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#hemiptera — Public Fediverse posts

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

  1. A recently-emerged cicada, resting on a honeysuckle stem.

  2. A Planthopper, genus Kallitaxila, spotted at Bukit Gombak Park. Singapore on 26 April 2025. It was early in the morning, so it was still covered in dew.

    On iNaturalist [ inaturalist.org/observations/2 ].

    #iNaturalist #Nature #Photography #Singapore #Insects #TrueBugs #Hemiptera #Planthoppers #Fulgoromorpha

  3. A Planthopper, genus Kallitaxila, spotted at Bukit Gombak Park. Singapore on 26 April 2025. It was early in the morning, so it was still covered in dew.

    On iNaturalist [ inaturalist.org/observations/2 ].

    #iNaturalist #Nature #Photography #Singapore #Insects #TrueBugs #Hemiptera #Planthoppers #Fulgoromorpha

  4. A Planthopper, genus Kallitaxila, spotted at Bukit Gombak Park. Singapore on 26 April 2025. It was early in the morning, so it was still covered in dew.

    On iNaturalist [ inaturalist.org/observations/2 ].

    #iNaturalist #Nature #Photography #Singapore #Insects #TrueBugs #Hemiptera #Planthoppers #Fulgoromorpha

  5. A Planthopper, genus Kallitaxila, spotted at Bukit Gombak Park. Singapore on 26 April 2025. It was early in the morning, so it was still covered in dew.

    On iNaturalist [ inaturalist.org/observations/2 ].

    #iNaturalist #Nature #Photography #Singapore #Insects #TrueBugs #Hemiptera #Planthoppers #Fulgoromorpha

  6. A stink bug, genus Megarrhamphus spotted in Kuala Kangsar, Perak, Malaysia on 7 April 2026. iNaturalist doesn't have many local observations of it, so I think it is an uncommon bug.

    On iNaturalist [ inaturalist.org/observations/3 ].

    #iNaturalist #Nature #Photography #Malaysia #Insects #TrueBugs #Hemiptera #StinkBugs #Pentatomidae

  7. A stink bug, genus Megarrhamphus spotted in Kuala Kangsar, Perak, Malaysia on 7 April 2026. iNaturalist doesn't have many local observations of it, so I think it is an uncommon bug.

    On iNaturalist [ inaturalist.org/observations/3 ].

    #iNaturalist #Nature #Photography #Malaysia #Insects #TrueBugs #Hemiptera #StinkBugs #Pentatomidae

  8. A stink bug, genus Megarrhamphus spotted in Kuala Kangsar, Perak, Malaysia on 7 April 2026. iNaturalist doesn't have many local observations of it, so I think it is an uncommon bug.

    On iNaturalist [ inaturalist.org/observations/3 ].

    #iNaturalist #Nature #Photography #Malaysia #Insects #TrueBugs #Hemiptera #StinkBugs #Pentatomidae

  9. A stink bug, genus Megarrhamphus spotted in Kuala Kangsar, Perak, Malaysia on 7 April 2026. iNaturalist doesn't have many local observations of it, so I think it is an uncommon bug.

    On iNaturalist [ inaturalist.org/observations/3 ].

    #iNaturalist #Nature #Photography #Malaysia #Insects #TrueBugs #Hemiptera #StinkBugs #Pentatomidae

  10. A poor little stilt bug who's lost one stilt, sitting on a garlic mustard blossom.

  11. A poor little stilt bug who's lost one stilt, sitting on a garlic mustard blossom.

    #insects #hemiptera #arthropods #photography

  12. A poor little stilt bug who's lost one stilt, sitting on a garlic mustard blossom.

    #insects #hemiptera #arthropods #photography

  13. A poor little stilt bug who's lost one stilt, sitting on a garlic mustard blossom.

    #insects #hemiptera #arthropods #photography

  14. A poor little stilt bug who's lost one stilt, sitting on a garlic mustard blossom.

    #insects #hemiptera #arthropods #photography

  15. Anyway,

    > We show that the two wingless morphs occurring during the root-dwelling phase of the life cycle of the aphid _Paracletus cimiciformis_ follow distinct strategies that entail disparate relationships with ants. On the one hand, the round morph exhibits the plant sap-sucking feeding behavior characteristic of aphids and establishes a typical mutualistic trophobiotic relationship with ants. On the other hand, aphids of the flat morph, although able to feed on plants, are brought inside the ant brood chamber where they are cared for by the ants. Our results show that the latter strategy is accomplished by flat morph aphids by mimicking ant larvae chemical signals and that, besides obtaining ant care, aphids in the brood chamber actively suck hemolymph from ant larvae.
    >
    > […] By being transported by the ants deep into their brood chambers, aphids of the flat morph would be safe from temperature extremes experienced by other root-dwelling aphids that stay closer to the roots to feed. We suggest that lack of access to plants in the brood chamber may have driven the evolution of the ability to use a different food resource (i.e., hemolymph of ant larvae), at least temporarily. The fact that flat morph aphids inside ant nests give rise, when harsh conditions are over, to four morphs representing life history strategies adapted to different temporal and spatial uncertainties…suggests that the flat morph is at the center of a diversified strategy for survival and recolonization of the aphid host plants.

    A. Salazar, B. Fürstenau, C. Quero, N. Pérez-Hidalgo, P. Carazo, E. Font, & D. Martínez-Torres, Aggressive mimicry coexists with mutualism in an aphid, Proc. Natl. Acad. Sci. U.S.A. 112 (4) 1101-1106, doi.org/10.1073/pnas.1414061112 (2015). :OpenAccess:

    #entomology #insects #ants #aphids #antstodon #bugstodon #Hymenoptera #Formicidae #Hemiptera #Aphididae

  16. Anyway,

    > We show that the two wingless morphs occurring during the root-dwelling phase of the life cycle of the aphid _Paracletus cimiciformis_ follow distinct strategies that entail disparate relationships with ants. On the one hand, the round morph exhibits the plant sap-sucking feeding behavior characteristic of aphids and establishes a typical mutualistic trophobiotic relationship with ants. On the other hand, aphids of the flat morph, although able to feed on plants, are brought inside the ant brood chamber where they are cared for by the ants. Our results show that the latter strategy is accomplished by flat morph aphids by mimicking ant larvae chemical signals and that, besides obtaining ant care, aphids in the brood chamber actively suck hemolymph from ant larvae.
    >
    > […] By being transported by the ants deep into their brood chambers, aphids of the flat morph would be safe from temperature extremes experienced by other root-dwelling aphids that stay closer to the roots to feed. We suggest that lack of access to plants in the brood chamber may have driven the evolution of the ability to use a different food resource (i.e., hemolymph of ant larvae), at least temporarily. The fact that flat morph aphids inside ant nests give rise, when harsh conditions are over, to four morphs representing life history strategies adapted to different temporal and spatial uncertainties…suggests that the flat morph is at the center of a diversified strategy for survival and recolonization of the aphid host plants.

    A. Salazar, B. Fürstenau, C. Quero, N. Pérez-Hidalgo, P. Carazo, E. Font, & D. Martínez-Torres, Aggressive mimicry coexists with mutualism in an aphid, Proc. Natl. Acad. Sci. U.S.A. 112 (4) 1101-1106, doi.org/10.1073/pnas.1414061112 (2015). :OpenAccess:

    #entomology #insects #ants #aphids #antstodon #bugstodon #Hymenoptera #Formicidae #Hemiptera #Aphididae

  17. Anyway,

    > We show that the two wingless morphs occurring during the root-dwelling phase of the life cycle of the aphid _Paracletus cimiciformis_ follow distinct strategies that entail disparate relationships with ants. On the one hand, the round morph exhibits the plant sap-sucking feeding behavior characteristic of aphids and establishes a typical mutualistic trophobiotic relationship with ants. On the other hand, aphids of the flat morph, although able to feed on plants, are brought inside the ant brood chamber where they are cared for by the ants. Our results show that the latter strategy is accomplished by flat morph aphids by mimicking ant larvae chemical signals and that, besides obtaining ant care, aphids in the brood chamber actively suck hemolymph from ant larvae.
    >
    > […] By being transported by the ants deep into their brood chambers, aphids of the flat morph would be safe from temperature extremes experienced by other root-dwelling aphids that stay closer to the roots to feed. We suggest that lack of access to plants in the brood chamber may have driven the evolution of the ability to use a different food resource (i.e., hemolymph of ant larvae), at least temporarily. The fact that flat morph aphids inside ant nests give rise, when harsh conditions are over, to four morphs representing life history strategies adapted to different temporal and spatial uncertainties…suggests that the flat morph is at the center of a diversified strategy for survival and recolonization of the aphid host plants.

    A. Salazar, B. Fürstenau, C. Quero, N. Pérez-Hidalgo, P. Carazo, E. Font, & D. Martínez-Torres, Aggressive mimicry coexists with mutualism in an aphid, Proc. Natl. Acad. Sci. U.S.A. 112 (4) 1101-1106, doi.org/10.1073/pnas.1414061112 (2015). :OpenAccess:

    #entomology #insects #ants #aphids #antstodon #bugstodon #Hymenoptera #Formicidae #Hemiptera #Aphididae

  18. Anyway,

    > We show that the two wingless morphs occurring during the root-dwelling phase of the life cycle of the aphid _Paracletus cimiciformis_ follow distinct strategies that entail disparate relationships with ants. On the one hand, the round morph exhibits the plant sap-sucking feeding behavior characteristic of aphids and establishes a typical mutualistic trophobiotic relationship with ants. On the other hand, aphids of the flat morph, although able to feed on plants, are brought inside the ant brood chamber where they are cared for by the ants. Our results show that the latter strategy is accomplished by flat morph aphids by mimicking ant larvae chemical signals and that, besides obtaining ant care, aphids in the brood chamber actively suck hemolymph from ant larvae.
    >
    > […] By being transported by the ants deep into their brood chambers, aphids of the flat morph would be safe from temperature extremes experienced by other root-dwelling aphids that stay closer to the roots to feed. We suggest that lack of access to plants in the brood chamber may have driven the evolution of the ability to use a different food resource (i.e., hemolymph of ant larvae), at least temporarily. The fact that flat morph aphids inside ant nests give rise, when harsh conditions are over, to four morphs representing life history strategies adapted to different temporal and spatial uncertainties…suggests that the flat morph is at the center of a diversified strategy for survival and recolonization of the aphid host plants.

    A. Salazar, B. Fürstenau, C. Quero, N. Pérez-Hidalgo, P. Carazo, E. Font, & D. Martínez-Torres, Aggressive mimicry coexists with mutualism in an aphid, Proc. Natl. Acad. Sci. U.S.A. 112 (4) 1101-1106, doi.org/10.1073/pnas.1414061112 (2015). :OpenAccess:

    #entomology #insects #ants #aphids #antstodon #bugstodon #Hymenoptera #Formicidae #Hemiptera #Aphididae

  19. One of our local Chagas disease vectors, Triatoma indictiva. Texas.

    Cool looking bug, not much risk in casual encounters like this, but you won't want to live in rustic or outdoor housing for longer periods of time where these are common

    #Hemiptera #Insects #Triatoma #Bugs

  20. One of our local Chagas disease vectors, Triatoma indictiva. Texas.

    Cool looking bug, not much risk in casual encounters like this, but you won't want to live in rustic or outdoor housing for longer periods of time where these are common

    #Hemiptera #Insects #Triatoma #Bugs

  21. One of our local Chagas disease vectors, Triatoma indictiva. Texas.

    Cool looking bug, not much risk in casual encounters like this, but you won't want to live in rustic or outdoor housing for longer periods of time where these are common

    #Hemiptera #Insects #Triatoma #Bugs

  22. One of our local Chagas disease vectors, Triatoma indictiva. Texas.

    Cool looking bug, not much risk in casual encounters like this, but you won't want to live in rustic or outdoor housing for longer periods of time where these are common

    #Hemiptera #Insects #Triatoma #Bugs