Physiological Ecology of Animals
The brain and the endocrine system are decisive in orchestrating the physiological, morphological, and behavioral adjustments to fluctuating environmental conditions, such as those caused by food availability, urbanization, and variable social conditions. My research aims to shed light on the mechanisms underlying these adjustments and uses an integrative approach that blends endocrinology, neurobiology, and immunology with animal ecology and behavior. I study these topics in wild bird populations as well as in controlled laboratory conditions.
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Breeding in an Urbanizing WorldOne of the most consistent effects of urbanization on bird populations is an advancement in the timing of seasonal breeding. Before they can breed, birds must develop their reproductive system. The timing of reproductive development is, therefore, an important determinant of breeding periods. My research is investigating the role of (neuro)endocrinology in adjusting reproductive development to urban areas as well as the trade-offs associated with seasonal breeding (Davies et al. 2015c). I am also focusing in particular on the importance of food availability in driving adjustments of birds to urban areas.
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The Neural 'Social Behavior Network' and Aggression
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