Despite its 500-million-year history, the plant-fungi alliance holds mysteries that, once unravelled, could revolutionise agriculture and ecosystem management.
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Articles on Symbiosis
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Reef corals grow vigorously in nutrient poor water – new research has found out why.
New findings suggest animal-mediated plant reproduction might have originated in the ocean.
Over hundreds of million years of evolution, ants have come up with some pretty smart solutions to problems of agriculture, navigation and architecture. People could learn a thing or two.
As early modern humans spread across the globe, their gut microbes genetically changed with them. Understanding the origins of gut microbes could improve understanding of their role in human health.
The new State of the Environment report shows Australia’s soil and the life it holds is in poor condition. We need to protect our underground biodiversity.
Fungi underpin life on Earth, but are far less well catalogued and understood than animals and plants. Three scientists call for including fungi in conservation strategies and environmental laws.
Goby fish and coral rely on each other to survive. But new research found gobies are declining under climate change, dealing a double blow to Australia’s reefs.
Researchers have just discovered a new species of bacteria that cranks out a deadly toxin. In a common arrangement in the marine environment, a slug and alga both use this toxin for their own defense.
Newly discovered billion-year-old fossilised fungi are more than twice as old as previous finds, and suggest that fungi may have been preparing Earth’s lands for plant life for millions of years.
The Impossible Burger contains an ingredient made by genetically modified yeast. So is this new veggie burger organic? Vegan? A GM product?
Parasites can tip the scales and take advantage of their hosts, stealing nutrients or resources. But can they control minds?
Star Wars: The Last Jedi leaves many questions about the saga in a galaxy far, far away unanswered. Fortunately, biology may offer a insights on the Force, midi-chlorians, clones, and Rey’s lineage.
Scientists have just discovered an unusual symbiotic relationship between crabs and living corals.
It seems that plants use social media, too.
Do you know your parasites from your gut commensals? Read this and you will.
Tiny animals along for the ride, called epibionts, could be used as living data-loggers. Researchers can glean info from them that could help inform turtle-friendly fisheries management decisions.
Fungi that live inside plants can fight off nasty insect pests.
Many corals can’t make it through the bleaching events caused by warming ocean waters. But some can – and scientists are trying to learn more about the sources of their resilience.
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Top contributors
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Lecturer and ARC DECRA Fellow, Hawkesbury Institute for the Environment, Western Sydney University
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Professor of Biology, Wilfrid Laurier University
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Distinguished Professor of Earth Sciences, The Ohio State University
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Independent Researcher, Indiana University
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Senior Lecturer in Plant Biochemistry, University of Westminster
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Associate Teaching Professor of Ecology and Evolutionary Biology, Rice University
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Professor in Plant-Soil Processes, University of Sheffield
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Professor and Chair of Biochemistry, Jacobs School of Medicine and Biomedical Sciences, University at Buffalo
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Postdoctoral Fellow of Biological Sciences, Georgia Institute of Technology
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Professor and Associate Dean of Biological Sciences, Georgia Institute of Technology
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Research Scientist, University of Technology Sydney
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Lecturer, University of Southern Queensland
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Professor of Microbiology & Immunology, Vin University
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Lecturer and ARC DECRA Fellow, Western Sydney University
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Professor of Microbial Ecology, Royal Holloway University of London
