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#arizonastate β€” Public Fediverse posts

Live and recent posts from across the Fediverse tagged #arizonastate, aggregated by home.social.

  1. 🌫️🦠 Researchers from #ArizonaState University and #Susquehanna University collected #fog samples over 32 events across two years and found living #bacteria β€” mostly Methylobacterium β€” at concentrations comparable to seawater.

    The #microbes appeared to be actively growing inside fog droplets and could break down formaldehyde much faster than previously observed in #cloud #water, suggesting fog acts as both a habitat and a natural air filter.

    πŸ‘‰ sciencealert.com/fog-is-teemin

    #microbiology #airquality #atmosphere #science #ecology #pollution #clouds #microbiome #nature

  2. 🌫️🦠 Researchers from #ArizonaState University and #Susquehanna University collected #fog samples over 32 events across two years and found living #bacteria β€” mostly Methylobacterium β€” at concentrations comparable to seawater.

    The #microbes appeared to be actively growing inside fog droplets and could break down formaldehyde much faster than previously observed in #cloud #water, suggesting fog acts as both a habitat and a natural air filter.

    πŸ‘‰ sciencealert.com/fog-is-teemin

    #microbiology #airquality #atmosphere #science #ecology #pollution #clouds #microbiome #nature

  3. 🌫️🦠 Researchers from #ArizonaState University and #Susquehanna University collected #fog samples over 32 events across two years and found living #bacteria β€” mostly Methylobacterium β€” at concentrations comparable to seawater.

    The #microbes appeared to be actively growing inside fog droplets and could break down formaldehyde much faster than previously observed in #cloud #water, suggesting fog acts as both a habitat and a natural air filter.

    πŸ‘‰ sciencealert.com/fog-is-teemin

    #microbiology #airquality #atmosphere #science #ecology #pollution #clouds #microbiome #nature

  4. 🌫️🦠 Researchers from #ArizonaState University and #Susquehanna University collected #fog samples over 32 events across two years and found living #bacteria β€” mostly Methylobacterium β€” at concentrations comparable to seawater.

    The #microbes appeared to be actively growing inside fog droplets and could break down formaldehyde much faster than previously observed in #cloud #water, suggesting fog acts as both a habitat and a natural air filter.

    πŸ‘‰ sciencealert.com/fog-is-teemin

    #microbiology #airquality #atmosphere #science #ecology #pollution #clouds #microbiome #nature

  5. 🌫️🦠 Researchers from #ArizonaState University and #Susquehanna University collected #fog samples over 32 events across two years and found living #bacteria β€” mostly Methylobacterium β€” at concentrations comparable to seawater.

    The #microbes appeared to be actively growing inside fog droplets and could break down formaldehyde much faster than previously observed in #cloud #water, suggesting fog acts as both a habitat and a natural air filter.

    πŸ‘‰ sciencealert.com/fog-is-teemin

    #microbiology #airquality #atmosphere #science #ecology #pollution #clouds #microbiome #nature