Hover to see how factors connect to Core Academic Literacies. Then click connected factors to explore strategies related to multiple factors.
In early childhood, children learn through play and experience, gaining knowledge from the world around them. When children begin formal education, they start to further develop fluency with skills related to Core Academic Literacies such as mathematical reasoning, scientific reasoning, language and literacy, the arts, social studies, and technology, into their understanding of how the world works. Mastering skills and fluency in the core subject areas is essential for developing academic literacy, and for supporting young people in becoming active participants in school and society.
To develop fluency in different academic content areas, students must learn and understand key vocabulary, principles, and relationships within a content area. Over time and with repeated opportunities to make meaning, learners can then organize this information into a conceptual framework, or schema, in Long-term Memory, which becomes a part of their Background Knowledge upon which they can readily draw from and continue to build new schema, fluency, and skills. Core Academic Literacies can include the following:
One of the most powerful ways to use this knowledge is to be able to draw on multiple disciplines and understand how they are connected, to find solutions to real world problems. When students are supported in integrating and applying content knowledge across disciplines and settings, it enables learners to use higher-order learning skills such as Critical Thinking, Collaboration, and Communication to continue to build and apply their knowledge and build deeper networks of knowledge. Having a deeper understanding of content knowledge includes the Metacognitive ability and insight into when and how to use this knowledge in new situations, including inside and outside of the classroom.
While students who have difficulties achieving in these areas may simply have variations in reaching developmental milestones, when students have difficulty with clusters of skills, it can be an early sign of a learning disability or ADHD. For example, students with ADHD may show deficits in Long-term memory due to disruption in the process of encoding and students with dyslexia often have trouble with reading and writing literacies and Communication skills. And students who are eventually diagnosed with developmental dyscalculia often have challenges with key aspects of mathematical thinking but also with reading and writing literacies.
Educators can support their students by first acknowledging that young children are capable of mastering all core academic literacies including math, science, and engineering, and the value that these early experiences have on student learning and academic success as students progress. In addition, by teaching learners information about how systems work (like how the parts of a cell work together) before asking them to memorize facts or details (like the names of different parts of the cell), educators can provide learners with a framework to help them organize new knowledge, and can increase students' Motivation for learning—because an understanding of cause and effect is often more interesting for learners than just memorizing facts. When students are held to high expectations and given room to explore their interests and curiosities and answer real-world across disciplines and contexts, they can see the value in their learning and become empowered to apply their skills and knowledge in new ways to continue their learning.
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