Str. 1
1 The origins of language
We don t know for sure how the language originated
Jespersen speculates that it developed when people enjoyed themselves
Language theories:
The divine source humans were provided with language by God
o There were experiments to prove which language could be labeled as divine
The natural-sound source language was an imitation of natural sounds heard by early
people
o Bow-wow theory language developed from onomatopoeic sounds of nature (eg.
bow-wow, cuckoo, bang, boom, splash) or natural cries of emotion (pain, anger, joy
eg. Ah!, Hey!, Wow!, Yuck!)
o Yo-heave-ho theory language developed from sounds of people involved in physical
effort (esp. when several people had to coordinate with each other)
The oral-gesture source language developed as a set of oral gestures, similar to
physical gestures
Glossogenetics addresses biological formation and development of human language,
describes unique human features that enable people to use and develop language (eg.
upright posture, two-legged locomotion, revised role of front limbs)
Physiological adaptation:
teeth upright, even in height helpful in making sounds such as f, v and th;
lips more complex muscle construction than other primates; helps with p, b, w
mouth relatively small, can opened and closed rapidly
tongue flexible, can be used to shape various sounds
larynx situated differently from that of monkeys, due to upright posture it was moved
lower
o however, people can choke on pieces of food more easily than animals
pharynx situated above the vocal cords, resonator for sounds produced via the larynx
Str. 2
lateralized brain specialized functions on each of the two hemispheres
o left hemisphere language, analytic functions, tool-using etc.
o ability to construct more complex messages
Functions of language:
interactional humans use the language to interact with each other (socializing,
expressing emotions)
transactional humans use the language to share knowledge, skills or information
2 The development of writing
cave drawings ca. 20k years ago
clay tokens (drawings on pottery) ca. 10k years ago
alphabetic script ca 3k years ago
pictograms pictures used to represent particular images in a consistent way;
conventional connection must exist between the symbol and its interpretation
o eg. for sun
ideograms pictures representing abstract, derived ideas rather than literal concepts;
o eg. - pictogram for sun , ideogram for heat , daytime
o modern pictograms:
ż Ł - language-independent
logograms used by Sumerians in form of cuneiform ( wedge-shaped ) writing; the form
gives no clue to what is being referred to by the symbols
o eg. Chinese characters represent the whole word, not the sound of spoken language;
rebus writing symbol of one concept is used to represent the sound of the other word in
spoken form
Str. 3
syllabic writing symbols represent pronunciations of single syllables
o to some extent, modern Japanese has syllabary (syllabic writing system)
alphabetic writing written symbols representing a single sound
o Arabic and Hebrew were based on it
o Cyrillic alphabet in Russia
Written English:
no correspondence between the written and spoken form of language due to historical
influences:
o in 15th century, when printing was introduced, writing conventions were already
derived from Latin and French
o many early printers were Dutch and couldn t decide about accurate English
pronunciations
o in 16th century many old words were brought back to their Latin origins (eg. original
iland became island)
3 The properties of language
Linguistic signals:
communicative intentional, used to communicate (express) something directly
informative unintentional, carrying some kind of indirect information (eg sneezing =
having a cold, yawning = being bored)
animals do not communicate anything by their appearance; they send only communicative
signals using sounds
Unique properties of human language:
displacement ability to relate to events far from here and now (past or future,
somewhere else); animals cannot refer to things not present in the immediate environment
o also, we can talk about things and places whose existence we cannot be sure of
mythical creatures, demons, angels, Santa Claus, etc. animals cannot relate to fiction
Str. 4
o however, to some degree bees possess this ability when a worker bee finds a source
of nectar, it comes back to the hive and performs complex dance routine to
communicate to its friends the location of the nectar
arbitrariness no natural connection between sound and its meaning; the writing form
has no iconic relationship with the real concept (seeing the word dog we cannot
determine from its shape that it means the four-legged barking animal)
o however, some words echo sounds of objects and activities eg. cuckoo, crash,
splash, squelch (onomatopoeic words)
productivity (open-endedness, creativity) one can produce unlimited number of
utterances using the limited number of elements in the language
o animals cannot produce new signals to communicate new experiences or events
o fixed reference each animal signal relates to only one particular object or occasion
cultural transmission we don t inherit the language from our parents, we acquire it in
the culture of other speakers of it; language is passed from one generation to the next
o people do not have specific predispositions for speaking a particular language, such as
English or Polish
o animals learn their signals instinctively
discreteness each sound in the language is treated as discrete, i.e. change in
pronunciation of one sound leads to a change in meaning of the word, eg pack vs back
duality two levels of language (sound and meaning):
o distinct sounds they carry no meaning when put individually
o distinct meanings we can combine sounds to express different meanings (messages)
o we can produce a large number of sound combinations which are distinct (different) in
meaning using limited number of distinct sounds
Other properties (not uniquely human):
vocal-auditory channel language is typically generated via the vocal organs and
perceived via the ears; however, we can transmit the language without sound, eg. in
writing or sign language
Str. 5
reciprocity any speaker/sender of a linguistic signal can also be a listener/receiver)
specialization linguistic signals serve only linguistic purpose, they cannot be used for
feeding or breathing
non-directionality anyone can pick up linguistic signals, not only their original
listeners/receivers
rapid fade linguistic signals appear and disappear quickly
4 Animals and human language
Washoe raised like a child in domestic environment, she used signs of American Sign
Language and combined them to produce simple sentences ; she understood more
symbols than she actually produced
Sarah used plastic shapes representing words to arrange sentences
Lana learnt Yerkish (set of symbols visible on a large computer keyboard)
Nim Chimpsky learnt and used ASL similarly to human children, but he only produce
signs as a response, and did not develop into more complex ones
Clever Hans horse that used hoofbeats to answer arithmetical questions and tap out the
letters of the alphabet
Buzz and Doris two dolphins signaling themselves about the food nearby
Kanzi learnt Yerkish only seeing his mother Matata learning it; he learnt it by being
exposed to the language
Controversy:
The animals could take part in interaction using sign language
But&
The animals couldn t use the language to the extent of human child
They usually repeated learnt phrases without developing new ones
They rarely started the conversation themselves
It was actually more like training than learning the language
Str. 6
5 The sounds of language
Phonetics general study of characteristics of speech sounds:
articulatory phonetics study about how speech is made ( articulated )
acoustic phonetics deals with the physical properties of speech when sound waves in
the air
auditory (perceptual) phonetics perception of sounds via the ear
forensic phonetics speaker identification, analysis of recorded utterances for legal
purpose
Articulation of sounds:
voiceless vocal cords spread apart, the air from lungs passes through them without
obstacles
voiced vocal cords drawn together, they vibrate when pushed by the flow of air
Str. 7
Place of articulation where the sound is produced:
bilabials sounds produced using both upper and lower lips: [p], [b], [m]
labiodentals formed with upper teeth and lower lip: [f], [v]
dentals tongue tip behind the upper front teeth: [th]
alveolars front part of the tongue on the alveolar ridge: [t], [d], [s], [z], [n], [l]
alveo-palatals tongue at the front of the palate near alveolar ridge: [sh], [ch], [dg]
velars back of the tongue against the vellum: [k], [g]
glottals without use of the tounge or any other parts: [h]
o glottis space between the vocal cords and larynx
o open glottis voiceless sounds
Str. 8
Manner of articulation how the sounds are produced:
stops (plosives) stopping the airstream and letting it go abruptly: [p], [b], [t], [d], [k]
fricatives blocking the airstream and letting it go through the narrow opening (friction):
[f], [v], [th], [s], [z], [s], [ż]
affricates stopping the airstream and obstructed release: [ch], [dg]
nasals airstream through the nose: [m], [n], [ng]
approximants (semi-wovels, glides)- [w], [y], [l], [h]
glottal stop closing the vocal cords and then releasing it: [?], eg. Uh-uh meaning no
flap pronouncing eg. [t] similarly to [d] AmE
Vowels:
all are voiced
produced with relatively free flow of air
they differ in way which the tongue influences the flow of air
o eg. high-front vowel front part of the tongue in raised position
Diphthongs begin with vowel sound and end with a glide; they change vocalic position
while being uttered: [ay], [aw]. [oy]
Str. 9
Diphthongization common in Southern British, AmE
6 The sound patterns of language
Phonology abstract study which describes the systems and patterns of speech sounds in the
language. It s based on subconscious knowledge of every language speaker.
Phoneme each sound which distinguishes the meaning in the language. If we replace one
sound with the other and the meaning changes, those sounds are separate phonemes.
Phones different versions of one sound type; allophones all phones are versions of the
same phoneme, eg. aspirated vs unaspirated sounds.
Minimal pair two words are identical in form but differ in one phoneme in the same
position, such as pat bat, site side, fan - van.
Minimal set the same as above, but there are more than two words.
Phonotactics describes how the sounds are likely to combine with each other, deals with
the sequence or position of English phonemes.
Syllable must contain a vowel (or vowel-like sound):
onset one or more consonants
rime - one vowel (nucleus) plus following consonant(s) (coda)
No coda, but onset + nucleus => open syllables (me, to, no)
Coda is present => closed syllables (up, cup, at)
More than one consonant in onset or/and coda => consonant cluster (eg st in stop)
Str. 10
Co-articulation effects making one sound almost at the same time as the next one in
conversational speech:
assimilation some aspect of one phoneme is copied by the other (eg. nasalizing [n] in I
can go)
elision omitting the sound segment that would be present in the pronunciation of the
word in isolation (eg. [himesbi] for he must be)
7 Words and word-formation processes
Neologism new word in the language which can be quickly understood.
Word-formation processes:
coinage invention of totally new items, eg. trade names for one company s product
which become general terms (without initial capital letter):
o aspirin, xerox, Teflon
borrowing taking over the words from other languages:
o alcohol (Arabic), piano (Italian), robot (Czech), zebra (Bantu)
loan-translation, calque direct translation of the elements of words into borrowing
language:
o teenager = nastolatek
Str. 11
compounding joining two separate words into a single form:
o bookcase, sunburn, wallpaper, textbook
blending joining the beginning of one word and the ending of another to create new
word:
o smog (smoke + fog), brunch (breakfast + lunch), Chunnel (Channel + tunnel)
clipping reducing certain elements of the word (abbreviating)
o gasoline => gas, cabriolet => cab, fanatic => fan
backformation reducing one word (noun) to create other form (verb):
o television => to televise, option => to opt, donation => to donate
hypocorisms (AmE) reducing word into one syllable and adding -y or ie
o Aussie (Australian), bookie (bookmaker), hankie (handkerchief)
conversion change in the function of a word, when a noun comes to be used as a verb
without any reduction
o paper to paper the bedroom walls, butter to butter the bread
o to guess a guess, to must a must, to spy a spy
o to see through see-through material, dirty to dirty sth
acronyms words from intial letters of a set of other words:
o laser, scuba, radar, snafu (situation normal, all fouled up)
derivation adding a affixes to the words:
o prefixes - at the beginning of the word (un-, dis-)
o suffixes at the end of the word (-ish, -ful)
o infixes not present in English adding affix inside the word (unfuckingbelievable!
Multiple processes:
Young Urban Professional + -ie => yuppie (acronym + hypocorism)
analogy words are formed in a similar way to the existing ones (eg. yuppie from hippe)
Str. 12
8 Morphology
Morphology the study of forms in language (morphemes).
Morpheme the smallest unit of meaning that the word can be divided into.
Stem the basic word-form involved in the use of bound morpheme.
Morphemes:
free can stand by themselves as single words
o lexical carry the content of messages we convey (boy, man, house, tiger etc.)
o functional closed class of words that have some function (articles, pronouns,
conjunctions, prepositions and, but, when, on, in)
bound cannot stand alone, they are attached to another form
o derivational make new words of a different grammatical category from the stem
(can change grammatical category of the word)
ż good (adjective) + -ness => goodness (noun)
ż teach (verb) + -er => teacher (noun)
o inflectional do not make new words, but indicate grammatical function of a word
(never changes grammatical category of the word)
ż indicate whether the word is singular or plural, past tense or not, comparative or
possessive form
ż Noun + - s, -s
ż Verb + -s, -ing, -ed, -en
ż Adjective + -est, -er
Morphs forms to realize morphemes.
Allomorphs different versions of the same morpheme.
Str. 13
9 Phrases and sentences: grammar
Mental grammar subconscious internal linguistic knowledge which helps to produce and
recognize appropriately structured expressions.
Linguistic etiquette knowledge which structures are proper or best to be used in the
language.
The parts of speech:
nouns refer to people, objects, things, creatures, abstract ideas
adjectives provide more information about the things referred to (happy people)
verbs refer to various kinds of actions and states (run, jump, be, seem) involving the
things in events
adverbs provide more information about the actions and events
prepositions provide information about time, place etc. (at, in, on, near)
pronouns replace nouns, refer to things already known (this, it,he, she)
conjunctions connect and indicate relationships between things and events (although)
Traditional grammar derived from Classical Latin and Greek. Those languages were the
languages of scholarship, religion, philosophy and knowledge .
Traditional categories:
agreement whether the parts of speech agree with each other
number whether the noun is singular or plural
person distinctions of first (speaker), second (hearer) and third person (any others)
tense distinctions of relation to the time
voice active or passive
gender:
o natural gender from biological distinction between male and female
o grammatical gender in terms of grammatical form
Str. 14
The prescriptive approach setting out rules for proper use of language, eg.:
Never split an infinitive. (!To boldly go& - Captain Kirk s infinitive)
Never end a sentence with a preposition.
The descriptive approach analyzing how the language is actually used, not how it should
be used.
Structural analysis investigates distribution of forms in a language, using test-frames
blank spaces for specific category:
The ______________ makes a lot of noise.
Immediate constituent analysis shows how small components (constituents) go together to
form larger constituents.
10 Syntax
Syntax ( setting out together , arrangement ) structure and ordering of component within a
sentence.
Generative grammar (by Chomsky) explicit system of formalized rules from mathematical
view of language; using finite set of rules to generate infinite number of sentences.
Properties of grammar:
it will use finite set of rules to generate an infinite number of well-formed structures
recursion it can be used more than once in generating a structure
deep and surface structure:
o surface syntactic form of English sentence
o deep abstract level of organization, involving structural interpretation
structural ambiguity the sentence has two deep structures (Anne whacked a man with
an umbrella)
Str. 15
11 Semantics
Semantics study of the meaning of words, phrases and sentences, which emphasize
objective, general and conventional meaning conveyed by the words and sentences.
Meaning of the word:
conceptual basic, literal components of meaning (needle = thin, sharp, steel instrument)
associative connotations of the word (needle = pain)
Semantic features:
The hamburger ate the man.
NP V NP
(-animate)
(-human)
Semantic roles:
agent performs the action
theme involved or affected by the action
instrument is used in performing the action
experiencer has a feeling, perception or state
location where the action takes place
source where the entity moves
goal where the entity reaches to
Str. 16
Mary saw a moskito on the wall
EXPERIENCER THEME LOCATION
She borrowed a magazine from George
AGENT THEME SOURCE
and she hit the bug with the magazine.
AGENT THEME INSTRUMENT
She handed the magazine back to George.
AGENT THEME GOAL
Gee thanks , said George.
AGENT
Lexical relations are analyzed in semantic description of languages:
synonymy closely related meanings (not always the same; may differ in terms of
formality):
o almost nearly, cab taxi, liberty freedom, answer reply
antonymy words with opposite meanings:
o gradable antonyms can be used in comparative constructions; negative of one word
doesn t have to imply the other (big small => bigger than)
o non-gradable antonyms (complementary pairs) no comparative constructions;
negative of one form implies the other (dead alive)
o reversives one word doesn t mean negative of the other (tie untie != not tie) but
rather the reverse of it
hyponymy meaning of one form is included in another:
o dog animal, carrot-vegetable,
prototypes one word is considered the best exemplar of its category:
o bird sparrow or pigeon
o furniture bench or stool
homophony two different written forms have the same pronunciation (homophones):
o bare bear, meat meet, sew - so
Str. 17
homonymy one form has more than one unrelated (separate) meaning:
o bank (of a river) bank (institution), hands (watch) hands (human body)
polysemy one form having many related meanings:
o head on the top of body; on the top of company;
metonymy based on a close everyday connection:
o container-contents: bottle coke, can juice
o whole-part: car wheels, house - roof
collocation which words frequently go together:
o butter bread, salt - pepper
12 Pragmatics
Pragmatics the study of intended speaker meaning of the words.
Context:
linguistic (co-text) words used in the same phrase or sentence, which has strong impact
on the meaning of the word
physical the time and space in which we encounter linguistic expressions
Deictic expressions can be understood only in their physical context:
person deixis: me, you, him, them
place deixis: here, there
time deixis: now, then, last week
Reference act by which the speaker (or writer) uses language to enable a listener (or reader)
to identify something (Can I look at your Chomsky?).
Inference additional information used by the listener to connect what is said to what must
be meant (I enjoy listening to Mozart).
Str. 18
Antecedent and anaphora:
Can I borrow your book?
Yeah, it s on the table.
Book antecedent (mentioned for the first time)
It anaphoric expression (reference to already introduced entity)
Presupposition - knowledge which the speaker assumes to be true or known by the hearer.
Your brother is there. (=You have a brother)
Constancy under negation:
My car is (not) a wreck = I have a car.
Speech acts actions such as:
requesting
commanding
questioning
informing
direct speech act - eg. question Did he..?, Are they& ? used to ask the question (get the
information)
indirect speech act using a form, which performs different action than it would suggest:
o You left the door open. = Close the door.
Politeness showing awareness of another person s face (public self-image).
face-threatening act eg. direct orders to show the social power over somebody (Give
me that salt!)
face-saving act lessens possible threat to someone else s face, eg. indirect speech acts
(Could you give me that salt, please?)
Face:
negative the need to be independent and free from imposition
positive the need to be connected, to belong, to be a member of the group
Str. 19
13 Discourse analysis
Discourse analysis understanding what speakers mean despite what they say, taking part in
a course of conversation.
As a language users, we are capable of recognizing correct vs incorrect form and structure, we
can also make sense of ungrammatical texts.
Cohesion the ties and connection within the text, that make it logical.
Coherence arriving at interpretation, making sense of what one reads or hears.
Conversation activity where speakers take turns at speaking. When the speaker indicates
that he has finished, he signals a completion point (asks the question, pauses, facial
expressions etc).
Co-operative principle our contribution to conversation must be appropriate.
Four maxims:
Quantity: make your contribution as informative as required, not more, not less
Quality: do not say for what you lack evidence or that is untrue, do not gossip
Relation: be relevant to the topic
Manner: be clear, brief and orderly:
o avoid obscurity (Eschew obfuscation);
o avoid ambiguity
o be brief;
o be organized;
Background knowledge:
schema conventional knowledge structure which exists in memory
script dynamic schema consisting of a series of conventional actions (going to the
dentist, restaurant)
Str. 20
14 Language and machines
Speech synthesis attempt to create speech electronically (the result is synthetic speech)
Navigators computer programs that follow simple spoken commands.
Dictation systems create written text from speech.
Artificial intelligence making machines do things requiring intelligence if done by men.
Parsers work from left to right along an incoming English sentence, create an analysis and
predict what elements will come next.
Understander systems:
ELIZA simulator of psychotherapist in form of computer terminal
SHRDLU follows commands to move objects around in its world; it s able to ask for
clarification if unsure;
PRAGMA system recognizing the user s plans and providing additional information
15 Language and the brain
Parts of the brain:
Broca s area (anterior speech cortex) involved in the production of speech
Wernicke s area (posterior speech cortex) involved in the understanding of speech
The motor cortex controls movement of the articulatory muscles (face, jaw, tongue,
larynx)
The arcuate fasciculus links Broca s and Wernicke s areas
Word is heard via Wernicke s area => signal goes through the arcuate fasciculus to Broca s
area, which prepares an answer => signal to motor cortex in order to articulate the word.
Str. 21
Tongue tips and slips when brain and speech production fail to work together smoothly:
tip of the tongue one knows the word but cannot get it into the surface; mainly in case
of uncommon terms of names
malapropisms mistakes in uttering the words (eg. sextet instead of sextant)
slip of the tongue distracting the expressions (eg. long shory stort)
Spoonerisms word reversals, eg. use the door to open the key
slips of the ear misunderstandings (great ape instead of grey tape)
Disorders in brain function:
Aphasia poor language function due to brain damage, which makes understanding
and/or producing linguistic forms difficult.
Broca s aphasia (motor aphasia) reduced amount of speech, effortful and distorted
articulation, omission of functional morphemes.
Wernicke s aphasia (sensory aphasia) fluent speech, but difficult to make sense of.
Anomia difficulty in finding correct words.
Conduction aphasia damage to the arcuate fasciculus; disrupted rhythm of speech due
to pauses and hesitations
Dichotic listening test experiment, which proves that language functions are located in left
hemisphere. Subject sits with earphones on and gets two different sound signals through each
earphone.
right ear advantage when the testee identifies correctly the sounds from right ear. The
signal goes to the right hemisphere earlier than this from left ear and is processed as first.
The right hemisphere - non-verbal sounds.
The left hemisphere language sounds.
Critical period the time of lateralization of the brain, which happens in early childhood.
The language acquisition then takes place. If a child doesn t acquire language during that
period, he will find it difficult to learnt it later on.
Str. 22
Genie 13-year-old, who in the 70s spend most of her life in a small closed room. She
contacted only for a few minutes with her mother while feeding. Any attempts of producing
sound were punished by her father.
She was unable to use language at first, but shortly she began to respond to the speech of
others and finally to communicate in spite of very simple syntax.
16 First language acquisition
All children, regardless of social and cultural background, have predispositions to acquire
language. They acquire language roughly at the same time along much the same schedule.
Basic requirements:
interaction with other language users
cultural transmission
physical capabilities for producing language (hearing it at first)
Caretaker speech simplified speech style adopted by people, who spend a lot of time
interacting with young children (frequent questions, exaggerated intonation, baby-talk).
Pre-language stages:
cooing 3-10 months first sounds, with velar consonants such as [k] and [g] and high
vowels such as [i] and [u]
babbling 6 months production of different vowels and consonants and their
combinations; the children use them to express emotions and emphasis
one-word (single-unit, single-form, holophrastic) stage 12-18 months children use
single words which function as phrases and sentences (juice = Give me some juice or
There is a juice on the table)
two-word stage 18-20 months children combine about 50 different words (the number
of them increases) to convey messages, such as mommy eat, baby chair
telegraphic speech 2-3 years producing multiple word utterances consisting mainly of
lexical morphemes (Andrew want ball, cat drink milk). Vocabulary expands to hundreds
of words and pronunciation becomes closer to that of adult.
Str. 23
The acquisition process children pick up the phrases and sentences and try them out,
imitating and subconsciously learning the adult language
Morphology:
About 3 years of age children pick up some grammatical forms and tend to overgeneralize
apply the single grammatical rule to all cases, without any exceptions (She goed)
Syntax:
Children understand what the adults are saying, but develop their own ways of expressing it.
Forming questions:
Stage 1 adding wh- form to the beginning of the expression:
o Where kitty? Where horse go? Sit chair?
Stage 2 more complex expressions, more wh- forms:
o What book name? Why you smiling? See my doggie?
Stage 3 inversion of subject and verb:
o Can I have a piece? Will you help me? but sometimes Why kitty can t stand up?
Forming negatives:
Stage 1 adding no or not on the beginning of any expression:
o No mitten, not a teddy bear, no sit there
Stage 2 additional forms are used don t, can t
o He no bite you, you can t dance, I don t know
Stage 3 disappearance of stage 1 forms, other auxiliaries are used:
o I didn t caught it, She won t let go, He not taking it
Semantics:
It is not always possible to determine precisely the meanings which children attach to the
words they use. Sometimes children use overextension of meaning of the words on the basis
of the shape, sound, size, movements.
Str. 24
17 Second language acquisition/learning
Acquisition development of language by using it naturally in communicate situations.
Children and people who spent a lot of time abroad acquire language.
Learning conscious process of accumulating knowledge of the language. Maths is learnt.
Optimum age 10 to 16 years old for learning a second language.
Affective filter acquisition barrier that results from negative feelings or experiences:
embarrassment
unwillingness
lack of empathy with other culture (eg. hatred)
dull textbooks
unpleasant classroom surroundings
Children are less limited by affective filter, adults can overcome it too.
Methods of teaching:
grammar-translation method long lists of words and grammar rules to be memorized,
focus on written form; traditional approach to Latin
audiolingual method emphasizing the spoken language, drills, developing habits
communicative approaches focus on functions of language rather than form
(grammar), organizing lessons around certain topics
The learner:
error indicates the process of acquisition taking place rather than failure; it is a clue to
the progress made by a student
creative construction generating structures based on overgeneralization
positive transfer of L1 knowledge beneficial if L1 and L2 have similar features
negative transfer (interference) not effective for L2 communication if L1 features
differ from those of L2
Str. 25
Interlanguage system used in L2 acquisition consisting of aspects of L1 and L2 but having
rules of its own.
Fossilisation when learners develop features which do not match L2.
Motivation:
those who experience some success are more motivated to learn
learner who is willing to guess and take a risk is likely to be more successful
Input language the learner is exposed to. It has to be comprehensible (foreigner talk
simplified version of language).
Negotiated input requesting clarification and active attention on what is said.
Output language produced by the learner in meaningful interaction. Crucial point of task-
based learning and developing communicative competence.
Communicative competence ability to use L2 accurately, appropriately and flexibly:
grammatical competence knowledge of accurate words and structures
sociolinguistic competence knowing which words to use in a particular social context
strategic competence ability to organize the message effectively and overcome
difficulties with conveying the meaning (using communicative strategy)
Applied linguistics analyzing L2 learning from sociological, psychological, communicative
and educative point of view.
18 Sign language
Alternate sign language older concept of sign language as a limited set of gestures used
instead of real language; a system of gestures developed by speakers for limited
communication in specific context where speech can't be used (i.e. some religions,
Aborigines)
Str. 26
Primary sign language the first language of a group that doesn't have access to a
spoken language (e.g. ASL);
Oralism a teaching method for deaf people required that students practised English
speech sounds and developed lip reading skill (this method wasn't successful);
ASL American Sign Language (Ameslan) kind of underground language used in
only deaf-deaf interaction; developed from French sign language used in Paris school in
XVIII century and then was brought to the USA;
o ASL as linguistic system every feature found in spoken languages has a
counterpart in ASL; equivalent levels of phonology, morphology and syntax; natural
language (different dialects in different regions and historical changes); writing in
ASL in difficult, but possible;
Signed English (Manually Coded English) producing signs correspondingly to the
words in English sentence, in English word order;
o major aim: to prepare students to be able to read and write English and enable the
deaf take part in hearing world;
o designed to make the interaction between the deaf and the hearing community
easier;
o production of a sentence takes twice as long as in English or ASL;
The structure of signs linguistic forms of ASL involve 4 key aspects of visual
information = articulatory parameters of ASL (primes):
o shape configuration of hands used in forming the sign;
o orientation describes the fact that hand is palm up, e.g. not down;
o location where we place hand first;
o movement what kind of movement;
In addition to this, there are some non-manual components like: head-movement, eye-
movement, facial expression, fingerspelling (system of hand configurations used to
represent the letters of the alphabet);
Str. 27
19 Language history and change
Comparative reconstruction reconstructing what must have been the original form in the
common ancestral language:
majority principle the majority of words retained the original sound and the minority
changed a little through time
development principle certain types of sound-change are very common, others very
unlikely
Old English 5th century AD
spoke by tribes from northern Europe who invaded British Isles (Angles, Saxons, Jutes)
o many basic terms derived from it: man, woman, child, house
Str. 28
Middle English 11th century
after arrival of Norman French in England and their victory at Hastings under William the
Conqueror in 1066
o terms like army, court, defense, prison, tax
Metathesis reversal in position of two corresponding sounds (frist>first, hros>horse).
Epenthesis addition of sound to the middle of a word (aemtig>empty, spinel>spindle)
Prothesis addition of sound at the beginning of a word
Lexical changes:
broadening of meaning (holyday religious feast, now general break from work)
narrowing (hound once used for any kind of dog, now only for specific breeds)
Variation of language can be perceived diachronically (from historical perspective) as well
as synchronically (in terms of differences among different groups at the same time)
20 Language varieties
Standard English used in newspapers, books and mass-media.
Accent a manner of pronouncing the language. Everybody speaks with an accent of one
form or another.
Dialect also involves the differences in writing.
Isogloss boundary between the areas with one particular linguistic item.
NORMS non-mobile, older, rural, male speakers.
Bilingualism knowing two distinct languages.
Pidgin variety of language developed for specific purposes, such as trading.
Str. 29
Creole Pidgin, which evolved into first language of communication.
Basilect basic variety of language.
Acrolect variety closer to the external model.
Mesolect slightly different variety.
The range of varieties post-Creole continuum.
21 Language, society and culture
Sociolinguistics deals with inter-relationships between language and society. It is connected
to anthropology (investigating the language and culture), sociology (language in social
groups), psychology (expressing attitudes and perceptions)
Social dialects varieties of language used by groups according to class, education, age, sex
etc.
Age and gender:
grandparents do not use the same words as their grandchildren
female speakers ten to use more prestigious forms than males from the same social
background
different pronunciations
women discuss their personal feelings more than men
men prefer to talk about non-personal topics such as sport and news
men respond to problems by giving advice on solution, women respond by mentioning
personal experiences connected with the problem
eliminating gender bias in general terms: spokesperson instead of spokesman
Str. 30
BEV (Black English Vernacular) widespread dialect of many African-Americans
o absence of copula: You crazy!
o double negative constructions: I can t get no sleep.
Idiolect personal dialect of each individual speaker of a language.
Jargon technical vocabulary connected with a special activity of group.
Diglossia situation in which two very different varieties of language co-exist in a speech
community.
Linguistic determinism theory of language which states that language determines
thought . We can think only in the categories which our language allows us to think in.
The Sapir-Whorf hypothesis people of different languages perceive the world differently
from each other.
Language universals common properties of all languages.
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