Common Hover Fly
Ischiodon scutellaris
The Common Hover Fly, Ischiodon scutellaris, is one of the most valuable insects a gardener can find in Australia. Often mistaken for a small bee or wasp due to its striking yellow and black abdominal bands, this fly is a master of mimicry and provides a dual benefit to gardens and crops. As adults, they are important pollinators, visiting a wide array of flowers to feed on nectar and pollen. Their true power, however, lies in their larval stage. The small, maggot-like larvae are voracious predators of soft-bodied pests, particularly aphids, consuming hundreds during their development. Understanding and encouraging the presence of this native fly is a cornerstone of integrated pest management (IPM), offering a free, natural, and highly effective alternative to chemical pesticides. Recognizing them not as a threat, but as an ally, is key to fostering a healthy, balanced garden ecosystem.
For effective control and prevention, professional pest management is recommended.
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Common Hover Fly At-A-Glance
Key facts and characteristics
Size
8-11mm
Color
Yellow and black bands
Habitat
Gardens, farms, bushland
Activity
Diurnal (day-flying)
Diet
Larvae: Aphids; Adults: Nectar
Risk Level
Negligible (Beneficial)
Seasonality
Spring to Autumn
Distribution
Australia-wide
Complete Common Hover Fly Guide
Professional identification and control information
Identification
How to accurately identify Common Hover Fly
Expert Tips
Professional pest controllers recommend examining Common Hover Fly under good lighting conditions, focusing on Key features include the wasp-like yellow and black bands, a single pair of wings, very short antennae, and the ability to hover motionless in the air. The bright yellow scutellum is also a strong identifier for this species.. Specimens are best observed during their peak activity periods and in their preferred microhabitats. Digital photography with macro capabilities can aid in confirming identification markers for consultation with entomological specialists.
Similar Species
- Bees and Wasps: The most common misidentification. Bees and wasps have two pairs of wings, longer antennae, and a constricted 'waist'. Hover flies have one pair of wings, short antennae, and no narrow waist. Hover flies cannot sting.
- Other Hover Flies (e.g., Melangyna viridiceps): I. scutellaris is distinguished by its prominent yellow scutellum (the part behind the thorax). Other species have different colourations and abdominal patterns.
- Drone Flies (Eristalis tenax): These are larger, hairier hover flies that mimic honey bees more closely. I. scutellaris is more slender and wasp-like.
Confusion Species
Common Hover Fly is most commonly confused with similar pest species in the same ecological niche. Key distinguishing features include the specific pattern of Adults: The most striking feature is the abdomen, which has distinct, bright yellow bands on a black background, mimicking a wasp. The thorax (middle section) is a dull metallic black or bronze, and the scutellum (the small section at the end of the thorax) is prominently yellow, a key identifier. Larvae: The larva is a legless maggot, often translucent greenish or yellowish-brown, with a slug-like appearance. It is tapered at the head and broader at the rear. You can often see its internal organs through its skin. and Key features include the wasp-like yellow and black bands, a single pair of wings, very short antennae, and the ability to hover motionless in the air. The bright yellow scutellum is also a strong identifier for this species.. Professional identification often requires examination under magnification to confirm diagnostic features. When in doubt, collect specimens for expert identification, as accurate species identification is crucial for effective pest management strategies in Australian conditions.
Identification Tips
If it looks like a small wasp but hovers like a helicopter and has only one pair of wings and tiny antennae, it's a hover fly. The bright yellow patch at the back of its thorax is a great clue for Ischiodon scutellaris.
Identification Tools
A camera with a good zoom or a magnifying glass can help confirm the single pair of wings and short antennae.
Photographic Evidence
A clear photo from the side or top is best to show the wing number, antennae, and body shape.
Key Identifying Features
- Wasp-like yellow and black bands on a slender abdomen.
- The ability to hover perfectly still in mid-air.
- Only one pair of wings (unlike bees/wasps with two).
- Very short, bristle-like antennae.
- Finding their slug-like larvae amongst colonies of aphids.
Common Misidentifications
Almost always mistaken for a bee or wasp by the general public, leading to unnecessary fear.
Key Identification Features
The Common Hover Fly (Ischiodon scutellaris) can be reliably identified through several diagnostic characteristics. Size: Common Hover Fly measures Adults are slender and typically range from 8mm to 11mm in body length.. Coloration: Adults: The most striking feature is the abdomen, which has distinct, bright yellow bands on a black background, mimicking a wasp. The thorax (mid. Key features: Key features include the wasp-like yellow and black bands, a single pair of wings, very short antennae, and the ability to hover motionless in the air. The bright yellow scutellum is also a strong ide. Structure: The body is slender and elongated. The head is dominated by huge compound eyes. The abdomen is flattened and tapers towards the end.. These identification markers are consistent across Australian populations and are critical for accurate field identification by pest control professionals and property owners.
Professional Identification
Not usually required for management, as all hover flies are beneficial. Identification to species level is for entomologists and is based on fine details of wing venation and body markings.
Biology & Lifecycle
Understanding Common Hover Fly biology and development
Anatomy
Common Hover Fly (Ischiodon scutellaris) exhibits typical flies anatomy with specialized adaptations. The body is slender and elongated. The head is dominated by huge compound eyes. The abdomen is flattened and tapers towards the end.. The primary difference is the eyes: they meet at the top of the head in males and are separated in females. Males may also have slightly different abdominal patterning.. These anatomical features are optimized for their ecological role and contribute to their success in Australian environments.
Genetics
Genetic studies of Common Hover Fly populations reveal High. With a life cycle that can be completed in as little as 3-4 weeks in warm weather, multiple generations can occur in a single season, allowing their population to build rapidly in response to aphid outbreaks. that contribute to population dynamics. Genetic diversity within Australian populations influences their adaptability to local environmental conditions and pest management resistance development.
Lifecycle Details
Egg Stage
The female hover fly is an expert at finding pest infestations. She purposefully lays her tiny, white, rice-shaped eggs singly or in small groups directly amongst aphid colonies on the leaves and stems of plants. This strategic placement ensures that upon hatching, the larvae have immediate access to a plentiful food source. A single female can lay several hundred eggs over her lifespan.
Adult Stage
The adult fly emerges from the pupal case. Adults are not predatory; their sole functions are to feed on nectar and pollen, and to reproduce. They are strong flyers and can travel significant distances. The adult lifespan is typically around 2 to 4 weeks.
Pupal Stage
Once the larva is fully grown, it finds a safe place, often on the same plant, and pupates. It forms a hard, teardrop-shaped puparium, which is typically brown or green. Inside this protective case, the larva transforms into an adult fly. This stage lasts for about 8 to 10 days, depending on the temperature.
Larval Stage
This is the predatory stage. After hatching, the blind, legless larva begins to hunt. It moves its tapered head from side to side, searching for prey. When it contacts an aphid, it grasps it with its mouth hooks, lifts it into the air, and sucks out the contents, discarding the empty husk. The larva develops through several instars (molts) over a period of 1-2 weeks, consuming up to 400 aphids during this time.
Seasonal Cycle
Populations build from spring, peak during the warm months of summer when both flowers and aphid populations are abundant, and decline in autumn. They are present for most of an extended growing season.
Development Time
The complete lifecycle from egg to adult can be as short as 16 days in optimal summer conditions, but may take over a month in cooler weather.
Reproduction Rate
High. With a life cycle that can be completed in as little as 3-4 weeks in warm weather, multiple generations can occur in a single season, allowing their population to build rapidly in response to aphid outbreaks.
Generations Per Year
There can be anywhere from 5 to 10 overlapping generations per year, especially in the warmer parts of Australia.
Maximum Temperature
Activity may decrease during the extreme heat of the day, with flies seeking shelter in foliage.
Minimum Temperature
Development slows significantly in cold weather. They may overwinter as pupae in cooler climates.
Optimal Temperature
They thrive in warm conditions, with temperatures between 20°C and 30°C being ideal for rapid development and activity.
Environmental Factors
The abundance of both aphids (for larvae) and flowering plants (for adults) is the most critical factor for their success. Warm temperatures accelerate their lifecycle, leading to faster population growth.
Habitat & Distribution
Where Common Hover Fly lives and thrives
Hiding Spots
- Adults rest on the underside of leaves at night or during poor weather.
- Larvae are found amongst the aphid colonies they prey on.
- Pupae are attached to leaves or stems.
- They do not have permanent hiding spots or nests.
Microhabitat
Adults prefer sunny, open spaces with flowers. Larvae require the microhabitat of an aphid-infested plant.
Nesting Behavior
They do not build a nest. Eggs are laid directly on plants, and the larvae are free-living.
Preferred Habitats
- Domestic gardens with a mix of flowers and vegetables.
- Agricultural fields, especially horticultural crops.
- Parks and bushland.
- Anywhere with flowering plants and aphid populations.
- They are common in both urban and rural environments.
Humidity Preference
No strong preference, they are adaptable to a wide range of humidity levels.
Habitat Modification
They do not modify their habitat.
Nesting Requirements
Not applicable.
Temperature Preference
Warm, sunny conditions are preferred for adult flight and activity.
Distribution Patterns
States
Found in all states and territories of Australia, including Tasmania. It is one of the most common and widespread hover fly species.
Native Range
Widespread, found in Australia, parts of Asia, and various Pacific islands.
Climate Zones
- Tropical
- Subtropical
- Temperate
- Mediterranean
Urban Vs Rural
Extremely common in both urban gardens and rural agricultural landscapes.
Current Spread
It is a ubiquitous and stable species throughout its Australian range.
Introduced Range
Not applicable for Australia, as it is native.
Limiting Factors
The primary limiting factor is the availability of prey (aphids) and food (flowers). The use of broad-spectrum insecticides can decimate their populations.
Spread Mechanism
Natural dispersal through flight.
Introduction History
Not applicable.
Establishment Factors
Requires the presence of both nectar-producing flowers for adults and aphid populations for larvae.
Behavior & Diet
Common Hover Fly behavioral patterns and feeding habits
Parental Care
There is no parental care after the eggs are laid. However, the female's careful selection of an aphid-infested site for her eggs is a form of provisioning for her offspring.
Mating Behavior
Mating often occurs in mid-air or on foliage. Males will hover and wait for females, then pursue them in a rapid aerial courtship.
Social Behavior
They are solitary insects and do not exhibit any social behaviour. Any congregations are simply a response to a rich food source, like a patch of flowering plants.
Activity Pattern
Adults are diurnal, being most active on warm, sunny days. They spend their time flying between flowers to feed or hovering as they search for mates or suitable egg-laying sites.
Foraging Behavior
Adults forage for nectar and pollen from a wide variety of flowers, particularly those with open, accessible structures like daisies, parsley, and alyssum. Larvae are active hunters, moving systematically through aphid colonies.
Defensive Behavior
The adult's primary defence is its mimicry of stinging bees and wasps (Batesian mimicry), which deters predators like birds. They cannot sting or bite. Their ability to hover and fly with great speed and agility is also a key escape mechanism.
Dispersal Behavior
Adults are strong flyers and can disperse over several kilometres, allowing them to effectively colonize new areas and find patchy aphid outbreaks.
Territorial Behavior
Males can be territorial, often claiming a specific patch of sunlight or a prominent flower, which they will defend from other males while waiting for females to pass by.
Communication Methods
Communication is primarily visual (for mating displays) and chemical (for detecting aphid honeydew, which indicates a good egg-laying site).
Dietary Preferences
Feeding Habits
A dual feeding strategy across their lifecycle.
Foraging Range
An adult can forage over an area of several square kilometres. A larva's foraging range is a single plant.
Feeding Schedule
Adults feed intermittently throughout the day. Larvae feed almost continuously.
Primary Food Sources
- Adults: Flower nectar (for energy) and pollen (for protein and reproductive development).
- Larvae: Almost exclusively aphids. They are specialist aphid predators.
- Larvae will also consume other small, soft-bodied insects like thrips, scale insects, and mites if aphids are scarce.
- They are attracted to the sugary 'honeydew' excreted by aphids, which signals a good place to lay eggs.
- They are not attracted to human food.
Seasonal Diet Changes
The diet of the adults changes based on which flowers are in bloom. The larval diet remains focused on aphids, which are most common in spring and summer.
Primary Diet
Common Hover Fly exhibits opportunistic feeding behavior with diverse food sources. Adults forage for nectar and pollen from a wide variety of flowers, particularly those with open, accessible structures like daisies, parsley, and alyssum. Larvae are active hunters, moving systematically through aphid colonies.. Primary food sources include Adults: Flower nectar (for energy) and pollen (for protein and reproductive development)., Larvae: Almost exclusively aphids. They are specialist aphid predators., Larvae will also consume other small, soft-bodied insects like thrips, scale insects, and mites if aphids are scarce.. This dietary flexibility contributes to their success as a pest species in diverse Australian habitats.
Feeding Patterns
Feeding patterns of Common Hover Fly are influenced by temperature, humidity, and resource availability typical of Australian conditions. Adults are diurnal, being most active on warm, sunny days. They spend their time flying between flowers to feed or hovering as they search for mates or suitable egg-laying sites., with feeding frequency increasing during reproductive periods when nutritional demands are highest.
Health Risks
Health concerns associated with Common Hover Fly
Always consult healthcare professionals for medical concerns related to pest exposure.
Severity
Negligible. They are completely harmless to humans.
Symptoms
- Not applicable. They cannot bite or sting.
Allergens
No known allergens.
Contamination Risk
No risk of food contamination.
Disease Transmission
- None. They are not known to transmit any diseases to humans, plants, or animals.
Transmission Methods
- Not applicable.
Vulnerable Populations
- None. They pose no physical threat to any person.
Economic Impact
Financial costs and economic effects of Common Hover Fly
Indirect Costs
Cleanup Costs
None.
Healthcare Costs
None.
Replacement Costs
None.
Preventive Maintenance
Costs are associated with encouraging them, such as planting beneficial flowers, not preventing them.
Business Impact
Retail Impact
None.
Reputation Damage
None.
Restaurant Issues
None.
Operational Disruption
None.
Property Damage
Garden Damage
None. They are purely beneficial to gardens.
Equipment Damage
None.
Structural Damage
None.
Food Contamination
None.
Treatment Costs
Diy Treatment
Not applicable.
Prevention Costs
Not applicable.
Professional Treatment
Not applicable. Control is never required.
Agricultural Impact
Yield Loss
None.
Crop Damage
None.
Economic Loss
There is no economic loss associated with this species. Any cost is an 'opportunity cost' incurred when their populations are harmed by indiscriminate pesticide use.
Beneficial Aspects
Their economic impact is overwhelmingly positive. The larval stage provides highly effective, free biological control of aphids on a wide range of horticultural and broad-acre crops, reducing the need for and cost of pesticide applications. The adult stage contributes to the pollination of various crops, improving fruit and seed set. They are a cornerstone of integrated pest management (IPM) programs.
Detection & Signs
Early warning signs of Common Hover Fly presence
Visual Signs
- This is not a pest, so these are 'signs of activity' or 'signs of presence'.
- Adult flies hovering around flowers or sunlit leaves.
- Finding their translucent green/brown, slug-like larvae on plants, especially those infested with aphids.
- Seeing small, hard, brown, teardrop-shaped pupal cases stuck to leaves.
- A large number of hover flies is a good sign that your garden's pest-predator balance is healthy.
Behavioral Signs
- The characteristic hovering flight of the adults.
- Watching a female deliberately tapping her abdomen on an aphid-infested leaf as she lays her eggs.
- Observing a larva lifting an aphid off the leaf to consume it.
- Their presence indicates a healthy, functioning garden ecosystem.
Physical Evidence
- The larvae and pupae on plants are the best physical evidence.
- A noticeable reduction in aphid numbers on a plant.
- You may find the dried, empty skins of aphids that have been eaten by the larvae.
- There is no damage or negative physical evidence associated with them.
Seasonal Indicators
- A sudden increase in adult numbers in spring often coincides with the first aphid plagues of the season.
- Their population peaks in summer when both flowers and pests are abundant.
- Fewer adults are seen on cool, overcast days or in autumn.
- The first sign of their larvae is often a welcome signal that nature is taking care of a pest problem.
Early Warning Signals
- Not applicable in a pest context. The first hover fly you see in spring is an 'early positive signal' that your garden's natural security force is arriving for duty.
Prevention
Proactive strategies to prevent Common Hover Fly infestations
Landscaping Tips
- To attract and support hover flies, plant a wide variety of flowering plants.
- They are particularly attracted to flowers with open, simple structures where nectar is easily accessible. This includes plants from the daisy family (Asteraceae), carrot family (Apiaceae), and brassica family.
- Good choices include alyssum, cosmos, marigolds, dill, parsley, coriander, buckwheat, and phacelia.
- Planting 'sacrificial' plants that attract aphids, like nasturtiums, away from your main crops can serve as a nursery for hover fly larvae.
- Ensure you have plants flowering sequentially throughout the year to provide a continuous food source for the adults.
Exclusion Methods
- Not applicable. You want them in your garden.
Sanitation Measures
- This section should be about encouraging their presence, not preventing it.
- Avoid using broad-spectrum pesticides, as this will kill hover flies and their larvae.
- Tolerate small, early aphid infestations, as these are the signal that attracts hover flies to lay their eggs.
- Provide a source of water, like a shallow dish with pebbles, for insects to drink from.
Monitoring Strategies
- Monitor your garden for their presence as a sign of ecosystem health.
- When you see an aphid outbreak, look closely among the aphids for the small, camouflaged hover fly larvae before you reach for a spray.
- Keep a garden journal to note when you first see hover flies each season.
- Use yellow sticky traps sparingly, if at all, as they can accidentally capture beneficial insects like hover flies.
Environmental Modification
- Create a biodiverse garden with many different types of plants to provide habitat and food sources for a range of beneficial insects.
- Avoid excessive tidiness; leave some areas with leaf litter and natural vegetation to provide shelter.
- Use organic gardening practices to foster a healthy soil and plant ecosystem, which in turn supports beneficial insects.
Control Methods
Effective treatment options for Common Hover Fly control
Diy Methods
Home Made Traps
Not applicable.
Natural Remedies
Not applicable for control. DIY methods should focus on attracting them.
Deterrent Methods
Not applicable.
Mechanical Control
Not applicable.
Resistance Management
Not applicable.
Application Techniques
- Planting beneficial flowers.
- Avoiding pesticides.
- Providing a water source.
Professional Treatments
Chemical Control
Never necessary or recommended. Spraying for hover flies would be counter-productive to garden health.
Physical Control
Not applicable.
Biological Control
They are the biological control.
Integrated Approach
The integrated approach is to foster their populations as part of a wider IPM strategy. This means using soft-touch pest solutions (like horticultural oils or soaps) only when necessary, and planting beneficial flowers to support predators.
Treatment Effectiveness
Timeframe
Not applicable.
Success Rate
Not applicable.
Follow Up Required
Not applicable.
Seasonal Considerations
Not applicable.
Professional Services
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Seasonal Patterns
Common Hover Fly seasonal activity and management timing
Autumn
Autumn (March-May) sees Common Hover Fly populations beginning to decline as temperatures cool across Australia. This period offers opportunities for targeted control measures as they seek shelter and overwintering sites. Exclusion and habitat modification strategies implemented during autumn can significantly reduce following year's populations.
Spring
Spring (September-November) marks increased activity for Common Hover Fly as temperatures rise across Australian regions. High. With a life cycle that can be completed in as little as 3-4 weeks in warm weather, multiple generations can occur in a single season, allowing their population to build rapidly in response to aphid outbreaks., leading to population growth. This is a critical period for preventive pest management, as early detection and treatment can prevent larger infestations during peak summer months.
Autumn Activity
Populations begin to decline as temperatures cool and aphid numbers decrease.
Breeding Season
Mainly spring through autumn.
Spring Activity
Adults emerge and become active, feeding on spring flowers. They seek out the first aphid colonies of the season to lay their eggs.
Summer Activity
This is the peak season. Multiple, overlapping generations are produced. Both adults and larvae are abundant.
Winter Activity
Largely inactive in cooler regions, likely overwintering in the pupal stage. May remain active in warmer subtropical and tropical areas.
Peak Infestation
Peak beneficial activity is in mid-summer.
Treatment Timing
Not applicable.
Migration Patterns
Some species are known to be migratory, travelling long distances, which helps them colonize new areas.
Environmental Factors
Humidity Effects
No strong influence.
Weather Patterns
They are most active on sunny, calm days. Heavy rain will suppress their activity.
Photoperiod Effects
Day length may influence the onset of overwintering dormancy in some regions.
Temperature Effects
Warm temperatures dramatically speed up their lifecycle, allowing for rapid population growth in response to pest outbreaks.
Legal Considerations
Legal requirements for Common Hover Fly control in Australia
Pest Status
Not a pest. It is a highly beneficial native insect.
Restricted Methods
Not applicable.
Control Regulations
There are no regulations for its control. Conversely, harming them with off-label pesticide use could breach general environmental protection duties.
Reporting Requirements
None.
Compliance Requirements
- None.
Professional Requirements
Not applicable.
Environmental Considerations
The key consideration is protecting their populations from the harmful effects of broad-spectrum insecticides. Choosing selective, pest-specific chemicals or non-chemical options is crucial to conserve them and other beneficial insects.
Frequently Asked Questions
Common questions about Common Hover Fly
I saw a small wasp hovering in my garden, is it dangerous?
It is highly likely you are seeing a harmless hover fly, not a wasp. Many species, including *Ischiodon scutellaris*, have evolved to look like wasps (this is called Batesian mimicry) to scare off predators. However, they are true flies and are anatomically incapable of stinging or biting. The easiest way to tell the difference is to look at their behaviour and features. Hover flies are masters of hovering perfectly still in mid-air, something wasps rarely do. They also have only one pair of wings (wasps have two) and very short, stubby antennae, unlike the long, obvious antennae of most wasps. They are friends, not foes.
What are these little green slugs eating the aphids on my roses?
Finding small, slug-like or maggot-like creatures in the middle of an aphid colony is a fantastic sign! These are almost certainly the larvae of a hover fly. The female hover fly lays her eggs directly where the food is, so her young can hatch and start eating immediately. These larvae are incredibly effective predators, consuming hundreds of aphids as they grow. They are one of the best natural forms of pest control you can have in your garden. You should leave them be and celebrate their presence, as they are taking care of your aphid problem for free and without the need for chemical sprays.
How can I attract more hover flies to my garden?
Attracting hover flies is a key strategy for a healthy garden. The secret is to provide food for both the adults and the larvae. For the adults, plant a wide variety of flowers that provide easy access to nectar and pollen. They particularly love flowers with open, flat heads like daisies, cosmos, alyssum, and marigolds, as well as herbs from the carrot family like dill, parsley, fennel, and coriander. To provide food for the larvae, you need to tolerate small amounts of aphids. Avoid spraying at the first sign of aphids; their presence is what signals to the female hover fly that your garden is a good place to lay her eggs. A combination of flowers and a little patience is the best recipe.
Are hover flies good pollinators?
Yes, they are very important pollinators. While bees often get most of the credit, hover flies are considered the second most important group of pollinating insects globally. As the adults fly from flower to flower to feed on nectar and pollen, they transfer pollen grains, facilitating fertilization. They are particularly important for a number of horticultural crops and native plants. Because they are active for a long season and visit a wide range of flowers, their contribution to both garden health and broader ecosystem function is substantial. Encouraging them helps not just with pest control but with the productivity of your fruiting plants as well.
If hover flies are so good, why would a pest control site have a page on them?
That's an excellent question. A modern, responsible pest control strategy, known as Integrated Pest Management (IPM), is not just about killing pests. It's about managing a healthy ecosystem to prevent pests from becoming a problem in the first place. A huge part of this is understanding and conserving beneficial insects that act as natural predators and pollinators. By providing information on hover flies, a pest control resource can educate homeowners and gardeners to avoid accidentally killing these helpful allies. Understanding who the 'good guys' are is just as important as identifying the 'bad guys'. It prevents unnecessary pesticide use and promotes a healthier, more resilient environment.
Key Differences
What sets Common Hover Fly apart from similar species
vs Wasps/Bees
Hover flies have only one pair of wings and very short, bristle-like antennae. Wasps and bees have two pairs of wings and longer, more noticeable antennae. Hover flies cannot sting.
vs House Flies
Hover flies are brightly coloured with yellow and black patterns and are often seen hovering at flowers. House flies are typically a dull grey or black and are attracted to filth and human food.
Larva vs Caterpillar
The hover fly larva is a legless, often translucent maggot. Caterpillars (moth/butterfly larvae) have legs, including several pairs of fleshy prolegs along their body, and a distinct head capsule.
Flight Pattern
Their ability to hover motionless, move sideways, and dart instantly is highly characteristic and different from the more directed flight of bees or the buzzing flight of house flies.
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Image Gallery
Visual identification guide for Common Hover Fly
Images of Common Hover Fly showing key identifying features: