Mission

Our aim is to identify mechanisms and processes linking climate to ecosystem change, unraveled through integrative animal ecophysiology.
Integrated molecular (functional genomics), biophysical, biochemical, cell- and physiological investigations in selected animal models (invertebrates and fish) support the identification of mechanisms and processes, which shape biogeography, biodiversity and community structures in marine environments defined by natural and anthropogenic factors.

CO2 incubation tanks

Physiology of the early life stages

Critical phases of life as a decisive factor.
The laboratory outside the MRI room.

Biophysics

In the MR tomograph, living beings can be examined in vivo.
Hepatocytes

Cellphysiology

How do environmental parameters affect cell metabolism?
Collage

Molekulare Physiologie

A shrimp.

Trophodynamics - Food matters

Food provides metabolic energy but may also contain harmful xenobiotics.

Further informations

Ion-Chromatography

Methoden

News

2025

September
We congratulate Nina Paul on the successful defense of her doctoral thesis!

 

August
On August 3, some of our colleagues set off on Expedition HE666! Destination: Spitsbergen. We wish them lots of fun and success, see you in September!

 

April
We congratulate Sarah Kempf on the successful defense of her doctoral thesis!

 

Head of section
Dr. Christian Bock


Deputies
Dr. Felix Mark


Team assistance
Ursula Liebert


Website
Ursula Liebert
Anna Klitsch