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Janine M Wotton

Researcher at Gustavus Adolphus College

Publications -  5
Citations -  32

Janine M Wotton is an academic researcher from Gustavus Adolphus College. The author has contributed to research in topics: Auditory system & Hyperacuity. The author has an hindex of 3, co-authored 5 publications receiving 29 citations.

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Adaptation in the anuran auditory system contributes to nonlinear response properties of peripheral and midlevel neurons

TL;DR: The response properties of the ANF from the amphibian papilla are similar in many ways to those of mammals however there are a few interesting differences and another frequencydependent form of adaptation in frogs is revealed when signals other than best frequency are used.
Journal Article

Behavioral Neurobiology. An integrative approach.

TL;DR: Gunther Zupanc’s Behavioral Neurobiology is primarily a neuroethological textbook that is based on his experiences teaching both beginners and advanced level students in neurobiology and has produced a book that students find fascinating and clearly written.
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The emergence of temporal hyperacuity from widely tuned cell populations

TL;DR: This model resolves this huge discrepancy by using populations of many widely tuned cells to attain sub-microsecond resolution in a temporal discrimination task and allows the model bat to use memory to recognize predictable change in stimuli values.
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Ambiguous animals: mutable mammal biases bird.

TL;DR: Picture priming was effective for both mammal/bird figures but diminished with the presentation of a prior ambiguous figure, while ‘rabbit/duck’ showed strong movement priming which cancelled the reducing effect of prior presentation and added to the picture effect.
Journal Article

Using the Tools of Behavioral Neuroscience to Determine the Identity of Different Mouse Strains in a Laboratory Course.

TL;DR: An upper-level course which provides students with hands-on experience in the methods of behavioral neuroscience and demonstrates an appreciation for and understanding of these methods in behavioral neuroscience.