David Bierbach

Fish Behavior and Biorobotics

Research Overview

Predominantly, I am interested in the manifold ways by which multi-directional
communicative interactions in social networks affect the behavior of both signalers and
receivers of information. Several of my articles have focused on so-called
“non-independent” mate choice in which individuals choose mating partners based on
socially gathered information. I have strong interests in sexual selection, and several of
my articles have focused on questions related to the evolution of behaviors that act as
sexual selection factors, such as female and male mating preferences, and male-male
competition as well as courtship behavior. Furthermore, I am interested in within- and
between-individual variation in behavior ('personality'), and its evolutionary causes as
well as its consequences for social dynamics in group-living animals.

I pursue an integrative (and collaborative) approach and combine concepts and
methods from various biological disciplines ranging from ecology, evolution, and
animal behavior to physiology, genetics, and genomics. Specifically, I try to integrate
field-based studies with analytical and experimental approaches in the laboratory. 

Contact Information

Leibniz-Institute of Freshwater Ecology and Inland Fisheries
Department of Biology and Ecology of Fishes
Müggelseedamm 310
D-12587 Berlin, Germany
Phone: +49 (0) 30 64181 615
Email: This email address is being protected from spambots. You need JavaScript enabled to view it.

Click HERE to view my google scholar citations.

Click HERE to view my ResearchGate profile.

Click HERE to view our joined twitter account with the Landgraf and Romanczuk labs.

 

  

 

Latest News

How to measure the social responsiveness of a fish? Use a biomimetic robot as social partner! Please click HERE to read our latest Robofish paper in Royal Society Open Science (24.08.2018)

Guppies in Germany? Yes! See our new book on Tropical Fisch in cold Germany HERE (24.08.2018)

Our newly developed video tracking software BioTracker is now available for download at this WIKI page (23.03.2018)

See how we used biomimetic robots to understand cave fish behavior. Please click HERE to see the new paper in Frontiers in Robotics (06.02.2018)

Click HERE for more news.