Chapter 7 Language in Society
Dialect: forms of language that differ systematic ways
When they become mutually unintelligible, they are separate languages
All follow a set of rules
American dialect came from British and Irish as well as Native American languages
Dialect map: plot dialect differences geographically
Dialect areas: concentrations of linguistic differences; lines drawn called isoglosses
Accents: regionally phonological/phonetic differences
Only pronunciation differences
Dialect leveling: movement towards greater distinctions
Lexical differences: lift vs elevator
Phonological differences:
American: stress in first syllable
British: stress on second syllable
Morphological/Syntax differences: plural “you”
South: y’all
Pittsburgh: yinz
Social dialects: stem from social divisions
Ex: different race, religion, socioeconomic status, etc
Standard american english: dominant dialect in english
Often said to be the dialect of wealthy english speakers
African american vernacular english
Social dialect
R deletion:
Ex: poor → poe
Consonant cluster reduction:
Ex: past & passed → pass
Neutralization of vowels before nasals:
Ex: bin and Ben sound the same
Loss of interdental fricatives
Ex: brother → brover
Allows multiple negatives:
Ex: he don’t know nothing
Deletion of be/is
Ex: he’s nice → he nice
“There” replacement
Ex: there's no one → ain’t no one
“Habitual be”
Ex: He be working late → means he regularly works late
Genderlects
Women use tag questions and politeness words more
Ex: might, maybe, don’t you think, please, thank you, so, very
Japanese: use female and male words
Slang: new word that isn’t precisely defined
Jargon: specialized term used in various occupations
Ex: phoneme, lexicon, etc
Taboo: words retaining to sex, etc
Euphemisms: word/phrase to replace taboo words
Ex: letting them go, passed away, adult video, etc
Banned Languages:
Native American languages banned in US
Children sent to Navajo Immersion Schools
Impact on the language: few parents taught it to their children; became less popular
Used during WWII as “code talkers” - impossible for enemy to break even if knew the Navajo language
Chapter 10. Language Processing and the Human Brain
Neurolinguistics: biological/neural foundation of language
Grey matter: neurons; outside
White matter: axons; inside
Frontal lobe: most language
Parietal lobe: sensory input
Temporal lobe: auditory input
Occipital Lobe: visional input
Corpus Callosum: communication between hemispheres
Broca’s area: frontal lobe
Wernicke’s area: temporal lobe
Contralateral Processing: left side of brain controls right side of body
Localization theory: different human abilities traceable to certain areas of the brain
Aphasia: result of brain damage to LH
Broca’s aphasia: aware of deficit; nonfluent; causes labored speech and word finding difficulty
Wernicke’s aphasia: unaware of deficit; fluent; causes substitutions and nonsense words
Anomia: word finding difficult trouble naming things
Dyslexia: struggle to read; same telegraphic style speech
Dysgraphia: struggle writing; mispronounced words also misspelled
Errors in signing: movement errors, hand position errors
Treatment:
Melodic intonation therapy: hum/sing instead of speaking
Dichotic listening: different auditory signals are presented simultaneously thru earphones
Right ear advantage: info goes directly to LH (language)
Split brains: no communication between sides (cut corpus callosum)
Used to treat severe epilepsy
Touch: object on left hand recognized but not named
Written: presented to left visual field but can’t be read
Left hemi: language, rhythmic perception, temporal-order judgement, mathematical thinking
Right hemisphere: pattern.matching tasks, recognizing faces, spatial organization
Hemiplegic children: children with one hemisphere removed
If early in childhood RH can develop language function
Speech comprehension develops before speech production
Surgery is risky but often last resort
80% of children see seizure reduction
Equipotentiality hypothesis: both hemispheres are capable of acquiring language
Modularity hypothesis: brain is made of specialized parts that handle specific tasks