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Anthracite bee-fly

Anthracite bee-fly

Anthrax anthrax

A species of Anthrax

A. anthrax is a fairly large fly, the body length is 10 mm. The body is black with four white markings at tergum 2 and 3 and two white markings at the end of the abdomen. Tergum 1 is black with tufts of white hairs at the side. These tufts are visible in this picture of a hovering fly.The wings are mostly black, only the top is transparent. The veins are dark brown. The following picture was overexposed. Due to the brightly lit background the veins are visible. The newly emerged Anthrax anthrax may be found sitting on a bee hotel. Their body is dull black with more transparent wings.

General Info About Anthracite bee-fly
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Attributes of Anthracite bee-fly
Colors
Brown
Black
White
Adult Food Sources
Nectar from flowers, pollen, honeydew, some plant juices
Larva Food Source
Eggs of other insects, larvae of bees or wasps, host insect pupae
Biting/stinging
Not reported
Allergy-causing
Not reported
Defensive attack
Not reported
Venomous
Not reported
Non-poisonous
Not reported
Borer
Not reported
Pollinator
Not reported
Pest-Eating Predatory
Not reported
Phytophagous
Not reported
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Distribution Area of Anthracite bee-fly
Netherlands, Britain
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Life Cycle of Anthracite bee-fly
Egg The egg of anthracite bee-fly is small, typically oval, and deposited in soil or on plants. Coloration is often pale or translucent. During this time, the embryo inside develops the features necessary to move onto the next life stage.
Larva Anthracite bee-fly in the larval stage lacks wings and is worm-like in form. It eats voraciously, which fuels its growth. This stage sees multiple molts as the larva increases in size.
Pupal The pupal stage involves significant transformation inside a protective casing. During this time, anthracite bee-fly reorganizes its body structure, developing wings and adult segmentation. Color and form are obscured by the pupal cover.
Adult Emerging from the pupa, the adult anthracite bee-fly’s development is marked by the presence of wings and functional reproductive organs. The body is fully formed and hardened, and the adult is mobile, focusing on reproduction.
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Interesting Facts About Anthracite bee-fly
Anthracite bee-fly can hover in place like a helicopter, showcasing remarkable flight control which helps them access nectar from various flowers efficiently.
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Scientific Classification of Anthracite bee-fly
Class
Bugs
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Order
Flies
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Family
Bee flies
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Genus
Anthrax
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Tips for Finding Anthracite bee-fly
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How Can You Attract Anthracite bee-fly
Since adult anthracite bee-fly are pollinators, they are attracted to flowers, thus flowering plants are a good trap food to attract them for observation or capture.
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Habitat Preferences of Anthracite bee-fly Through Different Life Stages
The eggs of anthracite bee-fly are deposited on or near the host larvae, typically found in soil or concealed locations. The larvae of anthracite bee-fly are endoparasites, which means searching for them requires locating their hosts, such as bee or wasp larvae in the ground or in wood. Pupation also occurs within the host's dwelling, so these stages are elusive and challenging to find. Adult anthracite bee-fly are commonly found hovering over flowers in sunny, open fields, where they feed on nectar, which makes them more observable. To search for adults, one should visit these floral-rich areas during warm, sunny days when they are most active.
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When is the Best Time to Observe Anthracite bee-fly
The suitable time to find anthracite bee-fly is during daylight hours, especially when the sun is shining, as they are more active during warm sunny days.
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What is the Best Weather to Observe Anthracite bee-fly
Warm, sunny, and calm weather without strong winds is ideal for observing or capturing anthracite bee-fly, as these conditions are favorable for their flight and pollination activities.
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How and Where Can You Find Anthracite bee-fly at Different Life Stages
Larva Anthracite bee-fly larvae are often endoparasites in other insects. To find them, locate host insect larvae, which may be underground or within plants, and carefully dissect the host to find the anthracite bee-fly larvae.
Pupal Anthracite bee-fly pupae can be typically found in the soil or concealed places near the host feeding site. To locate them, search for pupal cases in the soil or debris close to infested hosts.
Adult Adult anthracite bee-fly are active fliers and are often observed hovering around flowers. To find them, visit areas with abundant flowering plants during warm, sunny weather and watch for hovering or darting flight patterns.
Are Anthracite bee-fly harmful?
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Beneficial Effects of Anthracite bee-fly
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Explore how insects help as pollinators, pest predators, and biocontrol agents. From seed dispersal to decomposition, they play vital roles in our ecosystem.
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Pollinator
Pollinator
Attract Plant Feature
Color, Shape
Anthracite bee-fly assists in plant pollination by visiting flowers primarily for feeding on pollen. Attracted by the vibrant colors and distinct shapes of flowers, anthracite bee-fly inadvertently collects pollen on its body and transfers it to other blooms, facilitating cross-pollination and plant reproduction.
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