Gutenberg Workshop: The Rise and Fall of Mutualisms - Ecological and Evolutionary Dynamics of Host-Microbe Symbioses

October 13th - 15th, 2021, Mainz

Mutualisms are ubiquitous in nature and shape the ecology and evolution of all living organisms on the planet, from microbes to plants and animals. As such, mutually beneficial interactions are subject to intensive research efforts, and important facets from the molecular level to the processes governing the assembly of interacting communities are currently being elucidated.

The Gutenberg Workshop onThe Rise and Fall of Mutualisms will bring together leading scientists in this field to discuss recent developments on the factors stabilizing cooperation in mutualisms, the molecular underpinnings of the partners’ interactions, the determinants of host colonization and microbial community assembly, and the impact of mutualistic associations on the ecology and evolution of the interacting partners.

 

 

Scientific Organizer: Prof. Dr. Martin Kaltenpoth

Scientific Advisor: Prof. Dr. Peter Baumann

Event Manager: Dr. Sacha Heerschop

 

Invited Speakers:

Gordon Bennett UC Merced, USA (remote participation)

Helge Bode University of Frankfurt, Germany (in person)

Nicole Dubilier MPI for Marine Microbiology, Germany (in person)

Takema Fukatsu AIST Tsukuba, Japan (remote participation)

Ruben Garrido-Oter MPI for Plant Breeding Research, Germany (in person)

Annika Guse University of Heidelberg, Germany (in person)

Maria Harrison Cornell University, USA (in person)

Toby Kiers Vrije Universiteit Amsterdam, The Netherlands (in person)

Christian Kost University of Osnabrück, Germany (in person)

Sara Mitri University of Lausanne, Switzerland (remote participation)

Katharina Ribbeck MIT, USA (remote participation)

 

Symbiotic bacteria (yellow) in the Malpighian tubules of a reed beetle (Donacia vulgaris). The symbionts of reed beetles supply their hosts with essential nutrients and aid in the digestion of the plant-based diet.

© Martin Kaltenpoth, JGU, iomE, Evolutionary Ecology