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Oedemera femorata

Oedemera femorata

Oedemera femorata

A species of Oedemera

Distinctive for their slender and elongated bodies, oedemera femorata are known for their remarkable metallic sheen, often displaying vibrant green hues that can vary to turquoise or even violet depending on the light. The adults primarily dine on pollen and nectar, playing a role in plant pollination, while their larvae develop within decomposing plant matter, contributing to the nutrient recycling in their ecosystems.

General Info About Oedemera femorata
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Attributes of Oedemera femorata
Colors
Black
Yellow
Habitat
Grassland, forest site, flowering plant
Adult Food Sources
Flower petals, pollen, nectar, leaves, stems
Larva Food Source
Decaying wood, plant debris, rotting organic matter, fungi, decaying leaves
Biting/stinging
Not reported
Allergy-causing
Not reported
Defensive attack
Not reported
Venomous
Not reported
Non-poisonous
Not reported
Borer
Not reported
Pollinator
The Oedemera femorata is often found near the corolla, where its fluffy hairs easily pick up pollen, assisting in the pollination of the plant.
Pest-Eating Predatory
Not reported
Phytophagous
Not reported
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Species Status of Oedemera femorata
Common
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Distribution Area of Oedemera femorata
Central Asia, Europe, Russia, South Caucasus, Turkey
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Life Cycle of Oedemera femorata
Egg The egg of oedemera femorata serves as the initial life stage. It is usually laid in sheltered environments or on food sources. These eggs are small, oval, and often hard to see with the naked eye. The color varies, but they generally blend into the environment to evade predators.
Larva Upon hatching, the larva of oedemera femorata emerges, characterized by an elongated, soft body, often with a distinct head and chewing mouthparts. It is usually voracious, growing rapidly and molting several times. This stage lacks wings, and the larva's color and patterns provide camouflage.
Pupal The oedemera femorata enters the pupal stage after a final larval molt. Enclosed in a protective case, the pupa undergoes significant transformation. It's generally immobile and may exhibit different coloration. Internal reorganization occurs, setting the stage for adult features.
Adult Emerging from the pupa, the adult oedemera femorata’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. It often has a metallic sheen, with size and color adaptations for its ecological role.
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Interesting Facts About Oedemera femorata
Oedemera femorata adults emit a unique chemical to deter predators, not commonly found in other beetle families.
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Scientific Classification of Oedemera femorata
Tips for Finding Oedemera femorata
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Adult Habitat of Oedemera femorata
Forests and Woodlands, Grasslands and Prairies, Agricultural and Cultivated Areas
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Habitat Preferences of Oedemera femorata Through Different Life Stages
The larval stage of oedemera femorata typically inhabits decaying wood and plant debris, often in humid environments like forests or wooded areas with ample decomposing organic matter. Searching for larvae would involve inspecting under bark or within rotting logs. Pupation likely occurs within the same or closely adjacent microhabitats. Adult oedemera femorata are commonly found in flowering meadows, edges of woods, or gardens, as they are attracted to flowers for feeding. Locating adults would best be done by visiting such floral areas during warmer months, especially in temperate regions where these insects are prevalent.
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Beneficial Effects of Oedemera femorata
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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, Smell
Oedemera femorata is attracted to flowers by their vivid colors and enticing smells. This beetle consumes pollen for nourishment, inadvertently collecting and transferring pollen grains between flowers, aiding in plant reproduction. Their interaction with flowers is a vital part of the ecosystem's pollination process.
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