programs. These programmes can be tailored to the needs of the students and the particular situation. The researchers are optimistic that, if implemented, these strategies will yield positive outcomes across various educational settings.

8 Practical Implications

The study has put forward a model for universal relevance and applicability. The strategies were formulated with the needs and preferences of children in mind. The researchers are hopeful that these strategies, if integrated into the curriculum, will not only enhance children’s visual communication skills but also make their learning experience more holistic. For example, one of the most crucial implications of the study is the formulation of strategies to boost children’s capacity for visual dialog. These strategies, if applied, will help children become efficient encoders and decoders in visual interactions. The study also noted that second language acquisition is a common challenge for pupils. In most government rural schools in India, less than half of fifth-graders are able to read simple English words (Pratham 2012) and nearly 40 % of those who can read words are unable to understand what they have read (Berry 2013). The authors are hopeful that visual literacy techniques of the proposed model can be used to remove phobia of the English language from the minds of learners. At the same time, it will help them to acquire new vocabulary and expressions in the most easy and exciting way as well as help them to interact in English more confidently and productively. The in-classroom techniques can be used by educators and policymakers to address these issues and help students feel more comfortable when using a second language.

The model presented in this research has great potential to increase children’s engagement and enthusiasm for learning. The outside classroom and special program techniques can be used to give students opportunity to engage and interact with their physical, socio-economic, political, and cultural community and form their own opinions and expressions. The learning from the visual interaction with the surroundings will not only assist in understanding concepts quicker but also help in memory retention. Significantly, Haber (1983, 9) argued that our “comprehension, retrieval and retention” are increased if information is presented visually because they are immediately organized in perception without requiring additional cognitive work.

Recognizing the significance of the techniques outlined in the model can guide educators, decision-makers, and other stakeholders in making critical decisions to create a more age-appropriate and child-friendly curriculum. Despite its limited scope, the study highlights important factors that can serve as a resource for promoting visual literacy in children worldwide. The strategies proposed in this article have tremendous potential and could become valuable resources for the academic community and future researchers in this area. However, both the scope of the investigation and the amount of data collected were quite limited. The researchers recommend that future studies conduct case studies to collect more comprehensive data and provide a fuller picture of the situation.


Corresponding author: Shamim Aktar Munshi, Central Library, Ananda Chandra College, Jalpaiguri, West Bengal, India, E-mail:

Appendix
Snapshot 1: 
Showing animation before data collection.
Snapshot 1:

Showing animation before data collection.

Snapshot 2: 
Assisting the students during data collection.
Snapshot 2:

Assisting the students during data collection.

Snapshot 3: 
Assisting the students during data collection.
Snapshot 3:

Assisting the students during data collection.

Snapshot 4: 
Children are playing with picture puzzles.
Snapshot 4:

Children are playing with picture puzzles.

Snapshot 5: 
Children are making chart during class.
Snapshot 5:

Children are making chart during class.

References

Association of College and Research Libraries. 2011. “ACRL Visual Literacy Competency Standards for Higher Education.” https://www.ala.org/acrl/standards/visualliteracy (accessed November 9, 2024).Search in Google Scholar

Bamford, A. 2003. “The visual literacy white paper.” UK: Adobe systems incorporated. İnternet’ten, 14. https://aperture.org/wp-content/uploads/2013/05/visual-literacy-wp.pdf (accessed November 9, 2024).Search in Google Scholar

Berry, V., ed. 2013. English Impact Report: Investigating English Language Learning Outcomes at the Primary School Level in Rural India. London: British Council. https://www.britishcouncil.in/sites/default/files/english_impact_report_2013.pdf (accessed November 18, 2024).Search in Google Scholar

Brumberger, E. 2011. “Visual Literacy and the Digital Native: An Examination of the Millennial Learner.” Journal of Visual Literacy 30 (1): 19–47. https://doi.org/10.1080/23796529.2011.11674683.Search in Google Scholar

Bruner, J. 1983. “Play, Thought, and Language.” Peabody Journal of Education 60 (3): 60–9. https://doi.org/10.1080/01619568309538407.Search in Google Scholar

Buhamad, A., R. Alsaffar, and B. Almisad. 2024. “The Effect of Different Visual Literacy Patterns of Drawings and Instructional Photos in Developing Concepts for Middle School in State of Kuwait.” International Journal of Digital Society (IJDS) 15 (1): 1889–95. https://doi.org/10.20533/ijds.2040.2570.2024.0237.Search in Google Scholar

Carroll, L. 2014. Alice’s Adventures in Wonderland. London: Macmillan.10.1515/9781400874262Search in Google Scholar

Chaplin, C., dir. 1928. The Circus. New York: United Artists.Search in Google Scholar

Debes, J. 1975. “The Eyeful Power.” https://files.eric.ed.gov/fulltext/ED108659.pdf (accessed November 9, 2024).Search in Google Scholar

Deetsch, M., R. Glass, R. Jankowski, E. Mylander, P. Roth, and E. Wharton. 2018. “Visual Literacy and Its Impact on Pre-literacy Development.” Journal of Museum Education 43 (2): 148–58. https://doi.org/10.1080/10598650.2018.1426332.Search in Google Scholar

Dyak, T., M. Halchenko, A. Ilina, G. Ilina, N. Ivanova, and O. Levchenko. 2022. “Some Peculiarities of Integrating Visual Literacy into the System of Modern Education.” Revista Romaneasca pentru Educatie Multidimensionala 14 (1): 322–38. https://doi.org/10.18662/rrem/14.1/521.Search in Google Scholar

Ellis, G. 2018. “The Picture Book in Elementary ELT: Multiple Literacies with Bob Staake’s BLUEBIRD.” In Using Literature in English Language Education, edited by J. Bland, 83–104. Bloomsbury.Search in Google Scholar

Haber, R. N. 1983. “The Power of Visual Perceiving.” Journal of Visual Verbal Languaging 3 (1): 9–19. https://doi.org/10.1080/23796529.1983.11674359.Search in Google Scholar

Hailey, D., A. Miller, and P. Yenawine. 2015. “Understanding Visual Literacy: The Visual Thinking Strategies Approach.” In Essentials of Teaching and Integrating Visual and Media Literacy: Visualizing Learning, 49–73. https://link.springer.com/chapter/10.1007/978-3-319-05837-5_3 (accessed November 10, 2024).10.1007/978-3-319-05837-5_3Search in Google Scholar

Hanci, H. 2022. “Investigation of High School Students’ Visual Literacy Levels.” International Journal of Research in Education and Science (IJRES) 8 (3): 611–25. https://doi.org/10.46328/ijres.2980.Search in Google Scholar

Kędra, J. 2018. “Acquiring Visual Literacy Skills: Interpretation of Journalistic Photographs as a Tool for Contemporary Education.” Media Education Research Journal 8: 49–71. https://visualliteracytoday.org/acquiring-visual-literacy-skills-interpretation-of-journalistic-photographs-as-a-tool-for-contemporary-education/ (accessed November 18, 2024).Search in Google Scholar

Kittidachanupap, N., J. Singthongchai, E. Naenudorn, N. Khopolklang, and S. Niwattanakul. 2012. “Development of Animation Media for Learning English Vocabulary for Children.” In 2012 IEEE International Conference on Computer Science and Automation Engineering (CSAE), Vol. 2. Thailand: IEEE, 341–5.10.1109/CSAE.2012.6272788Search in Google Scholar

Kress, G. R. 2003. Literacy in the New Media Age. London: Routledge.10.4324/9780203299234Search in Google Scholar

Liaw, S. S., H.-M. Huang, and G. D. Chen. 2007. “An Activity-Theoretical Approach to Investigate Learners’ Factors toward E-Learning Systems.” Computers in Human Behavior 23 (4): 1906–20. https://doi.org/10.1016/j.chb.2006.02.002.Search in Google Scholar

Lopatovska, I., S. Hatoum, S. Waterstraut, L. Novak, and S. Sheer. 2016. “Not Just a Pretty Picture: Visual Literacy Education through Art for Young Children.” Journal of Documentation 7 (6): 1197–227. https://doi.org/10.1108/JD-02-2016-0017.Search in Google Scholar

Lundy, A. D., and A. E. Stephens. 2015. “Beyond the Literal: Teaching Visual Literacy in the 21st Century Classroom.” Procedia-Social and Behavioral Sciences 174: 1057–60. https://doi.org/10.1016/j.sbspro.2015.01.794.Search in Google Scholar

Milne, A. A. 1992. Winnie-the-Pooh. Friday, Harbor: Turtleback.Search in Google Scholar

Miyazaki, H., dir. 1988. My Neighbor Totoro. Tokyo: Studio Ghibli.Search in Google Scholar

Miyazaki, H., dir. 1989. Kiki’s Delivery Service. Tokyo: Studio Ghibli.Search in Google Scholar

Nazim, M., S. A. Munshi, and M. Ashar. 2023. “Librarians Self-efficacy in ICT-Based Library Operations and Services: A Survey of Librarians Working in Libraries of Aligarh Muslim University Library System.” Journal of Librarianship and Information Science 55 (4): 1028–43. https://doi.org/10.1177/09610006221111199.Search in Google Scholar

Newfield, D. 2011. “From Visual Literacy to Critical Visual Literacy: An Analysis of Educational Materials.” English Teaching: Practice and Critique 10 (1): 81–94. http://education.waikato.ac.nz/research/files/etpc/files/2011v10n1art5.pdf (accessed November 11, 2024).Search in Google Scholar

Newman, M., and D. Ogle. 2019. Visual Literacy and Critical Thinking. London: Rowman & Littlefield. https://youtu.be/2jR8zWqyHBY?si=P3eYwzBWzqQMvzox (accessed November 11, 2024).Search in Google Scholar

O’Neil, K. E. 2011. “Reading Pictures: Developing Visual Literacy for Greater Comprehension.” The Reading Teacher 65 (3): 214–23. https://doi.org/10.1002/trtr.01026. www.jstor.org/stable/41331601 (accessed November 11, 2024).Search in Google Scholar

Özkubat, S., and I. Ulutaş. 2018. “The Effect of the Visual Awareness Education Programme on the Visual Literacy of Children Aged 5–6.” Educational Studies 44 (3): 313–25. https://doi.org/10.1080/03055698.2017.1373632.Search in Google Scholar

Papen, U. 2019. “Using Picture Books to Develop Critical Visual Literacy in Primary Schools: Challenges of a Dialogic Approach.” Literacy 54 (1): 3–10. https://doi.org/10.1111/lit.12197.Search in Google Scholar

Pratham, P. 2012. “Annual Status of Education Report (ASER).” www.asercentre.org/education/India/status/p/143.html (accessed November 10, 2024).Search in Google Scholar

Qureshi, A., M. Sarantou, and S. Miettinen. 2022. “Meaning-making and Interpretation through Personal Mandalas in the Context of Visual Literacy.” Journal of Visual Literacy 41 (3–4): 247–60. https://doi.org/10.1080/1051144X.2022.2132625.Search in Google Scholar

Reid, E. 2015. “Embracing, Passing, Revealing, and the Ideal Worker Image: How People Navigate Expected and Experienced Professional Identities.” Organization Science 26 (4): 997–1017. https://doi.org/10.1287/orsc.2015.0975.Search in Google Scholar

Rowsell, J., C. McLean, and M. Hamilton. 2012. “Visual Literacy as a Classroom Approach.” Journal of Adolescent & Adult Literacy 55 (5): 444–7. https://doi.org/10.1002/jaal.00053. http://www.jstor.org/stable/41331470 (accessed November 10, 2024).Search in Google Scholar

Roy, S., dir. 1964. Two. Kolkata: Esso World Theater.Search in Google Scholar

Roy, S., dir. 1969. Goopy Gyne Bagha Byne. Kolkata: Purnima Pictures.Search in Google Scholar

Şanal, S. Ö., and F. Torun. 2024. “Individual and Collaborative Infographic Design and Cognitive Strategies in Visual Literacy Support Process: A Qualitative Research Perspective.” Journal of Visual Literacy 43 (2): 147–72. https://doi.org/10.1080/1051144X.2024.2349383.Search in Google Scholar

Scorsese, M. 2012. Importance of Visual Literacy. Edutopia. https://youtu.be/I90ZluYvHic?si=NnW245oNaThZucGp (accessed November 10, 2024).Search in Google Scholar

Shin, J. K. 2023. “Developing Primary English Learners’ Visual Literacy for a Multimodal World.” In Innovative Practices in Early English Language Education, 101–27. Cham: Springer International Publishing.10.1007/978-3-031-12922-3_6Search in Google Scholar

Squire, K. 2006. “From Content to Context: Videogames as Designed Experience.” Educational Researcher 35 (8): 19–29. https://doi.org/10.3102/0013189X035008019.Search in Google Scholar

Stafford, T. 2010. “Teaching Visual Literacy in the Primary Classroom: Comic Books.” In Television and Picture Narratives. London: Routledge.Film10.4324/9780203846797Search in Google Scholar

Trihastutie, N. 2023. “Interpreting Children’s Appreciation of Children’s Literature in the Visual Literacy Era.” Linguistics and Literature Journal 4 (1): 14–20. https://jim.teknokrat.ac.id/index.php/linguistics_and_literature/article/view/2547 (accessed November 10, 2024).Search in Google Scholar

Vasquez, V. M., H. Janks, and B. Comber. 2019. “Critical Literacy as a Way of Being and Doing.” Language Arts 96 (5): 300–11. https://doi.org/10.58680/la201930093.Search in Google Scholar

Winstanley, L., J. J. Thompson, and S. H. S. Tan. 2024. “Transformative Pedagogy and Visual Literacy: Reframing Art and Design Student Perspectives on Sustainability with Illustrated Infographics.” Journal of Visual Literacy 43 (2): 73–94. https://doi.org/10.1080/1051144X.2024.2350240.Search in Google Scholar

Wiseman, A. M., M. Mäkinen, and R. Kupiainen. 2016. “Literacy through Photography: Multimodal and Visual Literacy in a Third-Grade Classroom.” Early Childhood Education Journal 44: 537–44. https://doi.org/10.1007/s10643-015-0739-9.Search in Google Scholar

Received: 2024-09-13
Accepted: 2024-12-10
Published Online: 2025-02-25
Published in Print: 2025-06-26

© 2025 the author(s), published by De Gruyter, Berlin/Boston

This work is licensed under the Creative Commons Attribution 4.0 International License.

Downloaded on 3.10.2025 from https://www.degruyterbrill.com/document/doi/10.1515/libri-2024-0143/html?srsltid=AfmBOopTHrhkvmKfrn55nIsbWe-Mb3fsCrJNNO10porsMucU2J1ifwIm
Scroll to top button