Introduction to spiders in Florida

There are over 35,000 described species of spiders worldwide, with roughly 3,000 inhabiting in North America. Many species of spiders are household pests. Wherever their food is available, spiders are likely to be found. All spiders are predators, feeding mainly on insects and other small arthropods. In the United States only two spider groups are considered dangerous to humans, the widow spiders and the recluse spiders. Both of these groups are composed of several species.

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Black Widow Spider

Brown Widow Spider showing orange hourglass and spindly legs

Brown Widow Spider

Common House Spider on a light-colored wall surface

Common House Spider

Daddy Long Leg Spider with thin, extended legs walking on a white floor

Daddy Long Leg Spider

Black widow spider with its legs extended

Biology

Female spiders usually do not eat their mate after copulation. In a week or more after mating, the female deposits as few as 20-30 to several hundred eggs in a silken sac. Depending on the species, one or more sacs may be made. Species which tend their egg sacs or young usually produce fewer eggs. It may be weeks later, or not until the following spring, before the spiderlings hatch and/or emerge from the sac.

The early instars and sometimes the males of many species will climb to a high point within suitable air currents, spin silk threads into the air and float out on the breeze like kites. This is called ballooning and provides for general dispersal of the species.

Spiderlings go through 4 to 12 molts before maturity. Most spiders live for 1 or 2 seasons, but a few live from 5-20 years. Spiders are predators, paralyzing or killing their prey with venom. They typically feed by injecting a pre-digestive fluid into the body of their prey and then suck in the digested liquid food. Spiders can survive without food for several weeks to a few months.

Most spiders are nocturnal or active at night and will scurry away when disturbed unless they are tending egg sacs or young. During the day, they usually remain hidden and inactive in cracks and crevices, their webs, etc. Spider bites usually result only with great provocation such as squeezing or handling. Bites usually occur when the males are wandering about searching for females or when people clean out neglected places such as basements, attics, or garages, or put on seldom-used clothing. Many spiders cannot penetrate human skin with their fangs and the bite of those that can, usually results in no more than a slight swelling and inflammation. The primary exceptions are  the black widow and brown recluse spiders. The black widow spiders possess a neurotoxin whereas, brown recluse spiders possess a cytotoxin which may produce an ulcerating sore or lesion; an antivenom is available for the black widow's venom. Always consult a physician if a spider bite is suspected.

Clements approach to control

  1. Inspection: A thorough inspection of the structure is essential to identify the species, web build-up and severity of the population.

  2. Identification: Accurate identification is important for both pest management and medical reasons.

  3. Prevention: This consists of making sure that the structure is in good physical condition, and properly screened and sealed to reduce entry. We’ll also provide you with recommendations such as changing the bulbs near the entrances to yellow bulbs, reducing attractiveness caused by the many insects that come to white-lights.

  4. Sanitation: Such practices consists of keeping the premises free of debris such as boxes, papers, clothing, lumber piles, etc. We recommend a thorough house cleaning be done twice each year. Outside, remove debris, firewood and lumber piles, landscape timbers, stones, etc. Keep the grass mowed to 3" (7.5 cm) or less and trim back any vegetation in contact with the structure.

  5. Mechanical Measures: The key to control is the timely mechanical removal of spiders and webs with an extendable spider brush, ensuring that adult spiders, as well as egg sacs are properly removed and disposed.

  6. Pesticide Application: Perimeter treatments with liquid insecticide are helpful to limiting spider populations. We treat the exterior of your home with a liquid based product in and around spider ridden areas.

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When you meet with our team, we’ll greet you with a smile, address your needs and answers any questions. No pushy sales person or high pressure tactics. For many treatments, we can even start them at the time of your consultation.

Introduction to cockroaches

How common are they?

Cockroaches are among the most common pests in households and commercial establishments. Not only is their mere presence a nuisance but they are known to be capable of carrying many common disease pathogens as well as causing allergic reactions in many people. The more common of such disease pathogens include bacteria in the genera Salmonella (food poisoning), Staphylococcus, Streptococcus, Coliform, Bacillus, and Clostridium, the bacteria Escherchia coli (diarrhea) and Shigella dysenteriae (dysentery), the protozoan-caused parasitic toxoplasmosis, and hepatitis B antigen. Other diseases now of minor importance in the United States include cholera, plague, and polio.

Of the approximately 4,000 living species of cockroaches in the world, roughly 70 inhabit the United States. Only a few of these cockroach species inhabit dwellings. The more common are the American, Australian, German, Oriental, and Florida Wood (aka Palmetto Bugs). By far, the most common is the German cockroach, which are smaller in size and harder to control. 

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American Cockroach

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Australian Cockroach

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German Cockroach

Florida Woods Roach

Florida Woods Cockroach

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Biology

Cockroaches have simple metamorphosis: egg, nymph, adult. Nymphs and adults are usually similar in appearance except for size and the typical addition of wings in the adult of most species; all newly emerged cockroaches are white, but will assume their typical coloration within a few hours as their cuticle hardens. They are gregarious, thus all stages and instars are found together in their preferred harborages, except that they tend to be size segregated by crack/crevice thickness. Domestic species are nocturnal or active at night but will be found out during daylight when the infestation is very large and acceptable harborages are filled to overflowing with cockroaches.

Females produce egg-containing cases. Each case contains eggs arranged in 2 parallel rows opposite each other and may contain as few as 4 to as many as 60 eggs, depending on the species. The ootheca is usually dropped or glued to some surface in a sheltered situation near a food source within a couple of days following formation. However, the German cockroach carries its ootheca until 24-48 hours before the eggs hatch and the nymphs emerge. Members of the family Blaberidae have the ootheca briefly protruding during its formation, then retract it into a brood sac, incubate it, and when the eggs are ready to hatch it is again extruded. The nymphs free themselves as the ootheca is forced from the brood sac and drop to the surface giving the appearance of live birth. Some species retain the ootheca, incubate it, and give birth to live nymphs.

Egg production without fertilization does occur in American, brown, brownbanded, Florida Woods, German, oriental, and Surinam cockroaches. Egg capsules produced this way usually fail to hatch or produce only a few  nymphs. Developmental time (egg to adult) is strongly influenced by temperature and humidity. It can be as short as 53 days for the German cockroach to as long as about 2 years for the oriental cockroach. Both the developmental time and the preferred harborage areas reflect the tropical or subtropical origin of cockroaches. In general, a high temperature and a high relative humidity are preferred in harborage areas and will shorten developmental time.

Habits

Cockroaches spend about 75% of their time in crack and crevice harborages into which they can just squeeze. The most preferred harborages are those of the proper size that are located nearest food and water sources but which are warm and have a high relative humidity.

Clements approach to control

  1. Prevention: This consists of inspecting all incoming items for cockroaches and making sure that the building is in good physical condition to reduce entry.

  2. Proper Sanitation: Such practices reduce the amount of available harborage, food, and water.

  3. Inspection: We will provide a complete inspection using a flushing agent and flashlight to identify hot spots and target areas of an infestation. This is the key to successful control because it determines which species are involved and where the infestations/populations are and therefore, where treatment is required.

  4. Initial Insecticide Application: This utilizes residual baits, insect growth regulators (IGR’s), liquids, aerosols, and/or microencapsulated pesticides usually placed in cracks and crevices but occasionally on surfaces or in voids, and the dusting of appropriate voids.

  5. Follow-up or Maintenance Services: Such service consists primarily of inspecting with a flashlight and flushing agent and/or the use of monitoring traps to find missed or newly introduced cockroaches, and treating any active infestation found.

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ROACH CLEANOUT CHECKLIST

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Introduction to ticks in Florida

What are the common types found here?

American and Brown Dog Ticks names come from the fact that they are only found in North America and that domestic dogs are the favorite host of the adults. Although not a structural pest, they are commonly found on dogs and readily attacks humans. It is of medical importance because it vectors the causal organisms of Rocky Mountain spotted fever and tularemia, and also causes tick paralysis.

 
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American Dog Tick

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Brown Dog Tick

 
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Biology

The engorged female drops off the host and seeks a sheltered place to lay her eggs. Over two to four weeks she lays egg masses totaling 4,000-6,500 yellowish-brown eggs, and then dies. Egg hatch usually occurs in 36-57 days. Unfed larvae actively crawl about seeking a host. They can survive for up to 540 days unfed.

Adults crawl up on grass or other low vegetation and wait for a host to pass. After both sexes have fed, females are completely engorged in about 10.5 days (range 5-27 days), mating occurs on the host. Males continue to feed but females drop off to lay their eggs. Females require a 3-58 day preoviposition or waiting period before egg laying begins. Unfed adults can survive for about 2-3 years (up to 1,053 days). The entire life cycle (egg to egg) requires from 3 months to more than one year, and both larvae and nymphs can overwinter. In the northern states, a 2-year life cycle may be more common.

In the eastern United States, American dog ticks are the primary vector of Rocky Mountain spotted fever (RMSF) which is caused by the rickettsial bacterium Rickettsia rickettsia. They transmit RMSF from small animals. It is a severe acute infectious disease of the small peripheral blood vessels whose characteristic symptom is a rash that develops in 2-5 days. Mortality in humans is 20% or more.

These ticks also transmit tularemia which is caused by the bacterium Francisella tularensis. It is transmitted from rabbits, meadow mice, ground squirrels, sheep, beavers, coyotes, and various game birds.  Symptoms include chills and fever, prostration, an ulcer at the tick-bite site, and tender, swollen lymph nodes.

In addition, American dog ticks can cause tick paralysis which is caused by fluids injected by the tick during feeding, but requires at least 5-6 days of feeding for transmission. If the tick is not removed, death may result from respiratory failure; children are particularly susceptible. If the tick is removed, recovery is rapid and usually within 24-72 hours.

Deticking dogs is an important way that Rocky Mountain spotted fever is spread. Handpicking is dangerous because infected tick secretions on the hands can be transmitted via contact with eyes, mucous membranes, etc.

Clements approach to control

  1. Personal Protection: We advise that you keep pant legs tucked into socks or boots, shirts tucked in, and clothes buttoned when in areas such as woods, brush or tall grass. Avoid sitting on logs, stumps, or the ground in brushy areas. Periodically inspect clothing and the body for ticks to remove ticks before they become attached to your skin. If a tick is found attached, remove it with a slow steady pull that will not break off the mouthparts and leave them in the skin. It is best to use forceps whose tips are placed on or just behind the mouthparts. If fingers are used, place the fingernails of thumb and index finger on or just behind the mouthparts but be sure to wash thoroughly with soap and water afterwards. Be sure to clean the attachment area. Liberal use of tick repellents is helpful, including application to clothing.

  2. Habitat Modification: Keep the grass cut to 3" (7.5 cm) or less; this also reduces rodent habitat. Trim back vegetation along trails, paths, and yard edges. Remove debris and ground cover to discourage rodents.

  3. Recurring Pesticide Applications: In infested areas, recurring liquid insecticide applications are advisable. We concentrate on the areas most likely to harbor ticks such as along covered paths, trails, and brush lined sidewalks, and the yard-woods interface.

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Introduction to stinging pests in Florida

The Double-Edged Role of Bees, Hornets, and Wasps in Nature and Public Safety

Bees, hornets, and wasps are for the most part a very beneficial group of insects, being the major pollinators of flowering plants, helping to reduce the numbers of many insect pest species, etc. However, of the 54 reported deaths each year from arthropod bites or stings, bees, hornets, and wasps account for about 30 percent.

Bees, hornets, and wasps are categorized as being either solitary or social. Solitary species are those whose members live independently of each other. Social species are those who live together in colonies or nests and which have an adult division of labor or caste system composed of workers, queen(s) and, periodically, males.

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Yellow Jacket

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Giant Ground Hornet

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Honey Bee

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Paper Wasp

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Biology

Bees, hornets, and wasps have complete metamorphosis: egg, larva, pupa, and adult. Those which are social have a caste system composed of workers, queen(s), and males (drones). Although the workers are sterile females, they occasionally lay eggs or can sometimes assume reproductive functions if the queen dies. Colonies contain only the founding queen until mid-summer when many queens and males are produced; but honey bees have only one functional queen at a time. Paper wasps (Polistes spp. and Mischocyttarus spp.) are the exception in that nests are founded by a dominant inseminated female that assumes the role of egg layer. She is attended by other submissive females and daughter wasps that serve as workers. With the onset of cold weather, workers, non-inseminated queens, and males die off leaving the inseminated queens to overwinter and start new colonies in the spring. Honey bees are the exception where the entire colony including immatures, workers, and the queen overwinters. In the solitary bees and wasps, only the inseminated queen overwinters.

Adults of social species feed on nectar, honeydew, sap, fruit juices, etc. Protein for larvae comes from pollen for the bees but for the wasps and hornets, it consists of insects and spiders if the adults are predators, or meat if they are scavengers. Workers get some protein but mostly carbohydrates from the trophallactic fluid exuded by the larvae when fed. The larvae of solitary species get all their food from the paralyzed prey or pollen ball upon which their egg was laid and which is then usually sealed in a  cell.

Clements approach to control

Since bees, hornets, and wasps are beneficial to our local ecosystem, we treat only in situations that pose an immediate threat to humans and pets, or when peace-of-mind is required. Its best to contact us immediately if you are experiencing a stinging pest problem on your property. Our team of experts will locate, treat and remove the colony from your property as quickly as possible to keep your family and pets out of harm’s way.

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Ant Control & Prevention Services in Florida

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Say Goodbye to Ants—Inside and Out

At Clements, we offer targeted solutions for every type of ant problem. Whether you're dealing with stubborn fire ant mounds in your yard or ghost ants foraging through your kitchen, our team is equipped with the tools and expertise to eliminate the issue and keep them from coming back. From preventative treatments to interior baiting and follow-up monitoring, we’ll tailor a plan that fits your home and your needs.

Common issues we handle

Outside Ants (Yard & Landscape Pests)

From fire ants and bigheaded ants to other aggressive outdoor species, these ants can dominate lawns, mulch beds, and patio areas—posing a risk to kids, pets, and outdoor enjoyment. Our exterior treatments include granular applications to eliminate mounds and prevent against colony fracturing. Ask about our quarterly fire ant control treatment program to keep them away year-round.

Inside Ants (Structural Invaders)

These ants are the ones that make themselves at home—ghost ants, Argentine ants, and other small foraging species commonly invade kitchens, bathrooms, and pantries in search of food and moisture. Our interior+exterior ant treatments target nests and foraging trails with non-repellent baits and residual products that eliminate the colony at its source. From one time treatments to year round protection, we’ve got a program that will work for you.

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Silverfish Identification & Prevention in Florida

What Are Silverfish and Where Do They Hide?

Silverfish are moisture-loving insects that thrive in dark, humid areas throughout Florida homes. They’re commonly found in garages, closets, attics, kitchens, and bathrooms, anywhere dampness and clutter provide shelter. Silverfish are especially attracted to paper, cardboard, books, and stored clothing, making storage boxes and sheds ideal hiding places. While they don’t bite, silverfish can damage belongings over time and often indicate moisture issues that should be addressed.

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Biology & habits

Female silverfish lay about 1-3 eggs per day, placing them in cracks, under objects, or left exposed. Each egg requires 72-90°F and at least 50-75% relative humidity to hatch. Developmental time (egg to adult) is 3-4 months under favorable conditions, but may require up to 2-3 years. If the population is left uncontrolled, individuals can live up to 3 years. The most favorable conditions for silverfish are 72-80°F, making them ideal indoor pests.

Silverfish species hide during the day and prefer to hide or rest in tight cracks or crevices. They can be found almost anywhere in a house including living rooms, bedrooms, bathrooms, attics, and garages. Silverfish infest commercial structures such as offices, stores, and libraries. They tend to roam quite some distance while searching for food, but once they find a satisfactory food source, they remain close to it. Within structures, they can be breeding in a variety of areas, including wall voids, in/under the subflooring, attics, etc. Silverfish can survive for weeks without food or water.

Many species of silverfish are good climbers. Shake roofs are excellent breeding sites for silverfish during the warm weather months. Here, there is an abundance of moisture, cellulose, starch, and dead insects. From here, they can easily gain entrance and move down through the insulation to the sheetrock board with its glue and paper coating below. People notice them when they come down on ceiling soffits and/or drop from skylights and canister light fixtures in the ceiling.

They prefer proteins to carbohydrates and are cannibalistic. Silverfish are often introduced into buildings via cardboard cartons of books and papers from an infested location. They are pests of paper, particularly of glazed paper and paper with sizing, wallpaper and wallpaper paste, book bindings, gummed labels and envelopes, etc.

Clements approach to control

  1. Identification of Habitat: Its best to locate the areas where silverfish are foraging, feeding, and laying eggs. This is often found in bathrooms, kitchens and closets.

  2. Habitat Modification: Once the habitat is identified, it’s important to modify the environmental by reducing moisture levels, removing paper items (wrapping paper, boxes, etc.)

  3. Pesticide Applications: In infested areas, recurring liquid insecticide applications are advisable. We focus on interior environments most likely to harbor silverfish eggs, then utilize a “crack & crevice” technique to contain growth in those hard-to-reach areas. We also treat the perimeter of the structure, creating a exterior barrier so that populations living in mulch, flower beds, or on the siding of the structure are eliminated before entering the home.

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Pantry pest identification & prevention in florida

What are pantry pests and why do they spread?

In homes, when pantry pests are found by the homeowner, a complaint is usually made to the retailer and contaminated food is thrown out. However, this category of pests destroys or damages over US$ 1 billion of gain per annum. Beetles are the largest and most important group of pantry pests, with moths and mites being the second and third most common.  

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Red Flour Beetle

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Grain Moth

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Grain Mites

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Biology

Because stored product pests belong to many diverse groups, few generalizations are possible. Obviously, the one thing they share is the fact that they infest stored products. Some can infest these food materials while they are still in the field, in addition to infesting them while in storage.

The more common stored product pests are often separated into 4 groups based on their feeding habits. A knowledge of these feeding habits, along with some familiarity with the biology and behavior of stored product pests, will greatly aid in the identification and the control of the pest at hand. These groups are:

  1. Internal feeders. The larva of these feeds entirely within the grain kernel and usually requires a whole kernel for development. Examples include the granary and rice weevils, the Angoumois grain moth, etc.

  2. External feeders. The larva of these feeds from the outside of the kernel inward. Examples include the Indianmeal moth, cigarette beetle, drugstore beetle, khapra beetle, etc.

  3. Scavengers. These feed on grain only after the seed coat has been broken, either mechanically or by some other insect. Examples include the confused and red flour beetles, the sawtoothed grain beetle, the Mediterranean flour moth, etc.

  4. Secondary pests. These feed on food materials which are  in  poor  condition, usually damp and/or have some mold growth present. Examples include the yellow mealworm, the dark mealworm, etc.

Clements approach to control

  1. Prevention: This consists of inspecting all incoming items for stored product pests, making sure that the building is in good physical condition to reduce entry, and that there is adequate ventilation.

  2. Sanitation: Such practices consist of the timely removal of all spilled commodity, the immediate removal and/or treatment of any infested commodity, and proper grounds maintenance to reduce sources of pests and attractiveness to pests.

  3. Proper Storage: This usually consists of having all items up on pallets, that the pallets be at least 18" away from the wall to allow for proper inspection and treatment, that all torn bags are repaired or replaced, etc.

  4. Stock Rotation: The rotation of food stock with non-food stock and the rotation out of the oldest stock first of a given commodity both help to prevent infestation coming from infested old commodity or unremoved debris.

  5. Ventilation: This is important to reduce or keep the food moisture content low; for example mites require at least a 12% food moisture content.

  6. Recurring Pesticide Applications: Finally, some kind of control is often required. Control is based on the correct identification of any pests found during the above listed activities or during periodic inspections. Once infested supplies are removed, we recommend treating high risk areas (pantries, closets, storage areas) with liquid pesticides on a recurring, seasonal basis.

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Flea identification & control in florida

What are fleas and how do infestations start?

Flea infestations within the home are typically due to infested pets and domestic animals. Infestations can also occur when homes are left in poor sanitary condition. Fleas can be vectors of plague and murine typhus, and serve as intermediate hosts of the dog tapeworm. Human fleas are found throughout the warmer parts of the world, and in the United States they thrive in sub-tropical climates, such as Florida.

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Biology

Females lay 4-8 eggs after each blood meal, for a total of up to 400 in a lifetime. Eggs usually fall off the host and hatch in 2-14 days. Larvae usually feed on organic matter such as droppings from adult fleas and feces of animals, but can feed satisfactorily on crushed rat feces alone. The larvae go through 3 instars in 1-5 weeks and then spin a cocoon and pupate. Under favorable conditions, adults emerge in 1-3 weeks. Developmental time (egg to adult) may be as short as 17 days. Adults may live more than 2 years.

Habits

Besides humans, these fleas infest cats, dogs, and other domestic animals, especially pigs. Most problems with human fleas occur in rural or farm areas. Infestations start with the farm animals and are then brought into the home. The human flea attacks a wide variety of wild animals including mice, ground squirrels, skunks, fox, deer, opossums, and burrowing owls. In a Florida study, 20% of the flea-infested dogs had the human flea on them accounting for about 7.5% of the fleas present. In Florida, human fleas are more prevalent in the cooler months on dogs kept outside. Bites of human fleas may be generally distributed over the human body whereas, cat flea bites which tend to be concentrated on the lower legs.

Clements approach to control

  1. Removal of Host: If your pet has fleas at the time of treatment, you must arrange for the pet to be treated. Treatment may be done by a veterinarian, grooming parlor, or by the pet owner, but must be done on the day of treatment and either before or while the premises are being treated.

  2. Interior Treatment: Occupants of the home must do the following just before the flea treatment:

    • Remove all items such as toys and pillows off the floor or carpet;

    • Remove all articles from under beds, on closet floors, and from under furniture;

    • Vacuum all upholstered furniture, floors, and carpeting, paying particular attention to the foot of the furniture on which the pet rests, under furniture, and wall-floor junctions. The vacuum bag must be immediately removed and put into a plastic garbage bag, the top sealed, and then placed in an outside garbage receptacle or burned.

    • Thoroughly clean all areas frequented by cats, e.g. table tops, refrigerator tops, window sills, counters, etc.

    • Cover aquariums and turn off the pumps prior to the treatment. Be sure to remove all pets, including birds.

    Our interior treatment consists of applying an appropriately labeled pesticide and/or IGR (insect growth regulator) be used on the initial treatment throughout the home, and reapplied during a follow-up treatment 7-10 days later.

  3. Exterior Treatment: For exterior control, we offer an additional lawn spray application with a thirty day warranty.

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FLEA CLEANOUT CHECKLIST

If you have already scheduled a Flea Cleanout service with our team of dedicated professionals, click the button below and follow the instructions in preparation of your scheduled appointment.

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Introduction to flies

Flies are not only nuisance pests, but they one of the most dangerous insect groups because they can transmit disease. For instance, the common house fly,  has  been  found  to harbor over 100 different pathogenic organisms.

Flies feed on a variety of food materials but most of those of structural importance develop in either fermenting or decaying organic matter, although a few are parasitic on other animals. Also, flies may invade the walls and attics of structures in large numbers if left untreated.

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Biology

Flies have complete metamorphosis: egg, larva, pupa, and adult. This means that the adults are very different in appearance and habits from the immature stages.

Adult females lay their eggs either on or in the larval food material, or very near it. Larval development usually takes place within the food material. If the food material is liquid, the last instar larvae typically crawl to a dryer area for pupation. Developmental time (egg to adult) requires as few as 6 to as many as 45 days, or longer under adverse  conditions.

Adults are often found on flowers where they feed on nectar. Some adults are attracted to incandescent and/or ultraviolet (black) light and some are not. Some have their greatest activity period during the daytime while others are most active at sunset and sunrise, or in the evening. See the individual treatments for details.

Clements approach to control

  1. Identification: This is the key to understanding which species is infesting the structure.

  2. Sanitation: Involves the removal or elimination of the larval developmental sites and reduction of attractive odors.

  3. Mechanical Control: Involves exclusion by the use of screening, caulking, tight-fitting windows and doors, etc., as well as the use of air curtains, insect electrocutors (light traps), sticky-surfaced traps, etc.

  4. Insecticide Application: Involves using appropriately labeled insecticides, baits and traps on the interior of the structure. For persistent infections outdoors, this may involve treatment of larval habitat, adult resting surfaces, or the use of bait materials.

Schedule a free inspection

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Humane wildlife removal

Clements Wildlife Removal Services specializes in providing humane and effective solutions for wildlife-related issues. Our team of experts is dedicated to safely removing and relocating unwanted wildlife from your property, ensuring both your safety and the well-being of the animals.

Here's how our wildlife removal services work:

  1. Assessment: Our skilled technicians will conduct a thorough assessment of your property to identify the wildlife species causing the issue and determine the extent of the problem.

  2. Customized Solutions: Based on the assessment, we will develop a customized wildlife removal plan tailored to your specific needs. Our solutions prioritize humane methods that comply with local regulations and ethical standards.

  3. Safe Removal: Our trained professionals will employ humane techniques to safely capture and remove the wildlife from your property. We prioritize the well-being of the animals, ensuring they are unharmed during the removal process.

  4. Exclusion Measures: To prevent future wildlife intrusion, we will implement effective exclusion measures, such as sealing entry points and securing vulnerable areas. This helps to minimize the likelihood of future wildlife problems.

  5. Education and Prevention: We believe in empowering our clients with knowledge. Our team will provide you with valuable insights and guidance on how to prevent future wildlife conflicts and make your property less attractive to wildlife.

With Clements Wildlife Removal Services, you can trust that your wildlife issues will be handled with expertise, compassion, and respect for both your property and the wildlife involved. Choose us as your trusted partner in humane wildlife control, ensuring a safe and harmonious environment for you and the animals.

Schedule your free inspection

When you meet with our team, we’ll greet you with a smile, address your needs and answers any questions. No pushy sales person or high pressure tactics. For many treatments, we can even start them at the time of your consultation.

Common household pest

We know a lot about bugs, and know you can too. Head over to our Learning Center for information on some of Florida’s most common residential pests.

 
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We take pride in ensuring that your home is safe and your yard is healthy. So if the pests come back, we will too — We Guarantee… absolutely free!

 
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Mosquito Control for Florida Homes

Clements Pest Control has been delivering professional mosquito control for Florida homes since 1961. Florida's climate means mosquitoes are a year-round problem — and in Vero Beach, Stuart, Naples, and Orlando, that pressure never fully lets up. We offer two solutions built for it: automated misting systems that protect your property on a programmable schedule, and one-time event sprays that clear your outdoor space before a gathering. Both are handled by our licensed, state-certified technicians who know Florida's mosquito season inside and out.

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Mosquito control technician walking through backyard with homeowner during outdoor inspection

Reliable Mosquito Defense for Florida Homes

iMistAway mosquito misting system control box with smartphone app for automated backyard mosquito control

Automated Mosquito Misting Systems

A permanent mosquito misting system is the most effective way to protect your property year-round. Nozzles are installed around your perimeter and connected to a reservoir of EPA-registered solution. The system runs on a programmable timer, typically at dawn and dusk, and handles itself from there.

  • Automated/programmable timer — protection runs with no action required from you

  • Permanent perimeter installation — full-property coverage, inside and out

  • Clements handles all refills and routine maintenance

  • Available for residential homes, rental properties, and commercial accounts

  • Ideal for: patios, pool areas, outdoor kitchens, and properties with dense vegetation

Pest control technician applying mosquito treatment directly into dense shrubs at a Florida home

Event Mosquito Spray Treatments

Hosting a wedding, graduation, company event, or backyard party? Our one-time event spray eliminates mosquitoes from your venue so your guests can enjoy the outdoors without the bites.

  • Schedule 24–48 hours before your event for best results

  • Treats vegetation, shrubs, lawn edges, and shaded resting zones

  • Safe for guests and pets once dry

  • Available for residential properties and commercial event venues across all four service areas

 
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Why Choose Clements Pest Control

  • 65+ years serving Florida homeowners and businesses

  • Licensed, state-certified technicians in every service area

  • EPA-registered products — applied safely and according to label

  • Family-owned and locally operated across 4 Florida locations

  • No national call centers — local teams who know local conditions

  • Satisfaction guaranteed on every installation and treatment

  • Transparent pricing — no surprise fees

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Frequently Asked Questions

  • A series of nozzles installed around your property perimeter connect to a reservoir of EPA-registered insecticide. The system runs on a programmable timer, typically at dawn and dusk when mosquito activity peaks, releasing a fine mist over the vegetation and shaded resting zones where mosquitoes gather during the day. Clements handles all refills and routine maintenance so the system runs without any effort on your part.

  • We recommend scheduling your event spray 24 to 48 hours before your event. This gives the treatment time to fully take effect and ensures the area is completely dry and odorless before your guests arrive.

  • It depends on your goal. A misting system is the right choice for continuous, automated mosquito control throughout Florida's year-round season; set it, forget it, and your property stays protected. An event spray is ideal when you have a specific outdoor gathering and need a focused, one-time treatment. Many homeowners with misting systems also book event sprays when hosting larger parties for extra coverage.

  • Yes. We use only EPA-registered products applied by licensed, state-certified technicians. We recommend keeping people and pets clear of the spray zone during active misting cycles. Once the mist has settled — typically within a few minutes — treated areas are completely safe for normal use.

  • Mosquitoes are drawn to standing water, dense vegetation, and shady areas. During our inspection, we’ll point out trouble spots and help you reduce mosquito-friendly conditions.

Vero Beach
4036 43rd Ave
Vero Beach, FL 32960
(772) 562-6450

Orlando
8600 Commodity Cir Suite 159
Orlando, FL 32819
(407) 277-7378

Stuart
7917 SW Jack James Dr # 8
Stuart, FL 34997
(561) 200-0705

Naples
1035 Collier Center Way #6
Naples, FL 34110
(239) 775-8855