Current Research Projects
Understanding spoken language organization in the first decade of life
In this project, we examine the development of spoken language organization with three research components:
- Research 1 investigates the emergence of articulatory organization in infants’ babbling instances at a time when infants have had limited exposure to the native language.
- Research 2 explores how coarticulatory organization transfers into the perceptual domain in typically developing children, and adults.
- Research 3 tests how the development of phonological awareness interacts with the maturation of coarticulatory organization in typically developing children.
Dr. Aude Noiray
Prof. Barbara Hoehle (University of Potsdam)
Prof. Lucie Ménard (UQAM)
Prof. Khalil Iskarous (USC)
Dr. Mark Tiede (Haskins Laboratories)
Prof. Martijn Wieling (University of Groningen)
Dzhuma Abakarova (PhD candidate)
Stella krüger (R2, PhD candidate)
Jenni Sander (R1, M.Sc. candidate)
Olivia Taylor (R1, M.Sc. candidate)
DFG, No: 255676067 (period: 2018-2021)
Methodology for investigating the development of coarticulation in German children
This project investigates the maturation of coarticulatory abilities in German children aged 3 to 7.
- Research 1 aims at developing a recording and analysis platform for the examination of kinematic data in children and adults (SOLLAR). It combines ultrasound imaging of the tongue that is crucial for consonant and vowel production with video tracking of the lips and acoustic recordings.
-Research 2 investigates the maturation of coarticulatory patterns in the speech of German children age 3 to 7 in comparison to adults (intrasyllabic, intersyllabic and carryover coarticulation). It also examines differences in intra/inter individual and group variability.
Dr. Aude Noiray
Prof. Khalil Iskarous (USC, USA)
Dr. Mark Tiede (Haskins Laboratories, USA)
Jan Ries (R1, University of Potsdam)
Dzhuma Abakarova (R2 adults, PhD candidate)
Elina Rubertus (R2 children, PhD candidate)
DFG, No: 1098 (period: 2015-2017)
PredictAble: Understanding and predicting developmental language abilities and disorders in multilingual Europe
PredictAble is a Marie Skłodowska-Curie Actions (MSCA) InnovativeTraining Network (ITN) aimed at understanding and predicting developmental language abilities and disorders in multilingual Europe.
The project is conducted with european partners: Barbara Höhle (Grant Coordinator, UP), Isabell Wartenburger, (UP); Judit Gervain and Thierry Nazzi (Paris Descartes Uni, France); Paavo Leppänen and Jarmo Hämäläinen (Jyväskylä Uni, Finland); Nuria Sebastian-Gallés and Luca Bonatti (Pompeu Fabra Uni, Spain); Christoph Schmitz (NIRx Medizintechnik GmbH, Berlin) and associated partner: Ken Pugh (Haskins Lab, New Haven, USA)
Within this large project, LOLA focuses on the Relations between spoken language and reading acquisition in beginning readers of English and German with/without risk for developmental dyslexia.
Prof. Barbara Hoehle (University of Potsdam; Coordinator of the project)
Collaborators on specific project:
Dr. Ken Pugh (Haskins Laboratories)
Anisia Popescu (Postdoc fellow)
Marie Curie ITN: No: 641858 (period: 2015-2019)
Effect of alcohol on the production and perception of foreign languages
We examine the effect of alcohol on the production and perception of foreign language by native Dutch speakers. We have recorded 150 participants in speech and reading tasks using the technique of ultrasound imaging as well as 300 participants in short perception tasks. The first part of the project consisted in the design and training of a group of 10 M.Sc. and PhD researchers. The second part consisted in the recording of adult participants, which took place at Lowlands Science as part of a Dutch 65,000-visitor music festival (see the interview and video here).
Prof. Martijn Wieling
Young Academy of Groningen, University of Groningen
Investigating speech deterioration in children with Duchenne Syndrome
Duchenne muscular dystrophy is a muscle disease caused by a lack of a protein called dystrophin. In muscle, dystrophin prevents muscle damage during movements. In the brain, however, we do not really know what it does, but it is thought to play a role in automation.
Duchenne patients suffer from a progressive breakdown of muscles - starting with larger limb muscles, but eventually also smaller muscles. Duchenne patients also appear to have a delay in speech development. What is not clear, however, is whether this is due to impaired movement of the tongue or due to problems with automation and learning of speech tasks (or due to both). In this project we attempt to identify the effect of Duchenne on speech using ultrasound tongue imaging, through which the movement of the tongue is tracked during speech.
Principal investigator: Pr. Martijn Wieling
Funding: de Jong Akademie of Groningen