Linguistic simplification of complex, unfamiliar academic text*

When to use it

Use this support when a specific text or test item is so linguistically complex that its wording, rather than the concept itself, blocks comprehension for an emergent bilingual student. It is appropriate when the language demand is construct-irrelevant (the goal is to teach or assess science, math, or social studies content, not English syntax), when the student has enough conceptual background to engage with the idea, and when the original text contains features known to widen the comprehension gap (rare idioms, dense nominalizations, multiple subordinate clauses, passive voice). It also works as a short-term bridge while the student is simultaneously being taught to unpack complex academic syntax. It is NOT appropriate when the linguistic feature itself is the learning target (for example, an English language arts and reading lesson on parsing complex sentences), and it should never replace the parallel work of teaching students to handle authentic, grade-level text over time.

How to implement it

1. 1Identify the construct first: decide what the text or task is actually meant to teach or assess (the content) versus what is incidental language load. Only the incidental load is eligible for simplification.
2. 2Diagnose the specific barriers in the original text: flag low-frequency non-content vocabulary and idioms, long sentences with multiple embedded clauses, passive voice, nominalizations, ambiguous pronoun referents, and unfamiliar cultural references.
3. 3Preserve the rigor: keep all key academic and discipline-specific terms (these are the learning target), hold the conceptual difficulty constant, and gloss technical terms in context rather than deleting them.
4. 4Apply targeted moves to the eligible load only: shorten and break up sentences, convert passive to active voice, make pronoun referents explicit, replace rare non-content words with high-frequency synonyms, and put the main idea of each chunk first.
5. 5Add visual and multimodal supports around the text (labeled images, diagrams, headings, chunking, a glossary). In test-item research, adding visual representations produced the largest gains, so prioritize embedding visuals rather than cutting still more language.
6. 6Pair the simplified version with the original whenever feasible, so the student builds toward the authentic text instead of being permanently routed to a separate, lesser version.
7. 7Set and document a fade plan: track which features the student can now handle independently, gradually reintroduce complex syntax with annotation, and record the reduction of support across the grading period as evidence of growth toward grade-level autonomy.

Examples

• •Science: A 7th-grade text reads, 'The dissolution of the solute, having been accelerated by the elevated temperature of the aqueous medium, proceeded rapidly.' For a Beginning student, the teacher provides a paired chunk: 'The water was hot. The hot water made the solid dissolve faster.' The key terms solute, dissolve, and temperature are kept and glossed, so the science construct stays intact while the syntax load drops.
• •Math word problem: The original item embeds the operation in three relative clauses and an idiom ('a ballpark figure'). The teacher rewrites only the language ('about how many,' active voice, one clause per sentence) but keeps the identical numbers, quantities, and mathematical relationship, mirroring Abedi and Lord's finding that reducing linguistic complexity raises emergent bilingual performance without changing the math.
• •Social studies: A primary-source excerpt on the Texas Revolution uses archaic phrasing and unfamiliar references. For an Intermediate student, the teacher leaves the source intact but annotates the three densest sentences with a marginal plain-language gloss and adds a labeled timeline visual, rather than replacing the document.
• •Text engineering: A teacher takes a dense grade-level article, chunks it under plain-language headings, inserts a synonym in parentheses after each low-frequency non-content word, and adds a labeled diagram, holding all content vocabulary constant so the rigor is unchanged.
• •Fade in action: A student who needed a fully restructured passage in the fall now reads the authentic text in spring with only a short glossary of five preserved academic terms; the teacher logs this reduction as evidence of movement toward grade-level reading autonomy.