#pleurotus — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #pleurotus, aggregated by home.social.
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Pleurotus pulmonarius on Fagus sylvatica
Lengerich, NRW, Germany, 19.7.2026
#Pleurotus #Pleurotuspulmonarius #Lungenseitling #Pilz #Fungus #Basidiomycete #Mushroom #FungiFriends #Nature
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Pleurotus pulmonarius on Fagus sylvatica
Lengerich, NRW, Germany, 19.7.2026
#Pleurotus #Pleurotuspulmonarius #Lungenseitling #Pilz #Fungus #Basidiomycete #Mushroom #FungiFriends #Nature
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Pleurotus pulmonarius on Fagus sylvatica
Lengerich, NRW, Germany, 19.7.2026
#Pleurotus #Pleurotuspulmonarius #Lungenseitling #Pilz #Fungus #Basidiomycete #Mushroom #FungiFriends #Nature
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Pleurotus pulmonarius on Fagus sylvatica
Lengerich, NRW, Germany, 19.7.2026
#Pleurotus #Pleurotuspulmonarius #Lungenseitling #Pilz #Fungus #Basidiomycete #Mushroom #FungiFriends #Nature
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Pleurotus pulmonarius on Fagus sylvatica
Lengerich, NRW, Germany, 19.7.2026
#Pleurotus #Pleurotuspulmonarius #Lungenseitling #Pilz #Fungus #Basidiomycete #Mushroom #FungiFriends #Nature
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Mushroom jar update: alooks like the improvised filter works! We're getting new mycelial growth without contamination! The little orange spot in the corner is just from the substrate starter I think/hope. We will contimue to feed and watch their career with great interest.
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Mushroom jar update: alooks like the improvised filter works! We're getting new mycelial growth without contamination! The little orange spot in the corner is just from the substrate starter I think/hope. We will contimue to feed and watch their career with great interest.
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Mushroom jar update: alooks like the improvised filter works! We're getting new mycelial growth without contamination! The little orange spot in the corner is just from the substrate starter I think/hope. We will contimue to feed and watch their career with great interest.
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FUNGHI INVERNALI | PLEUROTUS OSTREATUS - DICEMBRE 2023
👁 WATCH NOW: https://youtu.be/-F3Ld6awHDc
#funghi #pleurotus #mushrooms #nature #naturephotography #videos
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#Pleurotus aka #OysterMushroom that lives on a piece of dead wood with not much #nitrogen can produce a large fruiting body that is full of proteins and hence nitrogen. A research study shows that the presence of chicken manure on grass straws does not affect the yield of various species of mushrooms, meaning that these mushrooms do not need to obtain nitrogen from chicken manure. Yet no mushroom has any known enzymes for #nitrogenfixation. This is very puzzling.
https://www.ajol.info/index.php/tjfnc/article/view/40728 -
#Pleurotus aka #OysterMushroom that lives on a piece of dead wood with not much #nitrogen can produce a large fruiting body that is full of proteins and hence nitrogen. A research study shows that the presence of chicken manure on grass straws does not affect the yield of various species of mushrooms, meaning that these mushrooms do not need to obtain nitrogen from chicken manure. Yet no mushroom has any known enzymes for #nitrogenfixation. This is very puzzling.
https://www.ajol.info/index.php/tjfnc/article/view/40728 -
#Pleurotus aka #OysterMushroom that lives on a piece of dead wood with not much #nitrogen can produce a large fruiting body that is full of proteins and hence nitrogen. A research study shows that the presence of chicken manure on grass straws does not affect the yield of various species of mushrooms, meaning that these mushrooms do not need to obtain nitrogen from chicken manure. Yet no mushroom has any known enzymes for #nitrogenfixation. This is very puzzling.
https://www.ajol.info/index.php/tjfnc/article/view/40728 -
#Pleurotus aka #OysterMushroom that lives on a piece of dead wood with not much #nitrogen can produce a large fruiting body that is full of proteins and hence nitrogen. A research study shows that the presence of chicken manure on grass straws does not affect the yield of various species of mushrooms, meaning that these mushrooms do not need to obtain nitrogen from chicken manure. Yet no mushroom has any known enzymes for #nitrogenfixation. This is very puzzling.
https://www.ajol.info/index.php/tjfnc/article/view/40728 -
@ursulav "A carnivorous #fungus (#Pleurotus ostreatus, the common oyster #mushroom!) kills #nematodes with a toxin that paralyses the worm and triggers #apoptosis. The toxin is a ketone that is stored in toxocysts that release their content when the worm touches them.
The dissolved worm then is then fed on by the mushroom."
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@ursulav "A carnivorous #fungus (#Pleurotus ostreatus, the common oyster #mushroom!) kills #nematodes with a toxin that paralyses the worm and triggers #apoptosis. The toxin is a ketone that is stored in toxocysts that release their content when the worm touches them.
The dissolved worm then is then fed on by the mushroom."
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@ursulav "A carnivorous #fungus (#Pleurotus ostreatus, the common oyster #mushroom!) kills #nematodes with a toxin that paralyses the worm and triggers #apoptosis. The toxin is a ketone that is stored in toxocysts that release their content when the worm touches them.
The dissolved worm then is then fed on by the mushroom."
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@ursulav "A carnivorous #fungus (#Pleurotus ostreatus, the common oyster #mushroom!) kills #nematodes with a toxin that paralyses the worm and triggers #apoptosis. The toxin is a ketone that is stored in toxocysts that release their content when the worm touches them.
The dissolved worm then is then fed on by the mushroom."
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A carnivorous #fungus (#Pleurotus ostreatus, the common oyster #mushroom!) kills #nematodes with a toxin that paralyses the worm and triggers #apoptosis. The toxin is a ketone that is stored in toxocysts that release their content when the worm touches them.
The dissolved worm then is then fed on by the mushroom.
https://www.science.org/doi/10.1126/sciadv.ade4809 -
A carnivorous #fungus (#Pleurotus ostreatus, the common oyster #mushroom!) kills #nematodes with a toxin that paralyses the worm and triggers #apoptosis. The toxin is a ketone that is stored in toxocysts that release their content when the worm touches them.
The dissolved worm then is then fed on by the mushroom.
https://www.science.org/doi/10.1126/sciadv.ade4809 -
A carnivorous #fungus (#Pleurotus ostreatus, the common oyster #mushroom!) kills #nematodes with a toxin that paralyses the worm and triggers #apoptosis. The toxin is a ketone that is stored in toxocysts that release their content when the worm touches them.
The dissolved worm then is then fed on by the mushroom.
https://www.science.org/doi/10.1126/sciadv.ade4809 -
A carnivorous #fungus (#Pleurotus ostreatus, the common oyster #mushroom!) kills #nematodes with a toxin that paralyses the worm and triggers #apoptosis. The toxin is a ketone that is stored in toxocysts that release their content when the worm touches them.
The dissolved worm then is then fed on by the mushroom.
https://www.science.org/doi/10.1126/sciadv.ade4809 -
A carnivorous #fungus (#Pleurotus ostreatus, the common oyster #mushroom!) kills #nematodes with a toxin that paralyses the worm and triggers #apoptosis. The toxin is a ketone that is stored in toxocysts that release their content when the worm touches them.
The dissolved worm then is then fed on by the mushroom.
https://www.science.org/doi/10.1126/sciadv.ade4809 -
#Drosophila #Advent Day18: #Hirtodrosophila trivittata is another fungus feeder, but this is a very distinctive looking fly and seems to be a specialist on fresh oyster #mushrooms (#Pleurotus) and similar species https://www.jstor.org/stable/2408009, where they can gather in spectacularly large numbers. This species was only added to the UK list in 2008 https://dipterists.org.uk/sites/default/files/pdf/Dipterists%20Digest%202008%20Vol%2015%20No%201.pdf and I saw it for the first time in 2020 #Diptera #Fungi
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#Drosophila #Advent Day18: #Hirtodrosophila trivittata is another fungus feeder, but this is a very distinctive looking fly and seems to be a specialist on fresh oyster #mushrooms (#Pleurotus) and similar species https://www.jstor.org/stable/2408009, where they can gather in spectacularly large numbers. This species was only added to the UK list in 2008 https://dipterists.org.uk/sites/default/files/pdf/Dipterists%20Digest%202008%20Vol%2015%20No%201.pdf and I saw it for the first time in 2020 #Diptera #Fungi
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#Drosophila #Advent Day18: #Hirtodrosophila trivittata is another fungus feeder, but this is a very distinctive looking fly and seems to be a specialist on fresh oyster #mushrooms (#Pleurotus) and similar species https://www.jstor.org/stable/2408009, where they can gather in spectacularly large numbers. This species was only added to the UK list in 2008 https://dipterists.org.uk/sites/default/files/pdf/Dipterists%20Digest%202008%20Vol%2015%20No%201.pdf and I saw it for the first time in 2020 #Diptera #Fungi
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#Drosophila #Advent Day18: #Hirtodrosophila trivittata is another fungus feeder, but this is a very distinctive looking fly and seems to be a specialist on fresh oyster #mushrooms (#Pleurotus) and similar species https://www.jstor.org/stable/2408009, where they can gather in spectacularly large numbers. This species was only added to the UK list in 2008 https://dipterists.org.uk/sites/default/files/pdf/Dipterists%20Digest%202008%20Vol%2015%20No%201.pdf and I saw it for the first time in 2020 #Diptera #Fungi