Understanding Female Receiver Psychology in Reproductive Contexts

• Published in: Integrative and comparative biology Vol. 57; no. 4; pp. 797 - 807
• Main Author: Lynch, Kathleen S.
• Format: Journal Article
• Language: English
• Published: England Oxford University Press 01.10.2017
• Subjects: Animal Communication; Animals; Brain - physiology; Catecholamines - metabolism; Cognition; Estrogens - metabolism; Female; Integrating Cognitive, Motivational and Sensory Biases Underlying Acoustic and Multimodal Mate Choice; Motivation; Neurotransmitter Agents - physiology; Sensation; Sexual Behavior, Animal
• DOI: 10.1093/icb/icx018
• ISSN: 1540-7063

Mate choice decision-making requires four components: sensory, cognitive, motivation, and salience. During the breeding season, the neural mechanisms underlying these components act in concert to radically transform the way a female perceives the social cues around her as well as the way in which cognitive and motivational processes influence her decision to respond to courting males. The role of each of these four components in mate choice responses will be discussed here as well as the brain regions involved in regulating each component. These components are not independent, modular systems. Instead, they are dependent on one another. This review will discuss the many ways in which these components interact and affect one another. The interaction of these components, however, ultimately leads back to a few key neuromodulators that thread motivation, sensory, salience, and cognitive components into a set of interdependent processes. These neuromodulators are estrogens and catecholamines. This review will highlight the need to understand estrogens in reproductive contexts not just as simply a ‘sexual motivation modulator’ or catecholamines as ‘cognitive regulators’ but as neuromodulators that work together to fully transform a non-breeding female into a completely reproductive female displaying: heightened sexual interest in courting males, greater arousal and selective attention toward courtship signals, improved signal detection and discrimination abilities, enhanced contextual signal memory, and increased motivation to respond to signals assigned incentive salience. The aim of this review is to build a foundation in which to understand the brain regions associated with cognitive, sensory, motivational, and signal salience not as independently acting systems but as a set of interacting processes that function together in a context-appropriate manner.