The speed and efficiency of fly reproduction means that small preventive actions can prevent large problems, while delayed intervention often requires extensive fly control.

How Houseflies Multiply So Quickly

Housefly reproduction demonstrates remarkable efficiency through shortened development stages, high fecundity rates, and rapid generation turnover that enables explosive population growth under favorable conditions.

• Adult reproductive capacity: Female houseflies (Musca domestica) begin mating within 24-48 hours after emergence and can produce 4-6 egg batches throughout their 15-25 day lifespan, with each batch containing 75-150 eggs depending on nutrition and environmental conditions.
• Egg development: Fly eggs measure approximately 1.2mm in length with white to cream coloration, deposited in clusters within moist organic matter where high humidity and temperature optimize hatching success within 8-24 hours.
• Larval growth: Maggots progress through three distinct instars over 3-7 days, increasing from 1mm to 12mm in length while consuming organic matter equivalent to several times their body weight to fuel rapid development.
• Pupal transformation: Pre-pupae migrate to drier locations where they form protective puparia and undergo complete metamorphosis over 3-6 days, emerging as sexually mature adults ready for immediate reproduction.
• Generation overlap: Under optimal conditions, complete development from egg to reproductive adult requires only 7-14 days, enabling 6-10 overlapping generations per season with exponential population growth..

Seasonal Activity

Housefly populations demonstrate predictable seasonal patterns influenced by temperature, precipitation, and resource availability that determine optimal control timing and strategies.

• Spring emergence patterns: Overwintering adult flies and pupae become active as temperatures rise above 15°C, with initial populations establishing from protected indoor locations and organic matter accumulations.
• Summer population peaks: Optimal breeding conditions during June-August enable maximum reproductive rates and population densities, with overlapping generations creating exponential growth patterns.
• Fall reproductive decline: Decreasing temperatures and photoperiod changes reduce reproduction rates while increasing mortality, though indoor populations may maintain activity throughout cooler periods.
• Winter survival strategies: Some adult flies overwinter in protected indoor locations while pupae can survive freezing temperatures in organic substrates, providing founding populations for subsequent seasons.
• Climate variation effects: Regional climate differences significantly influence seasonal timing, population peaks, and overwintering success rates that affect annual pest pressure and control requirements.

The Impact of Rapid Breeding

Housefly breeding sites and feeding behaviors create significant public health risks through mechanical disease transmission and contamination of food preparation surfaces.

• Pathogen acquisition: Adult flies contact diverse contaminated substrates including feces, garbage, and carrion where they acquire bacteria, viruses, protozoa, and helminth eggs on their body surfaces and within their digestive systems.
• Mechanical transmission: Flies transfer pathogens through direct contact with food, preparation surfaces, and eating utensils via contaminated legs, mouthparts, and regurgitation behaviors that spread disease organisms.
• Disease organism survival: Various pathogens including Salmonella, E. coli, Shigella, and parasitic organisms can survive on fly body surfaces or within digestive systems for extended periods while remaining infectious.
• Amplification effects: Breeding sites with organic waste create concentrated pathogen reservoirs that increase contamination levels while supporting larger fly populations that enhance transmission risks.
• Vulnerable population impacts: Children, elderly individuals, and immuno-compromised persons face elevated risks from fly-transmitted diseases due to increased susceptibility and potential for severe complications.

Why Professional Insight Makes a Difference

Effective housefly control requires comprehensive breeding site elimination combined with environmental modifications recommended by professionals that prevent future reproductive opportunities.

Systematic removal or treatment of organic breeding substrates provides the most effective long-term control by eliminating reproduction opportunities at their source.

Improved waste management, cleaning protocols, and organic matter handling reduces breeding site availability while maintaining environmental conditions less favorable for fly reproduction.

Drainage improvements, moisture control, and air circulation enhancements can create conditions less suitable for breeding while reducing adult fly attraction to treated areas.

Physical barriers including screens, sealed containers, and structural modifications prevent access to potential breeding sites while reducing adult fly establishment opportunities.

What Homeowners Should Take Away

When housefly breeding problems persist despite sanitation efforts, Aptive’s pest control experts provide the comprehensive solutions necessary for lasting results. Our pest control service performs detailed breeding site assessments to identify reproductive sources, environmental conditions, and population dynamics driving continued fly establishment throughout your property.

If you’re experiencing rapid fly population growth despite cleaning efforts, discovering fly breeding sites that resist elimination attempts, or need professional assessment of fly reproductive problems, contact Aptive today for a free quote.

The post House Fly Breeding: What Homeowners Should Know appeared first on Aptive Pest Control.

Understanding hoverfly identification, behavior, and ecological roles helps distinguish them from the stinging insects they mimic and appreciate their contributions to healthy garden ecosystems. Their presence typically indicates thriving plant communities with adequate flower resources and balanced insect populations supporting diverse beneficial species.

What are hoverflies?

Hoverflies, also called flower flies or syrphid flies, belong to the Syrphidae family and represent one of the most beneficial insect groups found in gardens, agricultural areas, and natural ecosystems worldwide. These true flies are characterized by their remarkable ability to hover motionless in mid-air and execute rapid, darting flight maneuvers that distinguish them from other flying insects. Adult hoverflies are important pollinators that feed primarily on nectar and pollen from flowering plants.

There are over 6,000 hoverfly species worldwide, with hundreds of species found throughout North America in diverse habitats ranging from gardens and meadows to forests and wetlands. Many species display bee or wasp mimicry patterns as a defensive strategy called Batesian mimicry, where harmless organisms evolve to resemble dangerous species to deter predators.

Hoverflies are completely harmless to humans as they lack stingers and cannot bite effectively. They’re often seen hovering around flowers during warm, sunny days when they’re actively foraging for nectar and pollen. Their larvae provide additional benefits as many species are voracious predators of aphids and other soft-bodied plant pests.

These beneficial insects play crucial roles in both pollination and biological pest control, making them among the most ecologically valuable insects encountered around homes and gardens.

What do hoverflies look like?

Hoverflies display remarkable diversity in appearance, but most species share certain characteristic features that help distinguish them from the bees and wasps they often mimic. They typically measure 1/4 to 3/4 inch in length with compact, robust bodies and large, prominent compound eyes that often occupy much of their head area. Many species display yellow and black banding patterns similar to bees or wasps, though some have metallic coloration or other distinctive markings.

Key identifying features include short antennae, a single pair of wings (unlike four-winged bees and wasps), and the absence of a narrow wasp waist. Hoverflies have large eyes that may meet at the top of their heads in males or remain separated in females. Their flight pattern is distinctive, with the ability to hover perfectly still in one spot and then dart rapidly in any direction.

Some hoverfly species closely resemble specific bee or wasp species, including bumble bee mimics with fuzzy bodies and honeybee look-alikes with appropriate coloration. Others display more unique appearances with metallic green or blue coloration, spotted patterns, or even wasp-waisted shapes despite being harmless flies.

Their wings typically appear clear or slightly tinted, and many species have distinctive wing venation patterns visible upon close inspection. The overall impression is of a bee-like or wasp-like insect with unusually large eyes and characteristic hovering flight behavior.

Lifecycle of a hoverfly

Hoverflies undergo complete metamorphosis with four distinct life stages: egg, larva, pupa, and adult. Female hoverflies lay eggs individually or in small clusters near aphid colonies or other suitable food sources for their larvae, with some species laying hundreds of eggs during their adult lifespan. Egg placement is strategic, ensuring larvae have immediate access to food upon hatching.

Larvae vary dramatically in appearance and habits depending on species. Aphid-eating larvae are small, slug-like creatures measuring up to 1/2 inch long with cream or green coloration that provides camouflage among plant tissues. These beneficial larvae consume hundreds of aphids during their 1-2 week development period. Other species have aquatic larvae living in polluted water, or larvae that develop in decaying organic matter.

The larval stage typically lasts 1-3 weeks depending on temperature and food availability, after which larvae form pupae in protected locations. Pupation occurs in soil, on plant stems, or in the habitat where larvae developed, lasting 1-2 weeks before adults emerge.

Adult hoverflies live for several weeks to months depending on species and environmental conditions. Multiple generations occur throughout the growing season in temperate regions, with some species overwintering as adults while others overwinter as larvae or pupae. Spring emergence coincides with flowering plant availability and aphid population development.

Are hoverflies dangerous?

Hoverflies are completely harmless to humans and pose no physical threats despite their bee-like or wasp-like appearances. They cannot sting as they lack stingers entirely, and they don’t bite people or cause any direct harm. Their resemblance to stinging insects is purely defensive mimicry designed to protect them from predators rather than indicating any actual dangerous capabilities.

Hoverflies are gentle insects that typically ignore humans entirely, focusing instead on flower visitation and foraging activities. Even when handled directly, they don’t attempt to bite or defend themselves aggressively. Their defensive strategy relies entirely on visual mimicry rather than any actual defensive weapons or behaviors.

From an ecological perspective, hoverflies are beneficial rather than harmful, providing free pollination services and natural pest control through their aphid-eating larvae. They don’t damage plants, structures, or stored products, and they don’t transmit diseases to humans, pets, or livestock.

The only potential “danger” from hoverflies involves mistaken identity, where people may panic thinking they’re encountering bees or wasps when actually observing harmless hoverflies. This confusion can lead to unnecessary pesticide applications that harm beneficial insects or create fear where none is warranted. Education about hoverfly identification helps prevent these misunderstandings and promotes appreciation for these valuable garden allies.

Are hoverflies and sweat beetles the same thing?

No, hoverflies and sweat beetles are completely different insects from separate taxonomic orders with distinct characteristics and behaviors. Hoverflies are true flies in the order Diptera, characterized by one pair of wings, large compound eyes, and hovering flight capabilities. Sweat beetles, more accurately called sweat bees, are actually small bees in the family Halictidae that are attracted to human perspiration for its salt and moisture content.

The confusion likely arises because both hoverflies and sweat bees are small insects that may be encountered around people during outdoor activities, and both can display metallic coloration in some species. However, sweat bees are actual bees with four wings, pollen-collecting structures, and the ability to sting (though they rarely do), while hoverflies are harmless flies that cannot sting.

Behaviorally, the differences are significant. Sweat bees actively seek out human sweat and may land persistently on people, while hoverflies focus on flowers and rarely interact with humans directly. Hoverflies feed on nectar and pollen as adults, while sweat bees collect pollen to provision their nests.

The term “sweat beetle” itself is a misnomer, as these insects are bees rather than beetles (order Coleoptera). Proper identification distinguishes metallic hoverfly species from metallic sweat bees, and both groups from actual beetles that have hardened wing covers and completely different body structures and life cycles.

Are hoverflies beneficial?

Yes, hoverflies are among the most beneficial insects in gardens and agricultural systems, providing valuable ecosystem services through both adult and larval stages. Adult hoverflies are important pollinators that visit flowers for nectar and pollen, transferring pollen between plants and supporting fruit and seed production. 

Their pollination services complement those of bees and contribute significantly to crop yields and wild plant reproduction. Many hoverfly larvae are voracious aphid predators, consuming hundreds of aphids during their development and providing natural biological control that reduces pesticide needs.

How to know if you have a hoverfly infestation

Hoverfly “infestations” are actually beneficial populations rather than pest problems, indicated by the following signs:

• Hovering insects around flowers: You might notice bee-like flies hovering motionless near flowering plants during sunny weather, displaying characteristic rapid directional changes.
• No aggressive behavior: You’ll observe that these insects don’t attempt to sting or chase people despite their wasp-like or bee-like appearance.
• Larvae on aphid-infested plants: You can discover small, slug-like larvae among aphid colonies on plant stems and leaves, indicating beneficial pest control activity.
• Increased during bloom periods: You might see higher numbers of hoverflies when garden flowers are actively blooming and providing nectar resources.
• Single pair of wings visible: You might also notice upon close observation that these insects have only two wings rather than the four wings characteristic of bees and wasps

How to prevent a hoverfly infestation

Hoverflies are beneficial insects that generally don’t require prevention, but management focuses on encouraging appropriate presence while addressing concerns:

• Maintain diverse flowering plants: Provide continuous bloom sequences throughout the growing season to support hoverfly populations and their pollination services.
• Avoid unnecessary pesticides: Eliminate broad-spectrum insecticide applications that harm beneficial hoverflies along with target pests.
• Tolerate aphid presence: Accept low-level aphid populations that attract hoverflies and support their larvae’s predatory activities.
• Education over elimination: Learn to distinguish beneficial hoverflies from actual pest insects rather than treating them as problems requiring control.

When to call the professionals

For accurate insect identification and management of hoverflies versus actual pest flies, professional pest control services offer the most effective solutions. These pest control experts can properly distinguish between beneficial hoverflies and genuine pest species like house flies or fruit flies, implementing appropriate management strategies based on correct species identification. For confirmed pest fly situations, a pest control service gives you access to professional-grade treatments and integrated pest management approaches.

If you’re dealing with flying insect identification concerns or are unsure whether you’re observing beneficial hoverflies or actual pest flies around your property, contacting a professional pest control expert is your best option for accurate identification and appropriate management. Aptive can develop a customized assessment and management plan starting with a free quote to help you address your specific situation while preserving beneficial insect populations.

FAQs about hoverflies

Here are some frequently-asked questions about hoverflies from homeowners.

The post Hoverflies 101: What Are Hoverflies? appeared first on Aptive Pest Control.

Why are flies more active in the summer?

Flies are more active in summer due to optimal environmental conditions that accelerate their metabolism, reproduction, and development cycles. Warm temperatures increase fly metabolic rates, making them more energetic and active in their feeding, mating, and egg-laying behaviors. Higher temperatures also speed up their lifecycle development, allowing multiple generations to develop quickly during summer months and creating exponential population growth.

Summer heat creates ideal breeding conditions in organic waste, garbage, and decomposing matter where flies lay eggs. Warm, moist conditions accelerate egg hatching and larval development, reducing generation time from weeks to days in some species. This rapid reproduction means small fly populations can explode into major infestations within short periods during peak summer weather.

Increased human outdoor activity during summer provides more food sources and breeding opportunities for flies. Barbecues, picnics, outdoor dining, and increased garbage production create abundant feeding and egg-laying sites. Pet waste, compost piles, and garden debris also decompose faster in summer heat, providing optimal breeding habitats.

Do flies hibernate in the winter?

Most fly species don’t truly hibernate but instead enter various forms of dormancy or die off completely during winter months, depending on the species and local climate conditions. Many common flies like houseflies cannot survive freezing temperatures and either die when cold weather arrives or seek heated indoor environments where they can remain active year-round.

Some fly species enter diapause, a state similar to hibernation where their development and metabolism slow dramatically to conserve energy during unfavorable conditions. Cluster flies are notable for this behavior, gathering in large groups in attics, wall voids, and other protected areas where they remain relatively inactive until spring temperatures return.

Indoor environments allow some fly species to remain active throughout winter in heated buildings, though their populations typically remain lower than summer levels due to reduced breeding opportunities and food sources. These indoor populations can serve as the foundation for rapid population growth when favorable outdoor conditions return in spring.

Which types of flies are the most active in summer?

House flies are among the most active summer flies, thriving in warm weather and reaching peak populations during July and August when breeding accelerates in garbage, organic waste, and animal feces. Their rapid lifecycle allows multiple generations during summer months, creating persistent problems around homes and outdoor dining areas.

Fruit flies become extremely active in summer when ripening fruits and vegetables provide abundant breeding sites. Warm weather accelerates fruit decay and fermentation, creating ideal conditions for fruit fly reproduction in kitchens, gardens, and compost areas. Their populations can explode overnight in warm conditions.

Blow flies and flesh flies peak during summer heat when decomposing organic matter provides optimal breeding conditions. These flies are particularly problematic around garbage containers, pet waste, and any animal carcasses that decompose rapidly in summer temperatures.

Drain flies become more active in summer when warm, humid conditions in plumbing systems accelerate their development in organic buildup within drains and pipes. Higher summer humidity levels create perfect breeding environments in bathroom and kitchen drains.

Stable flies and deer flies are most aggressive during summer months, seeking blood meals from humans and animals during peak outdoor activity periods. Their painful bites make outdoor recreation particularly challenging during summer when their populations reach maximum levels.

How to know if you have a fly infestation

Summer fly infestations are typically obvious due to increased visibility and activity levels during warm weather:

• Large numbers of adult flies: You might notice numerous flies buzzing around indoor and outdoor areas, particularly in kitchens, garbage areas, and around food sources.
• Persistent breeding activity: It’s common to discover fly larvae (maggots) in garbage containers, compost piles, pet waste, or other organic matter around the property
• Constant buzzing sounds: You might hear continuous fly activity throughout daylight hours, especially around windows, doors, and food preparation areas.
• Food contamination evidence: It’s common to find flies landing on food, drinks, and cooking surfaces, along with dark spots from fly feces on walls and surfaces
• Outdoor congregation: You could also observe swarms of flies around garbage containers, outdoor dining areas, pet areas, or any locations with organic waste accumulation.

How to prevent a fly infestation

Summer fly prevention requires proactive management of breeding sites and attractants during peak activity periods:

• Aggressive sanitation: Remove garbage frequently, clean up food spills immediately, and eliminate organic waste that accelerates decomposition in summer heat.
• Secure all food sources: Store food in sealed containers, cover outdoor food during gatherings, and avoid leaving pet food exposed during warm weather.
• Maintain drainage systems: Clean drains regularly and fix any plumbing leaks that create humid breeding environments for drain flies.
• Install physical barriers: Ensure window and door screens are intact and use fans to create air movement that deters weak-flying species.
• Control outdoor breeding sites: Clean up pet waste promptly, maintain compost properly, and address any standing water or organic debris that provides breeding opportunities.

When to call the professionals

When dealing with fly infestations that are affecting your home’s comfort and creating sanitation concerns during summer months, professional pest control services offer the most effective and comprehensive solutions for fly elimination. At Aptive, our pest control experts can assess the extent of your fly problem and identify the specific species present, which is crucial for determining the most appropriate treatment methods and understanding the breeding patterns associated with different fly types.

If you’ve discovered persistent fly activity around your home or are frustrated by summer fly populations that continue despite your prevention efforts, don’t wait—contact Aptive today for a free quote. We’ll help you eliminate the fly problem while implementing comprehensive management strategies that keep your home comfortable throughout the peak summer season.

FAQs about fly activity in summer

Here are some common questions about flies and their activity during the summer months.

The post Why Flies Are More Active in the Summer appeared first on Aptive Pest Control.

What are sweatflies?

Sweatflies, also known as sweat bees or halictid bees (though they’re actually small flies rather than true bees), are tiny flies that are attracted to human perspiration, tears, and other bodily secretions. These persistent insects seek salt, proteins, and moisture from human sweat, making them particularly bothersome during outdoor activities, especially in warm weather when people are perspiring heavily.

Sweatflies are typically very small, measuring 1/8 to 1/4 inch in length, and are often metallic green, blue, or black in coloration. They’re most active during warm, sunny days and are commonly encountered around swimming pools, beaches, hiking trails, and outdoor work areas where people are actively sweating. Unlike many flies, sweatflies are attracted specifically to humans and will persistently hover around and land on people.

These flies don’t bite or sting, but their persistent presence can be extremely annoying as they’re drawn to areas like the face, arms, and back where sweat accumulates. They may also be attracted to sweet drinks, food, and other sources of moisture or salt. Sweatflies are most problematic during peak summer months when outdoor activities coincide with their highest population levels.

Their behavior makes them particularly frustrating pests because they don’t respond well to typical fly control methods and will continue returning to the same individuals throughout outdoor activities.

What are hoverflies?

Hoverflies, also called flower flies or syrphid flies, are beneficial insects that belong to the Syrphidae family and are important pollinators that mimic bees and wasps for protection. These flies are characterized by their ability to hover motionless in mid-air and their rapid, darting flight patterns that distinguish them from other fly species. Adult hoverflies feed primarily on nectar and pollen, making them valuable pollinators for gardens and agricultural crops.

Hoverflies vary in size from 1/4 to 3/4 inch and often display yellow and black striping patterns that mimic bees or wasps, though they lack stingers and are completely harmless to humans. Their large, prominent eyes and short antennae help distinguish them from the bees and wasps they mimic. Many species have metallic or iridescent coloration that makes them quite attractive insects.

These beneficial flies are most commonly seen hovering around flowers, where they feed on nectar and inadvertently collect pollen that they transfer between plants. Hoverfly larvae are also beneficial, as many species are predators that feed on aphids, scale insects, and other garden pests, providing natural biological control services.

Hoverflies are generally not considered pest insects and rarely cause problems for homeowners. Their presence in gardens typically indicates a healthy ecosystem with adequate flowering plants and balanced insect populations.

What are the main differences between sweatflies and hoverflies?

Sweatflies and hoverflies differ dramatically in behavior, appearance, and ecological roles. Behaviorally, sweatflies are attracted to humans and persistently seek sweat and bodily secretions, while hoverflies focus on flowers and nectar sources, rarely interacting with people directly. Flight patterns distinguish them as sweatflies have typical fly-like flight, while hoverflies display characteristic hovering abilities and rapid directional changes.

Ecological roles contrast significantly—sweatflies are nuisance pests with no beneficial functions, while hoverflies are important pollinators and biological control agents whose larvae prey on garden pests. Size differences show sweatflies being typically smaller (1/8 to 1/4 inch) compared to hoverflies (1/4 to 3/4 inch). Coloration varies as sweatflies often appear metallic green or blue, while hoverflies frequently display yellow and black bee-like patterns.

Management needs reflect their different roles—sweatflies require control measures due to their nuisance behavior, while hoverflies should be protected as beneficial insects.

How to prevent a sweatfly infestation

Sweatfly prevention focuses on reducing attractants and personal protection during outdoor activities:

• Personal hygiene management: Shower regularly during peak activity periods and use antiperspirants to reduce sweat production that attracts these persistent flies.
• Clothing strategies: Wear light-colored, loose-fitting clothing that covers exposed skin and reduces sweat accumulation in problem areas.
• Avoid sweet attractants: Limit use of perfumes, scented lotions, and sweet beverages outdoors that can attract sweatflies to your immediate area.
• Use fans and air movement: Install fans on patios and outdoor seating areas since sweatflies are weak fliers that struggle in moving air.
• Timing outdoor activities: Schedule outdoor work and recreation during cooler parts of the day when sweatfly activity is typically lower and perspiration is reduced.

How to prevent a hoverfly infestation

Hoverflies are beneficial insects that generally don’t require prevention, but management focuses on encouraging their beneficial presence while avoiding unnecessary control:

• Maintain flowering plants: Provide diverse flowering plants throughout the growing season to support hoverfly populations and their pollination services.
• Avoid unnecessary pesticides: Eliminate broad-spectrum insecticide applications that harm beneficial hoverflies along with target pests.
• Create beneficial habitat: Establish garden areas with native flowers, herbs, and plants that attract and support hoverfly populations.
• Tolerate their presence: Recognize hoverflies as beneficial insects that provide free pollination and pest control services rather than viewing them as problems.
• Education and identification: Learn to distinguish beneficial hoverflies from actual pest insects to avoid unnecessary control measures against these helpful garden allies.

When to call a professional

When dealing with persistent sweatfly problems that are affecting your outdoor comfort, professional pest control services can provide effective management solutions. At Aptive, our pest control experts can assess your property’s conditions that attract sweatflies and recommend targeted strategies to reduce their populations around outdoor living areas, which is crucial for maintaining comfortable outdoor spaces during peak activity seasons.

If you’re dealing with persistent flying insect problems and aren’t sure whether you’re encountering beneficial hoverflies or problematic sweatflies, don’t wait—contact Aptive today for a free quote. We’ll help you properly identify the species and develop appropriate management strategies that protect beneficial insects while controlling actual pests.

FAQs about sweatflies and hoverflies

Here are some commonly-asked questions from homeowners about sweatflies and hoverflies.

The post Sweatflies vs Hoverflies: What Are the Differences? appeared first on Aptive Pest Control.

Understanding how fly vision operates provides valuable insights into their behavior patterns and survival strategies that make them such persistent household invaders. This knowledge helps explain why traditional fly control methods often prove ineffective and guides the development of more sophisticated approaches that account for their exceptional sensory capabilities.

The Structure of a Compound Eye

Fly compound eyes represent remarkable biological engineering achievements that sacrifice visual detail for unprecedented motion detection and panoramic awareness capabilities essential for survival in dynamic environments.

Each compound eye contains thousands of individual photoreceptive units called ommatidia, ranging from 3,000 in smaller species to over 4,000 in larger flies. Every ommatidium functions as an independent visual unit equipped with its own lens, photoreceptors, and neural processing components that capture a narrow slice of the surrounding environment. These units are arranged in a hexagonal pattern that maximizes coverage while minimizing gaps in visual field detection.

Unlike human eyes that focus all incoming light through a single lens to create detailed images, compound eyes generate mosaic-style pictures composed of thousands of individual pixel-like inputs. Each ommatidium contributes brightness and color information from its specific viewing angle, creating overall images that emphasize movement detection over fine detail resolution. This design trades visual acuity for incredibly wide fields of view and rapid response capabilities.

Specialized neural networks behind compound eyes integrate input from thousands of ommatidia to create coherent visual representations that prioritize threat detection and navigation information. These processing systems excel at identifying movement patterns, changes in light intensity, and spatial relationships essential for flight control and predator avoidance.

How Flies Perceive Motion

The compound eye design provides flies with motion detection abilities that far surpass human visual processing, enabling split-second responses to potential threats and environmental changes.

Flies process visual information at rates exceeding 200 frames per second compared to human visual processing at approximately 60 frames per second. This enhanced temporal resolution enables flies to perceive rapid movements as distinct sequential events rather than blurred motion, providing additional reaction time during threat encounters.

Individual ommatidia demonstrate directional sensitivity that enables precise determination of movement direction and speed across different portions of the visual field. This capability supports complex flight maneuvers and evasive behaviors that make flies extremely difficult to capture using conventional methods.

Flies utilize motion parallax—the apparent movement of objects at different distances—to judge depth and navigate complex three-dimensional environments at high speeds while avoiding obstacles and predators.

Color and Light Sensitivity

Fly visual systems demonstrate specialized spectral sensitivities that enable detection of environmental features invisible to human observers while supporting essential survival behaviors.

Many fly species possess photoreceptors sensitive to ultraviolet light wavelengths that remain invisible to human vision. This UV sensitivity enables detection of ultraviolet patterns on flowers, navigation using polarized skylight, and identification of suitable surfaces for feeding and reproduction activities.

Fly color vision typically relies on three types of photoreceptors tuned to ultraviolet, blue, and green wavelengths rather than the red, green, and blue sensitivity characteristic of human vision. This configuration provides enhanced sensitivity to short-wavelength light while reducing perception of longer red wavelengths.

UV sensitivity enables flies to locate food sources, identify suitable mates, and select optimal egg-laying sites using visual cues unavailable to most predators and competitors. This capability provides significant survival advantages in complex natural environments.

The Role of Ocelli

In addition to compound eyes, flies possess supplementary simple eyes called ocelli that provide additional visual information essential for flight stability and environmental awareness.

Three simple eyes positioned on the dorsal head region detect changes in overall light intensity and provide horizon reference information essential for maintaining stable flight orientation. These organs complement compound eye function by monitoring broad environmental lighting conditions rather than detailed visual information.

Ocelli contribute to flight control by detecting changes in light intensity that indicate altitude changes, approaching obstacles, or shifts in environmental conditions. This information helps maintain stable flight paths and supports rapid course corrections during complex aerial maneuvers.

Neural pathways integrate information from both compound eyes and ocelli to create comprehensive environmental awareness that supports complex behaviors including navigation, predator avoidance, and territorial activities. This dual-system approach provides redundancy and enhanced reliability in critical survival situations.

Depth Perception and Close-Range Vision

Flies utilize specialized depth perception mechanisms adapted to their unique visual system architecture and high-speed flight requirements.

Rather than relying on binocular overlap like human depth perception, flies judge distances by analyzing how objects move across their visual field at different speeds based on their distance from the observer. Closer objects appear to move faster than distant ones, providing reliable depth information during flight.

Close-range visual capabilities prove less precise than distant motion detection, explaining why flies often make multiple approach attempts before successfully landing on surfaces. They compensate for limited near-vision detail through careful positioning and multiple visual reference checks.

Flies combine visual information with spatial memory to navigate familiar environments and locate previously discovered resources. This integration enables efficient movement through complex indoor environments where visual landmarks support navigation between feeding and resting sites.

How Compound Eyes Aid in Survival

The sophisticated visual capabilities of flies provide significant survival advantages that directly impact the effectiveness of pest control efforts and explain their persistence in human environments.

Key survival advantages and pest control challenges:

• 360-degree predator detection: Wide visual fields enable threat detection from any direction while maintaining reaction time for escape maneuvers.
• Rapid threat processing: Visual processing speeds exceeding 200 frames per second make traditional swatting and trapping methods significantly less effective.
• UV-enhanced resource location: Superior motion detection and UV sensitivity enable flies to locate food sources and breeding sites invisible to humans.
• Complex aerial maneuvering: Visual capabilities support rapid direction changes, obstacle avoidance, and precision landing that enable access to restricted areas.
• Environmental exploitation: Ability to detect resources and opportunities that remain invisible to other animals supports rapid colonization of new environments.
• Escape timing optimization: Visual system provides sufficient warning time for successful evasion of most conventional pest control attempts.
• Indoor environment adaptation: Compound eyes prove well-suited to artificial lighting and geometric patterns typical of human environments.
• Multi-vector awareness: Simultaneous monitoring of multiple environmental factors enables complex behavioral responses to changing conditions.

These capabilities make containment and elimination challenging using conventional pest control methods designed for visually limited pests.

When to Call the Professionals

When dealing with persistent fly problems that seem to evade conventional control methods, Aptive’s pest control experts can help. Our pest control service will perform a detailed inspection to assess the situation and develop a customized treatment plan based on understanding fly behaviors and abilities that make them such challenging pests.

If you’re experiencing persistent fly problems that continue despite your best elimination efforts, contact Aptive today for a free quote.

Fly Vision FAQs

Here are common questions about how fly compound eyes work and why these insects are so difficult to catch.

The post What Happens Inside a Fly’s Compound Eyes appeared first on Aptive Pest Control.

How fast are houseflies?

Houseflies can reach flight speeds of approximately 4.5 to 5 miles per hour during normal flight, with some studies indicating they can achieve burst speeds up to 8 miles per hour when escaping threats. While this may seem slow compared to larger flying animals, it’s remarkably fast relative to their tiny size and represents impressive aerodynamic efficiency for insects weighing only 10-14 milligrams.

Their flight speed varies depending on environmental conditions, motivation, and energy levels. During routine foraging or exploration, houseflies typically cruise at lower speeds around 3-4 mph, but they can accelerate rapidly when detecting danger or pursuing food sources. Environmental factors like temperature, humidity, and air currents significantly affect their flight performance.

What makes housefly speed particularly impressive is their acceleration capability—they can reach maximum speed almost instantaneously from a stationary position. This rapid acceleration, combined with their ability to change direction quickly, makes them extremely difficult targets for predators and human intervention attempts.

Why are houseflies so hard to catch?

Houseflies are exceptionally difficult to catch due to their sophisticated sensory systems, rapid reflexes, and superior maneuverability rather than just their speed alone. Their compound eyes contain thousands of individual lenses that provide nearly 360-degree vision and exceptional motion detection capabilities, allowing them to spot approaching threats from multiple angles simultaneously. This visual system processes information much faster than human vision, giving flies a significant advantage in threat detection.

Their reaction time is remarkably fast, with houseflies able to detect and respond to threats in as little as 30-50 milliseconds—much faster than human reflexes. When they detect danger, flies can launch into flight and change direction within fractions of a second, often before humans can complete their swatting motion.

Are houseflies the fastest type of fly?

No, houseflies are not the fastest type of fly, though they’re among the more agile species commonly encountered. Several other fly species can achieve higher speeds, with some robber flies capable of reaching speeds over 15 mph during hunting flights, and certain hover flies achieving impressive speeds during territorial displays and mating flights.

Deer flies and horse flies, which are larger than houseflies, can reach speeds of 10-15 mph when pursuing hosts or escaping threats. Their larger size provides more powerful flight muscles that generate higher speeds, though they’re typically less maneuverable than smaller flies. Some predatory flies like bee flies can also exceed housefly speeds during hunting activities.

How to know if you have a housefly infestation

Housefly infestations are typically obvious due to their visibility and distinctive behaviors around homes:

• Multiple flies indoors: You might notice numerous flies buzzing around inside your home, particularly in kitchens, dining areas, and near windows where they seek food and light.
• Persistent buzzing sounds: It’s common to hear constant buzzing from flies moving throughout living spaces, especially during daylight hours when they’re most active.
• Fly spots and contamination: You might also discover dark spots on walls, windows, and surfaces from fly feces, along with evidence of food contamination.
• Outdoor congregation: Homeowners often observe large numbers of flies around garbage containers, compost areas, or pet waste where they breed and feed.
• Breeding site discovery: You might find fly larvae (maggots) in organic waste, garbage, or moist areas where flies have established breeding populations indicating established infestations.

How to prevent a housefly infestation

Housefly prevention requires eliminating breeding sites and blocking access to indoor areas:

• Maintain strict sanitation: Remove garbage regularly, clean up food spills immediately, and eliminate organic waste where flies breed and lay eggs.
• Install proper screening: Ensure all windows and doors have intact screens without holes that allow fly entry while maintaining ventilation.
• Secure food storage: Store food in sealed containers and avoid leaving exposed food that attracts foraging flies to indoor areas.
• Eliminate outdoor breeding sites: Clean up pet waste promptly, maintain compost properly, and address any organic debris around the property.
• Use exclusion methods: Install door sweeps, repair damaged screens, and use fans or air curtains to create barriers that prevent fly entry into homes.

When to talk to a professional

When dealing with housefly infestations that are affecting your home’s comfort and creating sanitation concerns, professional pest control services offer the most effective and comprehensive solutions for housefly elimination. At Aptive, our pest control experts can assess the extent of your housefly problem and identify the breeding sources and entry points on your property, which is crucial for determining the most appropriate treatment methods and implementing long-term prevention strategies.

If you’ve discovered persistent housefly activity in your home or are frustrated by their speed and elusiveness making control difficult, don’t wait—contact Aptive today for a free quote. We’ll help you eliminate the housefly problem while implementing comprehensive prevention measures that keep your home comfortable and sanitary.

FAQs about houseflies

Here are some frequently-asked questions about houseflies and how quickly they can fly.

The post How Fast Can a Housefly Fly? appeared first on Aptive Pest Control.

These insights into house fly biology and behavior provide valuable information for managing these persistent pests with fly control.

Do house flies swim?

House flies cannot swim in the traditional sense, as they lack the anatomical adaptations necessary for aquatic locomotion. Unlike aquatic insects that have specialized leg structures or body modifications for swimming, house flies have legs and wings designed specifically for terrestrial movement and flight. When house flies come into contact with water, they typically struggle to move effectively and cannot propel themselves through the water with coordinated swimming motions.

However, house flies can exhibit limited movement on water surfaces due to surface tension effects. Their light body weight and water-repelling properties of their exoskeleton allow them to sometimes rest briefly on calm water surfaces without immediately sinking. This surface tension support is temporary and doesn’t constitute actual swimming ability.

If house flies fall into water, they typically thrash about with uncoordinated leg movements in attempts to escape rather than swimming purposefully. Their wings become waterlogged quickly, making flight impossible until they dry completely. Any movement in water is generally panic-driven survival behavior rather than controlled aquatic locomotion.

The inability to swim makes water encounters potentially dangerous for house flies, though their small size and light weight sometimes allow them to escape from shallow water or climb out along container edges if they can reach them.

Can house flies drown?

Yes, house flies can drown when submerged in water for extended periods, though they have some survival adaptations that allow them to survive brief water encounters. House flies breathe through small openings called spiracles located along their body segments, and when these become blocked with water, the flies cannot obtain sufficient oxygen and will eventually suffocate and drown.

The drowning process isn’t immediate, as house flies can survive several minutes underwater due to air trapped in their respiratory system and around their body. Their small size and relatively low oxygen requirements provide some protection against rapid drowning. However, prolonged submersion or complete saturation of their respiratory system will result in death.

Surface tension can sometimes provide temporary salvation for house flies that land on water, allowing them to remain on the surface long enough to potentially escape. Their water-resistant exoskeleton provides some protection, but waterlogged wings prevent flight and limit escape options significantly.

Environmental factors like water temperature, wave action, and the presence of detergents or oils affect drowning rates. Soapy water reduces surface tension and accelerates drowning, while calm, clean water might allow brief survival opportunities. Despite these variable factors, house flies are fundamentally poorly adapted for aquatic environments and remain vulnerable to drowning in most water encounters.

What is the best way to get rid of house flies?

The most effective house fly control combines multiple approaches addressing both adult flies and their breeding sources. Sanitation represents the foundation of house fly control—eliminating garbage, food waste, pet waste, and organic debris where flies breed and feed. Regular cleaning of areas where organic matter accumulates prevents population establishment and reduces attractants that draw flies to properties.

Physical exclusion through properly fitted screens on windows and doors prevents indoor access while maintaining ventilation. Traps and baits can reduce adult populations, with sticky traps, bait stations, and pheromone traps providing targeted control options for different situations and environments.

Professional pest control services offer the most comprehensive approach, particularly for persistent or large-scale infestations. They can identify breeding sources, implement integrated management strategies, and provide ongoing monitoring to prevent reinfestation.

How to prevent a house fly infestation

House fly prevention requires eliminating attractants and breeding sites while blocking access to indoor areas:

• Maintain strict sanitation: Remove garbage regularly, clean up food spills immediately, and eliminate pet waste to reduce breeding sites and food sources.
• Secure food storage: Store all food in sealed containers and avoid leaving food exposed on counters or in open containers that attract foraging flies.
• Install proper screening: Ensure all windows and doors have intact screens without holes or gaps that allow fly entry while maintaining ventilation
• Eliminate standing water: Remove sources of standing water around property including pet bowls, plant saucers, and drainage problems where flies might breed
• Regular cleaning routine: Clean kitchen surfaces, dining areas, and garbage storage locations frequently to remove attractants and potential breeding materials that support fly populations

What to do if you have a house fly infestation

Managing active house fly infestations requires immediate action combining multiple control methods:

• Identify breeding sources: Locate and eliminate areas where flies are breeding including garbage areas, compost, pet waste, or organic debris around the property.
• Use multiple trapping methods: Deploy sticky traps, bait stations, and light traps strategically to capture adult flies and reduce breeding populations.
• Implement exclusion measures: Repair damaged screens, seal entry points, and use fans or air curtains to prevent additional flies from entering indoor areas.
• Apply targeted treatments: Use appropriate insecticides or contact professional services for residual treatments in areas where flies rest and breed.
• Monitor and maintain control: Continue sanitation practices and monitoring to prevent reinfestation while evaluating the effectiveness of control measures and adjusting strategies as needed.

When to call the pros

When dealing with house fly problems that are affecting your home’s comfort or creating persistent sanitation issues, professional pest control services offer the most effective and comprehensive solutions. At Aptive, our pest control experts can assess the extent of your house fly infestation and identify the specific breeding sites and attractants on your property, which is crucial for determining the most appropriate treatment methods and preventing future population explosions.

If you’ve noticed increased house fly activity around your property or are dealing with persistent indoor infestations that continue despite your prevention efforts, don’t wait—contact Aptive today for a free quote. We’ll help you eliminate the house fly problem while keeping your home clean and comfortable through comprehensive pest management solutions.

FAQs about house flies

Here are some frequently-asked questions from homeowners about whether or not flies can swim.

The post Can House Flies Float in Water? appeared first on Aptive Pest Control.

It Starts with a Scent

Fruit flies (scientifically Drosophila melanogaster) don’t need much to find you. A single whiff of overripe fruit, juice residue, wine droplets, or a damp sponge is enough. Their antennae are built to detect even faint hints of fermentation. Once one finds the source, more follow. They don’t appear out of nowhere—but they might as well.

Fruit flies can detect rotting food from yards away. An open door or cracked window is an invitation. But sometimes, they’re already inside—riding in on produce, hiding in the grocery bag, or chilling on bananas that looked fine yesterday.

The Speed of a Fruit Fly Infestation

The real trick isn’t just how they get in—it’s how fast they multiply. A fruit fly infestation builds quickly because their life cycle is on overdrive.

Let’s break it down:

• Egg: Female lays up to 500 eggs in her lifetime, usually right on the surface of fermenting food.
• Larva: Eggs hatch in about 24 hours. Larvae feed nonstop, burrow in fruit, and grow fast.
• Pupa: After a few days, they pupate. This cocoon phase lasts 4–6 days.
• Adult: Within 7–10 days of the first egg being laid, you’ve got a new generation of flying adults. And yes, they start breeding almost immediately.

One missed apple core or sticky sink drain can house hundreds of eggs. So even after you clean, you’re still playing catch-up.

Fruit Flies Don’t Need Much to Breed.

Fruit flies aren’t picky. They’ll breed in:

• Banana stems
• Food stuck in sink drains
• Trash cans (even if mostly empty)
• Dirty dishwater
• Soda bottles with a few drops left
• Recycling bins with unwashed containers

They thrive anywhere moisture and sugar meet. That’s why they love kitchens—and why they often seem to show up in spotless ones. Even a mop bucket that has sat too long can become a breeding site.

Where Fruit Flies Come From (Besides Fruit)

People often think they’re spontaneous—like they materialize from the fruit itself. Not quite. Where fruit flies come from is more about hidden eggs and stealth entries.

Sometimes, eggs come in with the fruit. They’re too small to see. That plum? Already infested. That tomato? A jackpot for larvae. Because eggs hatch in a day, you might not notice anything off until it’s too late.

They also fly in through screens, doors, vents—any small gap. Once inside, they head for any fermenting or sugary spot to lay eggs.

Why You Keep Seeing Them

A single breeding site can create waves of new flies every day. And unless you find all the hidden spots, you’ll keep seeing more. Even after cleaning visible surfaces, they might still be breeding in drains, sponges, or compost bins.

That’s what makes a fruit fly infestation so persistent. Their life cycle resets constantly. By the time you swat one, five more are already forming in the apple stem in the trash.

Fruit Flies: Not Just an Annoyance

While fruit flies don’t bite or sting, they can still be a concern. As they land on rotting food and then your countertops, they may transfer bacteria and pathogens. Their presence, especially in food prep areas, signals a sanitation problem—even if that problem is hidden.

Seeing fruit flies and can’t figure out where they’re coming from? These pests can be extremely hard to deal with and can be pointing to underlying issues that may also be of concern. Talk to a pest control professional today – our experts can help you get to the bottom of the infestation and put together a plan for targeted fly control – so you can get back peace of mind and keep your family and loved ones protected.

The post Why Fruit Flies Appear Out of Nowhere appeared first on Aptive Pest Control.

What Are Drain Flies?

Drain flies, also known as sewer flies or moth flies, are small, fuzzy-winged insects that breed in moist, organic matter. They’re slow fliers and tend to stay near where they hatch. That’s why you usually see them hovering near drains, especially in kitchens, bathrooms, or laundry areas.

Unlike fruit flies, they don’t go after fresh produce. Instead, they’re drawn to the gunk that builds up in wet areas—things like decaying food particles, grease, and biofilm inside your pipes. Their name comes from exactly that: their preference for the slimy buildup deep in drain lines.

Why do Drain Flies Like the Kitchen Sink?

Your kitchen sink is a near-perfect environment for drain flies. It combines three things they need: moisture, organic residue, and a dark, undisturbed space. When food scraps or grease wash down the drain and collect inside the pipes, that material starts to break down. Over time, it creates a gelatinous film along the inner walls of the plumbing. That’s where drain flies lay their eggs.

Most kitchen sinks get used often—but not always in a way that disrupts buildup. Garbage disposals can push waste further down the line without fully clearing it. Sinks with low usage (like a second prep sink) may allow material to sit even longer. Either way, the drain becomes a nutrient-rich zone that supports fly activity.

What Do Drain Flies Eat?

If you’re wondering, “What do drain flies eat?” the answer is simple: decomposing organic matter. This includes food scraps, grease, oils, soap scum, and other soft debris that builds up over time. What makes them different from many other pests is their interest in material that’s already in decay.

Drain flies feed on the microorganisms that live in that buildup. The film that forms on the inside of drainpipes is called biofilm, and it’s packed with bacteria and organic sludge. That’s their food source and also their breeding ground.

The adult flies don’t live long, typically less than two weeks, but in that time, they can lay hundreds of eggs. Those eggs hatch in about two days, and the larvae grow directly in that same slimy material. As long as the buildup remains, so will the fly activity.

How Drain Flies Spread

One fly often means many. Since drain flies don’t travel far from where they hatch, seeing them in one drain is a good indicator that a colony is already present—or forming. They may start in one sink but show up in nearby areas if conditions are right.

They can also migrate between floors of a building using shared pipes. This is especially common in apartment buildings, offices, and older homes with long plumbing lines. If one unit has a buildup, the issue may spread before anyone notices where it started.

Why Do Drain Flies Keep Coming Back

If the environment remains the same, drain flies will continue to return. That’s why temporary changes—like flushing a drain with hot water—rarely work. The biofilm remains intact, and so do the conditions the flies rely on.

Even when adults are removed, the larvae can still be tucked away deeper in the plumbing system. It only takes a short time before another wave of adults appears, and the cycle continues. Identifying the root cause requires understanding not just where they are, but what’s allowing them to thrive.

What Drain Flies Are Actually Doing

In short: they’re feeding, breeding, and repeating. If they’ve shown up in your kitchen, they’ve likely already found a reliable food source. They’re not there by accident. Their presence means something in that drain is breaking down—and has been for a while.

Seeing them regularly means they’re comfortable. That comfort comes from consistent access to moisture and decaying matter. Understanding that is key to figuring out how to interrupt the cycle long term.

Get Rid of Drain Flies

Drain flies are not random visitors. They’re there for a reason, and they stay because the conditions are right. Their activity in your kitchen sink is a direct result of what’s happening inside your drains. Knowing what they’re doing helps you understand how serious the issue might be and where it’s likely coming from.

If drain flies are in your kitchen or home and they don’t seem to go away, you may already have an infestation. If you’re having issues getting rid of these kitchen invaders, professional pest control may be the right move. At Aptive, our pest control professionals can help identify where these nuisances are set up and breeding, and come up with a targeted fly control plan so you can take back your space and get peace of mind. Reach out and get a quote today, our experts are here to help.

The post What Do Drain Flies Do in Your Kitchen Sink? appeared first on Aptive Pest Control.

The Clock Starts Fast for a Fly

A typical housefly lives for 15 to 30 days. That’s not long, but it’s long enough to wreak havoc—especially indoors. And they waste no time. Within 24 hours of hatching, larvae are already wriggling around, seeking warmth and food. Within a week, they’ve grown enough to pupate. Another 5 days and they’re adults.

At full maturity, they don’t pause. They fly. They feed. They breed. Over and over. Females start laying eggs just a day or two after emerging. Each can lay up to 500 eggs in her lifetime, often in batches of 75 to 150 at a time.

What Flies Do All Day

You’ve probably wondered: what flies do besides buzz and annoy us. The answer? A lot.

Adult houseflies eat constantly. They seek out anything moist, rotting, sugary, or fermenting. Their sponge-like mouthparts mean they can’t bite or chew. Instead, they regurgitate digestive juices onto surfaces, liquefy it, then slurp it up. This is how they spread bacteria.

They’re also extremely social insects. You rarely see just one. Where there’s food or garbage, there’s a crowd. Their compound eyes give them nearly 360-degree vision, which helps them avoid swats and fly swatters with infuriating ease.

Flies also rest frequently, usually in warm spots near food. Indoors, they gravitate toward lamps, ceilings, or window corners. Outdoors, you’ll spot them sunning on fences, walls, or trash bins.

And then there’s mating. Male flies are aggressive and territorial. They patrol their chosen turf, chasing off rivals and attempting to mate multiple times a day. Mating lasts around 30 seconds—fast but frequent.

The Fly Life Cycle: A Speed Run

The full fly life cycle has four stages: egg, larva, pupa, and adult. In warm conditions, it can run from egg to adult in just 6 days. That means a single housefly population can explode in days, especially indoors where temperatures are stable and food is easy to find.

Here’s a breakdown:

• Egg: Laid on rotting food, feces, or garbage. Hatches in less than 24 hours.
• Larva (Maggot): Feeds constantly. Grows rapidly. Sheds skin twice.
• Pupa: Hard brown case forms around the maggot. Metamorphosis happens inside.
• Adult: Emerges ready to fly, feed, and reproduce.

Why Do Houseflies Keep Coming Back

It’s not just the housefly lifespan that makes them a problem. It’s their adaptability. Flies have evolved alongside humans. Our habits—leaving food out, generating waste, building warm buildings—create ideal environments for them.

Once inside, they’re hard to remove. They breed fast, avoid danger with sharp reflexes, and can slip through tiny gaps in screens or windows. Their short lives don’t limit them—they just reproduce faster.

When to Call for Help

The housefly’s life is short, but its impact is big. It does exactly what nature designed it to do: eat, reproduce, and survive long enough to start the next generation. Everything in its tiny body works toward that goal. Fast development. Efficient feeding. Relentless reproduction.

Knowing the fly life cycle and habits gives us a window into their world—and a reason to stay vigilant. They’re more than just annoying—they’re a persistent biological machine designed for speed and survival.

If you have ongoing problems with house flies, it may require adopting a strategy combining prevention and professional pest control intervention. Take the first step towards a more comfortable home with Aptive. We can help create a targeted fly pest control plan to deal with your particular situation.

Contact us today for a free quote and learn how our pest control services can help you create a more comfortable and pleasant living environment!

The post How Long a Housefly Lives—and What It Does with Its Time appeared first on Aptive Pest Control.