Habropoda

Last updated

Habropoda
Habropoda excellens, m, ut, back 2014-10-11-20.48.35 ZS PMax (15557708669).jpg
Scientific classification Red Pencil Icon.png
Kingdom: Animalia
Phylum: Arthropoda
Class: Insecta
Order: Hymenoptera
Family: Apidae
Tribe: Anthophorini
Genus: Habropoda
Smith, 1854

Habropoda is a genus of anthophorine bees in the family Apidae. There are at least 50 described species in Habropoda. [1] [2] [3] [4]

Contents

Species

Related Research Articles

Carpenter bee Common name for a genus of bees

Carpenter bees are species in the genus Xylocopa of the subfamily Xylocopinae. The genus includes some 500 bees in 31 subgenera. The common name "carpenter bee" derives from their nesting behavior; nearly all species burrow into hard plant material such as dead wood or bamboo. The main exceptions are species in the subgenus Proxylocopa; they dig nesting tunnels in suitable soil.

<i>Ceratina</i> Genus of bees

The cosmopolitan bee genus Ceratina, often referred to as small carpenter bees, is the sole lineage of the tribe Ceratinini, and is not closely related to the more familiar carpenter bees. They make nests in dead wood, stems, or pith, and while many are solitary, a number are subsocial, with mothers caring for their larvae, and in a few cases where multiple females are found in a single nest, daughters or sisters may form very small, weakly eusocial colonies. One species is unique for having both social and asocial populations, Ceratina australensis, which exhibits all of the pre-adaptations for successful group living. This species is socially polymorphic with both solitary and social nests collected in sympatry. Social colonies in that species consist of two foundresses, one contributing both foraging and reproductive effort and the second which remains at the nest as a passive guard. Cooperative nesting provides no overt reproductive benefits over solitary nesting in this population, although brood survival tends to be greater in social colonies. Maternal longevity, subsociality and bivoltine nesting phenology in this species favour colony formation, while dispersal habits and offspring longevity may inhibit more frequent social nesting in this and other ceratinines.

<i>Thyreus</i> Genus of bees

Thyreus is an Old World genus of bees, one of many that are commonly known as cuckoo bees, and are cleptoparasites of other species of bees, mostly in the genus Amegilla. They all have strongly contrasting patterns of coloration - three species from the Sydney region, Thyreus nitidulus, T. lugubris, and T. caeruleopunctatus are bright blue and black.

<i>Calliopsis</i> (bee) Genus of bees

Calliopsis is a genus of panurgine bees in the family Andrenidae. There are over 80 described species distributed throughout the western hemisphere.

<i>Epeolus</i> Genus of bees

Epeolus is a genus of cuckoo bees of the tribe Epeolini, the subfamily Nomadinae part of the honey bee family Apidae. They are often known as variegated cuckoo-bees.

Conanthalictus is a genus of sweat bees in the family Halictidae. There are about 13 described species in Conanthalictus.

<i>Dianthidium</i> Genus of bees

Dianthidium is a genus of leafcutter, mason, and resin bees in the family Megachilidae. There are at least 20 described species in Dianthidium.

<i>Svastra</i> Genus of bees

Svastra is a genus of long-horned bees in the family Apidae. There are at least 20 described species in Svastra.

<i>Anthidiellum</i> Genus of bees

Anthidiellum is a genus of rotund resin bees in the family Megachilidae. There are more than 60 described species in Anthidiellum.

<i>Panurginus</i> Genus of bees

Panurginus is a genus of bees in the family Andrenidae. There are more than 50 described species in Panurginus.

References

  1. "Habropoda Genus Information". BugGuide.net. Retrieved 2018-02-03.
  2. "Habropoda Report". Integrated Taxonomic Information System. Retrieved 2018-02-03.
  3. Sharkey M.J. (2007). Phylogeny and Classification of Hymenoptera.
  4. "Phylogenetic relationships among superfamilies of Hymenoptera", Sharkey M.J., Carpenter J.M., Vilhelmsen L., et al. 2012. Cladistics 28(1): 80-112.

Further reading