Our Certified Johns Creek Bat Removal Services

Welcome to our page dedicated just to Georgia Bat Removal & Bat Control Services. In Georgia, harming bats is illegal under state law. There are specific regulations that make it illegal to harm or kill any of the 16 native bat species in Georgia comes from the Georgia Department of Natural Resources.

Our family-business which was started in 2009 right here in Johns Creek, Georgia is “Certified Bat Removal Specialists“.

GUARANTEED BAT REMOVAL SERVICE As every home is unique, our bat removal quotes vary accordingly. Compared to squirrel or rat removal, bat exclusion typically comes at a lower cost because it usually involves fewer areas to secure. Bat exclusion means using top-grade, bat-resistant materials and techniques to ensure bats cannot re-enter. Our use of premium quality, animal-proof materials and tools allows us to confidently guarantee that no animals will breach the areas where we’ve implemented exclusion measures.

Bat exclusion, also known as bat-proofing, is a specialized method to seal your home and prevent bats from re-entering. Not all bat-proofing services are equal, approximately 15% of our jobs involve fixing ineffective or improperly done exclusion work by other companies.

Our Bat Removal – Bat Exclusion service stands out for several reasons:

• We provide a FREE 10-year warranty on our workmanship.
• Our pricing is consistently among the most competitive in the market.
• We pay special attention to aesthetics. For instance, we paint both sides of the metal in gable vents for a seamless look and enhanced durability, use stainless steel fasteners, and even paint the heads of these fasteners to blend in visually.

(678) 850-9520

INTERESTING FACTS ABOUT BATS IN NORTH GEORGIA

Here are 20 interesting facts about bats commonly found in North Georgia including information on the most common species that we encounter as we are removing them out of local attics.

1. Little Brown Bats (Myotis lucifugus):
   • Little Brown bats are one of the most common bat species in North Georgia, often roosting in caves, trees, and man-made structures.
   • They are insectivorous, consuming large quantities of mosquitoes, moths, and other flying insects each night.
   • Despite their small size, Little Brown bats can live for over 30 years in the wild.
2. Big Brown Bats (Eptesicus fuscus):
   • Big Brown bats are larger than Little Brown bats and are also frequently encountered in North Georgia.
   • They are adaptable and can be found roosting in attics, barns, and bridges, as well as natural roost sites like caves and trees.
   • Big Brown bats use echolocation to navigate and locate prey, emitting high-frequency sound waves and interpreting the echoes that bounce back.
3. Mexican Freetail Bats (Tadarida brasiliensis):
   • Mexican Freetail bats are migratory species that inhabit caves and other roost sites in North Georgia during the warmer months.
   • They are known for their large colonies, with thousands of individuals roosting together in tight clusters.
   • Mexican Freetail bats are important for pest control, consuming vast numbers of agricultural pests and crop-damaging insects.
4. Hoary Solitary Bats (Lasiurus cinereus):
   • Hoary Solitary bats are solitary tree-dwelling bats commonly found in forests and wooded areas of North Georgia.
   • They have distinctive frosted or “hoary” fur, giving them a unique appearance compared to other bat species.
   • Hoary Solitary bats primarily feed on moths and other nocturnal insects, using their echolocation abilities to hunt prey in flight.
5. Nocturnal Behavior:
   • Bats are nocturnal creatures, meaning they are most active during the night and rest during the day in roosts.
   • This behavior helps them avoid predators and competition for food while maximizing their efficiency as insectivores.
6. Flight Adaptations:
   • Bats are the only mammals capable of sustained flight, thanks to their lightweight bones, flexible wings, and powerful muscles.
   • Their wing structure allows for agile maneuvers and efficient hunting of flying insects.
7. Echolocation:
   • Bats use echolocation, emitting high-frequency sound waves and listening to the echoes that bounce back to navigate in darkness and locate prey.
   • This sophisticated sensory adaptation enables them to hunt insects with remarkable accuracy, even in complete darkness.
8. Roosting Habits:
   • Bats roost in a variety of locations, including caves, trees, rock crevices, buildings, and bat houses.
   • Roost sites provide shelter from predators and the elements, as well as a safe space for raising young.
9. Migratory Patterns:
   • Some bat species, like Mexican Freetail bats, migrate seasonally between roosting sites, traveling hundreds of miles to follow food sources and favorable environmental conditions.
10. Pollination and Seed Dispersal:
    • Bats play essential roles in ecosystems as pollinators and seed dispersers for many plant species, including some economically important crops like agave and bananas.
11. Social Structure:
    • Bats exhibit diverse social structures, ranging from solitary species like Hoary Solitary bats to colonial species like Mexican Freetail bats, which form large, tightly knit groups.
12. Hibernation:
    • In colder climates, some bat species hibernate during the winter months to conserve energy when insect prey is scarce.
    • Hibernation sites provide stable temperatures and humidity levels necessary for their survival during periods of dormancy.
13. Threats and Conservation:
    • Bats face numerous threats, including habitat loss, pesticide exposure, white-nose syndrome (a fungal disease), and human disturbance of roost sites. The Georgia Department of Natural resources launched a bat working group to help focus on bat conservation and local challenges.
    • Conservation efforts, such as habitat preservation, bat-friendly agriculture practices, and public education, are essential for protecting bat populations.
14. Unique Physiology:
    • Bats have unique physiological adaptations, including a specialized thumb bone that supports their wing membranes and elongated fingers for maneuvering in flight.
15. Longevity:
    • Despite their small size and vulnerability to predation and environmental stressors, some bat species can live for several decades in the wild.
16. Mother-Offspring Bond:
    • Female bats typically form strong maternal bonds with their offspring, nursing and caring for them in maternity colonies until they are old enough to fend for themselves. In Georgia we have a maternity season which creates a “blackout” time on exclusions to protect the species and limit flightless baby bats deaths as a result of being separated from the nursing females.
17. Rabies Risk:
    • While only a small percentage of bats carry rabies, it’s essential to avoid handling bats or coming into contact with their saliva to minimize the risk of transmission. To test rabies in a bat it has to be dead. So unless you’ve been in direct contact where you have been bitten or scratched I would not kill a bat to have it tested. Talk to a specialist at the health department before you take action.
18. Population Dynamics:
    • Bat populations can fluctuate dramatically in response to environmental factors such as climate change, insect abundance, and disease outbreaks.
19. Educational Opportunities:
    • Bats provide valuable educational opportunities for studying topics such as animal behavior, ecology, conservation biology, and the interconnectedness of ecosystems.
20. Role in Human Health and Economy:
    • Bats contribute to human health and the economy through pest control services, pollination of crops, and ecotourism opportunities associated with bat watching and bat-related events.