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#soils — Public Fediverse posts

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

  1. The greater #celandine (#Chelidonium #majus) prefers #nitrogenrich #soils and tends to be #thermophilic. In Germany, it grows in #parks and along roadsides. #Seeddispersal occurs via #myrmecochory; #ants are #attracted by means of a #lure (an #elaiosome). In the case of C. majus, this takes the form of a fleshy outgrowth (a #caruncle).
    © #StefanFWirth

    Important! As a freelancer, I rely on funding—even through small donations—to support my work:
    ko-fi.com/sfwirth

    #Photos
    © S.F. Wirth

  2. The greater #celandine (#Chelidonium #majus) prefers #nitrogenrich #soils and tends to be #thermophilic. In Germany, it grows in #parks and along roadsides. #Seeddispersal occurs via #myrmecochory; #ants are #attracted by means of a #lure (an #elaiosome). In the case of C. majus, this takes the form of a fleshy outgrowth (a #caruncle).
    © #StefanFWirth

    Important! As a freelancer, I rely on funding—even through small donations—to support my work:
    ko-fi.com/sfwirth

    #Photos
    © S.F. Wirth

  3. The greater #celandine (#Chelidonium #majus) prefers #nitrogenrich #soils and tends to be #thermophilic. In Germany, it grows in #parks and along roadsides. #Seeddispersal occurs via #myrmecochory; #ants are #attracted by means of a #lure (an #elaiosome). In the case of C. majus, this takes the form of a fleshy outgrowth (a #caruncle).
    © #StefanFWirth

    Important! As a freelancer, I rely on funding—even through small donations—to support my work:
    ko-fi.com/sfwirth

    #Photos
    © S.F. Wirth

  4. The greater #celandine (#Chelidonium #majus) prefers #nitrogenrich #soils and tends to be #thermophilic. In Germany, it grows in #parks and along roadsides. #Seeddispersal occurs via #myrmecochory; #ants are #attracted by means of a #lure (an #elaiosome). In the case of C. majus, this takes the form of a fleshy outgrowth (a #caruncle).
    © #StefanFWirth

    Important! As a freelancer, I rely on funding—even through small donations—to support my work:
    ko-fi.com/sfwirth

    #Photos
    © S.F. Wirth

  5. The greater #celandine (#Chelidonium #majus) prefers #nitrogenrich #soils and tends to be #thermophilic. In Germany, it grows in #parks and along roadsides. #Seeddispersal occurs via #myrmecochory; #ants are #attracted by means of a #lure (an #elaiosome). In the case of C. majus, this takes the form of a fleshy outgrowth (a #caruncle).
    © #StefanFWirth

    Important! As a freelancer, I rely on funding—even through small donations—to support my work:
    ko-fi.com/sfwirth

    #Photos
    © S.F. Wirth

  6. Our maize garden is more than a field — it’s hope for the community. These big, healthy corns show how farming can fight hunger, feed families, and create a stronger future. Every harvest supports food security, community growth, and a greener environment. Together, we can grow more, share more, and build a healthier planet for everyone. #FoodSecurity #agriculture #SustainableFarming #gardening #environment #economics #ClimateAction #foodproduction #diet #sustainability #plants #soils #hunger

  7. Our maize garden is more than a field — it’s hope for the community. These big, healthy corns show how farming can fight hunger, feed families, and create a stronger future. Every harvest supports food security, community growth, and a greener environment. Together, we can grow more, share more, and build a healthier planet for everyone. #FoodSecurity #agriculture #SustainableFarming #gardening #environment #economics #ClimateAction #foodproduction #diet #sustainability #plants #soils #hunger

  8. Our maize garden is more than a field — it’s hope for the community. These big, healthy corns show how farming can fight hunger, feed families, and create a stronger future. Every harvest supports food security, community growth, and a greener environment. Together, we can grow more, share more, and build a healthier planet for everyone. #FoodSecurity #agriculture #SustainableFarming #gardening #environment #economics #ClimateAction #foodproduction #diet #sustainability #plants #soils #hunger

  9. Our maize garden is more than a field — it’s hope for the community. These big, healthy corns show how farming can fight hunger, feed families, and create a stronger future. Every harvest supports food security, community growth, and a greener environment. Together, we can grow more, share more, and build a healthier planet for everyone. #FoodSecurity #agriculture #SustainableFarming #gardening #environment #economics #ClimateAction #foodproduction #diet #sustainability #plants #soils #hunger

  10. Our maize garden is more than a field — it’s hope for the community. These big, healthy corns show how farming can fight hunger, feed families, and create a stronger future. Every harvest supports food security, community growth, and a greener environment. Together, we can grow more, share more, and build a healthier planet for everyone. #FoodSecurity #agriculture #SustainableFarming #gardening #environment #economics #ClimateAction #foodproduction #diet #sustainability #plants #soils #hunger

  11. #Whiterot are some #fungi of #Agaricomycetes that degrade cellulose, hemicellulose, and #lignin. Since lignin is often degraded first, the affected plant parts appear #whitish. I. Jofré-Fernández et al. (2023) found that white rot affects #reactive #oxygenspecies (#ROS), thus promoting #CO2 #efflux from #soils, which can be a climate-relevant factor.
    ©#StefanFWirth #Berlin

    Please support me with a small donation:
    ko-fi.com/sfwirth

    Ref
    doi.org/10.3389/fmicb.2023.114

    #Photos
    ©S F Wirth

  12. #Whiterot are some #fungi of #Agaricomycetes that degrade cellulose, hemicellulose, and #lignin. Since lignin is often degraded first, the affected plant parts appear #whitish. I. Jofré-Fernández et al. (2023) found that white rot affects #reactive #oxygenspecies (#ROS), thus promoting #CO2 #efflux from #soils, which can be a climate-relevant factor.
    ©#StefanFWirth #Berlin

    Please support me with a small donation:
    ko-fi.com/sfwirth

    Ref
    doi.org/10.3389/fmicb.2023.114

    #Photos
    ©S F Wirth

  13. #Whiterot are some #fungi of #Agaricomycetes that degrade cellulose, hemicellulose, and #lignin. Since lignin is often degraded first, the affected plant parts appear #whitish. I. Jofré-Fernández et al. (2023) found that white rot affects #reactive #oxygenspecies (#ROS), thus promoting #CO2 #efflux from #soils, which can be a climate-relevant factor.
    ©#StefanFWirth #Berlin

    Please support me with a small donation:
    ko-fi.com/sfwirth

    Ref
    doi.org/10.3389/fmicb.2023.114

    #Photos
    ©S F Wirth

  14. #Whiterot are some #fungi of #Agaricomycetes that degrade cellulose, hemicellulose, and #lignin. Since lignin is often degraded first, the affected plant parts appear #whitish. I. Jofré-Fernández et al. (2023) found that white rot affects #reactive #oxygenspecies (#ROS), thus promoting #CO2 #efflux from #soils, which can be a climate-relevant factor.
    ©#StefanFWirth #Berlin

    Please support me with a small donation:
    ko-fi.com/sfwirth

    Ref
    doi.org/10.3389/fmicb.2023.114

    #Photos
    ©S F Wirth

  15. #Whiterot are some #fungi of #Agaricomycetes that degrade cellulose, hemicellulose, and #lignin. Since lignin is often degraded first, the affected plant parts appear #whitish. I. Jofré-Fernández et al. (2023) found that white rot affects #reactive #oxygenspecies (#ROS), thus promoting #CO2 #efflux from #soils, which can be a climate-relevant factor.
    ©#StefanFWirth #Berlin

    Please support me with a small donation:
    ko-fi.com/sfwirth

    Ref
    doi.org/10.3389/fmicb.2023.114

    #Photos
    ©S F Wirth

  16. Jackfruit #trees are living climate allies—capturing carbon, cooling landscapes, and enriching #soils. They shelter #biodiversity, feeding #birds, #insects, and people alike with nutrient-rich #fruits. Drought-tolerant and resilient, they support #food security in a changing climate. Conserving jackfruits means protecting #ecosystems, sustaining communities, and preserving a tree that gives abundantly with little demand.
    #linux #photography #fediverse #gardening #ClimateAction #plants #hunger

  17. Jackfruit #trees are living climate allies—capturing carbon, cooling landscapes, and enriching #soils. They shelter #biodiversity, feeding #birds, #insects, and people alike with nutrient-rich #fruits. Drought-tolerant and resilient, they support #food security in a changing climate. Conserving jackfruits means protecting #ecosystems, sustaining communities, and preserving a tree that gives abundantly with little demand.
    #linux #photography #fediverse #gardening #ClimateAction #plants #hunger

  18. Jackfruit #trees are living climate allies—capturing carbon, cooling landscapes, and enriching #soils. They shelter #biodiversity, feeding #birds, #insects, and people alike with nutrient-rich #fruits. Drought-tolerant and resilient, they support #food security in a changing climate. Conserving jackfruits means protecting #ecosystems, sustaining communities, and preserving a tree that gives abundantly with little demand.
    #linux #photography #fediverse #gardening #ClimateAction #plants #hunger

  19. Jackfruit #trees are living climate allies—capturing carbon, cooling landscapes, and enriching #soils. They shelter #biodiversity, feeding #birds, #insects, and people alike with nutrient-rich #fruits. Drought-tolerant and resilient, they support #food security in a changing climate. Conserving jackfruits means protecting #ecosystems, sustaining communities, and preserving a tree that gives abundantly with little demand.
    #linux #photography #fediverse #gardening #ClimateAction #plants #hunger

  20. Jackfruit #trees are living climate allies—capturing carbon, cooling landscapes, and enriching #soils. They shelter #biodiversity, feeding #birds, #insects, and people alike with nutrient-rich #fruits. Drought-tolerant and resilient, they support #food security in a changing climate. Conserving jackfruits means protecting #ecosystems, sustaining communities, and preserving a tree that gives abundantly with little demand.
    #linux #photography #fediverse #gardening #ClimateAction #plants #hunger

  21. School gardens are living classrooms where learners connect theory with real life. When students touch the soil, learning becomes practical and memorable. Agriculture stops being a subject and becomes a lifestyle.
    #gardening #foods #environment #climatechange #mastodon #soils

  22. School gardens are living classrooms where learners connect theory with real life. When students touch the soil, learning becomes practical and memorable. Agriculture stops being a subject and becomes a lifestyle.
    #gardening #foods #environment #climatechange #mastodon #soils

  23. School gardens are living classrooms where learners connect theory with real life. When students touch the soil, learning becomes practical and memorable. Agriculture stops being a subject and becomes a lifestyle.
    #gardening #foods #environment #climatechange #mastodon #soils

  24. School gardens are living classrooms where learners connect theory with real life. When students touch the soil, learning becomes practical and memorable. Agriculture stops being a subject and becomes a lifestyle.
    #gardening #foods #environment #climatechange #mastodon #soils

  25. School gardens are living classrooms where learners connect theory with real life. When students touch the soil, learning becomes practical and memorable. Agriculture stops being a subject and becomes a lifestyle.
    #gardening #foods #environment #climatechange #mastodon #soils

  26. theguardian.com/environment/20. "At the time [1991], it was believed a #temperature increase could lead to longer, lusher #grasses. But instead of flourishing, the grasses & #wildflowers started to disappear, replaced by #sagebrush. The experimental #meadows morphed into a desert-like #scrubland. Even the #fungi in the #soils were transformed by #heat."

  27. theguardian.com/environment/20. "At the time [1991], it was believed a #temperature increase could lead to longer, lusher #grasses. But instead of flourishing, the grasses & #wildflowers started to disappear, replaced by #sagebrush. The experimental #meadows morphed into a desert-like #scrubland. Even the #fungi in the #soils were transformed by #heat."

  28. theguardian.com/environment/20. "At the time [1991], it was believed a #temperature increase could lead to longer, lusher #grasses. But instead of flourishing, the grasses & #wildflowers started to disappear, replaced by #sagebrush. The experimental #meadows morphed into a desert-like #scrubland. Even the #fungi in the #soils were transformed by #heat."

  29. theguardian.com/environment/20. "At the time [1991], it was believed a #temperature increase could lead to longer, lusher #grasses. But instead of flourishing, the grasses & #wildflowers started to disappear, replaced by #sagebrush. The experimental #meadows morphed into a desert-like #scrubland. Even the #fungi in the #soils were transformed by #heat."

  30. theguardian.com/environment/20. "At the time [1991], it was believed a #temperature increase could lead to longer, lusher #grasses. But instead of flourishing, the grasses & #wildflowers started to disappear, replaced by #sagebrush. The experimental #meadows morphed into a desert-like #scrubland. Even the #fungi in the #soils were transformed by #heat."

  31. Though there are many #heavymetals that #coalmining can release to our #freshwater, #selenium has been noted as a particularly risky #pollutant as it bioaccumulates in the #environment reaching toxic levels for #fish, #animals living in riparian areas, and potentially in agricultural #soils and #plants grown in them. This is a risk not only to human #health and the health of aquatic #ecosystems, but also risks the reputation of our regional agricultural products.

    9/14

  32. Though there are many that can release to our , has been noted as a particularly risky as it bioaccumulates in the reaching toxic levels for , living in riparian areas, and potentially in agricultural and grown in them. This is a risk not only to human and the health of aquatic , but also risks the reputation of our regional agricultural products.

    9/14

  33. Though there are many #heavymetals that #coalmining can release to our #freshwater, #selenium has been noted as a particularly risky #pollutant as it bioaccumulates in the #environment reaching toxic levels for #fish, #animals living in riparian areas, and potentially in agricultural #soils and #plants grown in them. This is a risk not only to human #health and the health of aquatic #ecosystems, but also risks the reputation of our regional agricultural products.

    9/14

  34. Though there are many #heavymetals that #coalmining can release to our #freshwater, #selenium has been noted as a particularly risky #pollutant as it bioaccumulates in the #environment reaching toxic levels for #fish, #animals living in riparian areas, and potentially in agricultural #soils and #plants grown in them. This is a risk not only to human #health and the health of aquatic #ecosystems, but also risks the reputation of our regional agricultural products.

    9/14

  35. Though there are many #heavymetals that #coalmining can release to our #freshwater, #selenium has been noted as a particularly risky #pollutant as it bioaccumulates in the #environment reaching toxic levels for #fish, #animals living in riparian areas, and potentially in agricultural #soils and #plants grown in them. This is a risk not only to human #health and the health of aquatic #ecosystems, but also risks the reputation of our regional agricultural products.

    9/14

  36. 🌱🦠 🐄 A study by ZALF and the universities Greifswald & Hohenheim shows that #grassland #soils that were previously intensively used have not yet restored their potential to absorb #methane after three years of extensive use. zalf.de/en/aktuelles/Pages/PB1
    #Grassland #Methane #Climate #Soil #Research