University of Glasgow
BAHCM
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Living organisms are exposed to predictable, periodic change in their environments. Keeping track of and anticipating these fluctuations is often highly relevant for well-being, reproduction and survival. Chronobiology, the study of adaptations to cope with geophysical cycles, has revealed an almost ubiquitous presence of endogenous  (more…)

University of Glasgow
BAHCM
link

Bea’s work focuses on the physiological (mainly hormones, i.e. testosterone and corticosterone) and genetic differences (e.g. telomeres) between tropical and temperate-zone species that underlie differences in pace of life (slow versus fast). Her model species is the stonechat.
Chimala Wildlife Conservation Club
In and out of Tanzania

Max Planck Institute for Ornithology
Behavioural Neurobiology
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Many behavioral and physiological responses of animals to predictable and unpredictable changes of the environment are modulated and mediated by hormones. Wolfgang is3 interested in the role of hormones in the control of seasonal behaviors, their modulation in response to predictable and unpredictable changes of the environment, and how the (more…)

Oviedo University, Campus of Mieres
Research Unit of Biodiversity
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 Juan Carlos’ research lies within ecology and evolution in island systems in a broad sense (i.e. oceanic islands and mountains). Especially, he is interested in understanding the evolutionary history and mechanisms in the differentiation of extant and extinct bird populations, and ascertain the biological reasons of their distributions. Furthermore, he also (more…)

North Dakota State University
Department of Biological Sciences
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Tim’s research is aimed at understanding how animals integrate environmental signals, time seasonal transitions, and/or the selective pressures shaping seasonality of temperate breeding birds.  To address these issues will require interdisciplinary research focused at multiple levels of analysis, including examination of gene and protein  expression patterns,  (more…)

Max Planck Institute for Ornithology
Research Group Evolutionary Physiology
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Ela’s main research interest is in trying to understand the ways in which animals are physiologically organized depending on the environment in which they live. She focuses on three physiological systems: i) reproduction, ii) endocrine control mechanisms, and iii) the circadian system. To study physiological adaptations, she compares bird populations across (more…)

University Princeton
Ecology and Evolutionary Biology
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Rosemary is interested in the diversity of individuals produced by the interaction between genetics, ecology and behavior. How natural selection acts on this variation; the evolutionary response to natural selection and the bearing this has on the process of speciation. A fundamental problem in the study of evolution is to understand the steps (more…)

University of Glasgow
BAHCM
link

How do populations of organisms change in space and time? Jason is interested in modelling the patterns and mechanisms that characterise spatial and population ecology. Much of his work has focused on building theory by translating biological hypotheses to mathematical models, using modern inference to fit these models to population, demographic, (more…)

Max Planck Institute for Ornithology
Migration and Immuno-Ecology
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There is a tight relationship between the realized ecological niche of a species and its spatial distribution, which is used frequently in the study of spatial patterns, diversity and conservation. And although the ecological niche seems to be stable in certain scales of time and space, a species and its environment are usually not at equilibrium. Life-history stages of a (more…)