Phonological Analysis Notes
Phonological Analysis of Language
1. Defining Phonology
Objective: Phonology studies the mental representations of sounds in a language.
Key Question: What knowledge do speakers possess regarding the sounds of their respective languages?
2. Terminology
Allophones: Different sounds that are phonetically realized by speakers.
Phonemes: Fundamental sounds within the speaker's mental representation of their language.
Environment: Refers to the sounds that occur immediately before (preceding) and after (following) an allophone or phoneme in speech.
Contrastive Distribution: A scenario in which allophones are linked to different underlying phonemes, indicating they can create distinct meanings.
Complementary Distribution: A situation where allophones are associated with the same underlying phoneme, suggesting they do not create meaningful differences in spoken language.
3. Steps in Conducting Phonological Analysis (Mihalicek & Wilson, 2011:124)
Step-by-Step Process:
Look for Minimal Pairs: Identify pairs of words that differ by only one phoneme, affecting meaning.
List Phonetic Environments: Document all contexts in which the allophones are used within spoken language.
Evaluate Environments: Determine if the allophones are used in the same phonetic environment.
Propose Rules: Formulate theoretical rules based on observed patterns.
Test Rules Against Data: Validate or modify your proposed rules using empirical data.
Examine Phonetic Explanations: Investigate the phonetic basis and implications of your identified rules.
Refine Rules: Adjust your rules for precision and accuracy based on findings.
4. Examples of Allophones in Various Languages
4.1 Korean Allophones [s], [ʃ]
Examples:
[ʃi] ‘poem’
[sal] ‘flesh’
[kasu] ‘singer’
[miʃin] ‘superstition’
[ʃinmun] ‘newspaper’
[sanmun] ‘prose’
[miso] ‘smile’
[ʃilsu] ‘mistake’
[oʃip] ‘fifty’
[susek] ‘search’
[tapsa] ‘exploration’
[kaʃi] ‘thorn’
4.2 Italian Allophones [i], [ɛ]
Examples:
[tinta] ‘dye’
[dantsa] ‘dance’
[tɛnda] ‘tent’
[tɛŋgo] ‘I keep’
[fuŋgo] ‘mushroom’
[aŋke] ‘also’
[tiŋgo] ‘I dye’
[sapone] ‘soap’
[faŋgo] ‘mud’
4.3 Nepali Allophones [d], [t], [tʰ]
Examples:
[badal] ‘cloud’
[swad] ‘flavor’
[tal] ‘lake’
[dam] ‘money’
[rat] ‘night’
[tʰal] ‘plate’
[tarikʰ] ‘date’
[tʰam] ‘pillar’
[dal] ‘lentil’
4.4 Spanish Allophones [d], [ð]
Examples:
[dɾama] ‘drama’
[doloɾ] ‘pain’
[dime] ‘tell me’
[kaða] ‘each’
[laðo] ‘side’
[oðio] ‘hatred’
[komida] ‘food’
[anda] ‘scram’
[sweldo] ‘salary’
[duɾaɾ] ‘to last’
[toldo] ‘curtain’
[falda] ‘skirt’
5. Exercises for Students
Reiteration of Steps:
Step 1: Look for minimal pairs.
Step 2: List all phonetic environments the allophones occur in.
Step 3: Determine whether the allophones occur in the same environment.
Step 4: Propose rules based on findings.
Step 5: Test rules against submitted data.
Step 6: Examine the rules for potential phonetic explanations.
Step 7: Refine rules based on comprehensive analysis.
6. Concept of Natural Classes
Emphasis on Natural Classes: Focus on understanding groups of sounds that share certain phonetic properties and have predictably similar patterns of behavior in various phonological contexts.
7. Aspirated Stops in Yupik (Kennedy 2017:128)
Examples:
[pəluqʰ] ‘ash’
[pla:iinaqʰ] ‘string’
[arnaqʰ] ‘woman’
[arnakʰ] ‘two women’
[aquqʰ] ‘middle finger’
[arnatʰ] ‘three or more women’
[iika] ‘my eye’
[tuqmikʰ] ‘bucket’
[aŋutʰqʰ] ‘man’
[kuikʰ] ‘river’
[aŋutʰkʰ] ‘two men’
[pʰki] ‘concerning travel’
[aŋutʰtʰ] ‘three or more men’
[pistəŋu:tʰ] ‘they are servants’
[ka:nəkʰtʃakʰ] ‘something that looks like frost’
8. Articles in Baghdadi Arabic (Kennedy 2017:142)
Examples:
[l-beet] ‘the house’
[t-timan] ‘the rice’
[l-mooz] ‘the bananas’
[s-sahal] ‘the easy’
[l-ka:tib] ‘the clerk’
[d-daris] ‘the lesson’
[l-qisim] ‘the part’
[z-zibid] ‘the butter’
[l-xeel] ‘the horses’
[θ-θoob] ‘the shirt’
[l-ħali:b] ‘the milk’
[n-na:r] ‘the fire’
[l-wakit] ‘the time’
[ʃt-ʃtakʃt] ‘the hammer’
[l-ʔakil] ‘the food’
[ʃ-ʃahar] ‘the month’
9. References
Kennedy, Robert. Phonology: A Coursebook. Cambridge: Cambridge University Press.
Ladefoged, Peter & Sandra Ferrari Disner. 2012. Vowels and Consonants. 3rd edn. Chichester, UK: Wiley.
Mihalicek, Vedrana & Christin Wilson (eds.). 2011. Language Files: Materials for an Introduction to Language and Linguistics. Columbus, OH: The Ohio State University Press.
1. Defining Phonology
Objective: Phonology studies the abstract, mental representations of sounds in a language, distinguishing it from phonetics, which studies the physical production and perception of speech sounds. It explores how sounds are organized and patterned in the human mind, rather than just their acoustic or articulatory properties.
Key Question: What unconscious knowledge do speakers possess regarding the sound system of their respective languages? This includes understanding which sound distinctions are meaningful, how sounds change in different contexts, and the possible sound combinations.
2. Terminology
Allophones: These are phonetically distinct speech sounds that are perceived as variations of the same phoneme within a specific language. They are physically realized variant forms of a phoneme that do not distinguish meaning. For instance, the two "p" sounds in "spot" (unaspirated) and "pot" (aspirated) are allophones of the phoneme /p/ in English.
Phonemes: These are the smallest units of sound in a language that are capable of distinguishing meaning. Phonemes are mental abstractions, representing a class of allophones. They are crucial for creating semantic differences between words. For example, in English, /p/ and /b/ are distinct phonemes because words like "pat" and "bat" have different meanings.
Environment: This refers to the specific phonetic context in which a sound (an allophone or phoneme) occurs. It includes the sounds immediately preceding and following the target sound, as well as features such as stress, syllable position, or word boundaries, which can all influence a sound's realization.
Contrastive Distribution: This occurs when two different sounds (allophones) can appear in the exact same phonetic environment and, when they do, they create a difference in meaning. This indicates that these sounds are associated with different underlying phonemes. The presence of minimal pairs is the primary evidence for contrastive distribution.
Complementary Distribution: A situation where two or more allophones of a single phoneme are found in mutually exclusive and non-overlapping phonetic environments. This means that if an allophone occurs in a certain context, the other allophone(s) will never occur there, and vice versa. Allophones in complementary distribution are predictable variants of the same phoneme and do not create meaningful distinctions. For example, in English, aspirated (as in "pot") and unaspirated (as in "spot") are in complementary distribution, occurring in different, predictable contexts.
3. Steps in Conducting Phonological Analysis (Mihalicek & Wilson, 2011:124)
Step-by-Step Process:
Look for Minimal Pairs: Identify pairs of words that are identical in every sound except for one, and whose meanings are different. The existence of minimal pairs provides strong evidence that the differing sounds represent distinct phonemes in a language. For example, "cat" vs. "bat" in English identifies /k/ and /b/ as phonemes.
List Phonetic Environments: Systematically document all contexts in which the target allophones or sounds of interest are used within spoken language. This requires transcribing the sounds accurately and noting the surrounding sounds, stress patterns, and syllable structure.
Evaluate Environments: Critically analyze the listed environments to determine if the allophones occur in the same phonetic environment (suggesting contrastive distribution) or if their occurrences are mutually exclusive (suggesting complementary distribution). This step is key to identifying phonemes versus allophones.
Propose Rules: Based on the observed patterns and environmental restrictions, formulate theoretical phonological rules. These rules describe how an underlying phoneme is realized as specific allophones in predictable phonetic contexts (e.g., "a voiceless stop becomes aspirated at the beginning of a stressed syllable").
Test Rules Against Data: Apply your proposed rules to additional, previously unexamined empirical data from the language. This validation step is crucial to confirm the accuracy and predictive power of your rules and to identify any exceptions or necessary modifications.
Examine Phonetic Explanations: Investigate the articulatory or acoustic basis for the identified rules. Many phonological processes have natural phonetic motivations, such as ease of articulation, perceptual clarity, or physiological constraints. Understanding these explanations deepens the analysis.
Refine Rules: Adjust your phonological rules for greater precision, accuracy, and generality based on findings from testing and phonetic explanations. This iterative process ensures the rules are robust and comprehensively account for the observed linguistic phenomena.
4. Examples of Allophones in Various Languages
4.1 Korean Allophones
In Korean, the sounds and are allophones of a single phoneme, meaning they do not distinguish meaning. The occurrence of is predictable, appearing only before the high front vowel and the glide (which combines with vowels like in /sja/). In all other contexts, the sound appears. This demonstrates complementary distribution: where you find , you won't find , and vice versa.
Examples:
‘poem’
‘flesh’
‘singer’
‘superstition’
‘newspaper’
‘prose’
‘smile’
‘mistake’
‘fifty’
‘search’
‘exploration’
‘thorn’
4.2 Italian Allophones
Examples:
‘dye’
‘dance’
‘tent’
‘I keep’
‘mushroom’
‘also’
‘I dye’
‘soap’
‘mud’
4.3 Nepali Allophones
Examples:
‘cloud’
‘flavor’
‘lake’
‘money’
‘night’
‘plate’
‘date’
‘pillar’
‘lentil’
4.4 Spanish Allophones
In Spanish, the sounds (a stop) and (a fricative, like 'th' in 'this') are allophones of the phoneme /d/. The stop appears initially and after a nasal consonant or lateral consonant , while the fricative appears in all other interior word positions, particularly between vowels. This is a classic example of complementary distribution where the pronunciation is determined by the surrounding phonetic context.
Examples:
‘drama’
‘pain’
‘tell me’
‘each’
‘side’
‘hatred’
‘food’
‘scram’
‘salary’
‘to last’
‘curtain’
‘skirt’
5. Exercises for Students
Reiteration of Steps: These exercises provide practical opportunities for students to apply the systematic methodology of phonological analysis. Through hands-on practice, students can develop the skills to differentiate between phonemes and allophones, identify patterns in sound distribution, and formulate accurate phonological rules.
Step 1: Look for minimal pairs to determine phonemic distinctions.
Step 2: List all phonetic environments the allophones occur in, including preceding and following sounds, syllable structure, and stress.
Step 3: Determine whether the allophones occur in the same environment (contrastive) or in mutually exclusive environments (complementary).
Step 4: Propose rules based on findings that predict the occurrence of each allophone.
Step 5: Test rules against submitted data to verify their accuracy and completeness.
Step 6: Examine the rules for potential phonetic explanations, considering articulatory or acoustic motivations.
Step 7: Refine rules based on comprehensive analysis and testing, ensuring they are precise and generalizable.
6. Concept of Natural Classes
Emphasis on Natural Classes: Natural classes are groups of sounds within a language that share one or more articulatory or acoustic phonetic properties and behave similarly in phonological rules. For example, all voiceless stops () form a natural class, as do all voiced fricatives (). Understanding natural classes is crucial because phonological rules often apply to entire classes of sounds rather than individual sounds, providing a more efficient and insightful description of a language's sound system.
7. Aspirated Stops in Yupik (Kennedy 2017:128)
This section illustrates the distribution and realization of aspirated stops in Yupik, showcasing how aspiration might be phonemic or allophonic depending on the specific sounds and their environments in the language.
Examples:
‘ash’
‘string’
‘woman’
‘two women’
‘middle finger’
‘three or more women’
‘my eye’
‘bucket’
‘man’
‘river’
‘two men’
‘concerning travel’
‘three or more men’
‘they are servants’
‘something that looks like frost’
8. Articles in Baghdadi Arabic (Kennedy 2017:142)
This section highlights the phonological phenomenon of assimilation, specifically how the definite article in Baghdadi Arabic can change its pronunciation to match the initial consonant of the following word, often involving "sun letters" and "moon letters" rules.
Examples:
‘the house’
‘the rice’
‘the bananas’
‘the easy’
‘the clerk’
‘the lesson’
‘the part’
‘the butter’
‘the horses’
‘the shirt’
‘the milk’
‘the fire’
‘the time’
‘the hammer’
‘the food’
‘the month’
9. References
Kennedy, Robert. Phonology: A Coursebook. Cambridge: Cambridge University Press.
Ladefoged, Peter & Sandra Ferrari Disner. 2012. Vowels and Consonants. 3rd edn. Chichester, UK: Wiley.
Mihalicek, Vedrana & Christin Wilson (eds.). 2011. Language Files: Materials for an Introduction to Language and Linguistics. Columbus, OH: The Ohio State University Press.