Eli is a behavioral ecologist interested in the ecological and evolutionary forces underlying group living, with a focus on social hierarchies and the role they play in the broader context of the costs and benefits of sociality. Eli received his PhD in 2019 from Michigan State University, where he studied social dynamics in the complex, hierarchical societies of wild spotted hyenas. In his ongoing work, he is pursuing comparative research into basic principles underlying the ubiquity of inequality and social hierarchies across taxa.
David is a behavioural ecologist interested in the behavioural adjustments of individuals in responses to environmental changes, especially changes in temperature and water availability. At a broader scale, his aim is to understand how animal behaviour could buffer the local effects of global change and ultimately to predict individuals’ activity window under different climate change scenarios. David received his PhD in 2019 from Sorbonne Université in Paris, during which he described and studied thermo-hydroregulation behaviours in the common lizard in response to variable temperature,
Christina is a behavioural ecologist interested in behavioural evolution, and how fitness is modulated by the interplay between behaviour and various biotic and abiotic factors. She received her PhD from Stockholm University, Sweden, working with wolves and dogs to answer questions about how behaviour has evolved during domestication—specifically demonstrating how domestication can break behavioural correlations. In 2020, Christina was awarded a three-year postdoctoral fellowship by the Swedish Research Council to come work at the Farine Lab,
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I have been fascinated by insects, especially ants, since my early childhood and have spent countless hours observing them in the wild and later also in the laboratory. During my masters, I worked on ants living in an intricate symbiosis with an ant-plant in Costa Rica. Since then, I have mostly worked with social insects, from road construction in meat ants to olfactory conditioning in honeybees. During my PhD, I investigated how cognitive abilities of ants can drive individual or collective decisions.
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Daniel has a background in physics but over the years studied many types of collectives at multiple levels (amoebae, fish, lymphocytes and termites). His approach to studying these complex systems is through a combination of quantitative experiments and computational methods to analyse experimental data. From proposing relevant experiments to the analyses that uncover the mechanisms behind the complex features animals and cells display, leading to computer simulations which reproduce and test the limits of the proposed mathematical description.
Kaz Uyehara is a plant ecologist studying the collective “behavior” of plants. He received his Ph.D. from the Ecology and Evolutionary Biology department at Princeton University in 2019. His previous research was focused on game theory models of plants and the adaptive significance of the self-organization of plant form. Kaz’s postdoctoral research uses theoretical, computational, and experimental techniques to investigate how plants in the genus Helianthus respond to competition at the scale of the organ, whole plant, and plant community. His aim is to study plant ecology by conceptualizing plant growth and form as emergent phenomena.
Hanja is a behavioural ecologist exploring the effects of stress on social behaviour, pair-bonding, and group function in zebra finches. She has completed a Joint PhD at University of Hamburg and Macquarie University, where she studied social behavior and information use of free-living zebra finches in the Australian outback. Her research interest is focused on different aspects of social behaviour, such as social information transfer, causes and consequences of maintaining social associations over time,
My research involves integrating neurobiology, development, evolution, and behavior to understand the proximate and ultimate causes behind sociality in birds. During my PhD at Cornell University, I studied the role the nonapeptides (oxytocin, vasopressin, and their non-mammalian homologues) play in regulating parental care and maintaining pair bonds in zebra finches. I also determined that corticosterone plays no role in regulating helping behavior in cooperatively breeding Mexican jays. I have also studied how sociality influences numerical cognition in Mexican jays and Woodhouse’s scrub jays.
Mauricio Cantor is a Brazilian biologist who is interested in behavioural ecology and the ecology of interactions both among species and individuals. His research focusses on the emergence of patterns and strategies in non-human animal societies, mainly using whales and dolphins as models due to their behavioural plasticity and social system complexity—as well as exciting fieldwork challenges. Mauricio recently joined the Farine lab at the Max Planck Institute for Ornithology to develop his postdoctoral research on the evolution of interspecific cooperation,