These are several areas of interest amongst C-CEBH scientists:
Neuroethological studies of sensory processing
Temporal and spectral processing of complex sounds
Neuroplasticity and auditory aging
Hair cells and regeneration
Comparative aspects of auditory streaming, attention, and object identification.
NEUROETHOLOGICAL STUDIES OF SENSORY PROCESSING
Neuroethology combines analyses at the behavioral, systems and cellular level, and a typical neuroethological project attempts to determine the mechanism by which a class of stimulus regimes controls a given natural behavioral response. Since there is a heavy concentration on species-specific behavior, neuroethological studies of auditory specialists such as owls, gerbils and fish can provide new insights into mechanisms used by less specialized auditory systems. C-CEBH researchers focus on sound and spatial hearing.
TEMPORAL AND SPECTRAL PROCESSING OF COMPLEX SOUNDS
Projects under this focal area all involve the physiology and psychophysics of temporal or spectral processing of complex sounds in normal and damaged ears of either humans or animals. Several of these projects focus on the perceptual mechanisms underlying the temporal analysis of complex sounds, including human speech and animal vocalizations. Some of them are focused more on central processes and some on more peripheral processes.
Researchers in this group belong to the Psychology, Biology, Linguistics, Hearing and Speech Sciences and Electrical & Computer Engineering Departments. Read more http://biology.umd.edu/ and https://psyc.umd.edu/ and https://ece.umd.edu/
NEUROPLASTICITY AND AUDITORY AGING
Projects examine processes at the neural level that cause auditory and speech perception difficulties with aging, and to determine whether the brain can be effectively “rewired” through auditory and cognitive training to overcome these hearing and speech obstacles.
Most researchers in this area of focus belong to Electrical & Computer Engineering and Institute for Systems Research, Department of Biology and Institute for Systems Research, Department of Hearing & Speech Sciences, Center for Advanced Study of Language. Read more https://www.umdhearinglab.com/
HAIR CELL REGENERATION
Interest is focused on the inner ear, and particularly on the sensory hair cells in auditory end organs of birds and fish and relevant brainstem structures. Since hair cells in fish and birds are homologous, it is possible to use the comparative method to explore issues related to inner ear function using the best model for each particular study.
Most researchers in this area of focus belong to the University of Maryland Baltimore Medical School, and NIDCD https://www.nidcd.nih.gov/research/labs
COMPARATIVE ASPECTS OF AUDITORY STREAMING, ATTENTION AND OBJECT IDENTIFICATION
One stellar example of interdisciplinary collaborations that have come about from our collaborations is work on auditory streaming and related mechanisms in speech perception.
Again, several departments collaborate in this research area including Psychology, Hearing & Speech Sciences and Electrical & Computer Engineering. Read more https://hesp.umd.edu/