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Common greenbottle

Common greenbottle

Lucilia caesar

A species of Green bottle flies, Also known as Greenbottle

The bust and abdomen have a blue-green to emerald-green color. A copper glaze may develop in older animals. The big eyes are brown-red. The species reaches a body length of 11 mm and occurs in different environments from May to October. The adult flies feed on pollen and nectar. The larvae develop in bait and in wounds of sheep and other animals. Reproduced from "https://en.wikipedia.org/w/index.php?title=Green_keizersvlieg&oldid=48955169" Categories: Animal species described in 1758Bumfly Hidden categories: Wikipedia: Animal speciesWikipedia: Local image other than Wikidata

General Info About Common greenbottle
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Attributes of Common greenbottle
Colors
Black
Cyan
Habitat
flower; vegetation
Adult Food Sources
Nectar, plant sap, rotten fruit, animal feces, decaying organic matter
Larva Food Source
Dead tissue, decaying animal remains, wound exudates
Biting/stinging
Not reported
Allergy-causing
Not reported
Defensive attack
Not reported
Venomous
Not reported
Non-poisonous
The Common greenbottle is non-toxic and generally doesn't pose a risk to human health. No need for excessive worry.
Borer
Not reported
Pollinator
Not reported
Pest-Eating Predatory
Not reported
Phytophagous
The Common greenbottle feeds on plants, usually without causing significant harm. However, it's important to take the situation seriously if their numbers begin to increase significantly.
Predatory
Not reported
Biting animal or pet
Not reported
Mouthparts Type
Sponging mouthparts
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Species Status of Common greenbottle
It is predominantly from Europe, Asia and North Africa.
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Distribution Area of Common greenbottle
Europe, Asia, North Africa
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Appearance of Common greenbottle
Common greenbottle is a small insect with a blue-green metallic sheen and black bristles throughout the body. The compound eyes are large and dark red.
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How to Identify Common greenbottle?

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Life Cycle of Common greenbottle
Egg The eggs of common greenbottle are laid in clusters and are typically pearly white. In this initial stage, the eggs are small and may seem inconspicuous on the substrate.
Larva Emerging from the eggs, the larvae of common greenbottle are legless and maggot-like, with a distinct head and a soft, elongated body that's typically cream-colored and prone to grow rapidly in size.
Pupal After the larval stage, common greenbottle enters the pupa stage, enclosing itself within a hard, protective pupal case. During this time, it transforms, and its size and shape undergo significant changes.
Adult Emerging from the pupa, the adult common greenbottle is characterized by metallic coloring, developed wings, and a hardened exoskeleton. An adult's primary functions are dispersal and reproduction.
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Adult Size of Common greenbottle
9 - 10 mm
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Predators of Common greenbottle Larvae
Frogs, toads, beetles, ants, spiders, birds
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Predators of Adult Common greenbottle
Birds, spiders, dragonflies, wasps, frogs, lizards
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Interesting Facts About Common greenbottle
Common greenbottle larvae can help heal human wounds by eating dead tissue and fighting infection, a process called biotherapy or maggot therapy.
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Scientific Classification of Common greenbottle
Tips for Finding Common greenbottle
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Youth Habitat of Common greenbottle
Rotting and Decaying Matter, On and Within Other Organisms (Parasitic and Symbiotic Relationships)
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Adult Habitat of Common greenbottle
Urban and Suburban Areas, Agricultural and Cultivated Areas, Forests and Woodlands, Grasslands and Prairies
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How Can You Attract Common greenbottle
Because common greenbottle has a strong attraction to decaying organic matter, people often use raw meat or decomposing fruits as bait to trap them.
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Habitat Preferences of Common greenbottle Through Different Life Stages
To find the different stages of common greenbottle, you should explore varied environments. Eggs are typically laid on decaying organic matter such as carcasses or wounds, often in concealed, moist places. Larvae, or maggots, are found in similar nutrient-rich materials where they can feed and grow. For pupation, they seek out drier, sheltered locations in soil or leaf litter. Adult common greenbottle are commonly seen hovering around flowers, gardens, or waste areas searching for suitable places to lay their eggs. When searching for these stages, inspect the mentioned habitats thoroughly, keeping in mind the preference of each stage for specific microhabitats.
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When is the Best Time to Observe Common greenbottle
The best time to find adult common greenbottle is during daylight hours, especially when the weather is warm and sunny, as they are most active then.
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What is the Best Weather to Observe Common greenbottle
Warm and humid conditions are the most suitable weather for finding common greenbottle, as they thrive in environments that promote decomposition and are necessary for their reproductive cycle.
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How and Where Can You Find Common greenbottle at Different Life Stages
Egg Common greenbottle eggs are typically laid in decaying matter; to find them, look for decomposing food, carrion, or feces and inspect closely for small, white egg clusters.
Larva Common greenbottle larvae, or maggots, can be found in similar environments as the eggs. Look for wriggling larvae within decomposing organic materials where they feed and grow.
Pupal Common greenbottle pupae can be more challenging to find, as they often reside in soil or beneath debris near areas where larvae were feeding. Search under leaves, logs, or soil surfaces in such vicinities.
Adult Adult common greenbottle are attracted to strong smells and can often be found flying around trash cans, animal carcasses, or flowers. Use sweetly scented bait like sugar water or rotting fruit in a sunlit area to attract and observe them.
Are Common greenbottle harmful?
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Harmful Effects of Common greenbottle
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Nuisance Pests

Common greenbottle, or the green bottle fly, larvae can cause myiasis in livestock and sometimes in humans, which ranges from mild to severe. They thrive on decaying matter, but their proximity to wounds can escalate into a distressful experience.

More Effects of Common greenbottle

Beneficial Effects of Common greenbottle
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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
Decomposers
Pollinator
Attract Plant Feature
Color, Smell
Pollination Behavior Reason
Eat Pollen Or Nectar
Common greenbottle usually gets attracted to flowers by their vivid colors and strong smells. Although not as efficient as bees, they can act as accidental pollinators while feeding on nectar, carrying pollen from flower to flower without specialized structures.
Decomposers
Stage
Larvae
Items
Dead Animals, Plant Remains
The larvae stage of common greenbottle plays a crucial role in breaking down and recycling nutrients from dead animals and plant remains. They feed voraciously on decaying matter, accelerating decomposition and releasing nutrients back into the ecosystem. Interestingly, common greenbottle larvae are also used in forensic studies to estimate time of death, showcasing their importance in nature and science.
Common Questions People Also Ask
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