Faculty

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Unit

Venue

Peter Moller

Professor

CUNY--Hunter College

Affiliations

Psychology

Peter Moller is currently serving as a Psychology Professor at Cuny--Hunter College.

Honors

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Experiences

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Education

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Peter Moller

CUNY--Hunter College

Professor

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fish biology biology zoology animal behavior aquatic organisms evolutionary biology morphology (biology) nervous system physiology electrophysiology ecology behavioral ecology neuroecology marine biology aquatic ecosystems weakly electric fish ethology evolutionary ecology animal behaviour anatomy comparative physiology electric organ discharge mormyrid fish social behavior bioacoustics invertebrate vision vertebrate vision sociobiology animal cognition reproductive biology fishery science gnathonemus petersii fishery research interspecific behavioral interaction morphological evidence neural mechanisms electric organ discharges freshwater biology animal physiology vertebrate paleontology aquaculture fish immunology fish farming comparative endocrinology sexual selection african electric catfish electric fish animal ecology reproductive science ecology evolution freshwater ecosystems primate behavior insect social behavior multisensory integration shift detection electrophysiological evaluation underwater acoustics reproductive hormones collective behavior behavioral neuroendocrinology behavioural physiology hormonal receptor physiological optics axial skeleton fishery assessment brain mechanisms storage (memory) electric fishes gnathonemus niger ‘ communication ’ exploratory behavior electric displays swashi river mormyrids electric signals schooling behavior social encounter behavioral physiology behavioral endocrinology behavioral neuroscience

Notable Scholarly Works

Notable Federal Grants

Collaborators

Intact Memory Retrieval Increases Pkmz Expression in Weakly Electric Fish, Gnathonemus Petersii. Gunther Soc. Neurosci. (abstract 837.2) (2011)

biologybrain mechanismsmemory studiesneuroscienceneuronsanimal cognitionstorage (memory)gnathonemus petersiimemoryneurophysiologyneural circuitsneuroecologyweakly electric fishphysiology

Maze Learning and Recall in a Weakly Electric Fish, Mormyrus Rume Proboscirostris Boulenger (Mormyridae, Teleostei) 1. Ethology (2010)

nervous systemanimal behaviorvertebrate visionmaze learningcognitive scienceneuroscienceanimal cognitionzoologyfish biologyneuropsychologyneural mechanismsevolutionary biologyneural circuitsneuroecologyinvertebrate visionweakly electric fish

Maze Learning and Recall in a Weakly Electric Fish, Mormyrus Rume Proboscirostris, Boulenger 1898 (Mormyridae, Teleostei). Ethology (2010)

nervous systemanimal behaviorboulenger 1898behavioral ecologyvertebrate visionmaze learningneurosciencecognitive scienceanimal cognitionzoologyfish biologyneural mechanismsfisheriesevolutionary biologyneuropsychologyweakly electric fish

Spatial Learning and Pkmz Expression in Weakly Electric Fish, Gnathonemus Petersii Gunther and Mormyrus Rume Proboscirostris Boulenger (Mormyridae, Teleostei). Soc. Neurosci. (Abstract 390.3). Soc. Neurosci. (2010)

nervous systembiologypkmz expressionaquatic organismsmarine ornithologyneuroscienceneuronszoologyfish biologyspatial learningneural mechanismsneural circuitsweakly electric fish

The Optomotor Response in Weak-Electric Mormyrid Fish: Can They See?. Zeitschrift für Tierpsychologie (2010)

nervous systembiologyphysiological opticsfishery researchaquatic organismsvisual systemoptomotor responsefish biologyfisheriesneuroecologyelectrophysiologyoptogeneticsphysiology

Group Cohesion in Juvenile Weakly Electric Fish Mormyrus Rume Proboscirostris. Journal of Fish Biology (2009)

biologyevolutionary ecologygroup cohesionecologyfishery researchcommunity (ecology)aquatic organismsmarine ornithologyfishery assessmentfishery scienceecology and evolutionary biologymorphology (biology)fish biologyfisheriesevolutionary biologyzoologymarine biology

Group Cohesion in Juvenile Weakly Electric Fish (Mormyridae). J. Fish Biol. (2009)

biologyevolutionary ecologygroup cohesionaquatic organismsecology and evolutionary biologymorphology (biology)fish biologyevolutionary biologyzoologymarine biology

The Expression of Sexual Dimorphisms in the Weakly Electric Fish Mormyrus Rume Proboscirostris (Teleostei, Mormyridae) Following Exposure of Larvae to 17-Methyl-Dihydrotestosterone. Bull. Fish Biol. (2009)

geneticsbiologyreproductive biologysexual dimorphismsreproductive endocrinologymorphology (biology)fish biologycomparative physiologycomparative endocrinologyevolutionary biology

Communication in Fishes. (2006)

WGR CramptonJS AlbertF LadichSP CollinP MollerBG Kapoor

fish biologyecologymarine biologycommunication

The Anal Fin Complex in a Weakly Discharging Electric Fish, Gnathonemus Petersii (Mormyridae). Journal of Fish Biology (2005)

biologymorphologymorphological evidenceaquatic ecosystemsaquatic organismsfishery scienceanatomymorphology (biology)fish biologyanal fin complexevolutionary biologyzoologymarine biology

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Peter Moller

Professor

CUNY--Hunter College

Affiliations

Psychology

Peter Moller is currently serving as a Psychology Professor at Cuny--Hunter College.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Peter Moller

CUNY--Hunter College

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Intact Memory Retrieval Increases Pkmz Expression in Weakly Electric Fish, Gnathonemus Petersii. Gunther Soc. Neurosci. (abstract 837.2) (2011)

biologybrain mechanismsmemory studiesneuroscienceneuronsanimal cognitionstorage (memory)gnathonemus petersiimemoryneurophysiologyneural circuitsneuroecologyweakly electric fishphysiology

Maze Learning and Recall in a Weakly Electric Fish, Mormyrus Rume Proboscirostris Boulenger (Mormyridae, Teleostei) 1. Ethology (2010)

Maze Learning and Recall in a Weakly Electric Fish, Mormyrus Rume Proboscirostris, Boulenger 1898 (Mormyridae, Teleostei). Ethology (2010)

nervous systembiologypkmz expressionaquatic organismsmarine ornithologyneuroscienceneuronszoologyfish biologyspatial learningneural mechanismsneural circuitsweakly electric fish

The Optomotor Response in Weak-Electric Mormyrid Fish: Can They See?. Zeitschrift für Tierpsychologie (2010)

nervous systembiologyphysiological opticsfishery researchaquatic organismsvisual systemoptomotor responsefish biologyfisheriesneuroecologyelectrophysiologyoptogeneticsphysiology

Group Cohesion in Juvenile Weakly Electric Fish Mormyrus Rume Proboscirostris. Journal of Fish Biology (2009)

Group Cohesion in Juvenile Weakly Electric Fish (Mormyridae). J. Fish Biol. (2009)

biologyevolutionary ecologygroup cohesionaquatic organismsecology and evolutionary biologymorphology (biology)fish biologyevolutionary biologyzoologymarine biology

geneticsbiologyreproductive biologysexual dimorphismsreproductive endocrinologymorphology (biology)fish biologycomparative physiologycomparative endocrinologyevolutionary biology

Communication in Fishes. (2006)

WGR CramptonJS AlbertF LadichSP CollinP MollerBG Kapoor

fish biologyecologymarine biologycommunication

The Anal Fin Complex in a Weakly Discharging Electric Fish, Gnathonemus Petersii (Mormyridae). Journal of Fish Biology (2005)

biologymorphologymorphological evidenceaquatic ecosystemsaquatic organismsfishery scienceanatomymorphology (biology)fish biologyanal fin complexevolutionary biologyzoologymarine biology

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3
4
5
10 / page