4. Second language applications: Mimicry and memorization
Behaviourism had a powerful influence on L2 & FL teaching in North
America between 1940s & 1970s.
Nelson Brooks (1960) & Robert Lado (1964)
Developed audiolingual teaching materials
Classroom activities emphasized mimicry and memorization
Students learned dialogues and sentence patterns by heart
Viewed language development was the formation of habits
L2 learning will be interfered by L1
The behaviourist perspective
5. Behaviorism linked to contrastive analysis hypothesis
Errors are not predictable on the basis of their L1 (chap.2)
Reluctant to transfer L1 patterns
L1 influence may become clearer as more is learned about the L2
The transfer of habits may not be a matter of Influence in SLA
Inadequate explanations
6. Chomsky argued UG allows all children to acquire the language during
a critical period of their development.
Lydia White (2003):
UG offers the best perspective to understand SLA.
Others argued:
UG is good framework for understanding L1 acquisition
Vivian Cook (2003) – logical problem of SLA
UG must be available for both L1 & L2 in same nature
The innatist perspective
7. Schwartz (1993) believe
instruction and feedback change only superficial aspects of language
performance
language acquisition depends in learner’s environment
interaction triggers acquisition of language
White (1991) believes that meaningful use of language will help to
learn a new language grammar.
Investigation involve grammaticality judgment – became interest field
for researchers
8. Second language applications: Krashen’s ‘Monitor Model’
The acquisition-learning hypothesis
Acquiring L2 is much the same way like children pick up their L1.
Learn through conscious attention to form and rule learning.
The monitor hypothesis
L2 users draw on what they have acquired in communication
Use rules and pattern they learned
The learned system acts as an editor or 'monitor',
But need plenty of time in producing correct language with relevant
rules.
9. The natural order hypothesis
Like in L1, L2 acquisition unfolds in predictable sequences
Easiest language rules are not necessarily the first to be acquired
The comprehensive input hypothesis
Acquisition occurs when one is exposed to language that is
comprehensible and that contains i + 1
(i=language already acquired)
(+1=step beyond that level)
10. The affective filter hypothesis
Learners exposed to large quantities of comprehensible input do not
necessarily acquire a language successfully.
‘Affective filter' is a metaphorical barrier that prevents learners from
acquiring language even when appropriate input is available.
Affect refers to feelings of anxiety or negative attitude
11. In spite of criticism and debate, his ideas have had a major influence
on the movement from structure-based to communicative approaches
to language teaching.
Classroom research explaining L2 learning confirms;
students can make considerable progress through exposure to
comprehensible input without direct instruction
whether it is sufficient for learners remain still a question
12. The study of cognition – how human acquire, process, store, and
retrieve information
The cognitive psychologists argue that there is no mental module
devoted to language acquisition
All learning and thinking are based on the same cognitive processes
Learning a L1/L2 draws on the same learning processes
The cognitive perspective
14. Information processing
DeKeyser (1998), Schmit (2001) & others;
'Pay attention' = using cognitive resources to process information
Earliest stages will use most of their resources to understand the main
words in a message
May not notice the grammatical morphemes attached to words
Through experience and practice, new information becomes easier to
process and become automatic
15. Fluent speakers do not create new sentences by choosing one word
at a same time
Use strings of words that typically occur together
Proficient language users can give their full attention to the overall
meaning of a text or conversation
Learners use more of their attention on processing the meaning of
individual words
16. Declarative Knowledge (information that we have) can become
Procedural Knowledge (knowledge that underlies fluent or automatic
performance).
With enough practice, procedural knowledge surpasses the
declarative knowledge, which, in time, may be forgotten.
Restructuring – changes in language behavior not explainable in
terms of gradual build-up of fluency through practice
Backsliding – learner’s language incorporating too much or wrong
things (I saw a film > I seed or I sawed)
17. ‘Transfer appropriate processing' (TAP), information is best retrieved
in situations that are similar to those in which it was acquired.
To learn something our memories records aspect of context
Rule learning or drill activities may be easier to access on tests
If cognitive resources are completely occupied, grammatical markers
or word order on a test of those features may be more difficult.
18. Usage-based learning
Children learn language from their language experiences (chap 1)
Connectionists – no need to hypothesize the existence of a
neurological module dedicated exclusively to language acquisition
Connectionists attribute less importance to the kind of declarative
knowledge that characterizes some theories of skill learning
Nick Ellis (2002) – the frequency which information encountered is a
strong predictor of how easily it will be learned
Ellis (2003, 2005) and others – language is learned in chunks larger
than single words
Not all sentences or phrases are put together into one word at a time
19. The competition model
Learners understand specific function of language from ‘cues’
Most English sentences have the order Subject-Verb-Object (SVO)
Language learning involves the discovery, categorization, and
determination of patterns through the use of cues
20. Language and the brain
Assumption of language function brain located in left hemisphere.
Recent studies showed during language processing, activation in
different locations in both hemispheres.
It happens both for L1 and L2 but differ depending on the learner’s
age and level of proficiency
22. Interaction hypothesis
Conversational interaction is an essential for SLA
Speakers modify their speech and interaction patterns in order to help
learners participate in a conversation
Michael Long (1983) agreed with Krashen that comprehensible input
is necessary for language acquisition
Modified interaction is the necessary mechanism for making language
comprehensible
Learners interact with other speakers and reach mutual
comprehension through negotiation for meaning
23. Conversational modification examples are;
comprehension checks (The bus leaves at 6:30, Do you understand?)
clarification requests (Could you repeat please?)
self-repetition or paraphrase (She got lost on her way home from school,
she was walking home from school, she got lost)
Revised version of interaction hypothesis – more emphasis on corrective
feedback
Comprehension hypothesis – learners must produce understandable
language. Push learners ahead in their development
24. The noticing hypothesis
Richard Schmidt (1990, 2001), nothing is learned unless it has been
noticed
Noticing does not itself result in acquisition, but it is the starting point.
L2 learners could not begin to acquire a language feature until they
had become aware of it in the input.
According to information processing theories; anything that uses up
our mental 'processing space', contribute to learning
25. Input processing
Learners have difficulty focusing on form and meaning at the same
time.
They give priority to meaning and overlook some features of the
language form
Hearing a sentence helps to understand but may interfere learners’
progress in acquiring the language
26. Processability theory
German acquisition – developmental sequences in syntax and
morphology are affected by how easy they were to process.
Depend to a large extent on the position of those features in a
sentence
Pienemann’s processability theory:
Integration of developmental sequences with L1 influence
Explains why learners do not transfer L1 features in early stages of
acquisition
Have to develop processing capacity in L2 before use of existing L1
27. The role of practice
Practice that characterized audio-lingual instruction often failed to
make connections between language forms and their meanings.
From a cognitive perspective, practice is not mechanical and not
restricted to production – it is also relevant for comprehension.
Practice should be interactive, meaningful, and focus on
task-essential forms
28. Vygotsky’s theory - cognitive development arises as a result of
social interaction
Sociocultural theory – speaking & thinking are interwoven
ZPD and Krashen’s i+1 are ? … different
ZPD is metaphorical location (scaffolding)
Krashen’s ‘i+1’ - emphasis on comprehensibility of input from outside
Interaction – individual cognitive process
Sociocultural – knowledge in internalized during social activity
The sociocultural perspective
29. Traditionally, ZPD was restricted to a novice and an expert
The term has been broadened to include novice–novice interaction
Swain’s comprehensible output hypothesis
To produce language, learners must pay attention to meaning
Sociocultural theorists assume the cognitive processes begin as
externally and become internalized
Other interactionist models assume modified input interaction provide
the raw materials that is analyzed through cognitive process
Second language applications; Learning by talking
30. Innatist perspective:
Draw evidences complexities of proficient speaker’s knowledge of
language and analysis of their own intuition about language
Cognitive and developmental psychologists:
Not enough to know what the final state of knowledge is
Corpus-based studies of the input should be paid more attention
Recent cognitive perspectives – computer stimulations to learn
specifically chosen language
Summary
31. Interactionists:
Negotiation of meaning in conversational interactions
Learners gain new knowledge from the support of interlocutor
(share same opinion from sociocultural perspective)
Linguists and psychologists
Neurological research
Language processing in brain – inconclusive at present
Disagreement among experts – frustrates educators