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Welcome to the website of the Max Planck Institute for Evolutionary Biology in Plön.

Our internationally oriented institute is dedicated to the study of the principles, mechanisms and consequences of evolutionary change. The Institute comprises the Departments of Theoretical Biology and Microbial Population Biology, as well as several independent research groups. Currently, around 180 researchers and staff members from more than 30 nations work together at the Max Planck Institute for Evolutionary Biology in Plön on innovative scientific questions. You can find out more about our work in the “Research” section.
Food may help maintain diversity in the gutA mathematical model shows how ingested microorganisms can influence gut microbiome diversity. 

Food may help maintain diversity in the gut

A mathematical model shows how ingested microorganisms can influence gut microbiome diversity.
 

Single-celled and multicellular organisms in water

How multicellularity may have evolved without direct benefits
 

Tobias Kaiser and the Moon

When the Moon Sets the Rhythm: The GEO magazine features Tobias Kaiser’s lunar clock research at the Max Planck Institute for Evolutionary Biology

House Mouse standing on a nest box.

When animal personality and the environment interact to dictate how animals live

Two paths with arrows showing health precautions versus pandemic consequences, central question mark symbolizing uncertainty.

When immunity shapes decisions: Why models and longitudinal data on adherence to nonpharmaceutical interventions need to come together

Hourglass

The developmental hourglass has cellular basis

Beyond Mendel: Researchers call for a new understanding of genetics

Beyond Mendel: Researchers call for a new understanding of genetics

When fluctuations shape biodiversity: a minimalist model explains why “rarity” is so common

When fluctuations shape biodiversity: a minimalist model explains why “rarity” is so common

Three glass containers filled with a yellowish liquid. They are illuminated by blue light, creating reflections on a metallic surface below.

No lone winners: “dispersal-driven” evolution fuels diversity at the air–liquid interface 

Bacterial colonies in a Petri dish with antibiotic test discs visible.

Why fungi might increasingly turn into human pathogens

Participants of the Women in Evolutionary Biology Symposium 2024 pose together outdoors, with a wooden wall backdrop.

Strategies to promote greater equality of opportunity in science

Illustration depicts bacterial cells labeled I55, I23, I44 interacting with a jumbo phage, sourced from compost filtrate, highlighting the infection process.

PNAS Commentary Highlights Significance of Institute Research on Jumbo Phage–Mediated Gene Transfer

Four hands put money into a jar standing on a table in front of a glowing globe. Coins and banknotes are scattered around.

When the Wrong People Save: Why Climate Protection Breaks Down Due to a Lack of Fairness

Mice are shown with various dietary options, such as grains and berries, highlighting how food quality influences female reproductive strategies.

A tiny mouse hints at why some mammal mothers may benefit from choosing more than one father.
 

Close-up of a lizard's head with spotted scales, mouth open, against a black background.

When Evolution Breaks the Rules: A “Hulk” Wall Lizard Is Erasing Colour Morphs That Lasted Millions of Years

Two Wild Mice

Why not all animals are equally innovative

Ten Wall Lizards

Ten new reference genomes for wall lizards published

Award

Kiel Life Science honours Dr Nikhil Sharma with Postdoc Award

Early face positional programs are like "zip codes", marking the position of structures like the whiskers, nostrils and palate in the mouse embryo face.

Decoding the sources of human facial shape variability and craniofacial syndromes

Prof. Dr. John F. Baines

“Highly Cited Researcher 2025”: Recognition for Prof. John Baines – and other leading scientists in Kiel and Lübeck

Klartext Prize

Dr Christin Nyhoegen was awarded the 2025 KlarText Prize for Science Communication in Heidelberg.

News

A theoretical study involving the Max Planck Institute for Evolutionary Biology suggests that multicellular life could become established under certain ecological conditions even if living in groups offered no immediate advantage.

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