Ecology (Biology and Medicine)

Delve into basic research at the intersection of ecology, biology, and medicine for excellence.

In the summer, the females migrate long distances in search of mates

Various animal species possess enzymes that enable them to break down PHA plastics

The European oil beetle's parasitic larvae emit a floral scent that attracts wild bees. This allows the larvae to sneak into the bees' nests

Ultraviolet-induced blue-green biofluorescence reveals a previously undetected trait in a well-studied amphibian

Beauveria bassiana detoxifies the defense substances of the beetles and can successfully infect these insects

Upwelling of phosphorus-rich deep water promotes an N-fixing symbiont of the Sargassum algae giving it a competitive advantage.

Researchers find that behavioral flexibility is related to exploration, and that great-tailed grackles disperse farther at their range edge

The symbionts of reed beetles can adapt their gene activity flexibly to the developmental stages and ambient temperatures of their hosts

Researchers find that foraging behavior breadth, persistence, and variability of flexibility could facilitate a rapid geographic range expansion

Lunar rhythms combined with the tides can help separate midge strains and set the stage for new species to evolve

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In the summer, the females migrate long distances in search of mates

Various animal species possess enzymes that enable them to break down PHA plastics

The European oil beetle's parasitic larvae emit a floral scent that attracts wild bees. This allows the larvae to sneak into the bees' nests

Ultraviolet-induced blue-green biofluorescence reveals a previously undetected trait in a well-studied amphibian

Upwelling of phosphorus-rich deep water promotes an N-fixing symbiont of the Sargassum algae giving it a competitive advantage.

Analysis of nitrogen isotopes provides evidence of the earliest known photosymbiosis in corals of the Devonian

The devastating storms, rainfall, heatwaves and droughts of the past year have become more likely and more severe as a result of global warming

When metabolizing spruce bark, the insect’s fungal partners release volatile compounds that bark beetles  recognize through specialized olfactory sensory neurons

Director at the Max Planck Institute for Chemical Ecology in Jena honoured for her discoveries on plant natural product biosynthesis

Experiments with chicken chicks and artificial peacock butterflies prove that predators are intimidated by eyespots

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Scientific highlights 2022

December 14, 2022

Many publications by Max Planck scientists in 2022 were of great social relevance or met with a great media response. We have selected 12 articles to present you with an overview of some noteworthy research of the year

Jana Wäldchen has played a key role in developing the plant identification app, Flora Incognita. We discussed with her how being able to identify different plants contributes to species diversity, which plant species are particularly under threat and how non-native species are suppressing local plants

Around 40 percent of all species on Earth are parasitic – apparently a highly successful way of life. Even a fish such as the three-spined stickleback is plagued by up to 25 different parasites.

Bacterial pathogens cause infected flies to produce more sex pheromones and so expand their deadly reach

Host plants communicate warning signals through a parasite network, when insects attack

Scientists discover mussels and sponges in the deep sea which can thrive on oil with the help of symbiont bacteria

Phenotypic plasticity of gecko calls reveals the complex communication of lizards

The volatile compound bergamotene increases the moths’ pollination success and protects tobacco leaves against their voracious offspring

Household income and knowledge about health risks drive the consumption of wild animal meat in West Africa

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