#phoresy — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #phoresy, aggregated by home.social.
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https://www.europesays.com/ie/192803/ Pelodera: cosmopolitan phoretic saprotrophs and neglected models for origins of nematode parasitism | Parasites & Vectors #Beetle #Dauer #Decay #decomposition #Éire #Entomology #IE #InfectiousDiseases #Ireland #Necromeny #Parasitology #Phoresy #Scarabaeidae #Science #SoilHealth #TropicalMedicine #VeterinaryMedicine/VeterinaryScience #Virology
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Why a #mite of the #Parasitidae (#Mesostigmata), apparently genus #Parasitellus, seemingly attacks moth #Pyrausta #despicata (Crambidae). Parasitellus develops in #bumblebee #nests and uses them for dispersal (#phoresy) to other nests, thus they leave their hosts on blossoms and wait for new hosts to be carried to new nests. The moth was detected by the mite as a #nonsuitable #phoretic #host.
© #StefanFWirth #Berlin 2025
Visit my new YouTube Video:
https://youtu.be/gRAT7CIKWTk?si=hb2LC19Fmf1URVl6Photos
©S.F. Wirth -
Why a #mite of the #Parasitidae (#Mesostigmata), apparently genus #Parasitellus, seemingly attacks moth #Pyrausta #despicata (Crambidae). Parasitellus develops in #bumblebee #nests and uses them for dispersal (#phoresy) to other nests, thus they leave their hosts on blossoms and wait for new hosts to be carried to new nests. The moth was detected by the mite as a #nonsuitable #phoretic #host.
© #StefanFWirth #Berlin 2025
Visit my new YouTube Video:
https://youtu.be/gRAT7CIKWTk?si=hb2LC19Fmf1URVl6Photos
©S.F. Wirth -
Why a #mite of the #Parasitidae (#Mesostigmata), apparently genus #Parasitellus, seemingly attacks moth #Pyrausta #despicata (Crambidae). Parasitellus develops in #bumblebee #nests and uses them for dispersal (#phoresy) to other nests, thus they leave their hosts on blossoms and wait for new hosts to be carried to new nests. The moth was detected by the mite as a #nonsuitable #phoretic #host.
© #StefanFWirth #Berlin 2025
Visit my new YouTube Video:
https://youtu.be/gRAT7CIKWTk?si=hb2LC19Fmf1URVl6Photos
©S.F. Wirth -
Why a #mite of the #Parasitidae (#Mesostigmata), apparently genus #Parasitellus, seemingly attacks moth #Pyrausta #despicata (Crambidae). Parasitellus develops in #bumblebee #nests and uses them for dispersal (#phoresy) to other nests, thus they leave their hosts on blossoms and wait for new hosts to be carried to new nests. The moth was detected by the mite as a #nonsuitable #phoretic #host.
© #StefanFWirth #Berlin 2025
Visit my new YouTube Video:
https://youtu.be/gRAT7CIKWTk?si=hb2LC19Fmf1URVl6Photos
©S.F. Wirth -
Why a #mite of the #Parasitidae (#Mesostigmata), apparently genus #Parasitellus, seemingly attacks moth #Pyrausta #despicata (Crambidae). Parasitellus develops in #bumblebee #nests and uses them for dispersal (#phoresy) to other nests, thus they leave their hosts on blossoms and wait for new hosts to be carried to new nests. The moth was detected by the mite as a #nonsuitable #phoretic #host.
© #StefanFWirth #Berlin 2025
Visit my new YouTube Video:
https://youtu.be/gRAT7CIKWTk?si=hb2LC19Fmf1URVl6Photos
©S.F. Wirth -
When #animals #carry other organisms: If it is a regular dispersal strategy it can be #phoresy. When phoretic #mites, such as soil mite #Histiostoma sp. (#Astigmata) here, disperse #fungi themselves, this can be hyperphoresy. The mating adult mites in my #SEM carry #macroconidia, presumably of Ascomycota. Adult mites aren't the phoretic stage, thus they can disperse a fungus only within their limited #habitat.
©#StefanFWirth Berlin 2025Reference
S. F. Wirth (2023)
https://www.fao.org/fileadmin/user_upload/GSP/GSOIL4N/GSOIL4N-Posters/ID_167.pdf -
#Lemon #tree #Citrus × #limon, its fruits, their insecticidal effect, about tree-#endophytic #organisms (#microbiota) and the rotting #fruits as #habitats for #phoretic #mites (#Histiostomatidae). #Ecology, #phoresy, #phoresis, #soil, #decomposition
© #StefanFWirth Berlin2024My #blog on #biologe + #literature:
wp.me/p2l6XU-1TF
Photos 2+3: details of small #lemontree from plant trade Berlin, 1: #Histiostoma sp. (H. #feroniarum-complex) from lemons in #Sorrento (#Italy,2006) © S. F. Wirth 2024
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What is a #mite of the #Histiostomatidae doing in nests of an #antnest? About behavior, dispersal, #phoresy, life strategy. A 2008 study about the life strategy of mite #Histiostoma #bakeri (Histiostomatidae) in nests of the leafcutting ant #Atta #texana.
According to this, the desired location of the mites for mating and reproduction is the detritus chambers of the ant nest.
© #StefanFWirth Berlin 2023Paper Wirth & Moser (2008), short summary and PDF for download: https://wp.me/p2l6XU-1Mt