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Inference Activities for Primary Schools

Inference activities and reading comprehension resources for Australian primary schools. Visual inference, text-based strategies, and curriculum-aligned teaching approaches.

Teaching Inference in Australian Primary Schools

Inference — the ability to use clues from a text combined with prior knowledge to work out something not explicitly stated — is one of the most important reading comprehension skills students develop during primary school. When a student reads "Sarah slammed the door and threw her bag on the floor" and understands that Sarah is angry, they are making an inference.

Below you will find visual inference activities, comic-based comprehension packs, text-based strategies, and curriculum-aligned teaching approaches for Foundation to Year 6. For broader comprehension strategies, see our Reading Comprehension Activities guide.

Inference in the Australian Curriculum

The Australian Curriculum v9 embeds inference within the Literacy strand, where students make inferences using text information and their own knowledge with increasing sophistication from Foundation to Year 6. But inference is abstract by nature — students who can decode every word may still miss the implied meaning. The most effective approaches make the invisible visible, using visual texts (comics, picture books, photographs), think-alouds, and structured questioning to show students how readers combine text clues with background knowledge.

Inference is embedded throughout the English learning area, particularly within the Literacy and Literature strands. Understanding how inference develops across the primary years helps teachers plan targeted, age-appropriate instruction.

What Makes Inference Different from Other Comprehension Skills

Reading researchers commonly describe comprehension skills on a continuum from literal to inferential:

  • Literal comprehension — finding information that is explicitly stated in the text. "What colour was the dog?" (the text says "the brown dog")
  • Inferential comprehension — working out information that is implied but not directly stated. "How does the character feel?" (the text describes actions and expressions, but doesn't state the emotion)
  • Evaluative comprehension — making judgements about the text. "Was the character's decision wise? Why or why not?"

Inference sits at the heart of deep comprehension. Without it, students can answer literal questions but cannot understand characters' motivations, predict what might happen next, identify themes, or read between the lines of persuasive texts.

Curriculum Progression

Foundation–Year 2: Students make simple inferences from illustrations and familiar texts. They identify how characters might be feeling based on visual and textual clues, make predictions about what might happen next, and begin connecting texts to their own experiences.

Years 3–4: Students make inferences about characters' feelings, motives, and actions using evidence from the text. They justify their inferences by pointing to specific words, phrases, or images. They begin to infer the meaning of unfamiliar words from context and identify implied messages in texts.

Years 5–6: Students make sophisticated inferences across complex texts, including those with multiple layers of meaning. They infer themes and messages, understand how authors use language to imply meaning without stating it directly, and evaluate the reliability of information by reading between the lines. Inference at this level connects strongly to critical thinking — students must evaluate the reasoning behind their inferences.

Inference Across Learning Areas

While inference is most explicitly taught in English, it is essential across the curriculum:

  • Science: Inferring what experimental results mean and what they suggest about a hypothesis
  • HASS: Inferring the perspectives and motivations of historical figures from primary sources
  • Mathematics: Inferring patterns and relationships from data and visual representations
  • The Arts: Inferring mood, emotion, and meaning from visual and performing arts

For more on how comprehension skills connect to curriculum planning, see our Australian Curriculum Resources guide.

Practical Strategies for Teaching Inference

Teaching inference effectively requires making the invisible thinking process visible. Here are evidence-based strategies that work in Australian primary classrooms.

Visual Inference: Starting with Images

Visual texts are the most powerful entry point for teaching inference because students can see the clues they are using to make meaning:

  • Photographs and illustrations — show an image and ask: "What do you think is happening? What clues tell you that? What can you NOT see but still know?"
  • Comics and graphic narratives — these are uniquely effective because students must infer meaning from facial expressions, body language, speech bubbles, and the gaps between panels
  • Picture books without words — wordless picture books require students to construct the entire narrative through inference
  • Short video clips — pause a video and ask students to infer what will happen next based on visual clues

Comics and graphic texts are particularly effective inference tools because they naturally require readers to fill in gaps — what happens between panels, what characters are thinking based on their expressions, and why characters make the choices they do. This mirrors exactly what proficient readers do with written text.

Think-Aloud Modelling

Modelling your own thinking process is essential for teaching inference:

  1. Read a passage aloud and pause where an inference is needed
  2. Verbalise your thinking: "The text says the character looked away and bit her lip. It doesn't say she's nervous, but I know from my own experience that people do these things when they're anxious. I'm going to infer that she's nervous about something."
  3. Name the strategy: "I used a clue from the text — she looked away and bit her lip — combined with what I already know about body language to make that inference."
  4. Show the formula: Text clue + Prior knowledge = Inference

The Inference Equation

Teaching students a simple framework helps them understand the thinking process:

What the text says + What I already know = What I can infer

This formula can be displayed as a poster, used as a graphic organiser, or applied as a thinking routine during guided and independent reading. Students record:

  • The clue from the text (a quote or description)
  • The background knowledge they are using
  • The inference they have made

Questioning Strategies

The right questions guide students toward inference:

  • Inference questions: "How do you think the character feels? What makes you think that?"
  • Evidence questions: "What clues in the text helped you work that out?"
  • Connection questions: "What do you already know that helps you understand this?"
  • Prediction questions: "Based on what's happened so far, what do you think will happen next? Why?"

Avoid questions that can be answered with literal retrieval alone. Instead, focus on questions that require students to read between the lines and justify their thinking.

Gradual Release of Responsibility

The gradual release of responsibility model (Pearson & Gallagher, 1983) moves students from supported to independent inference:

  1. I do — teacher models inference through think-alouds
  2. We do — whole class practices inference together using shared texts
  3. You do together — pairs or small groups practise with guided texts and structured questions
  4. You do independently — students apply inference strategies during independent reading

Inference Activities by Year Level

Inference develops from simple, concrete observations toward sophisticated, multi-layered reasoning across the primary years.

Foundation–Year 2

At this stage, inference is built through concrete, visual activities:

  • Picture inference — show images and ask "What do you think is happening? How do you know?"
  • Character feelings — use picture books to identify how characters feel based on illustrations and simple text clues
  • Predicting — pause during read-alouds and ask "What do you think will happen next? Why?"
  • Connecting to self — "Has something like this ever happened to you? How did you feel?"
  • Simple visual inference cards — photographs or illustrations with guided questions
  • Sensory inference — "What sounds might you hear in this picture? What might it smell like?"

The emphasis at this level is on building the habit of looking for clues and connecting them to what students already know.

Years 3–4

Students are ready for more structured inference work:

  • Text-based inference — moving from pictures to written text as the primary source of clues
  • Inference journals — recording text clues, background knowledge, and inferences while reading
  • Character motivation — "Why did the character do that? What clues tell us about their reasons?"
  • Comic-based comprehension — using graphic texts where students must infer from visual and textual clues simultaneously
  • Inference scavenger hunts — finding and discussing examples of inference in shared texts
  • Comparing inferences — discussing how different readers might make different (but valid) inferences from the same text

Years 5–6

Students develop sophisticated inferential reasoning:

  • Theme identification — inferring the underlying message or theme of a text (not just what happens, but what it means)
  • Unreliable narrators — recognising when a narrator's perspective may not be fully trustworthy
  • Inferring author's purpose — understanding why an author made specific choices in language, structure, and content
  • Multi-text inference — comparing inferences across different texts on the same topic
  • Inference in non-fiction — reading between the lines of persuasive texts, news articles, and informational reports
  • Evaluating inferences — assessing whether an inference is well-supported by evidence or is a stretch

For more on developing reasoning alongside comprehension, see our Critical Thinking Activities guide.

Frequently Asked Questions

What is inference in reading?

Inference is the process of using clues from a text — combined with your own background knowledge and experience — to work out something that the author has not explicitly stated. For example, if a text says "Maria grabbed her umbrella and looked out the window with a sigh", you can infer that it is raining and Maria is disappointed about the weather, even though neither of those things is directly stated.

Why do students struggle with inference?

Inference is challenging because it requires three things simultaneously: strong literal comprehension (understanding what the text actually says), relevant background knowledge (having the experience to connect to), and the metacognitive awareness to combine the two. Students may struggle because they lack background knowledge on the topic, focus only on literal meaning, or have not been taught explicit strategies for reading between the lines. Visual inference activities (using pictures and comics) can help bridge the gap.

How is inference tested in NAPLAN?

NAPLAN reading comprehension includes both literal and inferential questions. Inferential questions ask students to work out meanings that are implied rather than stated, such as identifying a character's motivation, determining the author's purpose, or understanding the meaning of figurative language. These questions typically require students to select the best answer from several plausible options, making them more challenging than literal recall questions.

What is the difference between inference and prediction?

Both are comprehension strategies, but they work differently. Prediction is forward-looking — using text clues to guess what will happen next. Inference is about understanding what is happening now or has already happened by reading between the lines. A prediction might be "I think the character will apologise", while an inference might be "I think the character feels guilty because she keeps looking away and fidgeting". In practice, the two strategies often work together.

Can I find free inference resources on TeachBuySell?

Yes! Browse free inference resources here or use the price filter on the search page. You'll find inference task cards, comprehension packs, visual inference activities, and more from Australian teacher-creators.