Bombus morio

Last updated

Bombus morio
Bombus morio Tibouchina granulosa.jpg
Scientific classification OOjs UI icon edit-ltr.svg
Domain: Eukaryota
Kingdom: Animalia
Phylum: Arthropoda
Class: Insecta
Order: Hymenoptera
Family: Apidae
Genus: Bombus
Subgenus: Thoracobombus
Species:
B. morio
Binomial name
Bombus morio
(Swederus, 1787)

Bombus morio is one of the few bumblebee species found in South America. [2] These bees reside mainly in the forests of Brazil, nesting on the surface of the ground. [3] They are one of the biggest species of bumblebee and are important pollinators. They are one of the few species of bees that exhibit buzz pollination to collect pollen from the flowers. [4]

Contents

Taxonomy and phylogeny

In South America, most of the bumble bees are distributed among the Andes mountains and in temperate regions, with a few species being observed in the warmer lowlands. Out of these bumble bees, only six are known to exist within Brazil, and they all belong in the same subgenus of Fervidobombus . Five of these six are very closely related, but the sixth, the Bombus morio, belong to a distinctive clade. Phylogenetic analysis has shown that the Bombus morio, are exclusively distinct. [5]

Habitat

There are known to be around 250 Bombus species. Most of these species occur in the northern climate zones of America and Eurasia. Only a few species reside in the southernregions, and one those is the Bombus morio. These bees are dependent on the forest, and reside in temperate regions of Brazil. [2]

They reside in the mid-lands and are principally surface nesters. However, their nests can also be found below ground. [3]

Description and identification

Bombus morio Tibouchina granulosa2.jpg

Bombus morio is a bumble bee, and thus shares certain features with other bumble bee species. They have three main body parts: head, thorax, and abdomen. The difference between female and male genders can be distinguished by the number of thorax segments. For the female, there are 6 segments, while the male holds 7 segments. Additionally, the males have 12 segments on their antenna, while the females have 13. The females also have pollen baskets, a rimmed segment with long hairs on their back legs, which are used to carry pollen back to the nest, while males do not have pollen baskets. [6]

Anatomy

Excretory organs

It is very important for the bumble bees to have bodily homeostasis over their body. However, Bombus morio does not have a rectal pad. Instead, the excretion system in Bombus morio, consisting of the Malpighian tubules, ileum, and rectum, gives the bees an efficient method of keeping homeostasis. An analysis of these organs showed that Bombus morio Malpighian tubules are made up of two cell types, and the ileum four types. The Malpighian tubules are significant for excretory features by throwing out excess and unnecessary solutes. Ileum, on the other hand, has the function of balancing the ion, water, organic compounds, and protein balance in the body. Together, the two organs work together to achieve homeostasis within Bombus morios bodies despite the lack of rectal papillae. [7]

Mucous gland

The male mucous gland is present in most species of bees. Although the function of these mucous glands are largely unknown, research has been done on Bombus morio to discover the mystery nature of the glands. A histochemical study on these glands showed that the glands are made up of a pair of thick, big tubular structures. They cause the distal portion more dilated and corn shaped. The glands were evolved though protein synthesis, as RNA of the cytoplasm and nucleoli can be observed. Analysis has discovered that the gland secretion is very complex, as proteins, neutral polysaccharide, as well as lipids are released by these glands. [8]

Midgut

The midgut of Bombus morio is made up of three cell types that play crucial roles in the digestion, absorption, and hormone production. The differences in the three types of cells, digestive, regenerative, and endocrine cells, can be seen by the difference in number, nuclear size, and the size of the striated border. When examined ultrastructurally, the digestive cells stood out with their long microvilli. Importantly, the anterior regions of the midgut showed dilated basal labyrinths and openings for the hemocoel, but the posterior regions showed the opposite characteristics. This provided evidence that Bombus morio has the ecto-endoperitrophic circulation. [9]

Colony cycle

Not much is known about the colony cycle of the Bombus morio. There have been some hints about the length of their cycles, however. The longevity of individual workers within a eusocial bee species is one of the most important indicators of colony growth and reproductive rates of bee colonies. In the Bombus morio, the average worker bee lives about 41.3 days. Additionally, the egg-to-adult period is about 32 days for workers, 35 days for males, and 32 for queens. These lengths are longer than the average and indicate slow colony growth. [10]

Behavior

Mating

Foraging Bee Bombus morio Tibouchina granulosa4.jpg
Foraging Bee

The ovaries of the queens of the Bombus morio can remain fully functional for a long period of the life of the queen. Some of the virgin queens may be isolated to induce oviposition when they reach the age of 40 days. When the virgin queen is still in the colony with an existing queen, they will instead assume the role of a worker. Hence, for ovaries of the queens are about 25 days, the oocytes may be reabsorbed. Queens do not need to mate to produce males. [11]

Foraging

The foraging behavior of Bombus morio is similar to that of A. mellifera, and M. quadrifasciata. [4] The Bombus morio may start foraging behavior 0–5 days after emergence. [12] They reach the flowers to collect nectar. To do so, they position themselves vertically in between the sexual structures of the flowers and the corolla. [4] Their backs are always directed towards the floral axis. In this manner, the Bombus morio are able to remove the pollen from the anthers of the flowers with stamens. This, combined with its deposition on the stigma of flowers with pistils, allow the Bombus morio to be extremely effective pollinators. The limitation they have as pollinators is that their large body restricts them from reaching smaller flowers. It was observed that a single visit from the Bombus morio was enough for pollination systems to lead to fruitification. [13]

The Bombus Morio mainly forage during the morning. The main pollen collection period is around 6:00 to 8:00 pm. However, nectar can be collected until 5:00pm. [14]

Buzz Pollination

The Bombus morio display a specific type of behavior to release the pollen from the flowers called the buzz pollination. They land on the flowers and hold the stamens with their legs. Once the stamens are in place, the bee vibrates with its body curved. This is a very effective method of dislodging the pollen, and helps the Bombus morio be very effective pollinators. [4]

Nesting

The Bombus morio make their nests in the neotropical regions on the surface of the ground. Like most bees the nests are made mostly of wax, and their brooding area containing the larvae of works, queen, and male are located in the middle of the nest.

They show opportunistic behavior in relation to nesting sites and the brood envelope, and present aggressive behavior like other neotropical species. They attempt to sting and spit substances that irritate predators away from their nests. [15]

Sting

The sting of the Bombus morio is known to be potent and hazardous. When humans are stung by the Bombus morio, serious injury and even death can occur when not properly taken care of. When stung, victims experience immediate intense pain, and a reddish-orange spot appears, indicating bleeding traumatic lesions at the site of the bite. Within two hours of the bite, the stings can cause nausea, chill, and vomits, which can be paired with heavy sweating, dizziness, and headache. The feces excreted by victims will be dark-brown. [16]

Parasites

Physocephala fly Physocephala rufipes (Conopidae sp.), Vrouwenpolder, the Netherlands - 2.jpg
Physocephala fly

Some parasites are known to reside in Bombus morio. One of these parasites is the tachinid fly larvae that can be found inside the abdomen of foraging females. The parasite does not affect the flight behavior of the host bee, nor does it affect the midgut or the ventral nerve cord. However, the parasite can completely damage the ovaries.

Another parasite associated to Bombus morio is Physocephala , a conopid fly. The bees that host these parasites die within ten days after the oviposition by the fly. Like the tachinid fly larvae, the conopid fly larvae also lodges itself in the abdominal cavity of the bee. [17]

Related Research Articles

<span class="mw-page-title-main">Bumblebee</span> Genus of insect

A bumblebee is any of over 250 species in the genus Bombus, part of Apidae, one of the bee families. This genus is the only extant group in the tribe Bombini, though a few extinct related genera are known from fossils. They are found primarily in higher altitudes or latitudes in the Northern Hemisphere, although they are also found in South America, where a few lowland tropical species have been identified. European bumblebees have also been introduced to New Zealand and Tasmania. Female bumblebees can sting repeatedly, but generally ignore humans and other animals.

<i>Bombus terrestris</i> Species of bee

Bombus terrestris, the buff-tailed bumblebee or large earth bumblebee, is one of the most numerous bumblebee species in Europe. It is one of the main species used in greenhouse pollination, and so can be found in many countries and areas where it is not native, such as Tasmania. Moreover, it is a eusocial insect with an overlap of generations, a division of labour, and cooperative brood care. The queen is monogamous which means she mates with only one male. B. terrestris workers learn flower colours and forage efficiently.

<i>Bombus hypnorum</i> Species of bee

The tree bumblebee or new garden bumblebee is a species of bumblebee common in the European continent and parts of Asia. Since the start of the twenty-first century, it has spread to Great Britain. These bumblebees prefer habitats that others do not, allowing them to pollinate flowers in areas that many other species do not get to.

<i>Bombus lapidarius</i> Species of bee

Bombus lapidarius is a species of bumblebee in the subgenus Melanobombus. Commonly known as the red-tailed bumblebee, B. lapidarius can be found throughout much of Central Europe. Known for its distinctive black and red body, this social bee is important in pollination.

<i>Bombus bohemicus</i> Species of bee

Bombus bohemicus, also known as the gypsy's cuckoo bumblebee, is a species of socially parasitic cuckoo bumblebee found in most of Europe with the exception of the southern Iberian Peninsula and Iceland. B. bohemicus practices inquilinism, or brood parasitism, of other bumblebee species. B. bohemicus is a generalist parasite, successfully invading several species from genus Bombus. The invading queen mimics the host nest's chemical signals, allowing her to assume a reproductively dominant role as well as manipulation of host worker fertility and behavior.

<i>Bombus hortorum</i> Species of bee

Bombus hortorum, the garden bumblebee or small garden bumblebee, is a species of bumblebee found in most of Europe north to 70°N, as well as parts of Asia and New Zealand. It is distinguished from most other bumblebees by its long tongue used for feeding on pollen in deep-flowered plants. Accordingly, this bumblebee mainly visits flowers with deep corollae, such as deadnettles, ground ivy, vetches, clovers, comfrey, foxglove, and thistles. They have a good visual memory, which aids them in navigating the territory close to their habitat and seeking out food sources.

<i>Bombus lucorum</i> Species of bee

Bombus lucorum, the white-tailed bumblebee, is a species of bumblebee, widespread and common throughout Europe. This name has been widely used for a range of nearly identical-looking or cryptic species of bumblebees. In 1983, Scholl and Obrecht even coined the term Bombus lucorum complex to explain the three taxa that cannot be easily differentiated from one another by their appearances. A recent review of all of these species worldwide has helped to clarify its distribution in Europe and northern Asia, almost to the Pacific. B. lucorum reaches the Barents Sea in the North. However, in southern Europe, although found in Greece it is an upland species with its distribution never quite reaching the Mediterranean.

<i>Bombus pensylvanicus</i> Species of bee

Bombus pensylvanicus, the American bumblebee, is a threatened species of bumblebee native to North America. It occurs in eastern Canada, throughout much of the Eastern United States, and much of Mexico.

Two-spotted bumble bee Species of bee

The two-spotted bumble bee is a species of social bumble bee found in the eastern half of the United States and the adjacent south-eastern part of Canada. In older literature this bee is often referred to as Bremus bimaculatus, Bremus being a synonym for Bombus. The bee's common name comes from the two yellow spots on its abdomen. Unlike many of the other species of bee in the genus Bombus,B. bimaculatus is not on the decline, but instead is very stable. They are abundant pollinators that forage at a variety of plants.

<i>Bombus vosnesenskii</i> Species of bee

Bombus vosnesenskii, the yellow-faced bumblebee, is a species of bumblebee native to the west coast of North America, where it is distributed from British Columbia to Baja California. It is the most abundant species of bee in this range, and can be found in both urban and agricultural areas. Additionally, B. vosnesenskii is utilized as an important pollinator in commercial agriculture, especially for greenhouse tomatoes. Though the species is not currently experiencing population decline, urbanization has affected its nesting densities, and early emergence of the B. vosnesenskii has been implicated in the increasing lack of bee diversity on the West coast.

<i>Bombus occidentalis</i> Species of bee

Bombus occidentalis, the western bumblebee, is one of around 30 bumblebee species present in the western United States and western Canada. A recent review of all of its close relatives worldwide appears to have confirmed its status as a separate species.

<i>Parasitellus</i> Genus of mites

Parasitellus is a genus of mites in the family Parasitidae which are obligatory parasites of bumblebees. These mites can be found clinging to the carapace, sometimes in large numbers. Mites in this genus hibernate in the deutonymphal stage. In the tritonymph stage they can actively transfer from bumblebee to bumblebee from flowers, where they can survive up to 24 hours. After they arrive in a bumblebee nest, they will moult into adults. Whilst it is not known what factors trigger the mite to molt, in laboratory conditions P. fucorum were found to moult after eating fresh pollen, although overall moulting success was low. They are kleptoparasitic or neutral to beneficial, depending on life stage; females and deutonymphs feed on provisioned pollen, while other stages are predators of small arthropods.

<i>Bombus fervidus</i> Species of bee

Bombus fervidus, the golden northern bumble bee or yellow bumblebee, is a species of bumblebee native to North America. It has a yellow-colored abdomen and thorax. Its range includes the North American continent, excluding much of the southern United States, Alaska, and the northern parts of Canada. It is common in cities and farmland, with populations concentrated in the Northeastern part of the United States. It is similar in color and range to its sibling species, Bombus californicus, though sometimes also confused with the American bumblebee or black and gold bumblebee. It has complex behavioral traits, which includes a coordinated nest defense to ward off predators. B. fervidus is an important pollinator, so recent population decline is a particular concern.

<i>Bombus ruderatus</i> Species of bee

Bombus ruderatus, the large garden bumblebee or ruderal bumblebee, is a species of long-tongued bumblebee found in Europe and in some parts of northern Africa. This species is the largest bumblebee in Britain and it uses its long face and tongue to pollinate hard-to-reach tubed flowers. Bumblebees are key pollinators in many agricultural ecosystems, which has led to B. ruderatus and other bumblebees being commercially bred and introduced into non-native countries, specifically New Zealand and Chile. Since its introduction in Chile, B. ruderatus has spread into Argentina as well. Population numbers have been declining and it has been placed on the Biodiversity Action Plan to help counteract these declines.

<i>Bombus frigidus</i> Species of bee

Bombus frigidus, the frigid bumblebee, is a rare species of bumblebee largely found in Canada and parts of the United States.

<i>Bombus affinis</i> Species of bee

Bombus affinis, commonly known as the rusty patched bumble bee, is a species of bumblebee endemic to North America. Its historical range in North America has been throughout the east and upper Midwest of the United States, north to Ontario, Canada, where it is considered a "species at risk", east to Quebec, south to Georgia, and west to the Dakotas. Its numbers have declined in 87% of its historical habitat range. On January 10, 2017, the United States Fish and Wildlife Service placed B. affinis on the list of endangered species, making the rusty patched bumblebee the first bee to be added to the list in the continental United States.

<i>Bombus terricola</i> Species of bee

Bombus terricola, the yellow-banded bumblebee, is a species of bee in the genus Bombus. It is native to southern Canada and the east and midwest of the United States. It possesses complex behavioral traits, such as the ability to adapt to a queenless nest, choose which flower to visit, and regulate its temperature to fly during cold weather. It was at one time a common species, but has declined in numbers since the late 1990s, likely due to urban development and parasite infection. It is a good pollinator of wild flowers and crops such as alfalfa, potatoes, raspberries, and cranberries.

<i>Bombus pauloensis</i> Species of bee

Bombus pauloensis is a neotropical bumblebee, formerly known as Bombus atratus, that is found throughout regions of South America, including Colombia, Ecuador, Brazil, and Argentina. It lives in social colonies that include a founder queen/queens, workers and brood. B. pauloensis is somewhat unusual because of its potential to oscillate between polygynous and monogynous nesting cycles. Bombus pauloensis was the first species in the genus Bombus that was discovered to display such polygynous nesting patterns. The polygynous nesting cycles lead to certain specific types of behavior including queen-queen aggression. Nests can also be perennial, which is a characteristic rarely found in other bumblebees. B. pauloensis can be helpful to agricultural because of their ability to pollinate different species of plants. B. pauloensis has been found to occupy a range of geographic areas and climates throughout South America. Colonies have the ability to thermoregulate nests and keep them a little bit warmer than the outside environment. Foraging workers use muscle contractions to maintain stable temperatures and coupe with seasonal and daily fluctuations in temperature.

<i>Bombus vancouverensis</i> Species of bee

Bombus vancouverensis, the Vancouver Island Bumblebee, is a common species of eusocial bumblebee of the subgenus Pyrobombus. B. vancouverensis inhabits mountainous regions of western North America, where it has long been considered as a synonym of Bombus bifarius, and essentially all of the literature on bifarius refers instead to vancouverensis. B. vancouverensis has been identified as one of the two species of bumblebee observed to use pheromones in kin recognition. The other is the frigid bumblebee, Bombus frigidus.

Bombus hypocrita, also known as the short-tongued bumblebee, is a Japanese bumblebee commonly used in commercial pollination. These short-tongued bumblebees have a proboscis about 7-9mm long, which is folded under their head when flying. Bumblebees are a small fuzzy insect with yellow and black banding along their abdomen. They are round and covered in pile, the hair-like structures that give them their distinct fuzzy appearance.

References

  1. Morales, C. (2016). "Bombus morio". IUCN Red List of Threatened Species . 2016: e.T21215140A21215269. doi: 10.2305/IUCN.UK.2016-1.RLTS.T21215140A21215269.en . Retrieved 9 August 2024.
  2. 1 2 Françoso, E. "Microsatellite loci for Bombus morio" (PDF). Archived from the original (PDF) on 2016-03-04.
  3. 1 2 Taylor, Olivia Mariko; Cameron, Sydney A. (2003). "Nest construction and architecture of the Amazonian bumble bee (Hymenoptera: Apidae)". Apidologie. 34 (4): 321–331. doi: 10.1051/apido:2003035 .
  4. 1 2 3 4 Fidalgo, Adriana De O.; Kleinert, Astrid De M. P. (2009-12-01). "Reproductive biology of six Brazilian Myrtaceae: is there a syndrome associated with buzz-pollination?". New Zealand Journal of Botany. 47 (4): 355–365. doi:10.1080/0028825x.2009.9672712. S2CID   84947861.
  5. Santos Júnior, José Eustáquio; Santos, Fabrício R.; Silveira, Fernando A. (2015-05-20). "Hitting an Unintended Target: Phylogeography of Bombus brasiliensis Lepeletier, 1836 and the First New Brazilian Bumblebee Species in a Century (Hymenoptera: Apidae)". PLOS ONE. 10 (5): e0125847. Bibcode:2015PLoSO..1025847S. doi: 10.1371/journal.pone.0125847 . PMC   4438978 . PMID   25992624.
  6. "The Xerces Society » Bumble bee identification". www.xerces.org. Retrieved 2015-10-16.
  7. Gonçalves, Wagner Gonzaga; Fialho, Maria do Carmo Queiroz; Azevedo, Dihego Oliveira; Zanuncio, José Cola; Serrão, José Eduardo (2014-02-01). "Ultrastructure of the Excretory Organs of Bombus morio (Hymenoptera: Bombini): Bee Without Rectal Pads". Microscopy and Microanalysis. 20 (1): 285–295. Bibcode:2014MiMic..20..285G. doi:10.1017/S143192761301372X. PMID   24188829. S2CID   206325914.
  8. Rivera, Douglas N.; Marcondes, Mateus; Silva-Zacarin, Elaine; Abdalla, Fábio Camargo (2012). "Histochemistry of the mucous gland of Bombus morio Swedurus (Hymenoptera, Apidae)". Morphological Sciences. 29 (1): 18–22.
  9. Gonçalves, Wagner Gonzaga; Fernandes, Kenner Morais; Barcellos, Marcelo Silva; Silva, Fernanda Pereira; Magalhães-Junior, Marcos Jorge; Zanuncio, José Cola; Martins, Gustavo Ferreira; Serrão, José Eduardo (2014-06-01). "Ultrastructure and immunofluorescence of the midgut of Bombus morio (Hymenoptera: Apidae: Bombini)". Comptes Rendus Biologies. 337 (6): 365–372. doi: 10.1016/j.crvi.2014.04.002 . ISSN   1768-3238. PMID   24961556.
  10. Silva-Matos, Da; Vieira, Eunice; Garófalo, Carlos Alberto (June 2000). "Worker life tables, survivorship, and longevity in colonies of Bombus (Fervidobombus) atratus (Hymenoptera: Apidae)". Revista de Biología Tropical. 48 (2–3): 657–664. PMID   11354973.
  11. "Activation and viability of the ovaries and mating effect in the development of the spermatheca of females of Bombus (Fervidobombus) morio (Hymenotera: Apidae)". ResearchGate. Retrieved 2015-10-16.
  12. da Silva-Matos, E. V.; Garófalo, C. A. (2000-09-01). "Worker life tables, survivorship, and longevity in colonies of Bombus (Fervidobombus) atratus (Hymenoptera: Apidae)". Revista de Biología Tropical. 48 (2–3): 657–663. PMID   11354973.
  13. Serra, Bruna D. V.; Campos, Lucio A. de O. (2010-04-01). "[Entomophilic pollination of squash, Cucurbita moschata (Cucurbitaceae)]". Neotropical Entomology. 39 (2): 153–159. doi: 10.1590/s1519-566x2010000200002 . ISSN   1519-566X. PMID   20498949.
  14. Grohme, Simone; Zillikens, Anne; Steiner, Josefina (2007). "homepages.uni-tuebingen.de/anne.zillikens/poster_grohme_encontro-abelhasVIII-2008.pdf" (PDF).
  15. Oliveira, Mikail Olinda de; Cavalcante, Marcelo Casimiro; Freitas, Breno Magalhães (2015-05-08). "Nesting Behavior and Colony Description of the Neotropical Bombus (Thoracobombus) brevivillus in Northeastern Brazil". Journal of Insect Behavior. 28 (3): 297–302. doi:10.1007/s10905-015-9502-8. S2CID   14581157.
  16. "Picaduras venenosas en el mundo tropical: accidente por mordeduras y picaduras de un enjambre de abejorros en una selva lluviosa venezolana". www.bvs.sld.cu. Archived from the original on 2015-09-23. Retrieved 2015-10-16.
  17. Abdalla, Fábio C.; Sampaio, Guilherme; Pedrosa, Marina; Sipriano, Thamiris P.; Domingues, Caio Eduardo C.; Silva-Zacarin, Elaine Cristina M.; Camargo, Daiane A. de (2014). "Larval development of Physocephala (Diptera, Conopidae) in the bumble bee Bombus morio (Hymenoptera, Apidae)". Revista Brasileira de Entomologia. 58 (4): 343–348. doi: 10.1590/S0085-56262014000400003 .