Extract, Organize, Apply | A Flexible Framework for Scientific Reading
Pirl Experimental | Science Literacy Field Guide

Extract. Organize. Apply.

A flexible framework for scientific reading

No single reading strategy can truly encompass scientific reading. But science teachers can give students one reliable workflow: identify what matters, arrange it so relationships become visible, and use it to do something scientific.

Download the teacher field guide (PDF)

The problem: one strategy cannot do every reading job

Science texts are often grouped together as informational text, but they do not all create the same reading problem. One paragraph may directly define a concept. Another may explain a causal mechanism. A third may split meaning between prose and a diagram. A fourth may present evidence that students need to evaluate.

The mismatch is the problem. If a text is short and literal, forcing students to predict, question, clarify, and summarize every paragraph can turn the strategy into the assignment. If a text simply explains established information, forcing it into claim-evidence-reasoning can manufacture an argument that is not really there.

That does not mean Reciprocal Teaching, Collaborative Strategic Reading, QAR, text-structure instruction, multimodal reading, or CER are poor strategies. It means they are specialized tools. Science teachers need a stable workflow that can hold those tools without pretending one of them fits every text.

The reading routine should serve the science. The science should not be reshaped to serve the reading routine.

The solution: one workflow, many tools

STEP 1

EXTRACT

What information matters for the purpose of this reading?

Identify, select, clarify, and gather information from words, visuals, data, and other representations.

STEP 2

ORGANIZE

How does the information fit together?

Arrange information so relationships, categories, sequences, patterns, or arguments become visible.

STEP 3

APPLY

What can I do with what I now understand?

Explain, predict, decide, model, solve, argue, critique, or transfer the information to a new situation.

This is not meant to become three boxes students fill in mechanically. It is a way to organize instruction. Sometimes the extraction is quick and the application takes most of the lesson. Sometimes students need substantial help clarifying a difficult passage before they can organize anything. The proportions should change with the text and the learning goal.

Why this fits New Jersey's Grade 7 ELA expectations

The 2023 New Jersey Student Learning Standards do not prescribe a single named reading strategy. Grade 7 students are expected to cite evidence and make connections, determine central ideas, analyze relationships and text structures, integrate information across formats, and evaluate arguments and evidence. The state's STAMP resources also include guidance specifically for leveraging Grade 7 ELA instruction in science.

Framework moveExamples of NJ Grade 7 expectations it can supportScience-class translation
ExtractRI.CR.7.1; RI.CI.7.2; RI.MF.7.6Select relevant evidence, identify essential content, and gather meaning from text, visuals, and other formats.
OrganizeRI.IT.7.3; RI.TS.7.4; W.IW.7.2Arrange ideas by sequence, cause/effect, comparison, category, or another relationship that makes the science clearer.
ApplyRI.AA.7.7; W.AW.7.1; SL.ES.7.3Use evidence to explain, defend a claim, evaluate reasoning, or critique another argument.

Official references: NJDOE 2023 NJSLS-ELA Grade 7 and NJDOE Standards Transparency and Mastery Platform (STAMP). Links appear at the end of this guide.

Step 1: EXTRACT

Extract does not mean copy facts. It means identify and select the information that matters for the purpose of the reading. Students may extract from prose, diagrams, captions, tables, photographs, graphs, or models.

Organizer 1

Need-to-Know Grid

Best when the text is direct, compact, and content-heavy.

Concept / ToolMust KnowUseful DetailVisual / Data Clue
____________________
____________________

Prompt: If you could keep only the information needed to use this idea later, what would you keep?

Organizer 2

Text + Visual Extraction

Best when meaning is distributed across words and representations.

TEXT: What information does the paragraph give me?

VISUAL / DATA: What can I directly observe?

KEEP: What information from both sources matters for our purpose?

This absorbs the useful core of Text - Visual - Explain without requiring it on texts where the visual is merely decorative.

Tools that belong inside Extract

Reciprocal TeachingUse prediction, clarification, questioning, and summarizing when students genuinely need support making meaning from a challenging passage.
CSR / Click-ClunkUse when technical vocabulary, dense phrasing, or unfamiliar concepts are likely to interrupt comprehension.
Text-Visual-ExplainUse when diagrams, medical images, graphs, models, or captions carry essential information.
QARUse selectively when students need help identifying whether an answer is explicit, distributed across the text, or requires combining the text with reasoning.

Step 2: ORGANIZE

Organization is where isolated facts become a usable mental model. The organizer should reveal the relationship that matters, not merely provide empty boxes.

Organizer 1

Relationship Builder

Choose the structure that matches the science.

Cause and effect: CAUSE -> mechanism -> EFFECT

Sequence: STEP 1 -> STEP 2 -> STEP 3

Compare: SYSTEM A | BOTH | SYSTEM B

Problem / solution: PROBLEM -> constraints -> response -> outcome
Organizer 2

Concept - Function - Limits

Useful for tools, structures, systems, organelles, processes, or methods.

ConceptWhat it does / explainsImportant evidence or detailStrength / limitation
____________________
____________________

Tools that belong inside Organize

Text StructureUse cause/effect, sequence, comparison, proposition/support, and problem/solution when the author's organization helps reveal the concept.
Comparison tablesUse when students need to distinguish similar tools, systems, structures, or explanations.
Models and diagramsUse when spatial, causal, or systems relationships are easier to understand visually than in prose.
Student-generated summariesUse after organization, not automatically before it. A useful summary should emerge from understanding the relationships among ideas.

Step 3: APPLY

This is where the reading earns its place in science class. Students use what they extracted and organized to do something with the science.

Organizer 1

Case / Problem Transfer

NEW SITUATION: What happened?

RELEVANT INFORMATION: Which extracted ideas matter here?

DECISION / EXPLANATION: What should happen or what explains the outcome?

WHY IT FITS: Connect the information to the case.
Organizer 2

CER + Critique

CLAIM: What do you conclude?

EVIDENCE: What information supports it?

REASONING: Why does that evidence support the claim?

CRITIQUE: Is another argument accurate, relevant, sufficient, and logically connected?

Apply can take many forms

ExplainPredictChooseDiagnoseModelDesignArgueCritiqueTransfer

Application does not have to mean more writing. A student can apply understanding by annotating a model, selecting a diagnostic test, revising a diagram, predicting an outcome, comparing two explanations, or defending a choice orally.

How the familiar strategies now fit

Strategy / toolPrimary homeUse it when...Do not force it when...
Reciprocal TeachingExtractStudents need active comprehension monitoring across a challenging passage.The text is short, literal, or reference-like.
Collaborative Strategic ReadingExtractVocabulary and dense language are likely to create comprehension breakdowns.Students already understand the prose and just need the information.
Text - Visual - ExplainExtract / OrganizeThe visual carries meaning that the prose alone does not.The visual is decorative.
Text StructureOrganizeCause/effect, sequence, comparison, or another structure carries the scientific meaning.The structure is incidental.
QARExtract / ApplyStudents need to understand where an answer must come from or what level of reasoning is required.The main barrier is basic comprehension.
CER + CritiqueApplyThere is a real decision, explanation, claim, or argument worth defending or evaluating.The text is merely stating direct information.

A sample: medical imaging

Consider a direct science text explaining X-rays, MRI, CT, ultrasound, endoscopy, and laparoscopy. The goal is not to uncover a hidden theme. Students need to know what each method can show, what it uses, and when it is useful. That makes the workflow straightforward.

EXTRACT

Keep the useful facts

X-ray: bones/fractures, fast.
MRI: soft tissues, detailed, slower.
CT: detailed internal images, useful quickly in emergencies.
Ultrasound: sound waves, soft tissues, noninvasive.

ORGANIZE

Compare by decision-relevant categories

Tool | what it shows | how it works | strength/limitation.

APPLY

Use the information

Give students a new patient case. Ask them to select a useful imaging method, support the choice, and critique a competing recommendation.

Notice what disappeared: there is no requirement to manufacture a prediction, generic question, or CER for every paragraph. Those moves are available if the reading problem calls for them.

Teacher decision guide: how much scaffolding does this text need?

If the text...Then...
is direct, short, and mostly factualKeep Extract brief. Organize only the categories students will need later. Spend most of the time on Apply.
contains unfamiliar vocabulary or dense explanationsStrengthen Extract with clarification, CSR, vocabulary repair, or teacher modeling.
depends on cause/effect, sequence, or comparisonMake Organize explicit using a structure that reveals those relationships.
contains important diagrams, graphs, or imagesExtract from both modes and organize how the visual and prose connect.
presents competing explanations or claimsExtract claims/evidence, organize the argument, then Apply through evaluation or critique.
is already well understoodDo less reading-strategy work. Move on to application.

Implementation: make the framework visible, then make it disappear

Early

  • Name all three moves.
  • Model what counts as important information.
  • Provide an organizer matched to the text.
  • Explain why the organizer fits.

Later

  • Ask students what they need to extract.
  • Let them choose how to organize it.
  • Increase the complexity of the application.
  • Remove the organizer when it stops helping.
The end goal is not students who are good at filling out graphic organizers. It is students who can decide what information matters, see how it fits together, and use it.

Planning check: five questions before assigning a reading

  1. What will students need to do with this information afterward?
  2. What information must they extract to do that?
  3. What relationship or structure should become visible during organization?
  4. Where are students actually likely to struggle? Vocabulary? syntax? visual interpretation? distinguishing evidence? background knowledge?
  5. What is the lightest scaffold that solves that problem?

If the answer to question five is "none," that is acceptable. Not every paragraph needs a strategy attached to it.

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Standards references: New Jersey Department of Education, 2023 NJSLS-ELA Grade 7; NJDOE Standards Transparency and Mastery Platform (STAMP). This framework is a teacher-designed synthesis, not an NJDOE-prescribed reading program.