News

The new approach can provide predictions about the distribution and persistence of species at different time scales, and their dependence on patch distribution and patch density in the landscape.

A team with Hans-Peter Grossart has researched how resistant small freshwaters are to storms – they are amazingly resilient. And the rapid recovery from heavy rainfall is mainly thanks to microorganisms.

Velvet disease is a dreaded ailment. This infection is caused by dinoflagellates of the genera Amyloodinium and Piscinoodinium, and affects freshwater and marine ornamental and food fish. In her PhD thesis, Thora Lieke combined the risks and benefits of current treatment options and new approaches.

Acid rain seems to be a thing of the past, yet sulphate continues to rise in many inland waters worldwide. A new study provides an overview of the sources of sulphate and its effects on freshwater ecosystems. 

Giulia Friedland and Michael Hupfer have investigated whether and to what extent mining products from the Lusatian mining are deposited in the sediments of the River Spree: their signature in the river bed reaches 90 kilometres.

A team with Robert Arlinghaus has developed a high-resolution telemetry system for use in coastal areas. With this system, the positions and movements of hundreds of tagged fish can be determined with a sub-meter positioning. 

Conflicts of goals between transport and environmental policy: IGB gives feedback on the EU Action Programme on Inland Waterway Transport.

Researchers from IGB and the Zoological Research Museum Alexander Koenig studied guppies to investigate the linkage between behavioural types and dispersal tendencies – important for understanding biological invasions.