Who is the linguist who first proposed that distinctive features should be binary?
Roman Jakobson
Sounds that are [+cons] are [-son]. T/F?
False (there are sonorant consonants)
Which of the following sounds poses a potential contradiction to the hypothesis that features and feature definitions are universal?
Some languages use [ATR] and some use [tense]
[l] problem
Which of the following sounds tend to form a natural class, crosslinguistically: dentals, labiodentals, bilabials?
Bilabials + labiodentals
The feature [high] has only been used for vowels. T/F?
False (palatals)
Distinctive Feature theory
The theory of the set of features that combine to define all possible human language sounds.
The features are hypothesised to be the same across all languages.
There are 3 different versions of DF theory (of which we will mostly go with the one from Zsiga’s textbook).
If a combination of segments do not form a natural class, this means that
no feature combination will isolate them from all the other segments.
Language hypotheses
Phonological Alternations target only natural classes
i.e. all segments in the same class should undergo same alternation under a rule
Contrasts, classes and alternations are closed sets of phonetic parameters same across all languages.
These parameters are called distinctive features.
Definition of natural class: set of phonemes that share certain distinctive features.
Features are binary oppositions (+/-) for every segment
Every lexical item has a UR
Underlying Representation (UR) = combination of distinctive features
UR $\rightarrow$ SR: via feature changing rules
Notes
Structuralism: paradigm that language is a
self-contained
self-regulatic
semiotic (making meaning) system
it’s elements are defined in relation to other elements within the system.
If the question asks “Which two form a natural class”: make sure the union of their features doesn’t form
a set that include other sounds in the language.
BUt just cos a set of sounds for a natural class doesn’t mean that there is some phonological process/rule that tarrgets that class.
e.g. Obstruent assimilation in Russian may not apply to all natural classes
[+/- Continuant] complete closure in the oral cavity?
[-cont] plosives, affricates and nasals.
[+cont] All other sounds
Every sound has a value for each of the binary features.
Unary Features
The lack of evidence for targeted classes such as [−nasal] and [−lateral]
have led to the suggestion that at least some features are unary
rather than binary.
In particular, unary features for place of articulation based on
active articulator have proven to be useful
Sounds don’t form a natural class ever amongst sounds without nasal/lateral/DR.
Hence we don’t give the opportunity of creating the class that way.
There is no phonological alternation that only classifies the non-nasal sounds,
or the non-lateral sounds. Languages don’t have target non-nasals together.
[+/- Nasal]
[+/- Lateral]
[+/- Delayed release]
natural classes and alternations: affricates are [+delayed release]; stops and all other segments are [−delayed release]
A lack of complete featural specification of a given segment is termed
underspecification. Absence of a unary feature (as when non-nasal consonants simply have
no [nasal] specification) is one type of underspecification
Problems
Definitional problems: [l] and [+/- cont]. Should it be complete closure or does closure in the centre only count as [-cont]?
Problems with Jakobson’s method: sounds’ manner features may not be binary
(e.g. affricates are both [-cont] at the stop and [-cont] at the fricative articulation)
Laryngeal Features
[+/- voiced]
[Constricted Glottis]
ejectives, glottal stop and creaky voice
[Spread Glottis]
aspirated sounds
Major place distinctions
Features based on active articulator
WE need the bigger classifications.
[labial]
[coronal]
[dorsal]
[pharyngeal]
[laryngeal]
What if just (dentals, alveolars) as a natural class? We don’t have a way. This is why we hve subsidiary place features.
Subsidiary place distinctions
bilabial
labio-dental
dental
alveolar
post-alveolar
retroflex
palatal
velar
uvular
lab
lab
cor
cor
cor
cor
cor
dor
dor
ant
+
+
-
-
-
dist
-
+
-
-
+
str (fricatives/affricates only!!)
-
+
-
+
+
-
-
-
+
high
+
+
-
low
+
+
+
Coronals only (Place):
[+ant] in front or on alveolar ridge
[-ant] otherwise
[+/- distributed]:
[-dist] apical (tongue tip) – Alveolar and Palatal
[+dist] laminal (tongue blade) – Dental, Post-Alveolar and Retroflex
Fricatives/affricates only (Manner)
[+str] Labiodental, Alveolar and Post-alveolar (Sibilants), Uvular fricatives & affricates)
[-str] otherwise
High and Low (post-alveolar to palatal, palatal to uvular
[+/- high]
[+ high] post-alveolar and retroflex
[- high] palatal
[+/- low]
[+ low] all guttaral consonants (palatal to uvular), the dorsals + palatal
[- low]
No language ditinguishes bilabial vs labiodental, or post-alveolar vs palatals, or velars vs uvulars for non-fricatives/affricates
Languages don’t contrast between bilabial and labiodental OR post-alveolar and palatal or velar/uvular for NON-FRICATIVES/AFFRICATES.
But there are languages that contrast velar and uvular stops.
Vowel features
[+/- round]
[+/- high]
[+/- low]
[+/- back]
[+back] central and back
[-back] front
[+/- advanced tongue root (ATR)]
[+ATR] Articulatory: tongue is pulled forward
[+ATR] Acoustic: Lowered F1 compared to [-ATR] counterpart