Classic approaches in psycholinguistics 3 Language acquisition L1 acquisition( developmental psycholinguistics) L2 learning strategy research acquisition constraints
Classic approaches in psycholinguistics 3. Language acquisition - L1 acquisition (developmental psycholinguistics) - L2 learning strategy research - acquisition constraints
Neurological foundations of language correspondence hypothesIs particular areas of the neocortex are responsible for human language faculty local results from aphasia research temporal results from erP measurements aphasia: impairment or loss of language ability due to brain damage
Neurological foundations of language correspondence hypothesis: particular areas of the neocortex are responsible for human language faculty • local results from aphasia research • temporal results from ERP measurements aphasia: impairment or loss of language ability due to brain damage
Neurological foundations of language Pai l Broca lateralization of language sA-located lesions in left hemisphere related handedness to speech capability plasticity of the brain(i.e temporal variability) migration of neurons time constraints in acquIsItion
Neurological foundations of language Paul Broca: lateralization of language - located lesions in left hemisphere - related handedness to speech capability - plasticity of the brain (i.e. temporal variability) - migration of neurons - time constraints in acquisition
Neurological foundations of language Carl Wernicke separated the auditory nerve(cranial nerve from ear to cortex) along the planum temporale in the left hemisphere
Neurological foundations of language Carl Wernicke: - separated the auditory nerve (cranial nerve from ear to cortex) along the planum temporale in the left hemisphere
Language-related areas of the brain Arcuate fasciculus Major areas of the brain, including Frontal lobe portions specialized for language Broca's area Parietal Jobe Angular gyrus Olfactory bulb Temporal lobe pital lobe Wernicke area
Language-related areas of the brain