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Speaking for seeing: Sentence structure guides visual event apprehension ...
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Linguistic labels cue biological motion perception and misperception ...
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Linguistic labels cue biological motion perception and misperception
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In: Sci Rep (2021)
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Linguistic labels cue biological motion perception and misperception
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In: Slivac, Ksenija; Hervais-Adelman, Alexis; Hagoort, Peter; Flecken, Monique (2021). Linguistic labels cue biological motion perception and misperception. Scientific Reports, 11(1):online. (2021)
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Going places in Dutch and mandarin Chinese: conceptualising the path of motion cross-linguistically ...
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Going places in Dutch and mandarin Chinese: conceptualising the path of motion cross-linguistically ...
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Lexical prediction in language comprehension: a replication study of grammatical gender effects in Dutch ...
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Lexical prediction in language comprehension: a replication study of grammatical gender effects in Dutch ...
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Driving Along the Road or Heading for the Village? Conceptual Differences Underlying Motion Event Encoding in French, German, and French–German L2 Users
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In: The modern language journal 99 (2015), 100-122
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IDS Bibliografie zur deutschen Grammatik
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On the road to somewhere:brain potentials reflect language effects on motion event perception
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On the road to somewhere: Brain potentials reflect language effects on motion event perception
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Abstract:
Recent studies have identified neural correlates of language effects on perception in static domains of experience such as colour and objects. The generalization of such effects to dynamic domains like motion events remains elusive. Here, we focus on grammatical differences between languages relevant for the description of motion events and their impact on visual scene perception. Two groups of native speakers of German or English were presented with animated videos featuring a dot travelling along a trajectory towards a geometrical shape (endpoint). English is a language with grammatical aspect in which attention is drawn to trajectory and endpoint of motion events equally. German, in contrast, is a non-aspect language which highlights endpoints. We tested the comparative perceptual saliency of trajectory and endpoint of motion events by presenting motion event animations (primes) followed by a picture symbolising the event (target): In 75% of trials, the animation was followed by a mismatching picture (both trajectory and endpoint were different); in 10% of trials, only the trajectory depicted in the picture matched the prime; in 10% of trials, only the endpoint matched the prime; and in 5% of trials both trajectory and endpoint were matching, which was the condition requiring a response from the participant. In Experiment 1 we recorded event-related brain potentials elicited by the picture in native speakers of German and native speakers of English. German participants exhibited a larger P3 wave in the endpoint match than the trajectory match condition, whereas English speakers showed no P3 amplitude difference between conditions. In Experiment 2 participants performed a behavioural motion matching task using the same stimuli as those used in Experiment 1. German and English participants did not differ in response times showing that motion event verbalisation cannot readily account for the difference in P3 amplitude found in the first experiment. We argue that, even in a non-verbal context, the grammatical properties of the native language and associated sentence-level patterns of event encoding influence motion event perception, such that attention is automatically drawn towards aspects highlighted by the grammar.
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Keyword:
Attention; Cognitive neuroscience; EEG; English as a Foreign or Second Language; Event-related potentials; Grammar; Grammatical aspect; Linguistic relativity; Motion events
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URL: http://dspace.stir.ac.uk/bitstream/1893/21795/1/Flecken%20et%20al%202015.pdf https://doi.org/10.1016/j.cognition.2015.04.006 http://hdl.handle.net/1893/21795
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