CREATING LITERACY INSTRUCTION FOR ALL CHILDREN, 4/E © 2003
Thomas G. Gunning
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Teaching Phonics, High-Frequency Words, and Syllabic Analysis
140 ANTICIPATION GUIDE F or each of the following statements, put a check under “Agree” or “Disagree” to show how you feel. Discuss your responses with classmates before you read the chapter. Agree Disagree 1 Before they start to read, students should be taught most of the consonant letters and their sounds. 2 Phonics rules have so many exceptions that they are not worth teaching. 3 Phonics is hard to learn because English is so ir- regular. 4 The natural way to decode a word is sound by sound or letter by letter. 5 Memorizing is an inefficient way to learn new words. 6 Syllabication is not a very useful skill because you have to know how to decode a word before you can put it into syllables.
USING WHAT YOU KNOW T he writing system for the English language is alphabetic. Because a series of twenty-six letters has been created to represent the speech sounds of the lan- guage, our thoughts and ideas can be written down. To become literate, we must learn the relationship between letters and speech sounds. Chapter 3 pre- sented techniques for teaching the nature and purpose of writing and reading, concepts of print, the alphabet, awareness of speech sounds, and a technique for presenting initial consonants. These techniques form a foundation for learn- ing phonics, which is the relationship between spelling and speech sounds as applied to reading. This chapter covers high-frequency words, some of which may not lend themselves to phonic analysis. In addition, the chapter explores syllabic analysis, which is applying phonics to multisyllabic words, and fluency, which is freedom from word identification problems. This chapter will be more meaningful if you first reflect on what you already know about phonics, syllabic analysis, and fluency. Think about how you use phonics and syllabic analysis to sound out strange names and other unfamiliar words. Think about how you might teach phonics, and ask yourself what role phonics should play in a reading program.
141 142 Chapter 4 Teaching Phonics, High-Frequency Words, and Syllabic Analysis
RATIONALE AND APPROACHES FOR PHONICS INSTRUCTION
As you read the following sentence out loud, think about the processes you are using. In Palampam Day, by David and Phyllis Gershator (1997), Papa Tata Wanga of- fers sage advice to Turn, who refuses to eat because on this day, the food talks back, as do the animals. In addition to thinking about what the sentence is saying, did you find that Phonics is the study of you had to use phonics and syllabication skills to read Palampam, Gershator, and Ta t a speech sounds related to Wanga? Phonics skills are absolutely essential for all readers. Most of the words we reading. read are sight words. We’ve encountered them so many times that we don’t need to take time to sound them out. They are in our mental storehouse of words that we recognize automatically. However, we need phonics for names of people or places or events that we have never met in print. Without phonics, we would not be able As adept readers, we apply to read new words. our skills with lightning speed As adept readers, we use phonics occasionally. Because of our extensive ex- and process words by patterns perience reading, we have met virtually all of the word patterns in the language. of sound. Having read words such as papa and tango, you Although you may have never seen the word Palampam before, you have seen may have grouped the letters the word patterns pal and am. Chances are you used these patterns to decode in Tata as “ta-ta” and those in Palampam. You probably decoded the word so rapidly that you may not even be Wanga as “Wang (g)a” and conscious of applying your skills. For novice readers, phonics is a key skill. For a pronounced the a’s in Tata period in their development, novice readers may be using phonics in a con- just as you have the a’s in papa and the ang in Wanga scious, deliberate fashion to decode many of the words that they read. In time, after just as you would the ang in they’ve had sufficient experience with a word, that word becomes part of their tango. instant recognition vocabulary.
The purpose of learning phonics is to enable students to decode words that are in their lis- tening vocabularies but that they fail to recognize in print. http://www.ablongman.com/gunning4e Stages in Reading Words 143
HOW WORDS ARE READ
Words are read in one of four, often overlapping, ways. They are predicted, sounded out, chunked, or recognized immediately. Predicting means using context by itself or context plus some decoding to read a word. Seeing the letter w and using the context “Sam was pulling a red w ____ ,” the student predicts that the word missing is wagon. Sounding out entails pronouncing words letter by letter or sound by sound (/h/ + /a/ + /t/) and then blending them into a word. As readers become more advanced, they group or chunk sounds into pronounceable units (/h/ + /at/). In the fourth process, the words are recognized with virtually no mental effort. Adept readers have met some words so often that they recognize them just about as soon as they see them. These are called sight words because they are apparently recog- nized at sight (Ehri & McCormick, 1998).
How High-Frequency Words Are Learned According to Ehri (1998), learning words at sight entails forging links that connect P. M. Cunningham (1998) the written form of the word and its pronunciation and meaning. Looking at the notes that “words we have spelling of a word, the experienced reader retrieves its pronunciation and meaning not read before are almost in- stantly pronounced on the from her mental dictionary or storehouse of words instantaneously. Beginners might basis of spelling patterns the look at a word, analyze it into its component sounds, blend the sounds, and say the brain has seen in other words” word. At the same time, they note how the word’s letters symbolize single or (p.199). groups of sounds. Over time, the connections that the reader makes between let- ters and sounds enable the reader to retrieve the spoken form and meaning of the word just about instantaneously. The reader makes adjustments for irregular words so that certain letters are flagged as being silent or having an unusual pronuncia- tion. “Knowledge of letter–sound relations provides a powerful mnemonic system that bonds the written forms of specific words to their pronunciations in memory” (Ehri & McCormick, 1998, p. 140).
STAGES IN READING WORDS
Logographic Stage Students go through stages or phases in their use of word analysis skills. Young children surprise their elders by reading a McDonald’s sign, soda can and milk car- ton labels, and the names of cereals. However, for the most part, these children are not translating letters into sounds as more mature readers would do; instead, they are associating “nonphonemic visual characteristics” with spoken words (Ehri, l994). For instance, a child remembers the word McDonald’s by associating it with the golden arches and Pepsi is associated with its logo. At times, teachers take advantage of the nonphonemic characteristics of words. They tell students that the word tall might be remembered because it has three tall letters and that camel is easy to recall because the m in the middle of the word has two humps. In the logographic (prephonemic) stage, students learn a word by selective as- sociation, by selecting some nonphonemic feature that distinguishes it from other Most children in preschool words (Gough, Juel, & Griffith, 1992). For the word elephant, it could be the length and early kindergarten are in of the word; or in the word look, it could be the two os that are like eyes. The prob- the logographic stage. 144 Chapter 4 Teaching Phonics, High-Frequency Words, and Syllabic Analysis
Purcell-Gates (1997) con- lem with selective association is that students run out of distinctive clues, and the cluded that observing and clues that they use do not help them decode new words. Students can learn only about working with print without forty words using nonphonic clues (Gough & Hillinger, 1980). In addition, stu- the support of pictorial clues dents don’t begin to advance in their understanding of the alphabetic nature of the as provided by labels and language until they begin to use letter–sound relationships to read words. signs was more effective in building literacy concepts Students’ invented or spontaneous spelling provides clues to the stage they are than was working with signs in. They may use random letters to represent a word. Or they may even be able to and labels. When children spell their names because they have memorized the letters. As students become aware read signs or labels, they at- of individual sounds in words and the fact that letters represent sounds, they move tend to the pictorial portions into the second stage of reading, the alphabetic stage (Byrne, 1992). rather than the print.
Early Alphabetic Stage In the alphabetic (letter name) stage, learners use letter–sound relationships to read words. In the early alphabetic stage, they may use just a letter or two. They may use only the first letter of a word and combine the sound of that letter with context. For instance, in the sentence “The cat meowed,” students may process only the initial m and then use context and their experience with cats to guess that the word is meowed. Or they may use the first and last letter to decode the word cat in “I lost my cat”; so they read the word cat as opposed to cap or car. Students can- not use full decoding because they haven’t yet learned vowel correspondences. In their spontaneous spelling, students in this stage may represent a word by using just the first letter: K for car or KR, the letters that represent the most distinctive sounds in car. At the end of this stage, they begin using vowels, but may not spell the words correctly.
Advanced Alphabetic Stage In the advanced alphabetic stage, students begin to process all letters in the words. As they learn to apply their growing knowledge of letter–sound relationships, their reading may be slow and effortful. Focusing on using their newly learned de- coding skills, students cautiously read word by word. Students are “glued to print” (Chall, 1996). The danger at this stage is that too much emphasis will be put on ac- curacy and sounding out. This could impede students’ development. “Too analyti- cal an approach . . . may hold up silent reading comprehension” (Chall, 1996, p. 47). With students glued to print, this is a bottom-up stage. As students build their store of known words, they are better able to see commonalties in words. They note that cat and hat both have an at. Encountering the word mat, which they have never seen in print, they can decode it by noting the pronounceable part at and blend- ing it with m. Or they may use an analogy strategy. Seeing that mat is similar to cat enables them to read the word. Students spell vowel sounds in this stage but may not spell them correctly. Spelling and reading experts Because they may not perceive patterns until the end of this stage, they may fail to have chosen different terms to use final e (hope) and double vowel letters (coat) to represent long-vowel sounds. refer to similar stages. The al- phabetic stage is the same as the letter name stage. The or- Orthographic Stage thographic stage is the same as the within-word-pattern In the orthographic (within-word-pattern) stage, students process longer and more stage. sophisticated units. For instance, instead of processing hen as h-e-n, they may divide http://www.ablongman.com/gunning4e Stages in Reading Words 145 it into two units: h+ en. They process light as l+ ight and make use of such elements as a final e (as in cape) to help them determine the pronunciation of a word. In spelling, they begin using final e or use two vowel letters to show that a vowel is long. As students process the same words over and over again, connections are Because they begin to notice made, and they do not have to read cat as /k/ /a/ /t/, or even /k/ /at/. Rather, the patterns and don’t have to printed representation of the word as a whole elicits its spoken equivalent. The process a word letter by letter, students’ reading speed and printed representation becomes bonded with the spoken equivalent (Perfetti, oral fluency begin to improve 1992). As Ehri (1998) explains, “Sight word learning is at root an alphabetic process at this point. in which spellings of specific words are secured to their pronunciations in mem- ory” (p. 105). Gough, Juel, and Griffith (1992) explain the process somewhat dif- ferently. They believe that just about all the letters in a word are analyzed. Through practice, access speed increases so that even though words are analyzed element by element, this is done so rapidly as to be almost instantaneous. Perfetti (1985) sug- gests that even when words are recognized immediately, the decoding processes are still at work but are on a subconscious level. This underlying processing veri- fies our word recognition so that we are alerted when we misread a word. This sys- tem also enables us to read words we have never seen before very rapidly. Regardless of how the process is explained, the end result is the same. In time, USING TECHNOLOGY nearly all the words expert readers encounter in print are read as “sight” words. They A talking word processing are recognized virtually instantaneously. What makes the instantaneous recogni- program such as Write Out tion possible are the connections that have been created between each word’s spelling Loud (Don Johnston) can or phonics elements and its pronunciation and meaning. To create this bond between be used to help children a word’s written appearance and its pronunciation and meaning, it is essential that develop phonics. As stu- dents type in a word, it is students have many opportunities to encounter the word in print. It is also impor- pronounced for them. tant that students process the whole word rather than simply look at the initial This kind of program en- consonant and guess what the rest of the word is. By processing the whole word, courages them to explore students are creating a stronger, clearer bond between the word and its pronuncia- letter–sound relationships tion. However, the rate at which individuals create these bonds may vary. Research and the sounds of words. suggests that there is a processing ability that determines the rate at which these associations are formed (Torgeson et al., 1997). This means that some students will need more practice than others, and, in some instances, special help. Having a firmer command of basic phonics skills, students in this stage begin When students miss a word to incorporate top-down strategies. They begin to rely more on “knowledge of here or there, teachers may language, of ideas, and of facts to anticipate meanings as well as new words” (Chall, get the impression that they do not know their phonics 1996, p. 47). Students begin using an integrated approach. Their decoding also be- and so may review phonics comes fluent and virtually automatic so that they can devote full attention to from the beginning. Students comprehension. become bored when taught In the beginning of the orthographic stage, students begin using final e and skills they already know. Ob- double letters to represent long-vowel sounds, but may do so incorrectly. By the serve students as they read or give them a test, such as the end of this stage, their spelling has become conventional. Word Pattern Survey pre- sented in Appendix B, and see Implications of Stage Theory what they know and where This theory of the stages of reading has two very important implications for the teach- they might need help. ing of reading. First, it suggests that nearly all the words we acquire are learned through phonics. Therefore, words to be learned (except for a few highly irregular ones, such as of or one, and perhaps a few learned in the very beginning) should be taught through a phonics approach rather than through an approach based on vi- sual memory. Most words that have been classified as having irregular spellings are at least partly predictable. For instance, the first and last letters of was are regular, 146 Chapter 4 Teaching Phonics, High-Frequency Words, and Syllabic Analysis
as are the first and last letters of been. In fact, except for of, it is hard to find any word that does not have some degree of spelling–sound predictability. In teaching words, take advantage of that regularity. It will make the words easier to learn and to recognize. And establishing links between letters and sounds helps fix words in memory so that they are eventually recognized instantaneously, or at sight. The stage theory also implies that instruction should be geared to the stage that a student is in. Students lacking in phonemic awareness may have difficulty with letter–sound instruction unless it incorporates practice with phonemic aware- ness. Whereas using picture clues and memorizing predictable stories is appropri- ate for building emergent literacy, students in the alphabetical stage should be focusing on letters and sounds. This helps foster their decoding ability. Moreover, a student in the alphabetic stage is not ready for the final-e pattern as in pipe and late.
BASIC PRINCIPLES OF PHONICS INSTRUCTION
Phonics instruction is of no value unless it fulfills some specific conditions. First, it must teach skills necessary for decoding words. Being able to read the short a in hat is an important skill, but knowing whether the a is long or short is not impor- tant; students can guess that the a is short without being able to read the word. Noting so-called silent letters is another useless skill. Knowing that the k in knight is silent does not ensure that a student can read the word. Insufficient familiarity with Second, the skill should be one that students do not already know. One second- the spellings and spelling-to- grader who was reading a fourth-grade book was put through a second-grade sound correspondences of fre- phonics workbook to make sure she had the necessary skills. If students can read ma- quent words and syllables may be the single most com- terial on a third-grade level or above, they obviously have just about all the phon- mon source of reading difficul- ics skills they will ever need. ties (Stahl, Osborne, & Lehr, Finally, the skills being taught should be related to reading tasks in which stu- 1990). dents are currently engaged or will soon be engaged. For instance, the time to teach that ee = /e¯/ in words such as jeep and sheep is when students are about to read One major improvement in a book like Sheep in a Jeep (Shaw, 1986). All too often, they are taught skills far in today’s basal reading systems advance of the time they will use them, or well after the relevant selection has been is that the selections carefully read, with no opportunity to apply the skills within a reasonable amount of time. reinforce the phonics ele- ments that have been taught. This is ineffective instruction. Research indicates that children do not use or inter- If you have a pre-2000 series, nalize information unless the skills they have been taught are applicable in their this may not be true. day-to-day reading (Adams, 1990). In summary, phonics instruction must be functional, useful, and contextual to be of value. It also should be planned, systematic, and explicit (Fielding-Barnsley, 1997; Foorman et al., 1998).
When infrequent spellings PHONICS ELEMENTS are included, there are more than 300 spellings of the forty-plus sounds of English. Before discussing how to teach phonics, it is important to know the content of phon- Many of these infrequent ics. Knowing the content, you are in a better position to decide how to teach spellings occur in words bor- rowed from other languages, phonics elements and in what order these elements might be taught. as in the long a spelling of ex- The content of phonics is fairly substantial. Depending on the dialect, English posé and beret. has forty or more sounds; however, many of them, especially vowels, may be http://www.ablongman.com/gunning4e Phonics Elements 147
spelled in more than one way. As a result, children have to learn more than one Although there are forty hundred spellings. The number would be even greater if relatively infrequent sounds in English, there are spellings were included, such as the eigh spelling of /a¯/ in neighbor or the o spelling only twenty-six letters. This of /i/ in women. explains some of the variabil- ity in the spelling system.
Consonants If you look at the conso- nant chart in Table 4.1, you There are twenty-five consonant sounds in English (see Table 4.1). Some of the will notice that some of the sounds are spelled with two letters (church and ship) and are known as digraphs, sounds are spelled with two but these two letters represent just one sound. The most frequently occurring di- letters. The sound /f/ is usu- graphs are sh (shop), ch (child), -ng (sing), wh (whip), th (thumb), and th (that). Common ally spelled with f as in fox − but may also be spelled with digraphs are listed in Table 4.2. ph or gh, as in photograph. Some groups of consonants represent two or even three sounds (stop, strike). When two letters are used to These are known as clusters or blends and are listed in Table 4.3. Most clusters spell a single sound, these double letters are known as digraphs (di, “two”; graphs, “written symbols”). TABLE 4.1 Consonant spellings A cluster is composed of Sound Initial Final Model Word two or more letters that rep- resent two or more sounds, /b/ barn cab, robe ball such as the br in broom. /d/ deer bad dog Clusters are sometimes called /f/ fun, photo laugh fish “blends.” Because it is diffi- cult to hear the separate /g/ gate, ghost, rag goat sounds in a cluster, this ele- guide ment poses a special difficulty /h/ house, who hat for many students. /hw/ whale whale /j/ jug, gym, soldier age, judge jar /k/ can, kite, quick, back, ache cat, key chaos /l/ lion mail leaf /m/ me him, comb, autumn man /n/ now, know, pan nail gnu, pneumonia /p/ pot top pen /r/ ride, write ring /s/ sight, city bus, miss, face sun /t/ time rat, jumped table /v/ vase love vest /w/ we, wheel wagon /y/ yacht, onion yo-yo /z/ zipper has, buzz zebra /ch/ chip, cello, match chair question /sh/ ship, sure, chef, push, special, mission sheep action /th/ thin breath thumb /th− / this breathe the /zh/ azure, version beige, garage garage /ŋ/ sing ring 148 Chapter 4 Teaching Phonics, High-Frequency Words, and Syllabic Analysis
TABLE 4.2 Common consonant digraphs are composed of l, r, or s and another consonant or two. Because they are composed of two or more sounds, Correspondence Examples clusters pose special problems for students. Novice ch = /ch/ chair, church readers have a difficult time discriminating separate ck = /k/ tack, pick sounds in a cluster and often decode just the first sound, gh = /f/ rough, tough the /s/ in /st/, for example. kn = /n/ knot, knob ng = /ŋ/ thing, sing Vowels ph = /f/ phone, photograph sc = /s/ scissors, scientist English has about sixteen vowel sounds. (The num- sh = /sh/ shoe, shop ber varies somewhat because some dialects have more (s)si = /sh/ mission than others.) Each vowel sound has a variety of spellings. For example, /a¯/, which is commonly re- th = /th− / there, them th = /th/ thumb, thunder ferred to as long a, is usually spelled a-e, as in late; a ti = /sh/ station, action at the end of a syllable, as in favor; or ai or ay, as in train ¯ wh = /w/ wheel, where and tray. We can say then that the vowel sound /a/ wr = /r/ wrench, wrestle has four main spellings, two of which are closely re- lated: ay appears in final position, and ai is found in ini- tial and medial positions; so these two spellings work together.
TABLE 4.3 Common consonant clusters
Initial Clusters With l Example Words With r Example Words With s Example Words Other Example Words
bl blanket, black br broom, bread sc score, scale tw twelve, twin cl clock, clothes cr crow, crash sch school, schedule qu queen, quick fl flag, fly dr dress, drink scr scream, scrub gl glove, glue fr frog, from sk sky, skin pl plum, place gr green, ground sl sled, sleep sl slide, slow pr prince, prepare sm smoke, smile sn snake, sneakers sp spider, spot st star, stop sw sweater, swim
Final Clusters With l Example Words With n Example Words Other Example Words
ld field, old nce prince, chance ct fact, effect lf wolf, self nch lunch, bunch mp jump, camp lk milk, silk nd hand, wind sp wasp, grasp lm film nk tank, wink st nest, best lp help nt tent, sent lt salt, belt lve twelve, solve http://www.ablongman.com/gunning4e Phonic Elements 149
TABLE 4.4 Vowel spellings
Vowel Model Sound Major Spellings Word
Short Vowels /a/ rag, happen, have cat /e/ get, letter, thread bed /i/ wig, middle, event fish /o/ fox, problem, father mop /u/ bus cup Long Vowels /a¯/ name, favor, say, sail rake /e¯/ he, even, eat, seed, bean, key, these, either, wheel funny, serious /¯i/ hide, tiny, high, lie, sky nine /o¯/ vote, open, coat, bow l, old, though nose /u¯/ use, human cube Other Vowels /aw/ daughter, law, walk, off, bought saw /oi/ noise, toy boy /oo/ wood, should, push foot /o—o/ soon, new, prove, group, two, fruit, truth school /ow/ tower, south cow /ə/ above, operation, similar, opinion, suppose banana r Vowels /ar/ far, large, heart car /air/ hair, care, where, stair, bear chair ə Short vowels are the /i( )r/ dear, steer, here deer vowel sounds heard in cat, /ər/ her, sir, fur, earth bird pet, sit, hot, and cut. /or/ horse, door, tour, more four Long vowels are the vowel sounds heard in cake, sleep, pie, boat, and use. All the other vowel sounds are similar to /a¯/ in having two to four major spellings. The onset is the initial part of a word, the part that Considering correspondences in this way makes vowel spellings seem fairly regu- precedes a vowel. The onset lar. It is true that /a¯/ and other vowel sounds can each be spelled in a dozen or could be a single consonant more ways, but many of these spellings are oddities. For instance, the Random (c+at), a digraph (sh+eep), or House Dictionary (Flexner & Hauck, 1994) lists nineteen spellings of /a¯/: ate, Gael, a cluster (tr+ip). A word that champagne, rain, arraign, gaol, gauge, ray, exposé, suede, steak, matinee, eh, veil, feign, begins with a vowel, such as owl or and, does not have an Marseilles, demesne, beret, and obey. Many of these are in words borrowed from onset. other languages. A chart of vowels and their major spellings is presented in Table 4.4. Note that The rime is the part of a word that rhymes and refers the chart lists twenty-one vowel sounds and includes r vowels, which are combina- to the ook in look or the ow in tions of r and a vowel so, technically, are not distinct vowels. cow.
Onsets and Rimes Although onsets and rimes seem to be natural units of The onset is the consonant or consonant cluster preceding the rime: b-, st-, scr-. The language, some students may rime is the pattern’s vowel and any consonants that follow it: -at, -op, -een. Rimes, have to process individual which are also known as phonograms and word families, are highly predictable. sounds before being able to group them into rimes. They When considered by itself, a can represent several sounds. However, when fol- may need to learn a = /a/ and lowed by a consonant, it is almost always short (-at, -an, -am). A list of common rimes t = /t/ before learning the -at is contained in Table 4.5. rime. 150 Chapter 4 Teaching Phonics, High-Frequency Words, and Syllabic Analysis
TABLE 4.5 Common rimes
Vowel Sound Rimes
Short Vowels /a/ -ab, -ack, -ad, -ag, -am, -amp, -an, -and, -ang, -ank, -ant, -ap, -ash, -ask, -ast, -at, -atch /e/ -ead, -eck, -ed, -ell, -elt, -en, -end, -ent, -ess, -est, -et /i/ -ick, -id, -ig, -ill, -im, -in, -ing, -ink, -ip, -ish, -iss, -it /o/ -ob, -ock, -od, -og, -op, -ot /u/ -ub, -uck, -ud, -udge, -uff, -ug, -um, -ump, -un, -unch, -ung, -unk, -us, -ust, -ut
Long Vowels /a¯/ -ace, -ade, -age, -ake, -ale, -ame, -ane, -ape, -ate, -aid, -ail, -ain, -aste, -ate, -ave, -ay /e¯/ -e, -ea, -each, -ead, -eak, -eal, -eam, -ean, -ee, -eep, -eet /¯i/ -ice, -ide, -ie, -ife, -ike, -ile, -ime, -ind, -ine, -ipe, -ite, -ive, -y /o¯/ -o, -oe, -oke, -old, -ole, -oll, -one, -ope, -ow, -own /u¯/ -ute
Other Vowels /aw/ -alk, -all, -aught, -aw, -awl, -awn, -ong, -ought /oi/ -oil, -oy /oo/ -ood, -ook, -ould /oo/ -ew, -oo, -ool, -oom, -oon, -oot, -ue, -oup /ow/ -ouch, -ound, -our, -ouse, -out, -ow, -owl, -own
r Vowels /air/ -air, -are, -ear /ar/ -ar, -ard, -ark, -art /ər/ -ir, -ird, -irt, -urt /e(ə)r/ -ear, -eer /i(ə)r/ -ire /or/ -oar, -ore, -ort, -orn Note: Rimes containing few examples have been omitted. Because of dialect variation, some rimes (-og, for instance) may have more than one pronunciation. Depending upon onset, some rimes will vary in pronunciation: mash vs. wash, for example.
APPROACHES TO TEACHING PHONICS