Halictoxenos borealis | |
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Scientific classification
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Domain: | Eukaryota |
Kingdom: | Animalia |
Phylum: | Arthropoda |
Class: | Insecta |
Order: | Strepsiptera |
Family: | Stylopidae |
Genus: | Halictoxenos |
Species: | H. borealis
|
Binomial name | |
Halictoxenos borealis Kifune, Hirashima & Maeta, 1982
[1]
|
Halictoxenos borealis is a species of the order Strepsiptera of flying insects, that parasitize sweat bees (Lasioglossum). [2]
Nakase and Kato (2021) [3] found that the parasitised bees ( Lasioglossum apristum) changed their behaviour and visit flowers not to forage but to release the first-instar larvae of their parasite Halictoxenos borealis.
It seems that only female Halictoxenos borealis made their host bees visit flowers. Parasitised bees kept visiting nectarless flowers ( Hydrangea serrata in this study), even though this behaviour might have had negative effect on them. [3]
Bees that were parasitized by a female strepsipteran during the larval-releasing stage, may encourage the discharge of mobile first-instar larvae onto flowers. This behavior benefits the parasite. Only once the larvae have reached a specific stage of development may streptopteran parasites affect the behavior of their host. It is only adult females who parasite, no males nor immature females’ parasite the bees. [3]
Halictoxenos borealis | |
---|---|
Scientific classification
![]() | |
Domain: | Eukaryota |
Kingdom: | Animalia |
Phylum: | Arthropoda |
Class: | Insecta |
Order: | Strepsiptera |
Family: | Stylopidae |
Genus: | Halictoxenos |
Species: | H. borealis
|
Binomial name | |
Halictoxenos borealis Kifune, Hirashima & Maeta, 1982
[1]
|
Halictoxenos borealis is a species of the order Strepsiptera of flying insects, that parasitize sweat bees (Lasioglossum). [2]
Nakase and Kato (2021) [3] found that the parasitised bees ( Lasioglossum apristum) changed their behaviour and visit flowers not to forage but to release the first-instar larvae of their parasite Halictoxenos borealis.
It seems that only female Halictoxenos borealis made their host bees visit flowers. Parasitised bees kept visiting nectarless flowers ( Hydrangea serrata in this study), even though this behaviour might have had negative effect on them. [3]
Bees that were parasitized by a female strepsipteran during the larval-releasing stage, may encourage the discharge of mobile first-instar larvae onto flowers. This behavior benefits the parasite. Only once the larvae have reached a specific stage of development may streptopteran parasites affect the behavior of their host. It is only adult females who parasite, no males nor immature females’ parasite the bees. [3]