Gardena insperata

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Gardena insperata
Scientific classification OOjs UI icon edit-ltr.svg
Domain: Eukaryota
Kingdom: Animalia
Phylum: Arthropoda
Class: Insecta
Order: Hemiptera
Suborder: Heteroptera
Family: Reduviidae
Genus: Gardena
Species:
G. insperata
Binomial name
Gardena insperata
Putshkov, 1988 [1]

Gardena insperata is a thread-legged bug species from the genus Gardena . It is found in Tajikistan and Afghanistan. [2]

Related Research Articles

<span class="mw-page-title-main">Reduviidae</span> Family of insects

The Reduviidae is a large cosmopolitan family of the order Hemiptera. Among the Hemiptera and together with the Nabidae almost all species are terrestrial ambush predators; most other predatory Hemiptera are aquatic. The main examples of nonpredatory Reduviidae are some blood-sucking ectoparasites in the subfamily Triatominae. Though spectacular exceptions are known, most members of the family are fairly easily recognizable; they have a relatively narrow neck, sturdy build, and a formidable curved proboscis. Large specimens should be handled with caution, if at all, because they sometimes defend themselves with a very painful stab from the proboscis.

Dipetalogaster, a genus of Triatominae, the kissing bugs, has only a single species, Dipetalogaster maxima, which is found in the Mexican state of Baja California Sur. Originally the blood-sucking Dipetalogaster lived in crevices in rocks where it typically fed on lizards, but following human growth in its range it now also commonly feeds on humans and domestic animals.

<span class="mw-page-title-main">Emesinae</span> Subfamily of true bugs

The Emesinae, or thread-legged bugs, are a subfamily of the Reduviidae. They are conspicuously different from the other reduviids by their very slender body form. They are stalking, predatory insects that can be collected on palm fronds, cliffs, spider webbing, or near lights at night. They walk on their mid and hind legs; the front pair is raptorial. Some groups specialize on spiders. Very little is known about emesines except that many species are found in the tropics. Pedro Wygodzinsky wrote the most recent revision of this group.

Gardena is a genus of thread-legged bugs in the subfamily Emesinae. It is the second-largest genus in the tribe Emesini. Presently there are 46 described species.

The Leistarchini is a tribe of thread-legged bugs.

<i>Emesopsis</i> Genus of true bugs

Emesopsis is a genus of tropical bugs (Heteroptera) from the family Reduviidae. There are at least 22 described species, of which one, E. nubila, also occurs in southern Europe.

Bagauda is a genus of thread-legged bug in the Emesinae. 18 species are currently known. Many of the species of this genus are associated with caves, some exclusively so. Bagauda is synonymous with the genus Pleias Kirkaldy, 1901, but Bagauda has become more widely used. The genus is restricted to Old World tropics.

Onychomesa is a little-known genus of thread-legged bug in the subfamily Emesinae. Three species have been described, one from India, Japan, and Taiwan.

<span class="mw-page-title-main">Ectrichodiinae</span> Subfamily of true bugs

The Ectrichodiinae are a subfamily of assassin bugs (Reduviidae) known for specializing on millipedes as prey. The group comprises more than 600 species in about 115 genera, making it a fairly large subfamily. The bugs are also known for their aposematic coloration, often brightly colored metallic blue, red, or yellow.

<i>Brontostoma</i> Genus of true bugs

Brontostoma is a neotropical genus of assassin bugs in the family Reduviidae. About 20 species have been described. These species are brightly colored with reds and oranges, and like all members of the Ectrichodiinae, specialize on millipede prey.

<span class="mw-page-title-main">Bactrodinae</span> Subfamily of true bugs

The Bactrodinae are a small subfamily of the reduviid. Only one genus and five species have been described to date, all from the Neotropical Region. These bugs are slender and long-legged, the first antennal segment is long and the eyes jut out. They also have ocelli placed on raised protrusions.

<span class="mw-page-title-main">Reduviinae</span> Subfamily of true bugs

The Reduviinae are a subfamily of the reduviid assassin bugs. Many members of the subfamily are nocturnal and their lifecycles are generally poorly known. This subfamily is suspected not to be monophyletic.

Proguithera is a genus of thread-legged bug in the Emesinae. This genus forms a group with two other genera, Guithera and Lutevula. The relationship between the group is unclear at the moment.

Proguithera inexpectata is thread-legged bug known from Afghanistan. The holotype was collected in Nuristan in 1963. It is the only known species of the GuitheraLutevula group in the Palaearctic Region.

Tiarodes is a genus of assassin bugs. Eighty-five species are known.

<i>Sphedanolestes cingulatus</i> Species of true bug

Sphedanolestes cingulatus is a species of assassin bug belonging to the family Reduviidae, in the subfamily Harpactorinae.

Zamolxis is a genus of assassin bugs, in the subfamily Harpactorinae.

<i>Lopodytes</i> Genus of true bugs

LopodytesRondani 1867 is a genus in the family Reduviidae, the assassin bugs. Members of the genus have been unofficially assigned the common name Grass Assassin bugs, but generally this name remains meaningful only to naturalists, because these insects have been too well camouflaged to raise robust public awareness.

Fitchia spinosula is a species of assassin bug in the family Reduviidae. It is found in North America.

Gardena elkinsi is a species of thread-legged bug in the family Reduviidae. It is found in Central America and North America.

References

  1. Others list the authority as Kiritshenko, 1964 Maldonado-Capriles, Jenaro (1990). Systematic Catalogue of the Reduviidae of the World (Insecta: Heteroptera). Caribbean Journal of Science, Special edition. Mayagüez, Puerto Rico: University of Puerto Rico. p. 86.
  2. Rédei, David (2004). "Emesinae from Afghanistan (Heteroptera: Reduviidae)" (PDF). Acta Zoologica Academiae Scientiarum Hungaricae. 50 (4): 307–317. Archived (PDF) from the original on 21 July 2011.