background-color: transparent; color: rgb(0, 0, 0);">An example of a curriculum area outside of language learning where literacies play an important role is science education, particularly in the use of lab reports and scientific diagrams. In many science classes, students are asked to conduct experiments and then present their findings through written reports, labeled diagrams, and sometimes visual presentations. These tasks show how literacies are used not just for communication, but also for understanding and representing academic knowledge. For instance, in a biology class, students might perform an experiment on plant growth. After collecting data, they are required to write a lab report that includes sections such as the introduction, method, results, and conclusion. Along with this, they may create diagrams or graphs to show their findings. In this example, students are not only learning scientific concepts but also learning how to express these ideas clearly using different forms of literacy.

This practice highlights that literacy is not limited to reading and writing simple texts. Instead, it involves disciplinary literacy, which refers to the specific ways of reading, writing, and communicating in a particular subject area. In science, this includes using technical vocabulary, organizing information logically, and interpreting visual data such as charts and graphs. Students must learn how to write objectively, support claims with evidence, and explain processes clearly. The role of literacies in this example is very important because it helps students make sense of scientific knowledge. Writing a lab report requires students to reflect on what they did and why it matters. It also helps them develop critical thinking skills, as they must analyze their results and draw conclusions. At the same time, creating diagrams or graphs allows them to present complex information in a clear and visual way. This shows how multimodal literacies—combining written text, numbers, and visuals—are essential in learning science.

Another important aspect is that literacies support knowledge construction. Students are not just memorizing facts; they are actively building understanding by organizing and explaining information. When they write about their experiment, they are processing their learning and making connections between theory and practice. This reflects a constructivist approach, where learning happens through active engagement. In addition, literacies in science help students communicate their ideas to others. Scientific knowledge is often shared through written reports, journals, and presentations. By practicing these forms of communication, students learn how to present their findings in a way that others can understand. This prepares them for real-world situations where clear and accurate communication is essential. However, some students may find it challenging to express their ideas in scientific language or to interpret visual data. This means teachers need to provide support, such as modeling how to write a report or how to read graphs. With proper guidance, students can develop both their scientific understanding and their literacy skills.

This example shows that literacies are powerful tools for representing and understanding knowledge in subjects beyond language learning. In science, they allow students to explain ideas, present evidence, and communicate findings in meaningful ways. Through writing, visuals, and structured formats, students are able to engage more deeply with the subject and develop important academic skills.

Reference:

Shanahan, T., & Shanahan, C. (2008). Teaching disciplinary literacy to adolescents: Rethinking content-area literacy. Harvard Educational Review.

https://doi.org/10.17763/haer.78.1.v62444321p602101

Using Literacies to Represent Knowledge in Science Learning