MAG · Multilingual acquisition in Germany: the case of Upper and Lower Sorbian
Horizon 2020 — Marie Skłodowska-Curie Actions
- Duration
- 2021-09-01 → 2024-03-02
- EU contribution
- €162,806
- Participants
- 1
- Scheme
- MSCA-IF
Lines connect the coordinator with its partners.
Results in brief
Multilingual acquisition in Germany: the case of Upper and Lower Sorbian
Many modern theories of second language acquisition approach the issue acquisition through the lens of perceptual acquisition. While this is an important aspect of the acquisition process, there is a missing link between the perception and production of novel second language segments and how learners acquire the representation required to articulate novel segments. As such, in this project, I am examining the second language acquisition of novel segments with respect to the acquisition of speech production. This project makes an important contribution to understanding how second languages are acquired, which is becoming increasingly important in an increasingly globalized and multicultural society. It is also becoming increasingly important for the economic success of individuals to master more than one language. Thus, understanding how people acquire a second language and specifically how individuals learn to speak is becoming important for the well-being and health of society as a whole. To this end, my project has three objectives: (1) examine how second language learners acquire acoustic and articulatory speech patterns (2) examine the connection between speech perception and speech production in language acquisition (3) model patterns of acquisitional patterns to improve models of second language acquisition To achieve these objectives, I am examining second language acquisition of multiple languages (Lower Sorbian, German, and Polish) using acoustic, ultrasound, and perceptual measurements. I am examining learners at different stages of acquisition (A [beginner], B [intermediate], and C [advanced]) to better understand to what strategies learners use when the are acquiring new speech segments. Acoustic and ultrasound data will be leveraged to understand how learners acquire novel speech patterns and the perceptual data is being leveraged to better understand what the connection between speech perception and speech production are. The results implicate that language learning mechanisms active in L1 acquistion are also involved in L2 acquisition. However, many factors influence ultimate attainment of L2 acquisition. I additionally found that while typical acquisition in the absence of instruction involves naturalistic mechanisms retuning sensitivity to different phonetic correlates to language specific phonological contrasts, followed by adjusting articulatory configurations until contrasts between novel segments are learned. I also found that in learners can acquire novel segments for which they are not particularily discriminating between the target L2 segment and an acoustic-phonetically similar L1 segment (e.g., German uvular /R/ and Polish /r/). Some metalinguistic knowledge, however, likely contributes to acquisition in this case. This research stands to benefit the way L2 acquisition is approached by language educators and also documents difficulties faced by communities who speak endangered languages.
Data: CORDIS, © European Union
Project objective
The goal of this project is to investigate how multilinguals acquire acoustic and articulatory representations of their non-dominant language. Recent research has shown that linguistic representation is distributed in the motor cortex, where it serves as acquired speech motor plans, and in the auditory cortex, where it serves as acquired acoustic-perceptual categories. In order to properly acquire a language, learners must develop a set of acoustic and articulatory representation. Acoustic and articulatory representations play a large role in speech comprehension and speech production, as well as phonological knowledge specific to the acquired languages. Research into multilingual acquisition has indicated that both early and late bilingual learners can form novel acoustic and articualtory categories in their internalized language structure. However, multilinguals have been shown to acquire representations that do not mirror the target language or the learner's L1 and it is still unclear how their representations develop. My project examines the multilingual acquisition of German and Upper and Lower Sorbian at different stages of fluency to assess how acoustic and articulatory representation develops. To do this, I am examining speech production using acoustic and ultrasound techniques. The aim of each of my studies is to investigate multilinguals at various stages of language acquisition to determine how similar sounds in each language emerge with distinct acoustic and articulatory representations. I am also using bio-mechanical models to simulate the movement of the tongue and jaw during speech. Bio-mechanical models give a unique interdisciplinary vantage point for the findings in this study and will provide robust insight into the articulatory representation that speakers develop during the language acquisition process. The results of this study has theoretical implications for cognitive and articulatory models of speech, and biomechanics.
Original text from CORDIS.
Participants
- GEISTESWISSENSCHAFTLICHE ZENTREN BERLIN EV · BerlinCoordinatorGermany
Links
- View on CORDIS
- DOI: 10.3030/101018840
- https://www.leibniz-zas.de/de/forschung/forschungsbereiche/laborphonologie/mag
Data: CORDIS, © European Union
