Strategies for constructing meaning from text, monitoring understanding, and repairing comprehension breakdowns. Covers before-during-after reading framework, seven evidence-based comprehension strategies (activating prior knowledge, questioning, visualizing, inferring, determining importance, summarizing, monitoring/fix-up), text structure recognition (narrative and expository), schema theory, close reading protocols, and the gradual release of responsibility instructional model. Use when teaching comprehension strategies, analyzing reader difficulties, planning text-based instruction, or building meaning from complex texts.
Reading comprehension is the construction of meaning through the interaction between reader, text, and context (RAND Reading Study Group, 2002). It is not a passive reception of information but an active, strategic process in which the reader builds a mental model of the text's content, monitors that model for coherence, and repairs it when meaning breaks down. This skill covers the cognitive strategies that proficient readers use, the text structures that organize information, and the instructional frameworks that teach comprehension explicitly.
Agent affinity: rosenblatt (reader response, transactional theory), austen (close reading, narrative intelligence), clay (early literacy, monitoring)
Concept IDs: read-main-idea-details, read-inferencing, read-text-structure, read-summarizing, read-monitoring-comprehension
Research on expert readers (Pressley & Afflerbach, 1995; Duke & Pearson, 2002) identifies seven strategies that proficient readers deploy automatically. Developing readers must learn these strategies explicitly and practice them until they become habitual.
Before and during reading, proficient readers connect what they are reading to what they already know. Schema theory (Anderson & Pearson, 1984) explains this: knowledge is organized in schemas (mental frameworks), and comprehension occurs when new information is integrated into existing schemas.
Application. Before reading, ask: "What do I already know about this topic?" During reading: "How does this connect to something I've read or experienced before?" When prior knowledge conflicts with the text: "Do I need to revise what I thought I knew?"
Danger. Prior knowledge can also interfere with comprehension when the reader's existing schema is inaccurate. The reader must be willing to revise beliefs in light of evidence from the text.
Proficient readers generate questions before, during, and after reading:
| Timing | Question types | Purpose |
|---|---|---|
| Before | "What will this be about?" "What do I want to learn?" | Set purpose, activate curiosity |
| During | "Why did the character do that?" "What does this term mean?" | Monitor understanding, deepen engagement |
| After | "What was the main idea?" "How does this change what I think?" | Consolidate understanding, evaluate significance |
Question quality matters. "What color was the hat?" is a literal recall question. "Why did the author choose to describe the hat in this scene?" is an inferential question that drives deeper comprehension. Teaching students to ask thick questions (requiring synthesis, inference, evaluation) rather than thin questions (requiring only recall) improves comprehension significantly (Taboada & Guthrie, 2006).
Proficient readers create mental images of what they read -- sensory representations of scenes, processes, and relationships. Visualization is especially powerful for narrative text (seeing the setting, the characters' actions) and for scientific text (imagining the process, the spatial arrangement).
Application. "What does this scene look like in my mind?" "Can I draw a diagram of this process?" When the mental image breaks down, it signals a comprehension problem that needs attention.
Inferring is reading between the lines -- combining text clues with background knowledge to understand what is not explicitly stated. Inference is the most cognitively demanding comprehension strategy and the most critical for deep understanding.
Types of inference:
| Type | What the reader infers | Example |
|---|---|---|
| Coherence inference | Logical connection between sentences | "Maria grabbed her umbrella. The sidewalk was already wet." (It is raining.) |
| Elaborative inference | Details not stated but implied | "The surgeon picked up the scalpel." (They are in an operating room.) |
| Predictive inference | What will happen next | "The dark clouds gathered overhead..." (A storm is coming.) |
| Evaluative inference | Judgments about characters, arguments, quality | "The politician's smile did not reach his eyes." (He is insincere.) |
Not everything in a text matters equally. Proficient readers distinguish main ideas from supporting details, essential information from interesting-but-tangential material.
Signals of importance in expository text:
Signals of importance in narrative text:
Summarizing requires the reader to identify the most important ideas, organize them, and restate them concisely. It is both a comprehension check (can you summarize what you read?) and a comprehension builder (the act of summarizing deepens understanding).
A good summary:
Rule-based summarizing (Brown & Day, 1983):
Metacognitive monitoring is the ability to notice when comprehension breaks down and to take corrective action. It is the strategy that governs all other strategies -- the reader's internal quality control system.
Signals of comprehension breakdown:
Fix-up strategies:
Narrative texts follow a story grammar: setting, characters, problem (conflict), rising action, climax, falling action, resolution. Readers who recognize this structure predict what comes next and organize their understanding around the plot arc.
Story grammar elements:
Informational texts use five primary organizational patterns. Recognizing the pattern helps the reader predict, organize, and remember information.
| Structure | Signal words | Graphic organizer |
|---|---|---|
| Description | for example, characteristics, such as | Web/cluster |
| Sequence | first, next, then, finally, steps | Timeline/flowchart |
| Compare-Contrast | however, on the other hand, similarly, unlike | Venn diagram |
| Cause-Effect | because, as a result, therefore, consequently | Cause-effect chain |
| Problem-Solution | the problem is, one solution, as a result | Problem-solution chart |
Anderson and Pearson's (1984) schema theory explains how prior knowledge shapes comprehension. A schema is a mental framework -- an organized knowledge structure for a concept or experience. When reading, the reader's schema provides:
Schema mismatch. When a reader lacks the schema a text assumes, comprehension collapses. A reader who has never seen snow will struggle with a passage that assumes winter-weather knowledge. This is why background knowledge building is a comprehension intervention, not just a vocabulary intervention.
Close reading is the careful, sustained interpretation of a brief passage of text, attending to meaning, craft, and structure. It is the reading equivalent of Euclid's proof verification -- every sentence is examined for what it claims and how it claims it.
Three-pass close reading:
Pearson and Gallagher's (1983) model structures comprehension instruction as a transfer of cognitive work from teacher to student:
This model prevents the common failure mode of strategy instruction: teaching the strategy in isolation without scaffolding the transfer to independent use.