Category: Foundations of Reading

The Interactive Relationship of Letter Knowledge and Phonological Awareness in Learning How to Read

Learning the names and sounds of letters is one of the first steps in reading acquisition. Students often struggle with learning the letters of similar shapes before age four (Thompson, 2009; Molfese et al., 2006). Older students learn and recall letter names and sounds at a higher rate than younger students; older students often have higher cognitive skills. Thompson noted that students typically learn upper case letters before learning lower case letters because the letters classified as having “cross-case visual dissimilarity” are easier for younger students to learn (p. 58). Eight letters are classified as having this cross-case dissimilarity: Aa, Bb, Dd, Ee, Gg, Hh, Nn, and Rr. Learning the corresponding sounds to the letters can also be a challenge. Several studies have found that letter knowledge is related to a student’s phonological skills and cognitive abilities (Molfese et al., 2008; Leppänen, Aunola, Niemi, & Nurmi, 2008; Thompson, 2009). The higher a child’s cognitive processing skills are the higher his rate of letter acquisition. Leppänen et al. and Molfese et al. argued, respectively, that letter knowledge at the end of kindergarten is the best predictor of language skills in grade 4 and in grade 6.

Letter knowledge also involves the idea that each letter has one corresponding sound; some letters have up to three corresponding sounds. The letter sounds also change when the letters are combined with other letters to form words. The letter sounds and rules of letter sounds are part of phonological awareness, which includes a student’s ability to process letter sounds, rhyming words, and segmenting letters within words (Molfese et al., 2006). Phonological awareness is part of the dual route cognitive processing that changes letters into words. Phonological awareness level affects the ability of students to retain individual letter knowledge. Students who demonstrate low phonological awareness skills often need intervention to stay at grade level. However, these phonological awareness skills play a smaller part in reading as students get older. The transition begins

Socio-economic status (SES) can also impact letter knowledge skills for children. For example, children of low SES are usually at a disadvantage when they begin their formal education because they typically have had less exposure to written and spoken words. Parents of low SES are also less likely to have written material in their homes, and they are less likely to read to their children. Parents of low SES children typically have less formal education than parents of higher SES children. High phonological awareness skills will void the effects of lower SES (Nobel, Farah, & McCandliss, 2006).

Phonological awareness skills are more important during the early years of education when children are learning to read (Vaessen & Blomert, 2009). Earlier language skills often predict later phonological awareness skills (Peterson, Pennington, Shriberg, & Boada, 2009). The phonological processing skills of students also determine their rate of letter identification (Molfese et al., 2006). The reliance of students on phonological awareness skills often declines as their cognition develops, and proficient readers use their memory rather than the assistance of phonological awareness skills to decode written words.

Phonological awareness includes ability to process letter sounds, rhyming words, and segmenting letters within words (Molfese et al., 2006). Phonological awareness is a key cognitive function in learning how to read. Students use phonological awareness skills to process pseudo words or non-words, and they provide the rules and sounds of letters to sound out these words. Phonological awareness skills are often used for initially processing letters into words that are coded into memory for future use in reading fluency and reading comprehension. Students’ level of phonological awareness is often used as a predictor for later reading skills. High phonological awareness skills frequently void the effects of lower socioeconomic status (Nobel, Farah, & McCandliss, 2006). Low phonological awareness can also lead to diagnoses of developmental phonological dyslexia.

References

Leppänen, U., Aunola, K., Niemi, P., & Nurmi, J. (2008). Letter knowledge predicts grade 4 reading fluency and reading comprehension. Learning and Instruction, 18, 548-564.

Molfese, V., Modglin, A., Beswick, J., Neamon, J., Berg, S., Berg, C., & Mohar, A. (2006). Letter knowledge, phonological processing, and print knowledge: Skill development in nonreading preschool children. Journal of Learning Disabilities, 39(4), 296-305.

Noble, K., Farah, M. & McCandliss, B. (2006). Socioeconomic background modulates cognition-achievement relationships in reading. Cognitive Development, 21(3), 349-368.

Peterson, R., Pennington, B., Shriberg, L, & Boada, R. (2009). What influences literacy outcome in children with speech sound disorder? Journal of Speech, Language, and Hearing Research, 52, 1175-1188.

Thompson, G. (2009). The long learning route to abstract letter units. Cognitive Neuropsychology, 26(1), 50-69.

Vaessen, A, & Blomert, L. (2009). Long-term cognitive dynamics of fluent reading development. Journal of Experimental Child Psychology, 105, 213-231.

 

Why Include Morphology Analysis in Literacy Instruction?

Students usually benefit immensely from learning how to analysis morphemes—spelling, vocabulary, comprehension, and word memory. Students benefit across all subjects of education, as all subjects usually dictate that you must know how to read in order to successful pass each subject matter. Each subject contains words that are unique to that subject. Those words paint the picture(s) of that subject, such as in music-symbol, baritone, allegro or in math-adding, multiply, deduct. Research shows that teaching students about morphological awareness usually increases their ability to comprehend written passage(s) (Carlisle, McBride-Chang, Nagy, & Nunes, 2010). In the same article Carlisle, McBride-Chang, Nagy, & Nunes (2010) noted that learning how to analysis words or learning how to break down words into smaller units of meaning shows a strong correlation between morphological awareness and vocabulary knowledge. What is morphology and when should educators begin formal instruction of morphology?

Morphology is the study of word formation. Words are single or a combination of morphemes. Morphemes are the smallest units of meaning. The different units of a word dictate its meaning, adding or subtracting different units of meaning help to fine tune its meaning. There are different types of morphemes that are used to orchestrate word meaning.

  • Unbound or free – These morphemes can stand alone and are usually the heart or base of a word. These are words like; spell, port, or graph.
  • Bound – These morphemes cannot stand alone. Bound morphemes are added to free morphemes and are generally referred to as affixes, like “ful”, “re”, “il”, “est” or “bi”.
  • Derivational – These morphemes change the meaning or direction of the word, such as hope, hopeless, hopelessly or hope, hopeful, hopefully.
  • Inflectional – These morphemes indicate a grammatical feature, such as numbers or a comparative. These morphemes are usually suffixes, like “s”, “ed”, or “ing”.

It is important to note that a vowel may function as a connector of meanings within a word, such as in therm + o + meter (Donah & White, 2017). There are others morphemes, such as conjunctions that serve as connectors of words within a sentence.

Students begin learning unconsciously about morphemes as they learn oral language. This is when they begin to add and subtract different morphemes (sounds) to form different words of meaning to better communicate their thoughts with other individuals. Students unconsciously build their vocabulary based on their environment. Some students may begin transferring their oral language knowledge to understand written words before they begin their primary school education. Most students are ready to begin discussing the analysis of word chemistry in kindergarten. The timeline will be different for each student. In most cases the student will begin the conversation about the spelling or different parts of word. Teachers might begin the conversation by asking questions about words that are familiar to that student or group of students, like “this” or “his”.

Studying the way morphemes interact, combine, and change the meaning of words seems like a daunting, laborious task that many students just assume avoid altogether. Addressing morphology in spontaneous and planned instruction may ease the task of learning the chemistry of words. Often students ask questions about words or groups of words that lend to the opportunity to have a “mini” word discussion. The depth of discussion about the question should be relevant to the learning level of student(s). Intentional instruction might be included throughout the instructional day within each subject of study. The when, how, and what of the lesson will be dependent on student ability or grade level. The format of planned instruction usually differs, taking into account time and student ability. Some lessons may last 5 minutes, others 30-45 minutes. Planned instruction might include metacognitive modeling, independent practice, small-group word exploration/collaboration, or interactive games. This is vocabulary or lexicon development and comprehension skill development, which are part of the foundational skills necessary to read and write effectively.

References

Carlisle, J.F., McBride-Chang, C., Nagy, W., & Nunes, T. (2010). Effects of

instruction in morphological awareness on literacy achievement: an

integrative review. Reading Research Quarterly, 45(4), 464-487.

https://doi.org/10.1598//RRQ.45.4.5.

Donah, S. & White, N.C. (2017). Morphemic awareness. International Dyslexia

Association Conference-Atlanta, GA.

The Need for Purposeful, Explicit Instruction of Phonological Awareness

Phonological awareness skills are the foundation of written literacy. Phonological awareness is “an awareness of various levels of speech sound system, such as syllables, accent patterns, rhyme, and phonemes” (Henry, p. 313). Students usually acquire most of their phonological awareness skills naturally through their environment. For most students, social interactions outside of the home environment stopped for more than a year. Students didn’t have the luxury of experiencing natural interactions with in their community. They were also not exposed to other “natural” environments, such vacation venues. Students lost the natural modeling of high-cognitive language and actions that usually takes place in their natural and extended environments. Students lost their natural venue to strengthen their lexicon and oral language skills. Most students did have access to technology that may have decreased the loss of oral language development. Students may have paid a higher price for oral language development through technology, as technology may have a negative impact on brain development. Dual language students may have suffered a greater loss, as they are missing the natural absorption of two languages. These natural social skills are the foundations for reading and comprehending written language. Many students may need to “catch-up” their oral language skills to learn how to effectively read and comprehend written words.

Phonological awareness can be taught purposefully during different types of instruction. Play is one kind of instruction that may boost social interaction and phonological awareness. The play may be unorganized or organized allows students to talk and explore different venues. Collaboration is another form of instruction that allows for social interaction. The collaboration might be students who are at the same learning levels or a higher and a lower student working together. Small group instruction lends to more explicit instruction that might focus on listening/hearing of sounds through learning letter sounds; isolating letter sounds within words; repeating dictated sounds, words, and sentences; listening for changes in rhyming or word families; listening for similar patterns within words; or encoding and decoding of words. Phonological awareness instruction should rely heavily on oral instruction.

References

Henry, M.K. (2010). Unlocking Literacy, Effective Decoding & Spelling instruction (2nd ed.) Baltimore: Brookes Pub.

Alphabetic Principle

Our brain is not prewired to read, so we must “train” our brain through instruction and practice. This will develop the connections necessary to process and read printed words. But reading the words is not enough, as one must have meaning attached to the words to comprehend what the words mean. The comprehension component of reading begins at birth, when a person begins to attach sounds to meaning. Learning how to read the symbols or words begins when a person attaches pictures to sounds. Some will learn the name of each individual alphabet letter by accident, most will need to be explicitly taught what each letter is called. This can be tricky as some letters can stand for several different sounds and the sounds of the individual letter can change when they are combined with other letters. Individuals begin learning about letters, letter sounds, and the sounds of combining letters into words as they learn how to speak or communicate orally. This is called phonemic awareness.

Students are typically taught one letter and one sound at a time, before adding or talking about the other sounds an alphabet letter may make. This may seem laborious for some, but very necessary to build an adequate, firm foundation in which to develop fluent reading and comprehension of the written words. Letter-sound correspondence taught using action or movement can lessen the strain. Students should see the letter in print as they are saying the sound. It is also helpful for students to write the letters as they say the letter’s sound. There are programs or video clips that can be used to reinforce and practice letter-sound correspondences. Learning letter-sound correspondences increases students’ ability to decode and encode written words based on the individual sounds of a word.

Students who are dyslexic will often take longer to learn letter-sound correspondences as their brains are initially wired differently. Their brain connections typically develop differently from most individuals. This is also why some dyslexic individuals tend to be labeled as dumb, lazy, etc. A dyslexic brain works overtime to develop new connections between the different parts of brain necessary to process written words into meaning. This often makes students tired or overwhelmed. Students need a safe learning environment to explore the relationships of sounds and letters, without ridicule, as they develop efficient reading highways in their brain.

The University of Oregon (2009) wrote and published an article at reading.uoregon.edu that discusses the concepts and research of alphabetic principle and its components. The article defines alphabetic principle as two parts, alphabetic understanding and phonological recoding. Alphabetic understanding or sound-letter correspondences is the second pillar of structured literacy, which I defined in an earlier blog as the knowing of the relationship(s) between phoneme(s) and grapheme(s). This knowledge gives students a tool to allow them to be self-starters, to begin sounding out (decoding) and spelling (encoding) words on their own. Learning to read is a very complex, interdependent process that takes time and practice.

Structured Literacy Supports All Learners-Dyslexic, ESL

Structured Literacy Supports All Learners:  Students At-Risk of Literacy Acquisition—Dyslexia and English Learners

Abstract

Learning to read is a complex endeavor that requires developing brain connections. The brain connections for reading written words begins forming during the development of oral language. The maturing of oral language and reading instruction continue the growth of the necessary brain connections to read and write. Structured Literacy instruction helps to develop and strengthen brain connections for reading and processing written language. Structured Literacy encourages educators to teach the essential literacy foundational skills during the pre and primary school years, so students have a better chance of achieving and maintaining proficiency in literacy. 

This article was published in the Texas Association for Literacy Instruction Yearbook, Volume 7, September 2020, Chapter 5, p. 37-43, downloadable at  http://www.texasreaders.org/yearbooks.html.

Increasing Student Wealth, Lexicon of Knowledge

Developing student lexicon* to increase comprehension of spoken and written language happens naturally and purposively. The environment that an individual lives in naturally develops their lexicon. For example if you live on a farm, you obsorb the knowledge/language of farm culture. The degree of farm language that you learn depends on the components of the farm that you are exposed to, and your degree of participation in the those components. The learned and stored information about farm life may be relevant in other cultures or life-styles. For example you may learn about record keeping that is applicable in every business. Or you may learn about the components of healthy food consumption that applicable to human development in any culture.

Where I was raised it was natural for most individuals to learn about fresh water fish, it was part of the community culture. It was natural to learn about the salmon run, where in a community near the ocean it may be more natural to learn about sea turtles or tide pools. The habitats, life-cycle, and behaviors of different types of fish have many similarities. Within a purposeful learning environment the study of fish usually gives the opportunity to introduce different cultures, geographical areas, bodies of water, etc. of where the fish reside. The similarities and differences help students to increase their lexicon to comprehend both seen and unseen language related to fish and their habitat. The new learned information about fish is then available to make new conclusions.

In the book How Lincoln Learned to Read,Wolff describes how 12 individuals were educated through their the culture or life-style. This is a non-fiction book that discusses individuals that made notable contributions to America. Some of individuals had great disabilities, some had wealth, and some were very poor. The book includes people and events that influenced their learning. Reading How Lincoln Learned to Read helps the reader to paint a picture of how individuals are educated inside and outside of the classroom and how a person gathers information to understand written and spoken language. The book also helps the reader to understand how early childhood education can influence adult choices.

One chapter of the book describes the education of Belle born to slaves. She was educated by her parents to function effectively within the institution of slavery. This was not the slavery of the plantation South, but of the Northern Dutch who had smaller farms. She had to learn that she was commodity and that staying with her parents could end at a very young age. The chapter also describes how her life evolved into a free woman and how she used prior knowledge to move her forward. Another chapter of the book describes how a girl named, Rachel was raised in hills without the conveniences of modern day technology. The chapter goes on to describe how she lost her father at age 11, forcing the family to move closer to her mother’s family. Where she was able gain a formal education through a private school. The chapter goes on to describe how she used the knowledge that she gained as a child her writing. Some of her writings about nature, the hills, set the stage for present science education. The book also describes individuals such as Abraham Lincoln, Henry Ford, and Benjamin Franklin.

*Students store spoken and written words in their lexicon or mental dictionary. Students increase their mental dictionary through their environment. Student lexicon is always adding new words, pictures, gestures, etc that may help them to better comprehend language. This development begins at birth. Their brain begins attaching meaning(s) to individual tones of sound. Students adjust their stored information as they are introduced to new sounds and their meaning(s). Students also adjust their stored information as new meaning(s) or connections are introduced to the stored information. For example, if you know that dogs shakes when it gets wet, but do not know that dogs may smell when they get wet. Then you experience the a bad odor of a wet dog. Your mental dictionary will adjust your stored information to be dogs shake and may smell when they get wet. The stored information may look similar to a spider web as the information is added and adjusted. Students transfer the stored meaning(s) of tones (voice) to symbols (print) as they learn how to read and write. Student lexicon also helps students to infer or conclude the unwritten or unspoken meaning of a conversation or writing.

Reference
Wolff, Daniel (2009). How Linclon Learned to Read. New York: Bloomsbury USA.

Strong oral language skills may increase student ability to learn how to read and write.

Children learn oral language through what is “modeled” in their environment. At birth children begin learning speech sounds and patterns through social interaction. Children begin stringing sounds together to form words and sentences based what they hear in their environment. Children connect words to pictures and meaning to interpret the “noise.” A person’s genetic code plays a role in how they form and catalog these sounds and words into meaning. Children begin building their personal “dictionary” at birth through observations and interactions of their environment. Children catalog spoken verbiage with their understanding of the word(s). Children use their personal dictionary to process and comprehend spoken language. Children will attach “higher” functioning words to the simple words as they maturate, such as cut-carve and fun-merriment.


Children use their knowledge of spoken language to learn how to read written symbols and write words. Their knowledge of oral language helps them learn how to decode and encode words and sentences. Children edit their personal dictionary to include the written words of the cataloged spoken words. For example, I was raised on a farm and owned a flock of sheep. So, the subject of biology or science seemed easy to me until I had to sit in a formal biology class. Some of the verbiage or words used in the class to describe the subjects covered in biology class were foreign to me. I was able to transfer my verbal knowledge of the subject, which helped me to learn the “new” words used to described things that were already familiar to me. In addition, I often witness this in the classroom, as students are presented worksheets or exams that use “unfamiliar” words for things that students are already familiar with. Individuals continue to edit their dictionary to accommodate new oral and written information as they maturate.

Teaching Sound-Symbol Correspondences

         For me, a joy of teaching is watching a student realize that they have the power (the tools) to analyze and decode words into the correct sounds. This skill can be easy for some students to master, most will need instruction. The type and intensity of instruction will differ for each student. I suggest that all instruction should include practice in naming the letter and its sound(s). This practice should happen each day. Using cards that include picture(s) of an item that begins with the sound of the letter will increase the retention of the sound-symbol correspondences. There are other instructional strategies that can be used in addition to flashcards. Some of these instructional strategies are discussed in the following paragraph.

         The following strategies include three of more of the five senses—hearing, touching, seeing, tasting, and smelling. The first strategy is to match cards of letters with cards that feature pictures of items that begin with the same sound as the letter. There should be pictures that represent all of the sounds that a letter can make, for example G…. /g/ /j/ or E…. /e/ /E/.  Students says the letter and the beginning sound of the featured item when they the matched cards. The second strategy is using a white board and marker. Students write the letter, then say the sound. Or the teacher says the sound the student writes the letter. The third strategy is using sand. Colored maybe a better choice as this usually gives a better contrast and students tend to like color. Pour just enough sand to give about a fourth of an inch layer on a plate, on a table or on deep cookie sheet type container. Students write a letter in the sand and say the sound(s) of the letter. Or the teacher says the sound of the letter the student writes the letter. The fourth strategy is using pudding. This can be used in the same manner as the sand. This is a different texture. The fifth strategy is using play dough. Students use the play dough to form a letter(s). Students point to the formed letter and say its sound(s). The teacher can ask students to form letters by uttering its corresponding sound. Students can use pictures of the letter to help them form the letter. The sixth strategy is using music. Using video that includes sound that students can sing-a-long with or mimic increases the number of senses that students use. Using video that includes motions, along with music and pictures can increase the retention of letter and sound correspondences. The last strategy that I will included in this blog is using a grate (usually plastic). The grate is usually about the size of a piece of paper. The texture should be defined enough that when you place a piece of paper over it you can run a crayon over it to create a picture of the grate. The grate can be used in a few ways. Students trace the letter with their index finger, while saying its sound. Students place a piece of paper on the grate and write a letter using a crayon. Students then say the letters’ corresponding sound(s).

              Sound-symbol correspondences or the relationship(s) between phoneme(s) and grapheme(s) are Pillar 2 of Structure Literacy Instruction. This may be referred to as phonics instruction that teaches predictable or the constant rules of sound-symbol correspondences to produce written language. At this stage students learn one-on-one correspondence, for example the written letter B represents this phoneme or sound. It is important to note that some letters are represented by more than one sound, depending on the origin and spelling of the word. Students begin decoding and encoding words as they begin to learn the sound-symbol correspondences. Student knowledge of the phoneme(s) and grapheme(s) relationships usually increases student ability to read, comprehend, and spell written language.

Literacy Instruction

The English language is more opaque than transparent. This makes learning how to read and write the spoken language seem more like taking a walk down a twisty, hard to navigate path that features many unmarked opportunities to walk in other directions. To better navigate the difficult path of learning how to read and write, scholars like Noah Webster simplified and organized literacy instruction. When America was separating from Britain and developing their own education system.

Webster (1790) saw that the strength of the United States was dependent on the education of its youth. He believed that language arts is the center piece of educating America’s youth. His patriotism led him to remold the education of young people. He believed that every young person, no matter their social economic status, sex, or cultural heritage should be educated.

Webster, a teacher while earning his college degree, witnessed that learning literacy was a challenge for the youth of America. Webster set out to improve the separate entities of language, both spoken and written. He simplified and regulated the spelling of words, utilizing didactical marks for punctuation; this method eased the learning of spelling and pronunciation (Webster, 1843). Webster (1843) also noted that spoken language involved the correct articulation of words utilizing an intricate team of the throat, tongue, palate, teeth, and lips. He believed that teachers should be looked upon to model correct articulation and to correct students on the spot in order to ensure correct articulation of words spoken or read.

Webster (1843) also believed that written language was a way to communicate a variety of thoughts, and to be utilized in a global sense that could be transported from place to place. Webster saw grammar as the science of organizing words together, utilizing firm rules that were seen as a model of organized language in order to communicate effectively. He developed and used a systematic, sequential, letter-based or a phonics approach to teaching reading and writing.

Educators today continue to develop instructional curriculum and tools to ease literacy instruction and student practice of literacy. During a recent webinar, I was reminded of an instructional tool that can ease the instruction and learning of spelling vowel sounds. The tool helps to bring better transparency of the English language. This chart titled, The Spelling Chart (Moats/LETRS) was developed by Dr. Lousia Moats. It is part of her literacy instructional program LETRS. The chart displays the different spellings of 19 vowels sounds, like the long ā sound can be spelled as make, rain and vein or the short sound ŭ can be spelled cup, flood and tough.

References
Moats, L. (2019). Hard words: what teachers don’t know about teaching reading and what to do about it, pg 26, the vowel spelling chart. Voyager Sopris Learning, 2019 Webinar Series
Webster, N. (1790). Collection of essays and fugitive writings on moral, historical, political and literary subjects. Boston: Fauet’s Statue.
Webster, N. (1843). An improved grammar of the English language. New York: Webster & Clark

Structured Literacy Teacher, Instructional Knowledge

Structure Literacy Teacher (SLT) is a fairly new label, developed by the International Dyslexia Association (IDA), to describe the most effective form of instruction for students identified dyslexic.  This type of instruction is also effective for English Second Language (ESL) learners and for other students at-risk for literacy acquisition (Baker et al., 2014; Gersten et al., 2009).  Structured literacy instruction should include following instructional principles: 

  • systematic instruction, taught in logical order—builds upon prior knowledge
  • students should learn the foundational or prerequisite skills of the current lesson
  • explicit instruction, direct—clearly explained and teacher modeled
  • scaffolded instruction to match student abilities, providing exact temporary support
  • interactive discussions about the “new” task
  • multiple opportunities to practice the new task or skill
  • monitoring of student achievement through observation, interaction, and formal assessment

Structured literacy instruction includes six pillars or parts of literacy development—oral and written.  Structured literacy instruction should begin with Pillar 1, as each is dependent on the previous pillar(s).

Pillar 1 is phonology, the study of spoken sounds (phonemes)—rules of how sounds are encoded, such as why these sounds follow this pattern to form this sound(s). Individuals should have phoneme awareness skills before learning how to read.  This is the ability to hear, identify, and manipulated individuals sounds in spoken words.  Phoneme awareness is part of phonological awareness.  Phonological awareness is the ability to process and manipulate letter sounds, rhyming words, and segmenting of sounds within words. The study of phonology usually increases student ability to spell, pronounce, and comprehend written words. 

Pillar 2 is sound-symbol correspondences or the relationship(s) between phoneme(s) and grapheme(s).  This may be referred to as phonics instruction that teaches predictable or the constant rules of sound-symbol correspondences to produce written language.  At this stage students learn one-on-one correspondence, for example the written letter B represents this phoneme or sound.  It is important to note that some letters are represented by more than one sound, depending on the origin and spelling of the word.  Students begin decoding and encoding words as they begin to learn the sound-symbol correspondences.  Student knowledge of the phoneme(s) and grapheme(s) relationships usually increases student ability to read, comprehend, and spell written language.

Pillar 3 is syllable knowledge, the understanding of the different types of syllables.  Syllable knowledge increases the accuracy of language pronunciation and comprehension.  Syllable knowledge also increases student decoding and encoding skills.  The English language has six major types of syllables that are described in the following chart.

Type of syllable

Example

CVC

cat, log, bit, set, cut

Final e

kite, bone, bake, cute

Open

me, sky, be/gan, mu/sic, fe/ver

Vowel Diagraph

oi-soil, oil; ee-sleep, keep; ea-beat, leak; oa-boat, road; oo-zoom, smooth

r-controlled

ar-car, start; ir-girl, swirl; er-her, flower; ur-fur, burn; or-fork, corn 

Constant-le

marble, puddle, bugle, maple, little

Pillar 5 of structured literacy instruction is syntax or the study of sentence structure.  The principles that dictate the sequence and function of words in a sentence.  These principles are also referred to as the mechanics, grammar, and variation of a sentence. Pillar 4 is morphology that is the study of the smallest units of meaning or morphemes.  Morphology focuses on how parts of meaning fit together to form words and new meaning.  Word analysis helps students to learn the meaning(s) of morphemes and how the word parts conclude its meaning.  Word analysis also increases student background knowledge, which increases student ability to comprehend written passages. 

The more common parts of a sentence.

Parts of a sentence

Definition

Examples

Verb

describes the action

bark, ran, call, like

Adverb

modifies a verb, helps to clarify or further define a verb

warmly, quiet, loudly, today, outside

Noun

person, place or thing

house, dog, car, book

Adjective

modifies a noun, adjusts the meaning or further defines the noun to clarify meaning

beautiful, dark, old

Article

determiners, modifies and precedes a noun

a, an, the

Preposition

usually precedes a noun and in relation to another word in the clause

at, in, on, with, for, about, of, after

Conjunction

connecting words, they connect clauses and sentences

and, but, if

Pillar 6 of structured literacy is semantics or study of the meaning of words, symbols, and units of words.  A person’s lexicon stores the meaning of words, symbols, and units of words—vocabulary.  People begin to develop their lexicon at birth. Individuals attach meaning to tones of sound.  These meanings are adjusted as individuals are introduced to new tones or meanings.  Individuals transfer the meaning of tones (voice) to symbols (print) as they learn how to read and write.  To better understand words and groups of words teachers often use concept maps to examine the definition of a word.   Students identify the related synonyms and antonyms of the word.  Students often identify or attach pictures to a word or groups of words.  Semantics assist in attaching inferred meaning to written and oral verbiage.  Semantics can include morphology.

You can find details about becoming a certified Structured Literacy Teacher on the IDA website.

References

Baker, S., Lesaux, N., Jayanthi, M., Dimino, J., Proctor, C.P., Morris, J., Gersten, R., Haymond, K., Kieffer, M.J., Linan-Thompson, S., & Newman-Gonchar, R. (2014).  Teaching academic content and literacy to English learners in elementary and middle school (NCEE 2014-4012).  Washington, DC: National Center for Education Evaluation and Regional Assistance (NCEE), Institute of education Sciences, U.S. Department of Education. Retrieved from http://ies.ed.gov/ncee/wwc/publications_reviews.aspx.

Gersten, R., Compton, D., Connor, C.M., Dimino, J., Santoro, L., Linan-Thompson, S., & Tilly, W.D. (2009). Assisting students struggling with reading: Response to intervention and multi-tier intervention for reading in the primary grades, a practice guide (NCEE 2009-4045). Washington, DC: National Center for Education Evaluation and Regional Assistance (NCEE), Institute of education Sciences, U.S. Department of Education. Retrieved from http://ies.ed.gov/ncee/wwc/publications/practiceguides/.

 

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