
Professional Mosquito Control Services


Appearance: Thin bodies made up of three sections, long legs, and a distinctive proboscis for feeding
Size: Range from 1/8 to 3/8 inch in length depending on species
Life Cycle: Complete metamorphosis with four stages: egg, larva, pupa, and adult
Lifespan: Adult females typically live 2-3 weeks in summer conditions
Diet: Males feed exclusively on plant nectar; females feed on nectar but require blood meals for egg production



Anopheles Mosquito

Itchy, red welts on exposed skin, especially after being outdoors
The distinctive high-pitched whine of mosquitoes, particularly at night
Mosquitoes resting on walls, ceilings, or vegetation around your property
Small, wiggling organisms in standing water sources
More mosquitoes around dawn and dusk when many species are most active

Mosquitoes can carry and transmit bacteria, parasites, and viruses, including West Nile and Zika
Mosquito bites cause itching and discomfort, potentially leading to secondary infections
Heavy mosquito populations can make outdoor activities unpleasant or impossible
Female mosquitoes can lay up to 100 eggs at a time, quickly increasing populations
Mosquitoes can transmit heartworm disease to dogs and cats
Locate resting areas where adult mosquitoes shelter
Determine the extent of the infestation
Identify environmental factors that may be enabling mosquito populations


Larvicide applications for standing water that cannot be eliminated
Use of biological controls to target mosquito larvae in water sources
Recommendations for eliminating or managing necessary water features
Targeted applications to vegetation and resting areas
Barrier treatments around the perimeter of your property
Specialized fogging treatments for immediate reduction in adult populations
Recommendations for eliminating standing water
Guidance on landscape modifications to reduce mosquito harborage
Suggestions for outdoor lighting changes to minimize attraction

Recommending ongoing maintenance practices
Suggesting landscape modifications to reduce habitat
Advising on personal protection measures during peak mosquito season
Regular monitoring and treatment adjustments as needed
Additional treatments after heavy rainfall or other triggering events
Continuous protection against future infestations
Eliminate standing water in containers, bird baths, and low areas
Clean gutters regularly to prevent water accumulation
Change water in pet dishes and bird baths at least weekly
Use mosquito dunks in water features that cannot be drained
Keep grass trimmed short and reduce dense vegetation
Trim tree branches and shrubs to increase air circulation
Remove leaf litter and yard debris promptly
Consider plants with natural mosquito-repelling properties
Use EPA-approved repellents when outdoors during peak mosquito times
Wear long sleeves and pants when mosquitoes are active
Install and maintain screens on windows and doors
Consider using fans on patios and decks as mosquitoes are weak fliers
Disease Transmission: Mosquitoes can spread serious diseases including West Nile virus, Zika virus, dengue, and others
Allergic Reactions: Some people experience severe allergic responses to mosquito bites
Secondary Infections: Scratching bites can lead to secondary bacterial infections
Outdoor Enjoyment: Heavy mosquito populations can prevent normal use of yards and outdoor spaces
Sleep Disruption: Mosquitoes entering homes can disturb sleep with their buzzing and biting
Property Value: Severe mosquito problems can affect the enjoyment and value of outdoor living spaces
Mosquitoes are primarily attracted to carbon dioxide that humans and animals exhale. They also detect body heat, sweat, and certain body odors. Standing water strongly attracts female mosquitoes as breeding sites. Even small amounts of water in containers, bird baths, clogged gutters, or poorly drained areas can become mosquito nurseries. Dark clothing tends to attract more mosquitoes than light-colored apparel. Additionally, bright outdoor lights may draw mosquitoes to your property at night.
Professional mosquito control works through a comprehensive approach targeting both adult mosquitoes and their larvae. The process begins with a thorough inspection to identify breeding sites and resting areas. For larvae, treatments include applying larvicides to standing water that cannot be eliminated. For adults, technicians apply residual insecticides to vegetation and resting areas. This creates a barrier that kills mosquitoes on contact and continues working for weeks between treatments. The most effective programs also include recommendations for habitat modification and ongoing maintenance to prevent future infestations.
Most effective mosquito control programs require regular treatments throughout the mosquito season, typically every 3-4 weeks. This schedule maintains the protective barrier around your property as treatments gradually break down due to weather conditions and new growth. In regions with longer mosquito seasons, you may need 6-8 treatments annually, while areas with shorter seasons might require only 3-4 treatments. The frequency may increase after heavy rainfall, which creates new breeding sites and can wash away some protection.
Mosquitoes are vectors for numerous serious diseases worldwide. In the United States, the most common mosquito-borne disease is West Nile virus, which can cause fever, body aches, and in severe cases, neurological complications. Other diseases transmitted by mosquitoes include Eastern Equine Encephalitis (EEE), St. Louis Encephalitis, and La Crosse Encephalitis. In recent years, Zika virus has been a concern, particularly for pregnant women as it can cause birth defects. Globally, mosquitoes also spread malaria, dengue fever, chikungunya, and yellow fever.
Yes, professional mosquito spraying is effective when properly applied as part of a comprehensive control program. The treatments target adult mosquitoes resting on vegetation and create a barrier that continues killing mosquitoes for weeks after application. However, spraying alone is not a complete solution. The most effective approach combines targeted spraying with larval control, elimination of breeding sites, and habitat modification. Regular treatments throughout mosquito season are necessary as the protection gradually diminishes due to weather conditions and new plant growth.



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