About


Juliane Lukas
PhD student
I am a pre-doctoral researcher studying the mechanisms and functions underlying group-living and cooperative behaviors in animals with an emphasis on collective predator evasion. I have strong interests in how consistent individual differences ('personality') drive collective behavior and influence social dynamics in naturally gregarious animals. I implement observational and experimental approaches in the lab and field, combining concepts and methods from ethology, ecology and evolutionary biology with statistical and mathematical models.
Research
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collective predator evasion:

Predator avoidance in extremophile fishes - mechanisms and functions underlying repeated fright waves

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Shoaling behavior and sociability

Real-time behavior tracking and social cue manipulations via a biomimetic robot (Robofish)

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Consequences of Behavioral types

Using thermally altered aquatic systems to study biological invasion syndromes along environmental gradients

Skills & Experience

Inter- and intra-specific behavioural assays

Image-based tracking of animal behavior (e.g. EthoVision, Biotracker)

Using a biomimetic robot to study animal behaviour (Robofish)

Working in extreme environments (i.e. sulphur springs, caves)

Data mining & processing (e.g. R, SAS and Python)

Data visualisation & analysis (e.g. R, SAS, Prism, Python)

Scientific writing (i.e. publications, small grant proposals)

Presentation skills

International collaboration & mobility

Science communication & outreach

Mentoring of bachelor and master students

Project management

EducatioN
2018 – Present

Ph.D. studies
Humboldt-University of Berlin
(thesis work at IGB Berlin)

Project: Mechanisms and functions of collective predator evasion
(Funding: Elsa-Neumann-Scholarship;
 Supervision: Jens Krause,
Pawel RomanczukDavid Bierbach)

2014 – 2017

M.Sc. Fish Biology, Fisheries & Aquaculture Humboldt-University of Berlin
(thesis work at IGB Berlin)

Thesis: Behavioural adaptations of a feral guppy population (Poecilia reticulata Peters, 1859) to temperature gradients in thermally polluted freshwaters in Germany
(Advisors: Jens Krause, Jonathan Jeschke)