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🔖Literacy Instruction

Reading Comprehension Strategies

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Why This Matters

Reading comprehension strategies aren't just classroom activities—they're the cognitive tools that transform passive reading into active meaning-making. When you're tested on literacy instruction, you're being assessed on your understanding of how readers construct meaning, when to deploy specific strategies, and why certain approaches work for different comprehension challenges. These strategies connect directly to schema theory, metacognition, and the gradual release of responsibility model that underpin effective instruction.

The strategies in this guide fall into distinct categories based on their cognitive function: some activate existing knowledge, others generate new understanding, and still others help readers monitor and repair comprehension breakdowns. Don't just memorize strategy names—know what mental process each strategy targets and when a skilled reader would naturally use it. That's what separates surface-level recall from the deeper understanding exam questions demand.


Before-Reading Strategies: Setting the Stage for Comprehension

These strategies prepare the reader's mind before diving into text. They work by activating relevant schema and establishing purpose, which gives new information a place to "stick" in memory.

Activating Prior Knowledge

  • Schema activation—connecting new information to existing mental frameworks dramatically improves comprehension and retention
  • Personal relevance increases engagement and motivation, as students see why the text matters to them
  • Foundational strategy that supports all other comprehension work; without it, new information lacks context for meaning-making

Predicting

  • Hypothesis generation—students make educated guesses based on text features, titles, and prior knowledge
  • Metacognitive engagement develops as readers check predictions against actual content while reading
  • Curiosity driver that transforms passive reading into an active search for confirmation or surprise

Compare: Activating Prior Knowledge vs. Predicting—both occur before deep reading and rely on existing schema, but activating prior knowledge is receptive (what do I already know?) while predicting is generative (what do I think will happen?). FRQs often ask how these strategies work together in a lesson sequence.


During-Reading Strategies: Constructing Meaning in Real Time

These strategies operate while students engage with text. They represent the active cognitive work of comprehension—building mental representations, making connections, and generating understanding.

Visualizing

  • Mental imagery—creating pictures, sounds, or sensory experiences from text strengthens comprehension and memory
  • Narrative and descriptive texts benefit most, though visualization also supports understanding of processes and sequences
  • Dual coding theory explains why: information stored both verbally and visually creates stronger memory traces

Questioning

  • Active reading catalyst—self-generated questions keep readers engaged and focused on meaning
  • Comprehension monitoring happens naturally when questions arise; confusion signals the need for repair strategies
  • Question types matter: literal questions check basic understanding, while inferential questions push deeper thinking

Making Connections

  • Three connection types: text-to-self (personal experience), text-to-text (other readings), and text-to-world (broader knowledge)
  • Relevance building helps students see why texts matter, increasing motivation and comprehension
  • Perspective-taking develops as students connect characters' experiences to their own or others' lives

Compare: Visualizing vs. Making Connections—both create mental elaborations that deepen comprehension, but visualizing builds internal representations of the text itself, while making connections links text to external knowledge and experience. Strong readers use both simultaneously.

Inferencing

  • Reading between the lines—drawing conclusions from implicit information rather than stated facts
  • Evidence-based reasoning is essential; inferences must be supported by textual clues combined with background knowledge
  • Higher-order comprehension depends on inferencing; without it, readers only access surface-level meaning

Determining Importance

  • Selective attention—identifying main ideas and distinguishing them from supporting details
  • Text structure knowledge helps readers recognize where important information typically appears
  • Cognitive load management allows readers to focus mental resources on what matters most

Compare: Inferencing vs. Determining Importance—inferencing asks "what does this mean beyond what's stated?" while determining importance asks "what matters most here?" Both require analysis, but inferencing generates new understanding while determining importance filters and prioritizes existing information.


After-Reading and Repair Strategies: Consolidating and Fixing Understanding

These strategies help readers consolidate meaning after reading or repair comprehension when it breaks down. They represent metacognitive awareness—knowing what you know and what to do when understanding fails.

Summarizing

  • Synthesis skill—distilling text into main ideas and essential details demonstrates true comprehension
  • Transformation required: students must process information and articulate it in their own words, not just copy
  • Assessment-ready strategy that appears frequently on exams because it reveals depth of understanding

Monitoring Comprehension

  • Metacognitive awareness—knowing whether you understand while you're reading
  • Fix-up trigger: when monitoring reveals confusion, readers deploy repair strategies like rereading or clarifying
  • Self-regulated reading depends on this skill; without it, students read passively without recognizing comprehension failures

Clarifying

  • Repair strategy—resolving confusion through rereading, context clues, or external resources
  • Vocabulary focus often drives clarifying, as unknown words frequently cause comprehension breakdowns
  • Strategic flexibility develops as students learn multiple clarifying approaches and choose appropriately

Compare: Monitoring Comprehension vs. Clarifying—monitoring is the detection system (something's wrong), while clarifying is the repair system (here's how to fix it). Effective instruction teaches both together; monitoring without clarifying leaves students stuck, while clarifying without monitoring means students don't know when to use it.


Quick Reference Table

ConceptBest Examples
Schema-based strategiesActivating Prior Knowledge, Making Connections, Predicting
Mental representationVisualizing, Inferencing
Active engagementQuestioning, Predicting
Metacognitive strategiesMonitoring Comprehension, Clarifying
Synthesis and analysisSummarizing, Determining Importance, Inferencing
Before-reading focusActivating Prior Knowledge, Predicting
During-reading focusVisualizing, Questioning, Making Connections, Inferencing
After-reading/repair focusSummarizing, Monitoring Comprehension, Clarifying

Self-Check Questions

  1. Which two strategies both rely on schema theory but differ in whether the reader is recalling versus generating information?

  2. A student reads fluently but cannot explain what a passage was about. Which two strategies would most directly address this comprehension gap, and why?

  3. Compare and contrast inferencing and determining importance: how do both require analysis, yet serve different comprehension purposes?

  4. If an FRQ asks you to design a lesson using the gradual release model, which strategies would you introduce before reading versus during reading, and what's the rationale?

  5. A reader encounters an unfamiliar word and loses track of the paragraph's meaning. Which two strategies should work together to resolve this, and in what order?