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Shuttle-shaped dart

Shuttle-shaped dart

Agrotis puta

A species of Agrotis

The wingspan is 3 - 3 cm .

General Info About Shuttle-shaped dart
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Attributes of Shuttle-shaped dart
Colors
Brown
Black
Gray
White
Habitat
arid grassland
Adult Food Sources
Flower nectar, honeydew, sugary secretions, juices from decomposing fruit, sap exudates
Larva Food Source
Leaves of low-growing plants, grasses, cereals, vegetables, roots and tubers
Biting/stinging
Not reported
Allergy-causing
Not reported
Defensive attack
Not reported
Venomous
Not reported
Non-poisonous
The Shuttle-shaped dart is non-toxic and generally doesn't pose a risk to human health. No need for excessive worry.
Borer
Not reported
Pollinator
The Shuttle-shaped dart 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
The Shuttle-shaped dart 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
Siphoning mouthparts
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Species Status of Shuttle-shaped dart
It is common in the western part of Europe, but is also found in southern and central Europe, as well as North Africa and the Middle East.
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Distribution Area of Shuttle-shaped dart
Western part of Europe, southern and central Europe, North Africa and the Middle East
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Life Cycle of Shuttle-shaped dart
Egg The embryonic stage of shuttle-shaped dart begins with spherical or oval eggs, often laid on host plants. The eggs are minute, with a protective shell that blends into the surroundings.
Larva The larva that emerges from the egg is worm-like, with a voracious appetite for foliage. This stage sees rapid growth, with shuttle-shaped dart molting several times as it outgrows its skin.
Pupal After reaching sufficient size, the larva forms a pupa. Encased within a protective chrysalis, shuttle-shaped dart undergoes significant transformation; tissues and organs are rearranged to form the adult structure.
Adult Emerging from the pupa, the adult shuttle-shaped dart features fully developed wings, reproductive organs, and a hardened exoskeleton. The mature shuttle-shaped dart is typically more colorful, with wings that aid in dispersal and mating.
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Adult Size of Shuttle-shaped dart
3 - 3 cm
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Predators of Shuttle-shaped dart Larvae
Birds, rodents, parasitoid wasps, lady beetles, spiders
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Predators of Adult Shuttle-shaped dart
Bats, birds, rodents, spiders
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Interesting Facts About Shuttle-shaped dart
Shuttle-shaped dart caterpillars have a unique ability to detect seismic vibrations, helping them avoid predators approaching on the ground.
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Scientific Classification of Shuttle-shaped dart
Tips for Finding Shuttle-shaped dart
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Youth Habitat of Shuttle-shaped dart
Grasslands and Prairies, Agricultural and Cultivated Areas
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Adult Habitat of Shuttle-shaped dart
Forests and Woodlands, Grasslands and Prairies, Urban and Suburban Areas, Agricultural and Cultivated Areas
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How Can You Attract Shuttle-shaped dart
Sugar or honey solutions, and fermentation-based baits can attract adult shuttle-shaped dart moths, while the larvae may be drawn to the specific plants they feed on.
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Habitat Preferences of Shuttle-shaped dart Through Different Life Stages
The eggs of shuttle-shaped dart are typically laid on low-lying vegetation or directly on the soil surface in areas with abundant plant matter. The larvae, or caterpillars, prefer to feed at night and can be found near or on host plants, especially at the base where they can burrow into the ground during the day. Pupation occurs in the soil, so searching for shuttle-shaped dart in this stage requires sifting through the upper layers of soil where they form their pupal cells. Finally, adult shuttle-shaped dart are nocturnal and are attracted to light sources, so they might be spotted near outdoor lights or in fields and agricultural areas at night.
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When is the Best Time to Observe Shuttle-shaped dart
Nocturnal sightings are common as adult shuttle-shaped dart are primarily active at night. Larvae can typically be found during daytime hours when they are active.
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What is the Best Weather to Observe Shuttle-shaped dart
Mild to warm weather is generally suitable for finding adult shuttle-shaped dart, as they tend to be more active. However, different stages may favor different humidity and temperature conditions.
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How and Where Can You Find Shuttle-shaped dart at Different Life Stages
Egg Eggs are often laid on the underside of host plant leaves. To locate shuttle-shaped dart eggs, carefully inspect the preferred food sources identified for this species.
Larva Larvae or caterpillars can be found on or near their host plants, especially where signs of feeding are visible. Look for shuttle-shaped dart larvae by searching plant leaves for chewed edges or defoliation.
Pupal Pupae may be buried in the ground or located in concealed spots near the host plant. Finding shuttle-shaped dart pupae involves gently digging around the base of host plants or checking other sheltered areas.
Adult Adult shuttle-shaped dart can be lured at night using light traps or fermented baits. They are attracted to light, so a UV light trap in a dark area can be particularly effective.
Are Shuttle-shaped dart harmful?
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Harmful Effects of Shuttle-shaped dart
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Hurt Plant

The larva of shuttle-shaped dart feed on plant. Their indiscriminate nature means that no plant is safe. Depending on their numbers, damage can range from mild to severe, with affected plants showing defoliation and compromised root systems.

More Effects of Shuttle-shaped dart

Beneficial Effects of Shuttle-shaped dart
Discover the hidden benefits of insects
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
Pollination Behavior Reason
Eat Pollen Or Nectar
Shuttle-shaped dart is drawn to flowers by their vivid colors. This pollinator consumes pollen directly for sustenance, incidentally transferring pollen from one plant to another in the process. The intricate relationship between shuttle-shaped dart and the flora it visits is a fascinating example of mutualism in nature.
Common Questions People Also Ask
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