All Ecology & Evolution articles
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NewsHow plants build the microbiome they need to survive in a tough environment
New research points to the idea that under some conditions plants can “curate” their microbiomes—selecting good microbes and suppressing harmful ones—to adapt to their environments.
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NewsEstrela brings microbial research to Texas A&M AgriLife Department of Nutrition
Sylvie Estrela, Ph.D., has joined the Texas A&M College of Agriculture and Life Sciences Department of Nutrition as an assistant professor. Estrela’s research focuses on microbial interactions, specifically, the way nutrients can impact bacterial communities.
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NewsWith AI, researchers find increasing immune evasion in H5N1
A new analysis suggests that the H5N1 avian influenza virus is evolving clever strategies. Using artificial intelligence tools, researchers analyzed thousands of viral proteins and found that their bonds to protective antibodies have weakened over time.
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NewsScientists strive to place tens of thousands of previously unknown fungi in the evolution tree
Scientists have received a grant to systematise and describe members of the 95% majority of previously unclassified microscopic fungi, and other eukaryotic organisms not yet included in the current tree of life system.
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NewsEvolutionary model for antibiotic resistance reveals dose timing critical to care
The study that uses a “fitness seascape” to incorporate a patient’s dosage schedule into models that predict whether an infection will develop antibiotic resistance has found that inconsistent timing and missing early doses can lead to treatment failure.
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NewsScientists report well-preserved fossil blue-stain fungus from the Jurassic
A research team has found well-preserved fossil fungal hyphae preserved within a Jurassic petrified wood from northeastern China, dating back 160 million years.
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NewsResearchers uncover genetic keys to the increasing threat of H9N2 avian influenza
A new study has uncovered significant genetic and antigenic diversity among H9N2 avian influenza viruses (AIVs) circulating in poultry across China, highlighting the growing public health risk posed by H9N2 AIVs.
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NewsStudy resolves diatom tree of life - and could offer clues to Earth’s puzzle
A new study finds that diatoms evolved slowly for the first 100 million years of their existence. Then, 170 million years ago, they reached an inflection point characterized by a burst of rapid speciation orders of magnitude faster than anything that had preceded it.
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NewsRock record reveals oxygenation of ocean may have happened earlier than we thought
Researchers uncover evidence that oxygenation in the ocean—crucial for life as we know it—may have occurred earlier than previously thought, offering new insights into the evolution of our planet.
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NewsHow the plague bacillus became less virulent, prolonging the duration of two major pandemics
Scientists have discovered that the evolution of a gene in the bacterium that causes bubonic plague, Yersinia pestis, may have prolonged the duration of two major pandemics. Modifying the copy number of a specific virulence gene increases the length of infection.
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NewsAncient remains reveal how a pathogen began to use lice – not ticks – to infect humans
Researchers have analysed ancient DNA from Borrelia recurrentis, a type of bacteria that causes relapsing fever, pinpointing when it evolved to spread through lice rather than ticks, and how it gained and lost genes in the process.
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NewsYeast reveals how species adapt to a warmer climate
Researchers harnessed the power of experimental evolution with the microbial model system yeast (Saccharomyces spp.) to measure the evolutionary potential of populations to adapt to future warming, in real time and across the entire species tree.
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NewsBiodiversity in Antarctic soils may be greatly underestimated after surprising discovery
Researchers have shown that previously unknown apparent mutualisms allow biodiversity to flourish to an unexpected degree in an extreme habitat: weathered debris in front of a glacier in Antarctica.
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NewsResearch team traces evolutionary history of bacterial circadian clock on ancient Earth
To better understand the circadian clock in modern-day cyanobacteria, researchers studied ancient timekeeping systems. They examined the oscillation of the clock proteins in modern cyanobacteria, comparing it to the function of ancestral Kai proteins.
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NewsLight-to-electricity nanodevice reveals how Earth’s oldest surviving cyanobacteria worked
An international team of scientists have unlocked a key piece of Earth’s evolutionary puzzle by decoding the structure of a light-harvesting “nanodevice” in one of the planet’s most ancient lineages of cyanobacteria.
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NewsDual associations with two fungi improve tree fitness
Many tree species have formed a concurrent symbiosis with two different groups of mycorrhizal fungi. Those trees cope better with water and nutrient scarcity, which is an important trait for forestry in the face of climate warming.
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NewsFamily of parasite proteins presents new potential malaria treatment target
Researchers from the Francis Crick Institute and the Gulbenkian Institute for Molecular Medicine (GIMM) have shown that the evolution of a family of exported proteins in the malaria-causing parasite Plasmodium falciparum enabled it to infect humans. Source: Ernst Hempelmann Ring stage of Plasmodium falciparum in human red blood ...
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NewsClimate change is turning coastal lagoons into ‘salty soup’
The impacts of human activity and climate change are coalescing to make coastal lagoons saltier, changing the microbial life they support and the function they play in their ecosystems, according to new research.
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NewsChimpanzees use medicinal leaves to clean and treat their wounds
Scientists studying chimpanzees in Budongo Forest, Uganda, have observed that these primates don’t just treat their own injuries, but care for others, too — information which could shed light on how our ancestors first began treating wounds and using medicines.
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NewsStudy uncovers why so many microbes fail to grow in the lab
Many microorganisms die when attempts are made to cultivate them. A new study suggests that that their survival does not depend solely on the needs of individual microbes but on a hidden web of relationships that can be caused to collapse by even small structural changes.