Apis florea


Family: Apidae
Subfamily: Apinae
Tribe: Apini Latreille, 1802
Genus: Apis Linnaeus, 1758
Subgenus: Apis (Micrapis) Ashmead, 1904
Species: Apis florea Fabricius, 1787
Common name: red dwarf honey bee


Apis florea is commonly known as the red dwarf honey bee. This species is among the smallest honey bees (body length of 7–10 mm, forewing length close to 6.8 mm), and along with Apis andreniformis constitute the subgenus A. (Micrapis). Wongsiri, et al. (1996) listed all the differences among the two species in the subgenus (see also fact sheet for subgenus Apis (Micrapis)).

Diagnostic characteristics

Host associations

As with all species of honey bees, A. florea is generalist and visits a broad range of plants for food.

Nesting behavior

Nests of A. florea are exposed and made up of a single horizontal comb that is built around and attached to tree branches or other support. Nests are often shaded and built in thickets and are not uncommon around human settlements and manmade structures. In the wild, they tend to be found more often in savannah woodlands, forests, or disturbed areas (Engel 2012).


Morphological analysis by Ruttner (1988) had shown some geographic variability among populations of A. florea that can be organized in three monoclusters: one found in Sri Lanka and southern India, one distributed in Iran, Oman, and Pakistan, and the third in Thailand.

More locally, in Iran, the analysis by Tahmasebi, et al. (2002) showed two monoclusters in a geographical continuum: a western group of larger bees at higher latitudes and a lower latitude group of smaller bees to the east.

A multivariate analysis by Chaiyawong, et al. (2004) for populations of Thailand also showed some variation; more recently Hepburn, et al. (2005) produced a more comprehensive morphometric database that included data from Ruttner (1988), Tahmasebi, et al. (2002), Mogga and Ruttner (1988) and Chaiyawong, et al. (2004) with the aim of filling in the geographic gaps of previous studies. They provided morphometric data for populations across the entire distribution range of A. florea.

Known invasives

This species invaded the African continent in the 1980s (Bezabih et al. 2014) and has expanded its natural distribution in to the Arabian Peninsula and the Middle East (Hepburn et al. 2005, Haddad et al. 2009).


According to Hepburn, et al. (2005), A. florea extends 7000 km from its eastern-most extreme in Vietnam and southeastern China, across mainland Asia, along and below the southern flanks of the Himalayas, westwards to the Plateau of Iran, and southerly into Oman. This constitutes 70 degrees of longitude (40°–110° East) and nearly 30 degrees of latitude (6°–34° North). Variations in altitude range from sea level to about 2000 m. A. florea has also been introduced in historical times in Saudi Arabia and Sudan, and occurred on Java, Indonesia up until ~50 years ago.

​Distribution map generated by Discover Life -- click on map for details, credits, and terms of use.

<p>Fig 1, <em>Apis florea</em> female face, photo: T. Brady</p>
Fig 1, Apis florea female face, photo: T. Brady
<p>Fig 2, <em>Apis florea</em> female lateral habitus, photo: C. Ritner</p>
Fig 2, Apis florea female lateral habitus, photo: C. Ritner
<p>Fig 3, <em>Apis florea</em> female abdomen, photo: T. Brady</p>
Fig 3, Apis florea female abdomen, photo: T. Brady
<p>Fig 4, <em>Apis florea</em> drone face, photo: T. Brady</p>
Fig 4, Apis florea drone face, photo: T. Brady
<p>Fig 5, <em>Apis florea</em> drone lateral habitus, photo: T. Brady</p>
Fig 5, Apis florea drone lateral habitus, photo: T. Brady
<p>Fig 6, <em>Apis florea</em> drone abdomen, photo: T. Brady</p>
Fig 6, Apis florea drone abdomen, photo: T. Brady
<p>Fig 7, <em>Apis florea </em>drone hind basitarsus, photo: S. Burrows</p>
Fig 7, Apis florea drone hind basitarsus, photo: S. Burrows
<p>Fig 8, <em>Apis florea</em> female hind tibia, photo: T. Brady</p>
Fig 8, Apis florea female hind tibia, photo: T. Brady
<p>Fig 9, <em>Apis florea</em> female abdomen, photo: S. Burrows</p>
Fig 9, Apis florea female abdomen, photo: S. Burrows
<p>Fig 10, <em>Apis florea</em> drone, photo: A.H. Smith-Pardo</p>
Fig 10, Apis florea drone, photo: A.H. Smith-Pardo
<p>Fig 11, <em>Apis florea</em> female, photo: A.H. Smith-Pardo</p>
Fig 11, Apis florea female, photo: A.H. Smith-Pardo
<p>Fig 12, <em>Apis florea </em>female terminalia, photo: A.H. Smith-Pardo</p>
Fig 12, Apis florea female terminalia, photo: A.H. Smith-Pardo