3. - a special branch of linguistics
which studies the physical
structure of the brain as it
relates to language production
and comprehension
4.
5.
6.
7. So do dolphins, monkeys, apes and humans.
Speaking Speaking
the Written Word the Heard Word
8.
9. Dichotic Listening
- an experimental technique
that has demonstrated a left
hemisphere dominance for
syllable and word processing.
10. The tip of the tongue
phenomenon
- speakers generally have an
accurate phonological outline of
the word, can get the initial sound
correct and mostly know the
number of syllables in the word.
- mainly occurs with uncommon
words and names.
11. Example:
fire distinguisher
fire extinguisher
transcendental medication
transcendental meditation
12. Slips of the tongue
- sometimes called
“spoonerism” after William
Spooner
- are often simply the result
of a sound being carried over
from one word to another
13. Example:
long shory stort
long story short
use the door to open the key
use the key to open the door
loop before you leak
look before you leap
14. Slips of the ear
- this may provide some clues to
how the brain tries to make sense
of the auditory signal it receives
15. Example:
great ape
gray tape
'Don't cry for me, Marge and Tina’.
‘Don’t cry for me, Argentina’.
'Row, row, row your boat…Life's a
butter dream’.
'Row, row, row your boat…Life
is a but a dream’.
16. Serious Disorders
in Brain Function
Aphasia
- an impairment of language
function due to localized brain
damage that leads to difficulty
in understanding and / or
producing linguistic forms
17. Common Cause:
• stroke through traumatic
head injuries from violence
or an accident or an may
have similar effects
• brain tumors
• infections
18.
19. Broca’s Aphasia
• also called ‘motor aphasia’
• reduced amount of speech,
distorted articulation and slow,
often effortful speech
• frequent omission of functional
morphemes and inflections
• often consists almost entirely of
lexical morphemes
20. Example:
I eggs and eat and drink coffee
breakfast.
Ah ... Monday ... ah, Dad and Paul and
Dad ..went... hospital. Two ... ah,
doctors ... and ah ... thirty minutes ...
and yes ... ah ... hospital. And, er,
Wednesday ... nine o'clock. And er
Thursday, ten o'clock ... doctors. Two
doctors ... and ah... teeth. Yeah,... fine.
21. Wernicke’s Aphasia
• also known as ‘sensory
aphasia’
• the type of language
disorder that results in
difficulties in auditory
comprehension
22. Example:
Examiner: What kind of work
have you done?
-- We, the kids, all of us, and I,
we were working for a long
time in the... You know... it's
the kind of space, I mean
place rear to the spedawn...
23. Examiner: Excuse me, but I
wanted to know what kind of
work you have been doing.
-- If you had said that, we had
said that, poomer, near the
fortunate, porpunate, tamppoo,
all around the fourth of martz.
Oh, I get all confused.
24. Conduction Aphasia
• individuals suffering from
this disorder sometimes
mispronounce words, but
typically do not have
articulation problems
27. First language
Acquisition
Language acquisition is the study of
the processes through which
learners acquire language. By itself,
language acquisition refers to first
language acquisition, which studies
infants' acquisition of their native
language.
28. Caregiver speech
a
- a characteristically simplified
speech style adopted by someone
who spends a lot of time
interacting with a young child.
- featured with the use of
question, often using exaggerated
intonation, extra loudness, and a
slower tempo with longer pauses.
29. Cooing and Babbling
-the earliest use of speech-like
sounds has been described as
cooing;
- create sounds similar to the
consonants (k) and (g) and
high vowels similar to (i) and
(u)
30. -between six and eight
months, the child is able to
produce a number of
different vowels and
consonants such as ba-ba-ba
and ga-ga-ga which is
described as babbling.
31. One-word stage
- is characterized by speech
in which single terms are
uttered for everyday objects.
Example:
milk cookie
cat cup
spoon
32. Two-word stage
- this can begin around eighteen
to twenty months, as the child’s
vocabulary moves beyond fifty
words.
Example: mommy come
daddy sit
baby eat
33. Telegraphic Speech
- characterized by strings of
words in phrases or sentences
Example:
this shoe all wet
cat drink milk
daddy go bye-bye
34. Developing morphology
By the time a child is two-and-a-
half years old, he or she is
incorporating some of the
inflectional morphemes that
indicate the grammatical
function of the nouns and verbs.
35. Example:
cat sitting
mommy reading book
foots
mans
goed
comed
43. Acquisition vs. Learning
(Krashen)
Acquisition is a process by which
children unconsciously acquire their
native language.
Learning is a conscious knowledge
of a second language, knowing the
rules, being aware of them, and
being able to talk about them.
45. Audiolingual method
It involved a systematic
presentation of the structures
of the L2, moving from
simple to the more complex,
in the form of drills that the
student had to repeat.
46. Communicative approaches
- it’s partially a reaction against
the artificiality of ‘pattern-
practice.’
- it’s against the belief that
consciously learning the grammar
rules will necessarily result in an
ability to use the language
47. Communicative
Competence
- the general ability to use language
accurately, appropriately, and
flexibly.
48. Grammatical competence
Concentration on grammatical
competence only, however, will
not provide the learner with
the ability to interpret or
produce L2 expressions
appropriately.
49. Sociolinguistic Competence
The ability to use appropriate
language.
Strategic Competence
The ability to organize a
message effectively and to
compensate, via strategies, for
any difficulties.
50. Applied Linguistics
- is an interdisciplinary field
of study that identifies,
investigates, and offers
solutions to language-related
real-life problems.
Hinweis der Redaktion
Birds do it. Bees do it. So do dolphins, monkeys, apes and humans. You know what I am talking about....communicate! That's right, all these animals can communicate. They can exchange information with one another. Although these animals can communicate, do they have LANGUAGE? Some scientists have argued that language is what sets humans apart from all other animals. Other researchers wonder if humans are really the only species with language . Certainly other animals communicate ...bees have the ability to communicate with other bees using their special "dance." However, human language is more than just communication. Humans use symbols that have meaning. http:/ /faculty.washington.edu/chudler/lang.html
Many people assume the physical basis of language lies in the lips, the tongue, or the ear. But deaf and mute people can also possess language fully. People who have no capacity to use their vocal cords may still be able to comprehend language and use its written forms. And human sign language, which is based on visible gesture rather than the creation of sound waves, is an infinitely creative system just like spoken forms of language. But the basis of sign language is not in the hand, just as spoken language is not based in the lips or tongue. There are many examples of aphasics who lose both the ability to write as well as to express themselves using sign-language, yet they never lose manual dexterity in other tasks, such as sipping with a straw or tying their shoes. Language is brain stuff--not tongue, lip, ear, or hand stuff. The language organ is the mind . More specifically, the language faculty seems to be located in certain areas of the left hemispheric cortex in most healthy adults . A special branch of linguistics, called neurolinguistics , studies the physical structure of the brain as it relates to language production and comprehension.
The average human brain weighs about 3 pounds. Removed from the skull, it looks a bit like a large pinkish-gray walnut. Divided down the middle lengthwise, the brain has two roughly identical halves -- the left and the right hemispheres.
Divided down the middle lengthwise, the brain has two roughly identical halves -- the left and the right hemispheres. The two hemispheres are connected by the corpus callosum ("callous body"), seen here in a coronal section.
Broca's area is a region of the brain responsible for speech production . The importance of Broca’s area in producing language has been recognized since Paul Pierre Broca reported impairments in two patients he encountered. They had lost the ability to speak after injury to the posterior inferior frontal gyrus of the brain. [ Wernicke's area is a part of the human brain that forms part of the cortex . it is located in the left hemisphere , as the left hemisphere is specialized for language skills. Wernicke's area is named after Carl Wernicke, a German neurologist and psychiatrist who, in 1874, discovered that damage to this area could cause a type of aphasia that is now called Wernicke's aphasia or receptive aphasia. (French anthropologist and surgeon. He became the first to offer anatomical proof of the localization of brain functions when he discovered (1861) the center of articulate speech in the brain.)
To speak a word that is read, information must first get to the primary visual cortex. From the primary visual cortex, information is transmitted to the posterior speech area, including Wernicke's area. From Wernicke's area, information travels to Broca's area, then to the Primary Motor Cortex. To speak a word that is heard, information must first get to the primary auditory cortex. From the primary auditory cortex, information is transmitted to the posterior speech area, including Wernicke's area. From Wernicke's area, information travels to Broca's area, then to the Primary Motor Cortex.
Motor cortex is a term that describes regions of the cerebral cortex involved in the planning, control, and execution of voluntary motor functions.
A number of researchers have noted that we all experience occasional difficulty in getting brain and speech production to work together smoothly.
sometimes called “spoonerism” after William Spooner, an Anglican clergyman at Oxford Univfersity, who was renowned for his tongue slips
Aphasia ("not speaking") is an impairment of language, affecting the production or comprehension of speech and the ability to read or write. Aphasia is always due to injury to the brain -- most commonly from a stroke, particularly in older individuals. But brain injuries resulting in aphasia may also arise from head trauma, from brain tumors, or from infections.
The two most famous types of aphasia result from injury to two specific areas of the brain, with dramatically different consequences. These areas and their aphasias are called Broca's and Wernicke's. A very general distinction is that Broca's aphasia limits speech, while Wernicke's aphasia limits comprehension.
http://www.gazzaro.it/g/Language%20in%20the%20brain.htm Broca's aphasia, involves damage to the front part of the left hemisphere of the brain. This results in labored, stilted speech in which the speaker drops words and can only speak in short sentences. It is most often named after Pierre-Paul Broca (1824-1880), a French surgeon and anthropologist who first described the syndrome and its association with injuries to a specific region of the brain. It is sometimes called disfluent or agrammatic aphasia.
Lesions causing Wernicke's aphasia usually occur in the auditory association area of the left temporal lobe or in the fiber tracts connecting it with other areas of the brain. It results in speech that uses the wrong words, nonsense words and the like. People with Wernicke's aphasia can speak as if fluently (no stopping, no labor), but the words often come out strange. People with this aphasia also have difficulty understanding the speech of others. It is named after the German neurologist Carl Wernicke (1848-1905).
This way of speaking has been called "word salad" because it appears that the words are all mixed up like the vegetables in a salad.
This way of speaking has been called "word salad" because it appears that the words are all mixed up like the vegetables in a salad.
There is the distinction between Acquisition and Learning (Krashen, 1982). Acquisition is a process by which children unconsciously acquire their native language Learning is a conscious knowledge of a second language, knowing the rules, being aware of them, and being able to talk about them. A cquisition is used to refer to the gradual development of ability in a language by using it naturally in communicative situations with others who know the language.
- it’s against the belief that consciously learning the grammar rules of a language will necessarily result in an ability to use the language
L earning applies to a more conscious process of accumulating knowledge of the features such as vocabulary and grammar of a language t ypically in an institutional setting