TExES Science of Teaching Reading (293)

The science of reading refers to the accumulated body of research from cognitive psychology, neuroscience, linguistics, and education that explains how proficient reading develops and how it should be taught. This research spans over five decades and involves contributions from thousands of studies conducted worldwide.

Key findings from the science of reading include the following principles. First, reading is a complex cognitive process that requires the integration of multiple skills simultaneously. Second, phonemic awareness and phonics knowledge are essential for word recognition. Third, vocabulary knowledge and background knowledge significantly impact comprehension. Fourth, fluency serves as a bridge between word recognition and comprehension. Fifth, explicit and systematic instruction produces better outcomes than implicit or incidental approaches.

The science of reading rejects the notion that children learn to read naturally through exposure to print. Instead, it emphasizes that most children require direct instruction in the alphabetic principle and decoding strategies. This is particularly true for students who struggle with reading acquisition.

The Simple View of Reading, proposed by researchers Philip Gough and William Tunmer, provides a foundational framework for understanding reading comprehension. The model is expressed as a formula: Reading Comprehension = Decoding × Language Comprehension.

Decoding refers to the ability to recognize written words accurately and efficiently. Language comprehension refers to the ability to understand spoken language, including vocabulary, syntax, and discourse-level understanding. According to this model, both components are necessary for reading comprehension, and weakness in either area will limit overall reading ability.

The multiplicative relationship in the formula indicates that if either component equals zero, reading comprehension will also equal zero. A student who can decode words but has limited language comprehension will struggle to understand text. Similarly, a student with strong oral language skills but poor decoding will be unable to access printed text.

The Simple View has important instructional implications. It suggests that reading difficulties can stem from deficits in decoding, language comprehension, or both. Assessment and instruction should address both components systematically.

Hollis Scarborough's Reading Rope model illustrates the complexity of skilled reading through the metaphor of a rope with multiple intertwined strands. The upper strands represent language comprehension and include background knowledge, vocabulary, language structures, verbal reasoning, and literacy knowledge. The lower strands represent word recognition and include phonological awareness, decoding, and sight recognition.

As reading skill develops, these strands become increasingly integrated and automatic. The upper strands contribute to comprehension, while the lower strands contribute to accurate and fluent word reading. Skilled reading requires the simultaneous coordination of all strands.

The Reading Rope model emphasizes that reading instruction must address multiple components from the earliest stages. Focusing exclusively on decoding or exclusively on comprehension will produce readers with gaps in their abilities.

The Four-Part Processing Model describes the cognitive systems involved in word recognition. These systems include the phonological processor, the orthographic processor, the meaning processor, and the context processor.

The phonological processor handles the sounds of language and enables readers to connect letters with sounds. The orthographic processor handles the visual patterns of letters and words. The meaning processor connects words with their definitions and associations. The context processor uses surrounding text and background knowledge to support word identification and comprehension.

Skilled readers coordinate all four processors automatically. Beginning readers rely more heavily on phonological processing and gradually develop orthographic knowledge through repeated exposure to print.

Linnea Ehri identified four phases through which children progress as they develop word reading ability. Understanding these phases helps teachers provide developmentally appropriate instruction.

The partial alphabetic phase occurs when children begin to use some letter-sound correspondences, typically the first and last letters of words. They may read "bed" as "bad" because they focus only on the initial and final consonants.

The full alphabetic phase occurs when children can decode words by processing all grapheme-phoneme correspondences. Reading is slow and deliberate as children sound out unfamiliar words.

The consolidated alphabetic phase occurs when children recognize larger orthographic units such as syllables, morphemes, and common letter patterns. This enables more efficient word recognition and frees cognitive resources for comprehension.

Spelling (encoding) develops in a predictable order that parallels word reading. A student's spelling sample is one of the best windows into what the student knows about sounds, patterns, and meaning, so the exam often asks you to identify a stage or the next instructional step from a spelling sample.