Jens Koblitz

Jens is a bioacoustician and focuses on echolocation of whales and bats. His research interests combines the areas of sensory ecophysiology, behavioral ecology, and applied ecology. He uses bioacoustics and acoustic monitoring as tools to investigate species specific adaptations to environmental conditions, behavioral interactions on an inter- and intra-species level and ecological forces, especially anthropogenic impacts, acting on population levels. More information at: www.jenskoblitz.org

 

Michael Smith

Michael Smith is a social insect biologist interested in the patterns and processes of colony growth, development, and reproduction. Michael completed his PhD in 2017 with Tom Seeley, in the Department of Neurobiology and Behavior at Cornell University.  There, he studied honey bee colony puberty, and how workers detect that their colony can “afford” to invest in reproductive infrastructure (drone comb). In the Couzin group at the Max Planck Institute for Ornithology,

Jake Graving

Jake is a research scientist in the Advanced Research Technology (ART) Unit at Max Planck Institute of Animal Behavior. His research focuses on the development and application of advanced, general-purpose methods for the measurement and analysis of animal behavior in laboratory and field environments. His work combines techniques from computer vision, deep learning, and modern statistical methods, such as Bayesian causal inference.
Website: jakegraving.com

Twitter: @jgraving

Github: github.com/jgraving

Merken

Merken

Merken

Vivek Hari Sridhar

Vivek is an Evolutionary Biologist interested in the interplay between individual and group level properties in animal societies. More specifically, how selection operating on decision rules adopted by individuals affects collective motion, environmental sensing, information propagation and decision making in animal societies and how these group level properties in turn affect individual fitness. He wishes to explore these ideas from both a mechanistic and functional perspective using both theory and experiments. Otherwise,