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#saprophagous — Public Fediverse posts

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

  1. The #rosechafer #Cetonia #aurata (#Scarabaeidae) is distributed from Europe to Asia. The #saprophagous #larvae develop over about two years in Central Europe in #soil substrates often under #deadwood. According to R. Beaven et al. (2025), #rectalcomplexes as in C. autata (larvae only) are recycling systems of the #gutcontents and #evolved #independently within Scarabaeideae.

    © #StefanFWirth #Berlin 2025

    Ref
    R. Beaven et al. (2025)
    doi.org/10.1016/j.asd.2024.101

    #Photos
    © S.F. Wirth 2025

  2. The #rosechafer #Cetonia #aurata (#Scarabaeidae) is distributed from Europe to Asia. The #saprophagous #larvae develop over about two years in Central Europe in #soil substrates often under #deadwood. According to R. Beaven et al. (2025), #rectalcomplexes as in C. autata (larvae only) are recycling systems of the #gutcontents and #evolved #independently within Scarabaeideae.

    © #StefanFWirth #Berlin 2025

    Ref
    R. Beaven et al. (2025)
    doi.org/10.1016/j.asd.2024.101

    #Photos
    © S.F. Wirth 2025

  3. The #rosechafer #Cetonia #aurata (#Scarabaeidae) is distributed from Europe to Asia. The #saprophagous #larvae develop over about two years in Central Europe in #soil substrates often under #deadwood. According to R. Beaven et al. (2025), #rectalcomplexes as in C. autata (larvae only) are recycling systems of the #gutcontents and #evolved #independently within Scarabaeideae.

    © #StefanFWirth #Berlin 2025

    Ref
    R. Beaven et al. (2025)
    doi.org/10.1016/j.asd.2024.101

    #Photos
    © S.F. Wirth 2025

  4. The #rosechafer #Cetonia #aurata (#Scarabaeidae) is distributed from Europe to Asia. The #saprophagous #larvae develop over about two years in Central Europe in #soil substrates often under #deadwood. According to R. Beaven et al. (2025), #rectalcomplexes as in C. autata (larvae only) are recycling systems of the #gutcontents and #evolved #independently within Scarabaeideae.

    © #StefanFWirth #Berlin 2025

    Ref
    R. Beaven et al. (2025)
    doi.org/10.1016/j.asd.2024.101

    #Photos
    © S.F. Wirth 2025

  5. The #rosechafer #Cetonia #aurata (#Scarabaeidae) is distributed from Europe to Asia. The #saprophagous #larvae develop over about two years in Central Europe in #soil substrates often under #deadwood. According to R. Beaven et al. (2025), #rectalcomplexes as in C. autata (larvae only) are recycling systems of the #gutcontents and #evolved #independently within Scarabaeideae.

    © #StefanFWirth #Berlin 2025

    Ref
    R. Beaven et al. (2025)
    doi.org/10.1016/j.asd.2024.101

    #Photos
    © S.F. Wirth 2025

  6. #Lauxaniidae (#Acalyptratae, #Diptera) are smaller #fly species that often prefer the proximity of forests. Their #larvae, as a #saprophagous developmental stage, feed on dead wood or other decomposing plant #debris. The author, C. H. Marchiori (2024), has #studied the #biology, morphology, and systematics of this and other fly taxa.

    © #StefanFWirth Berlin 2025

    Reference
    C. H. Marchiori (2024)
    doi.org/10.32388/LME4ON.3

    Photo
    Non determined #mating Lauxaniidae, Berlin, 2020-2025,© S. F. Wirth

  7. #Lauxaniidae (#Acalyptratae, #Diptera) are smaller #fly species that often prefer the proximity of forests. Their #larvae, as a #saprophagous developmental stage, feed on dead wood or other decomposing plant #debris. The author, C. H. Marchiori (2024), has #studied the #biology, morphology, and systematics of this and other fly taxa.

    © #StefanFWirth Berlin 2025

    Reference
    C. H. Marchiori (2024)
    doi.org/10.32388/LME4ON.3

    Photo
    Non determined #mating Lauxaniidae, Berlin, 2020-2025,© S. F. Wirth

  8. #Lauxaniidae (#Acalyptratae, #Diptera) are smaller #fly species that often prefer the proximity of forests. Their #larvae, as a #saprophagous developmental stage, feed on dead wood or other decomposing plant #debris. The author, C. H. Marchiori (2024), has #studied the #biology, morphology, and systematics of this and other fly taxa.

    © #StefanFWirth Berlin 2025

    Reference
    C. H. Marchiori (2024)
    doi.org/10.32388/LME4ON.3

    Photo
    Non determined #mating Lauxaniidae, Berlin, 2020-2025,© S. F. Wirth

  9. #Lauxaniidae (#Acalyptratae, #Diptera) are smaller #fly species that often prefer the proximity of forests. Their #larvae, as a #saprophagous developmental stage, feed on dead wood or other decomposing plant #debris. The author, C. H. Marchiori (2024), has #studied the #biology, morphology, and systematics of this and other fly taxa.

    © #StefanFWirth Berlin 2025

    Reference
    C. H. Marchiori (2024)
    doi.org/10.32388/LME4ON.3

    Photo
    Non determined #mating Lauxaniidae, Berlin, 2020-2025,© S. F. Wirth

  10. #Lauxaniidae (#Acalyptratae, #Diptera) are smaller #fly species that often prefer the proximity of forests. Their #larvae, as a #saprophagous developmental stage, feed on dead wood or other decomposing plant #debris. The author, C. H. Marchiori (2024), has #studied the #biology, morphology, and systematics of this and other fly taxa.

    © #StefanFWirth Berlin 2025

    Reference
    C. H. Marchiori (2024)
    doi.org/10.32388/LME4ON.3

    Photo
    Non determined #mating Lauxaniidae, Berlin, 2020-2025,© S. F. Wirth