Reading Principles and Teaching: An Exhaustive Guide to Writing Systems and Literacy Instruction

Fundamentals of Writing Systems and Speech

• Purpose of Writing Systems: Writing systems are designed to represent the spoken words of a language. Individual words serve as the fundamental units through which higher-level linguistic structures, such as phrases and sentences, are represented.

• Foundational Principles: Writing systems primarily operate based on one of two principles: sound or meaning. The inventory of visual symbols in any given system is constructed according to these core principles.

Sound-Based Writing Systems (Phonemes and Syllables)

• Conceptual Overview: In sound-based systems, every symbol represents a specific speech sound—either a phoneme (individual sound unit) or a syllable.

• Sound-Symbol Correspondence: certain sound-based orthographies exhibit a high degree of correspondence to their spoken forms. These systems are generally easier to read than those with low correspondence.

• Core Examples:

  • Finnish and Spanish: Use the Roman alphabet to represent the phonemes of their respective spoken languages.

  • Korean: Uses its native script, Hangul, to represent speech sounds.

  • Japanese: Uses native scripts called Kanas (Hiragana and Katakana) to represent syllables.

• Complexity in Japanese: While Japanese uses syllabic scripts, it also integrates Chinese-type characters (Kanji). This creates complexity because Kanji can often be written in syllabic forms but are used for their meaning-based representation.

• The English Exception: English is a sound-based orthography, but it suffers from low correspondence between written symbols and actual sounds, making it more difficult to master than Finnish or Spanish.

Comparative Linguistics: Alphabets and Scripts

• Hangul (Korean Alphabet): Consists of specific consonants and vowels. Examples include:

  • Consonants: $\neg$ (k, g), $L$ (n), $S$ (t, d), $M$ (m), $P$ (p, b), $S$ (s), etc.

  • Double Consonants/Aspirated: $\pi$ (kk), $E$ (tt), $II$ (pp), $SS$ (ss), $JJ$ (jj).

  • Vowels: Short and long variations like $i$, $u$, $yu$, $ya$, $eo$, $ye$.

  • Example: "Saranghaeyo" ($\text{사랑해요}$) translates to "I love you."

• Devanagari (used for Hindi/Sanskrit): Categorized by phonetic properties.

  • Occlusives: Velar (ka, kha, ga, gha, ra), Palatal (ca, cha, ja, jha, a), Retroflex (ta, tha, da, dha, na), Dental (ta, tha, da, dha, na), Labial (pa, pha, ba, bha, ma).

  • Sonorants and Fricatives: ya, ra, la, va, sa, sa, sa, ha.

• Arabic/Jawi: Examples include "Kutub" ($\text{كتب}$) meaning "Books."

  • Jawi scripts include letters like Alif, Ba, Ta, Tha, Jim, Cha, Ha, Kha, Dal, Dzal, Ra, Zai, Sin, Shin, Sad, Dhad, Tho, Dzo, Ain, Ghain, Nga, Fa, Pa, Qaf, Kaf, Gaf, Lam, Mim, Nun, Wau, Va, Ha, Hamzah, Ya, Nya.

• Turkish Alphabet: Known for having a highly phonetic correspondence.

  • $A$: as 'a' in car; $C$: as 'j' in jar; $Ç$: as 'ch' in child; $E$: as 'e' in bed; $Ğ$: No equivalent; $I$: as 'e' in open; $İ$: as 'ee' in meet; $J$: as 'g' in montage; $Ö$: as 'e' in her; $Ş$: as 'sh' in shell; $Ü$: No equivalent; $Y$: as 'y' in university.

• Japanese Kanas: Includes Hiragana and Katakana covering basic sounds ($a, i, u, e, o$) and combinations (kya, kyu, kyo, etc.). Example: "Kawaii" ($\text{かわいい}$) meaning "Cute."

• Cyrillic Alphabet: Features historical letters and phonetic values such as $Az$, $Buki$, $Vedi$, $Glagol$, and $Dobro$. It contains variants like Izhica and Omega.

The Unpredictability of English Orthography

• Poetic Illustration of Inconsistency ("Why Wonders Lead to Blunders"):

  • Spelling vs. Sound: "tough" vs. "bough" vs. "cough" vs. "dough."

  • Exceptions: "hiccough," "thorough," "laugh," and "through."

  • Near-matches: "heard" (sounds like bird, looks like beard); "dead" (sounds like bed, not bead); "meat" and "great" and "threat" (rhyme with suite, straight, and debt).

  • Mismatched pairs: moth/mother, broth/brother, here/there, dear/fear/bear/pear, dose/rose/lose, font/front, word/sword.

• Reason 1 for Poor Representation: Alphabet Mismatch: English uses the Roman alphabet, which was based on Latin. Latin possessed fewer phonemes than English, necessitating awkward adaptations and combinations to suit the English phonological system.

• Reason 2 for Poor Representation: Historical Stagnation: English spelling has remained relatively static for approximately $600$ years, while the spoken language has undergone massive transformations.

• Silent Letters: English maintains letters in spelling that are no longer pronounced, such as:

  • Silent H: anchor, architect, chaos, character, echo, ghost, hour, when.

  • Silent B: aplomb, bomb, crumb, debt, doubt, lamb, subtle, tomb.

  • Silent C: abscess, ascent, conscience, muscle, scene, scissors.

  • Silent K: knack, knead, knee, knife, knight, knot, know, knowledge.

  • Silent W: awry, sword, wrap, wrist, write, wrong, wrote.

  • Silent G: align, assign, benign, champagne, design, gnaw, gnome, sign.

The Great Vowel Shift (GVS)

• Definition: A major change in the pronunciation of the English language that took place in the south of England between $1350$ and $1700$.

• Phonetic Changes (Late Middle English to Modern English):

  • bite: $/i:/$ shifted to $/aI/$

  • meet: $/e:/$ shifted to $/i:/$

  • meat: $/\epsilon:/$ shifted to $/i:/$

  • mate: $/a:/$ shifted to $/eI/$

  • out: $/u:/$ shifted to $/au/$

  • boot: $/o:/$ shifted to $/u:/$

  • boat: $/\jmath:/$ shifted to $/ou/$

• Diphthong Pronunciation Examples: "day" shifted from $/æj/$ to $/eI/$; "law" shifted from $/aw/$ to $/\jmath:/$.

Origins of the English Alphabet

• Semitic Roots: The Roman alphabet originates from Semitic peoples in the Middle East thousands of years ago. "Semite" refers to members of ancient southwestern Asian peoples including Akkadians, Phoenicians, Hebrews, and Arabs.

• Historical Timeline:

  • Proto-Sinaitic ($c.\,1750$ BCE): Early precursor script.

  • Phoenician ($c.\,1000$ BCE): Adapted the script for trade and maritime needs.

  • Greek ($c.\,750$ BCE): Adapted the Phoenician alphabet for their language.

  • Latin/Roman ($c.\,500$ BCE - $c.\,1$ CE): The Greeks passed the alphabet to Rome, where it was adapted into the Roman writing system used by the Empire and the Roman Catholic Church, eventually spreading across Europe and the world via colonization.

Meaning-Based Writing Systems

• Chinese System: Symbols (characters) primarily represent morphemes (the smallest units of meaning) rather than sounds. Symbols may have components to assist with pronunciation, but every character represents one or more morphemes and a single syllable.

• Japanese (Kanji): Japanese borrowed this system from China over $1300$ years ago, using Kanji alongside its syllabic scripts.

• Visual Logic: Meaning is built through combination. For example, the character for "person" ($r\text{é}n$) plus the character for "house" ($ji\bar{a}$) represents the semantic concept of inhabitants or family.

The Debate: Phonics/Decoding vs. Whole-Word Approach

• The Phonics/Decoding Approach:

  • Focus: Speech and phonemes. Mastery of the orthographical system requires understanding how spoken language works.

  • Process: Breakdown language into letters/combinations $(\text{e.g., "T-A-B-L"})$. Decoding results in speech, and once speech is obtained, meaning follows.

  • Methodology: Learn sound values of letters first, then blend them to read whole words.

• The Whole-Word Approach:

  • Focus: Meaning and the whole word as the basic unit. Reading is viewed as a cognitive function of identifying complete shapes $\text{("TABLE")}$.

  • Theory: Children have the memory capacity to identify hundreds of whole words by sight via repeat exposure to written forms paired with images and audio. Fluent readers eventually use whole-word strategies regardless of how they were taught.

• Synthetic Phonics vs. Whole Language Comparison:

  • Instruction Direction: Synthetic Phonics is part-to-whole; Whole Language is whole-to-part.

  • Strategy for Unknown Words: Phonics uses decoding (left to right); Whole Language encourages guessing based on pictures, context, or first letters.

  • Spelling: Phonics emphasizes accuracy through decoding; Whole Language uses "invented" spelling for self-expression.

  • Learning View: Phonics sees reading as a singular achievement requiring effort; Whole Language sees it as a natural process like learning to speak.

Problems with the Phonics/Decoding Approach

• Misplaced Focus: Critics argue it wrongly prioritizes sound over meaning. It can be boring and confusing, especially in low-correspondence languages like English.

• Complexity: Decoding is an inherently difficult process. Words are often presented out of context, appearing meaningless.

• Sound Obstruction: Individual letter sounds can be obscured in actual pronunciation, creating barriers to learning.

• Interdependence of Meaning: True interpretation of a new word relies on meaningful context and the ability to guess based on phonetic probability and situational clues.

A Universal Four-Phase Reading Programme

• Phase 1: Word Familiarization:

  • Goal: Acquaint children with the shapes of written words. Make them aware that different spoken words have different visual manifestations.

  • Instruction: Attaching word cards to physical objects in a room.

• Phase 2: Word Identification:

  • Goal: Associate specific written words with specific spoken words or objects.

  • Memory: Requires long-term memory to store visual configurations. Example: Points to an apple when seeing the word "apple."

• Phase 3: Phrase and Sentence Identification:

  • Goal: Reading the largest basic linguistic unit (the sentence).

  • Instruction: Should include all words without simplification. Phrases/sentences should fit immediate physical events and environments.

• Phase 4: Paragraphs, Stories, and Book Reading:

  • Goal: Progression to reading full paragraphs and books.

  • Engagement: The excitement of a narrative generates interest that isolated words cannot. As progress occurs, pictures decrease while text density increases.

Advantages of Early Reading (Pre-school Age)

• Source of Pleasure: Early discovery leads to a lifelong love of reading and enrichment.

• Optimal Environment: The home provides a warm, supportive, informal atmosphere ideal for learning.

• Ease of Learning: Young children possess superior memory and learn faster than older children.

• Lifelong Benefits: Early readers often grow to be better learners with faster reading speeds and superior comprehension skills later in life.