Author: Camo Pest Control

Almost nobody calls us after seeing a mouse. They call after seeing the fourth or fifth sign and finally putting it together. Mice are quiet, small, nocturnal, and very good at staying out of sight. By the time most homeowners are certain they have a problem, the population has usually been established for weeks. The signs were there earlier. They just did not look like much on their own. Here is what to watch for, roughly in the order people tend to notice it. 1. Droppings in Places You Do Not Look Often Droppings are the most common first sign, and the reason they get missed is location. Mice travel along walls and behind objects, so the droppings accumulate in the places you rarely move things. Check the backs of lower cabinets, behind the trash can, under the sink, along the back edge of pantry shelves, behind stored boxes in the garage, and inside the utility closet. Mouse droppings are small, dark, about a quarter inch long, and pointed at both ends. A single mouse produces dozens per day, so if you find them, you will usually find a lot of them. Fresh droppings are dark and slightly soft. Older ones are gray, dry, and crumble easily. That distinction tells you whether the activity is happening now. What do mouse droppings look like? Mouse droppings are about a quarter inch long, dark in color, and pointed at both ends, roughly the size and shape of a grain of rice. They are typically found in high numbers along walls, in cabinets, and in pantries. 2. Light Scratching After Dark Mice are nocturnal, so activity picks up shortly after the house quiets down. The sound is light and quick, often described as scribbling or rustling, and it usually comes from inside walls or above ceilings rather than out in the open. It is easy to dismiss as the house settling, or the AC, or a bird outside. If you are hearing it in the same location on multiple nights, it is not the house settling. 3. Gnaw Marks on Food Packaging and Boxes Mice chew to access food and to gather nesting material. The marks are small, paired, and relatively clean. Look for small holes chewed in the corners of cereal boxes, cracker sleeves, pet food bags, and flour or sugar packaging. Cardboard storage boxes in the garage or attic are another common target, since the cardboard itself makes good nesting material. 4. Shredded Nesting Material Mouse nests are made from whatever soft material is available, packed into a tight ball roughly the size of a grapefruit. Common materials include shredded paper, cardboard, fabric, cotton, and insulation. You will find them in enclosed, undisturbed spaces. Behind appliances, inside stored boxes, in the back of a closet, in attic insulation, or inside the void beneath a bathroom vanity. 5. A Musky Odor Sustained mouse activity in an enclosed area produces a distinct, persistent musky smell from urine. It is most noticeable in confined spaces like pantries, closets, cabinets, and utility rooms. If a closed space in your home has developed a smell you cannot source, that is worth investigating. 6. Your Pet Noticed Before You Did This one comes up constantly and it is worth taking seriously. Dogs and cats hear and smell rodents long before humans register anything. If your pet has started fixating on a specific wall, cabinet, appliance, or corner they previously ignored, sitting and staring at it or pawing at the base, they are probably telling you something. Homeowners often mention this in hindsight, once the problem is confirmed. 7. Grease Marks Along Baseboards Mice follow the same routes repeatedly, tight against walls. Over time, oils from their fur leave faint dark smudges along baseboards, at the edges of doorways, and around entry holes. These are subtle and easy to attribute to normal wear. On a light colored baseboard, a consistent dark line low to the floor along a run of wall is worth a closer look. 8. Seeing One During the Day This is the sign people take least seriously and it is arguably the most significant. Mice are nocturnal. A mouse moving around in daylight generally means competition for space or food inside the nesting area has pushed it out during off hours. Daytime sightings often indicate the population is larger than the homeowner assumes. Does seeing one mouse mean I have an infestation? Usually yes, particularly if you see one during daylight hours. Mice are nocturnal and social, so a daytime sighting often indicates a larger established population. Finding droppings in more than one room is another strong indicator. Why Acting Early Actually Matters The urgency here is not a sales tactic, it is arithmetic. A female house mouse can begin breeding at around six weeks old. She can produce five to ten litters per year with five to six young in each, and those offspring reach breeding age within about two months of birth. A pair of mice that get in during September can represent a serious problem by December. Nothing about that timeline requires unusual circumstances. It is simply how the animal reproduces. Acting at the first sign is meaningfully easier and less expensive than acting at the fifth. What to Do Next If you are recognizing two or three of the signs above, it is worth getting the home inspected rather than waiting for confirmation. An inspection identifies the species, locates the entry points, and tells you the actual scope of what is happening. Camo Pest Control provides mouse control for homes and businesses across New Braunfels, Seguin, Canyon Lake, San Marcos, Schertz, Cibolo, Garden Ridge, Buda, Spring Branch, La Vernia, and Bulverde. Read more about our mouse control services, or if you are not certain whether you are dealing with mice or rats, here is how to tell the difference. Call Camo Pest Control at 830-777-CAMO (2266) to schedule an inspection.

If you are hearing heavy scrambling above the ceiling at night in New Braunfels, Seguin, or anywhere in the surrounding Hill Country, there is a strong chance you have roof rats. Roof rats are the dominant rat species across Central Texas, and they are attic specialists. Understanding how they operate makes it much clearer why they got in, why they are hard to remove, and what actually keeps them out. What a Roof Rat Actually Is The roof rat, also called the black rat or palm rat, is a slimmer, more agile rat than its cousin the Norway rat. Body length runs about six to eight inches, and the tail is longer than the body, which is one of the easier field identifiers. The defining trait is climbing ability. Roof rats are exceptional climbers. They travel utility lines, fence tops, tree limbs, vines, and exterior walls with ease. Where a Norway rat burrows into the ground, a roof rat goes up. That single behavioral difference explains almost everything about how they get into homes. What is the difference between a roof rat and a Norway rat? Roof rats are slimmer with a tail longer than their body, and they nest high in attics, soffits, and trees. Norway rats are heavier with a tail shorter than their body, and they burrow low near foundations, sheds, and driveways. Roof rats are the more common species in Central Texas. Why Central Texas Is Ideal Roof Rat Habitat Several things about this region suit roof rats particularly well. The tree canopy is dense in established neighborhoods. Mature live oaks, pecans, and cedar elms provide both habitat and highways to nearby roofs. Older New Braunfels neighborhoods in particular have significant canopy overhang. Mild winters mean populations do not get knocked back the way they do in colder climates. Roof rats breed year round here. The river corridors along the Guadalupe and Comal, along with creek beds, greenbelts, and drainage channels, provide continuous cover and water. Properties backing onto these areas see consistently higher pressure. New development also plays a role. When land is cleared for construction in growing areas like Schertz, Cibolo, and the New Braunfels outskirts, displaced rodents move into whatever structures are nearby. How Roof Rats Get Into Your Attic These are the entry points we find most often on Central Texas homes. Overhanging tree limbs. This is the leading contributing factor by a wide margin. Any branch within roughly three to four feet of the roof is a functional bridge. Roof rats jump and climb well enough that they do not need contact with the structure. Roof line and fascia gaps. Where roof decking meets the fascia board there is frequently a gap, particularly on older homes or after storm damage has lifted or warped materials. Soffit and attic vents. Damaged screens, loose vents, or unscreened openings give direct access into the attic space. Utility line penetrations. Where power, cable, or AC refrigerant lines enter the structure, the gap around the penetration is often unsealed or sealed only with foam, which rats chew through easily. Chimney openings. Uncapped or damaged chimney caps. Vines and trellises. Ivy, wisteria, and similar climbing plants growing up an exterior wall function exactly like a ladder. The Damage Roof Rats Cause Attic rat activity is not a cosmetic problem, and this is the part homeowners tend to underestimate. Electrical wiring. Rat incisors grow continuously, so chewing is not optional behavior for them, it is biological maintenance. In an attic, the available things to chew include wood framing, PVC, ductwork, and wiring. Chewed insulation on a live wire surrounded by dry cellulose or fiberglass insulation is a genuine fire risk. Insulation. Roof rats tunnel through and nest in attic insulation, flattening it and reducing its effectiveness. They also contaminate it with urine and droppings. Ductwork. Chewed or displaced flex duct means conditioned air venting into the attic and contaminated air circulating through the home. Structural. Gnaw damage to framing, fascia, soffit, and roof decking, which widens the original entry point and invites additional rodents and wildlife. Do rats in the attic cause a fire risk? Yes. Rats gnaw continuously because their incisors never stop growing, and attic wiring is a common target. Chewed insulation on live wiring surrounded by attic insulation is a legitimate fire hazard, which is why attic rat activity should be treated as urgent. Why Roof Rats Are Hard to Remove Two reasons, and both matter. First, they are cautious. Roof rats avoid unfamiliar objects in their established territory. Set a new trap in an active runway and it can sit untouched for several days while the rats simply route around it. Homeowners frequently interpret the empty trap as evidence the problem resolved itself. Second, the attic environment works against DIY effort. Runways are along beams, in insulation, and in spaces that are awkward or unsafe to reach. Confirming where activity is actually happening, rather than where the noise sounds like it is coming from, requires getting into the space and reading the signs. Rodenticide is generally the wrong tool in an occupied home. A rat that dies inside a wall cavity or under insulation cannot be retrieved, which produces a significant odor problem for several weeks followed by a secondary fly and beetle issue. How Camo Pest Control Removes Roof Rats Inspection starting at the roof line. We check soffits, fascia, vents, the chimney, utility penetrations, and any vegetation providing access. Inside the attic, we look for runways, rub marks, droppings, nesting sites, and chew damage. Trapping placed on confirmed runways. Traps go where activity is verified, staged to account for rat caution, and adjusted as the job progresses. Exclusion. We seal entry points with materials rats cannot chew through, including hardware cloth, copper mesh, and sheet metal where appropriate. This is the step that determines whether the problem stays solved. Read more about how rodent exclusion works. Trimming recommendations. We will tell you which limbs need cutting back. Sealing a home while

You heard something moving above the ceiling last night. Or you found droppings behind the cereal boxes. Either way, the first question is the same one everybody asks: is this mice or is this rats? It matters more than most people realize. The two animals behave differently, enter homes through different openings, nest in different parts of the structure, and respond to completely different trapping approaches. Getting the identification right is the difference between resolving the problem in two weeks and chasing it for three months. Here is how to tell them apart without needing to see one. Start With the Droppings This is the fastest and most reliable indicator, and you will almost always find droppings before you see the animal. Mouse droppings are about the size of a grain of rice, roughly a quarter inch long, dark, and pointed at both ends. You will typically find them scattered in high numbers, since a single mouse produces dozens per day. Common locations are the backs of cabinets, pantry shelves, under sinks, along baseboards, and in the garage. Rat droppings are noticeably larger, from half an inch to three quarters of an inch, and shaped more like a capsule. Roof rat droppings have pointed ends and are found in attics and along beams. Norway rat droppings are blunt at the ends and turn up near foundations, sheds, and burrow openings. If you are looking at something the size of a rice grain, you have mice. If it looks closer to a raisin, you have rats. Fresh droppings are dark and slightly soft. Older ones are gray, dry, and crumble when disturbed. That difference tells you whether the activity is current or historical. What is the difference between mouse droppings and rat droppings? Mouse droppings are about a quarter inch long, roughly the size of a grain of rice, with pointed ends. Rat droppings are half an inch to three quarters of an inch long and shaped like a capsule. Size is the clearest indicator. Listen to the Sound The noises are genuinely different and most homeowners can distinguish them once they know what to listen for. Mice make light, fast, scratching sounds. The noise is often inside walls rather than overhead, and it comes in short bursts. Some people describe it as a scribbling or rustling sound. Because mice are small, the sound carries less weight to it. Rats are louder and heavier. Homeowners describe running, scrambling, thumping, and sometimes rolling or dragging sounds. Rat noise is usually overhead in the attic or ceiling rather than in the walls, and it is unmistakably the sound of something with body weight moving around. Both are nocturnal, so activity typically starts shortly after dark and picks up through the night. If you are hearing noise during the day, that often means the population is large enough that daytime movement is happening out of necessity. Check the Entry Hole If you find a chewed opening, its size narrows things down immediately. A mouse can get through a gap the size of a dime. If you can fit a pencil into an opening, a mouse can use it. Mouse entry holes are small, clean, and often around a half inch across. A rat needs an opening roughly the size of a quarter, though they routinely enlarge smaller gaps by chewing. Rat entry holes are bigger, rougher, and frequently show gnaw marks radiating out from the opening. Where They Nest Tells You a Lot Mice nest close to their food source, usually within twenty to thirty feet. That means wall voids near kitchens, cabinet interiors, pantries, stored boxes, and insulation in accessible spots. Mouse nests are made from shredded paper, fabric, and insulation packed into a tight ball. Roof rats nest high. Attics, soffits, the tops of wall cavities, and outside in trees, dense vines, and along fence lines. If your noise is overhead and the droppings are on attic beams, roof rats are the likely answer. Roof rats are the more common rat species across Central Texas. Norway rats nest low. Burrows in the yard, under slabs, sheds, decks, driveways, and woodpiles. Openings are typically two to four inches across and appear near the foundation. The Behavior Difference That Trips People Up Here is the practical detail that explains why the traps in your garage have not caught anything. Mice are curious. A new object in their environment gets investigated, often the same day. That is why mouse traps frequently produce results within twenty four hours of being set correctly. Rats are the opposite. They avoid unfamiliar objects in their established territory, a behavior called neophobia. A brand new trap sitting in a rat runway can go untouched for several days while the rats simply route around it. Homeowners often conclude they no longer have a problem, when in reality the rats are just working around the new obstacle. This is the single biggest reason DIY rat trapping fails and DIY mouse trapping sometimes works. Why are rats harder to trap than mice? Rats exhibit neophobia, meaning they avoid unfamiliar objects in their territory. A new trap can sit untouched for days. Mice are curious and will investigate a new object quickly, which is why mouse traps often work faster. Quick Reference Mice Rats Droppings Quarter inch, rice shaped, pointed Half to three quarter inch, capsule shaped Sound Light, fast scratching, in walls Heavy running and thumping, overhead Entry gap Size of a dime Size of a quarter or larger Nesting Wall voids, cabinets, near food Attics and soffits, or burrows near foundation Behavior Curious, investigates new objects Cautious, avoids new objects for days Why Correct Identification Changes the Treatment When our technicians inspect a home in New Braunfels, the species determines where we start. A suspected roof rat job begins at the roof line, checking soffits, vents, fascia gaps, and any tree limbs bridging to the structure. A mouse job starts at ground level, checking weep holes, garage door corners, utility penetrations,

Texas homeowners who care about their gardens often face an uncomfortable situation: mosquitoes are making the backyard unusable, but traditional mosquito sprays feel like a threat to the bees, butterflies, and beneficial insects that make that garden worth having in the first place. That concern is legitimate. Pyrethroid-based barrier sprays, the most common form of professional mosquito treatment, can affect pollinators when they come into direct contact with treated surfaces, particularly during and shortly after application. Most professional programs minimize this risk through careful timing and targeted application, but for homeowners with active pollinator gardens, beehives, or yards they have specifically cultivated to attract beneficial insects, the concern does not go away entirely. The In2Care Mosquito Station changes that equation. It is one of the only professional mosquito control options available that is specifically designed to protect pollinators, not just avoid harming them in a best-case scenario. Camo Pest Control now carries and services In2Care stations throughout New Braunfels, Seguin, San Marcos, Schertz, and Cibolo. Here is what makes it genuinely different for gardens and pollinator-friendly properties. Why Barrier Spray and Pollinators Don’t Always Mix To understand why In2Care matters for pollinator safety, it helps to understand where the concern with conventional mosquito spray comes from. Pyrethroids, the active ingredients in most professional barrier spray products, work by targeting the nervous systems of insects. They are applied to vegetation such as leaves, shrubs, and ground cover, which is where mosquitoes rest. The problem is that honeybees, butterflies, and other beneficial insects also land on vegetation. If a bee or butterfly lands on a treated surface while the product is still wet, or visits flowering plants that received overspray, the exposure risk is real. Responsible professional applicators minimize this in several ways: treating in the early morning or evening when pollinators are least active, avoiding actively blooming plants, and targeting specific harborage areas rather than broadcasting product across the whole yard. When applied correctly, the risk to pollinators is low. But low risk and no risk are not the same thing. For a homeowner with a dedicated pollinator garden, a backyard beehive, or flowering herbs they grow for cooking, even low risk can feel unacceptable. How In2Care Keeps Active Ingredients Away From Your Garden The In2Care Mosquito Station’s design is what makes it fundamentally different for pollinator safety. The active ingredients, pyriproxyfen and Beauveria bassiana, never leave the station in a spray. They are not applied to your plants. They are not broadcast across your lawn. They coat the gauze strip inside the station and transfer to the body of any female mosquito that enters. From there, the mosquito carries the larvicide to standing water breeding sites such as gutters, puddles, containers, and drainage areas. Pollinators do not go to those places. Honeybees and butterflies are drawn to flowers, not stagnant water. The biological pathway that makes In2Care effective for mosquito control is the same pathway that keeps it contained away from the insects you want to protect. According to In2Care’s own product documentation, no effect on non-target insects such as butterflies and honeybees is expected when the station is used following label instructions. The stations are placed in shaded, vegetated areas where the likelihood of pollinators entering is very low. The mode of action, which spreads larvicide through mosquito behavior rather than through environmental spraying, prevents the active ingredients from being distributed unnecessarily throughout the yard. Is In2Care safe for bees and butterflies? Yes. In2Care keeps its active ingredients inside the station and spreads them only to mosquito breeding sites via contaminated female mosquitoes. Bees and butterflies are not attracted to shaded standing water and are not expected to come into contact with the station’s active ingredients when the stations are placed and maintained according to label instructions. The Active Ingredients: Why They Were Chosen Pyriproxyfen is an insect growth regulator that disrupts the hormonal development of insect larvae, preventing mosquitoes from maturing into adults. It does not kill insects on contact and is not a broad-spectrum insecticide. The EPA and the World Health Organization have both reviewed pyriproxyfen’s safety profile, and it is widely regarded as one of the more selective tools available in vector control. It is used at very low concentrations, remaining effective at ten parts per billion, far below levels that would affect non-target organisms. Beauveria bassiana is a naturally occurring entomopathogenic fungus, meaning it infects insects but not mammals, birds, fish, or plants. It has been used in agricultural biological pest control for many years and is considered a biopesticide rather than a conventional chemical insecticide. It infects mosquitoes through contact, colonizes them, and causes death over several days. The slow action is what enables the autodissemination mechanism. The mosquito lives long enough to spread the larvicide before the fungus completes its work. Neither ingredient is toxic to birds or mammals. The In2Care station has been approved by the EPA and registered for use in all continental US states. What are the active ingredients in In2Care and are they safe? In2Care uses pyriproxyfen, an insect growth regulator, and Beauveria bassiana, a naturally occurring biological fungus. Both are EPA-registered, have been reviewed by the World Health Organization, and are not toxic to birds, mammals, fish, or plants. They are specific to insects and are applied in a contained way that minimizes environmental exposure. In2Care and Texas Pollinator Gardens Central Texas has one of the richest butterfly and bee communities in the country. The Texas Hill Country is a documented monarch butterfly migration corridor, and the wildflower diversity across Comal, Guadalupe, and Hays Counties supports a wide range of native pollinators including bumblebees, carpenter bees, swallowtails, fritillaries, and Gulf Fritillaries. Many homeowners in New Braunfels, Seguin, and Schertz have specifically planted native gardens with milkweed for monarchs, salvia and lantana for swallowtails, and Texas sage and mountain laurel for native bees. The idea of spraying the perimeter of that garden with a pyrethroid product, even a carefully applied one, can understandably give those homeowners pause. In2Care

One of the most common questions we get now that Camo Pest Control carries the In2Care Mosquito Station is how it compares to a regular mosquito spray. Is one better than the other? Do you need both? The honest answer is that they work differently, target different parts of the mosquito lifecycle, and are each better suited to certain situations. This post breaks down both options so you can make an informed call for your property — or talk through it with us. How Each Method Works Barrier spray is a liquid insecticide, typically a pyrethroid product, applied by a technician to the vegetation, shrubs, fence lines, and harborage areas around your property. Mosquitoes that land on treated surfaces are killed on contact. The product provides residual protection for 21 to 30 days, then breaks down and needs to be reapplied. It targets adult mosquitoes primarily, suppressing populations by eliminating resting adults on your property. The In2Care Mosquito Station is a water-filled bait station placed in shaded areas around your yard. It attracts egg-laying female mosquitoes, contaminates them with a larvicide and a biological fungus, and then releases them to carry that larvicide to breeding sites throughout your yard and neighborhood. It works by collapsing the breeding cycle, killing larvae before they develop and killing adults before they can transmit disease or produce another generation. The fundamental difference is where in the mosquito lifecycle each method intervenes. What Barrier Spray Does Well Barrier spray is the faster-acting of the two. When a technician treats your yard, you will typically notice a significant drop in adult mosquito activity within 24 to 48 hours. The entire yard gets coverage in a single visit, including shrubs, grass edges, fence lines, and deck undersides, and the residual keeps working for roughly three to four weeks. It is also highly effective at controlling the mosquito populations that are already on your property and biting right now. If you are hosting an outdoor event in two days or the mosquito pressure in your backyard has become unbearable, barrier spray delivers results on the timeline you need. Barrier spray is the right choice when you need fast, immediate knockdown of adult mosquito populations. It is also ideal when you are preparing for an event or want protection by a specific date, when your property has moderate to heavy infestation from adults resting in the vegetation, and when you want a proven, straightforward program with predictable retreatment intervals. The limitation of barrier spray is coverage of breeding sites. A technician can treat every inch of your vegetation, but they cannot treat the inside of your gutters, the water under your AC drip line, the neighbor’s birdbath, or the water sitting in a container three yards away. Those breeding sites keep producing adults between service visits. What In2Care Does Well In2Care’s strength is exactly where barrier spray has a gap: the hidden, scattered, hard-to-reach breeding sites that fuel the ongoing mosquito population. Because contaminated female mosquitoes carry the larvicide to wherever they lay eggs, In2Care reaches breeding sites that no technician can practically find and treat. A single female mosquito will visit multiple sites in her active window of six to twelve days before dying. In2Care turns the mosquito population into an unwitting distribution network for its own control agent. This autodissemination mechanism is particularly powerful in properties with ongoing moisture: near creeks or greenbelts, with rain gardens or water features, with drainage areas that pool after rain, or in neighborhoods with aging infrastructure where standing water collects in ways that are hard to control. In2Care is also the better choice for homeowners who are specifically concerned about the environmental impact of broadcast chemical spraying. Because the active ingredients stay largely confined inside the station and are spread only to mosquito breeding sites by the mosquitoes themselves, exposure to the broader yard environment is minimized in a way that barrier spray cannot match. In2Care is the right choice when your yard has ongoing breeding pressure from sources that cannot be fully drained. It is also the better fit when you have a garden, pollinator plants, beehives, or flowering landscaping you want to protect, when you prefer a targeted biologically based approach with minimal yard chemical exposure, when you want protection that works between service visits rather than relying entirely on scheduled sprays, and when your property is adjacent to a greenbelt, creek, or drainage corridor with continuous mosquito recruitment. What About Using Both? For many properties in the New Braunfels area, especially those near the Guadalupe River corridor, Cibolo Creek, or neighborhoods with natural drainage areas, the most effective approach is a combination of both methods. Barrier spray handles the adult mosquito population on your property right now. In2Care handles the breeding cycle, suppressing the next generation before it can hatch and adding a layer of control that persists between spray visits. Together, they cover both stages of the lifecycle simultaneously. Think of it this way: barrier spray is offense, actively eliminating the mosquitoes currently on your property. In2Care is defense, collapsing the pipeline that keeps producing new ones. For properties with higher mosquito pressure, a combined program delivers meaningfully better season-long results than either method alone. Side-by-Side Comparison Barrier Spray In2Care Station How it works Kills resting adults on contact Contaminates breeding females and spreads larvicide to breeding sites What it targets Adult mosquitoes Larvae and adults via fungus Speed of results 24 to 48 hours Builds over 2 to 4 weeks Residual 21 to 30 days Ongoing between 4 to 6 week service visits Covers hidden breeding sites No Yes, via autodissemination Pollinator exposure Low when applied correctly Minimal — active ingredients stay in station and breeding sites Best for Fast knockdown, event prep, heavy adult pressure Breeding suppression, gardens, pollinator-safe properties, ongoing moisture Service interval Every 3 to 4 weeks Every 4 to 6 weeks Which Should You Choose? If you want a fast, proven program that covers the whole yard and delivers immediate results,

Most mosquito control follows a simple logic: spray where mosquitoes are, kill what you hit, and repeat. It works, but it has real limitations. Barrier sprays cannot treat every hidden breeding site on your property. Fogging knocks down adults temporarily but does not touch the next generation. And all of it involves putting products into the environment on a broad scale. The In2Care Mosquito Station takes a completely different approach. Instead of chasing mosquitoes with chemicals, it recruits them to do the work themselves. Camo Pest Control now offers In2Care service throughout New Braunfels, Seguin, San Marcos, Schertz, and Cibolo. If you have been looking for a mosquito control option that targets the source of the problem without broadcasting chemicals across your lawn, this is worth understanding. The Core Idea: Using Mosquitoes Against Themselves The In2Care Mosquito Station is a water-filled bait station that attracts female mosquitoes at the exact moment they are looking for a place to lay eggs. That is the key. By targeting egg-laying mosquitoes rather than random flying adults, In2Care intercepts the breeding cycle at its most vulnerable point. Here is how the process unfolds: Step 1: Attraction. The station is filled with water treated with a proprietary odor lure that mimics the stagnant water mosquitoes seek out for laying eggs. Female mosquitoes, specifically Aedes and Culex species, are drawn in by the scent. Step 2: Contamination. Inside the station, the mosquito rests on a treated gauze strip coated with two active ingredients: a larvicide called pyriproxyfen, which is an insect growth regulator, and Beauveria bassiana, a naturally occurring fungus that acts as a slow-killing adulticide. Both adhere to the mosquito’s body. Step 3: Autodissemination. This is the mechanism that makes In2Care genuinely different from anything else on the market. Rather than dying in the station, the contaminated mosquito flies back out. She continues her normal behavior, visiting multiple standing water sources around your yard and neighborhood to lay additional eggs. Everywhere she goes, she deposits the larvicide. Breeding sites like gutters, flowerpots, puddles, birdbaths, and clogged drains become contaminated without a technician ever touching them. Step 4: Collapse of the breeding cycle. The larvicide prevents any larvae from developing into biting adults. Simultaneously, the Beauveria bassiana fungus weakens the adult mosquito herself over six to twelve days before she dies. The result is suppression at two stages of the lifecycle: larvae that never mature and adults that die before they can transmit disease or produce another generation. What “Autodissemination” Actually Means The technical term for what In2Care does is autodissemination, which means using the pest itself to spread a control agent. It sounds like jargon, but the concept is worth grasping because it solves a real problem that no spray program can fully address. Think about your yard for a moment. How many places does water collect after it rains? Gutters, pots, kids’ toys, the cap of your propane grill, the depression under a downspout, the water that pools under your AC drip line. A technician with a spray tank can treat the shrubs and fence lines. Nobody can find and treat every one of those micro-sites. A contaminated female mosquito can. She is biologically motivated to visit every standing water source she can find. In2Care turns that behavior into a control mechanism, letting mosquitoes do the work of contaminating the hidden breeding sites that would otherwise be impossible to reach. What’s Inside the Station The two active ingredients in In2Care are worth knowing by name because they speak directly to why the product is safe for the rest of your yard. Pyriproxyfen is an insect growth regulator, not a traditional insecticide. It does not kill insects on contact. Instead, it disrupts the development of mosquito larvae, preventing them from maturing into adults. It is highly specific to insects and has a well-established safety profile for mammals, birds, fish, and beneficial insects when used as directed. Beauveria bassiana is a naturally occurring soil fungus that has been used in biological pest control for decades. It infects insects through contact, colonizes their bodies, and causes death over several days to weeks. That extended window is exactly what gives In2Care its autodissemination advantage. The mosquito does not die immediately, so she keeps spreading the larvicide before the fungus finishes its work. Beauveria bassiana is specific to insects and is not harmful to mammals, birds, or plants. Neither ingredient is broadcast-sprayed across your lawn. Both remain largely contained inside the station and within the specific breeding sites the mosquito visits, keeping them away from your flower beds, vegetable garden, and family’s outdoor living space. How Stations Are Placed and Maintained In2Care stations are installed in shaded, vegetated areas where mosquitoes are naturally drawn: under porches, near shrubs, along fence lines, beside garden beds, or anywhere with consistent shade and nearby vegetation. Each station covers up to 4,300 square feet, and a typical residential property in New Braunfels or Seguin requires between four and six stations depending on size and layout. The stations require servicing every four to six weeks. During each visit, the used gauze strip is replaced with a fresh one, the water is refreshed, and the station is inspected for proper function. The station itself is made from durable recycled polypropylene and requires no power source. It operates entirely on mosquito behavior. Rain does not reduce effectiveness. The larvicide remains active at concentrations far lower than what is present in the station, meaning even significant rainfall that dilutes the water does not compromise results. Who Is In2Care Right For? In2Care is a particularly good fit for homeowners who have gardens, pollinator plants, or active beehives and want to avoid broad chemical spraying. It also works well for properties with water features, ornamental ponds, or rain gardens where mosquito breeding is ongoing. Homeowners with pets or young children who prefer a targeted, low-exposure treatment approach will find it a natural fit, as will those who live near a creek, greenbelt, or drainage area where mosquito pressure

If you have children or pets, the first question you ask before any pest control service is probably the most important one: is this safe for my family? It is the right question, and it deserves a straightforward answer rather than a rehearsed one. Here is what you actually need to know about the products used in professional mosquito treatments, how they are applied, and what precautions make them safe for your home. What Products Are Used in Professional Mosquito Treatments? Professional mosquito control services in Texas most commonly use synthetic pyrethroid insecticides. The most widely used are permethrin and bifenthrin. These products are derived from a class of compounds modeled after pyrethrins, which are naturally occurring insecticides found in chrysanthemum flowers. Pyrethroids work by targeting the nervous systems of insects. They are highly effective at low concentrations against mosquitoes, and they break down relatively quickly when exposed to sunlight and air — which is part of what makes them a preferred choice in residential applications. At the concentrations used in professional mosquito barrier sprays, pyrethroids are considered low toxicity to humans and most mammals. They are applied to vegetation and surfaces, not broadcast into the air in ways that result in prolonged human exposure. Less commonly used are organophosphate-based products. These are older chemistry and are used less frequently for residential mosquito programs due to a broader toxicity profile. At Camo Pest Control, our programs use EPA-registered pyrethroid-based products. For families who prefer a lower-toxicity or botanical option, essential oil-based products — including those using cedar oil, clove oil, or pyrethrin derived directly from plant sources — are available. These products are generally considered safer around children and sensitive pets, though they may have a shorter residual window and require more frequent application. What products does Camo Pest Control use for mosquito treatments? We use EPA-registered pyrethroid-based barrier spray products applied to vegetation and harborage areas. We are happy to provide the specific product name and EPA registration number upon request before any service. We also offer botanical options for families who prefer them. Are Mosquito Treatments Safe for Dogs? For most dogs, mosquito yard treatments pose minimal risk when applied and dried properly. Dogs are generally less sensitive to pyrethroid compounds than cats, and because the product is applied to vegetation and exterior surfaces rather than directly to animals, exposure is limited. That said, there are important precautions: Keep pets indoors during the application. The product should not contact pets directly, and pets should not walk through or roll in freshly sprayed vegetation. Wait for the treatment to dry before allowing pets back outside. The standard re-entry window is typically 30 to 60 minutes, or when all treated surfaces are fully dry. Your technician will confirm the specific wait time based on the product used. If your dog has a tendency to eat grass or lick surfaces outdoors, let your technician know. While the dried product is considered safe at application rates used in residential programs, it is good practice for your technician to be aware of your pet’s habits so they can advise accordingly. How long should I keep my dog out of the yard after mosquito treatment? Generally 30 to 60 minutes, or until all treated surfaces are completely dry. Your Camo Pest Control technician will give you a specific re-entry time at the time of service. Are Mosquito Treatments Safe for Cats? Cats deserve a separate mention because they are more sensitive to pyrethroid compounds than dogs or humans. Concentrated permethrin, for example, can be toxic to cats if they are directly exposed — this is actually the reason flea products formulated for dogs should never be applied to cats. In the context of yard mosquito treatment, the concern is more limited. The product is applied outdoors to exterior vegetation and surfaces, not inside the home or directly to animals. Once dried, the treated surfaces do not typically present the same level of risk as direct product contact. That said, we recommend: Is mosquito yard spray safe for cats? Pyrethroids can be more toxic to cats than to dogs or humans, particularly with direct exposure. Keep cats indoors during application and until all treated surfaces are dry. Let your technician know you have cats — we can discuss product options and any additional precautions. Are Mosquito Treatments Safe for Children? The same re-entry window that applies to pets applies to children. Keep kids indoors during the application and until treated outdoor surfaces are fully dry — typically 30 to 60 minutes. After that window, playing in the yard is generally considered safe based on EPA guidelines for products registered for residential use. During the application itself, children and adults should be out of the treatment area. This is not because the product is acutely dangerous in the way industrial chemicals might be, but because there is no reason to introduce any unnecessary exposure. For families with infants, children with sensitivities, or parents who simply prefer a more conservative approach, botanical and low-toxicity product options are available. These use plant-derived active ingredients and are formulated with sensitive households in mind. They may require more frequent reapplication than synthetic options. How long should my children stay off the lawn after mosquito spray? At least 30 to 60 minutes, or until all treated surfaces are completely dry. For extra caution, waiting until the following day for young children who spend significant time playing on the grass is a reasonable approach. What About Pollinators – Bees and Butterflies? This is a question we hear frequently, and it is worth addressing directly. Pyrethroid insecticides can be harmful to bees and other pollinators, particularly with direct contact during application. Professional mosquito services minimize this risk by: If you have a garden, a significant number of flowering plants, or pollinators actively visiting your yard, let your technician know before the service. We can adjust application timing and target areas to reduce pollinator exposure while still delivering effective mosquito control. Questions to

When most homeowners call a mosquito control company, they have one question in mind: can you come spray my yard? What they often do not realize is that there are several different treatment methods available, and they are not interchangeable. Each one works differently, has different strengths and limitations, and is best suited for different situations. This post breaks down the most common professional mosquito treatment options so you can have an informed conversation with your pest control provider — and choose the approach that actually fits your property, your family, and your budget. Method 1: Barrier Spray Treatments Barrier spray is the most widely used professional mosquito treatment for residential properties, and for most yards in the New Braunfels area, it is the right choice. A barrier spray involves applying a liquid insecticide to the vegetation, structures, and harborage areas around your property — the places where adult mosquitoes rest during the day. This includes shrubs, ornamental plants, the undersides of leaves, areas around the base of the home, fence lines, and any dense vegetation along the property perimeter. The product kills mosquitoes on contact and then provides residual protection as long as it remains on the treated surfaces — typically 21 to 30 days, depending on rainfall and the specific product used. As new adult mosquitoes emerge or migrate into your yard and land on treated surfaces, they are also eliminated. Barrier spray does not treat standing water or larval breeding sites directly. That is why it works best when combined with standing water elimination, as we covered in our yard preparation guide. Best for: Most residential properties in New Braunfels, Seguin, San Marcos, Canyon Lake, Cibolo, La Vernia, Garden Ridge, and surrounding areas. Standard suburban and semi-rural lots with grass, shrubs, and typical landscaping. Frequency: Every 21 to 30 days during peak season — typically May through October. What to expect: A noticeable reduction in mosquito activity within 24 to 48 hours of treatment. Method 2: Mosquito Fogging Fogging involves dispersing a very fine mist or fog — either thermally or through a cold fogger — across a large area. It is fast, it covers significant ground quickly, and it delivers an immediate knockdown of adult mosquito populations in the treated zone. The important distinction between fogging and barrier spray is residual. Fogging knocks down the mosquitoes that are present and airborne at the time of treatment. It does not leave a lasting residue on vegetation the way a barrier spray does. That means the protection is real but short-lived — typically 24 to 72 hours. Fogging also does not treat resting sites or breeding areas. It is not designed to suppress mosquito populations over time; it is designed to reduce them quickly for a specific window. Best for: Outdoor events — parties, weddings, graduations, cookouts, or any gathering where you need the yard to be as comfortable as possible for a specific date. Fogging is typically scheduled 24 to 48 hours before the event. Frequency: As needed, based on events or severe short-term infestation. What to expect: Immediate and dramatic reduction in flying mosquito populations. Results are temporary and do not extend protection week to week. Method 3: Mosquito Misting Systems A mosquito misting system is a permanent or semi-permanent installation of nozzles placed at intervals around the perimeter of your property. The nozzles are connected to a reservoir of insecticide and set to release brief automated bursts — called misting cycles — at programmed intervals throughout the day, typically at dawn and dusk when mosquito activity is highest. Misting systems provide the most consistent, automated protection available for residential properties. Once installed, they operate without you having to schedule service calls or think about reapplication schedules. The reservoir is refilled periodically by a service provider. The trade-off is cost. Misting systems have a higher upfront installation cost than a spray or fogging program. They also require ongoing product refills and occasional maintenance. For properties with significant ongoing mosquito pressure — large lots, waterfront properties, homes adjacent to the river corridor or creek beds — the convenience and consistency often justify the investment. Best for: High-infestation properties, larger estates, vacation rentals, properties near the Guadalupe or Comal River, and homeowners who want season-long automated protection without scheduling recurring service calls. Frequency: Automated — misting cycles are programmed into the system. Reservoir refills and maintenance as needed. What to expect: Consistent, ongoing protection throughout the season with minimal hands-on management. Method 4: Larvicide Treatments Larvicide treatments are not a replacement for any of the above — they are a complementary treatment that targets mosquitoes at an earlier stage of their lifecycle. Rather than killing adult mosquitoes, larvicides are applied to standing water that cannot be drained, killing mosquito larvae before they develop into biting adults. Bti-based products (Bacillus thuringiensis israelensis) are a commonly used biological larvicide that is safe for fish, wildlife, pollinators, and pets when applied correctly. These products are applied to ornamental ponds, water features, drainage areas, and other sources of standing water that cannot be removed. For properties near the river corridor or those with low-lying terrain that holds water after rain, adding larvicide treatment to a barrier spray program significantly improves results. Best for: Properties with water features, retention areas, drainage ditches, or consistent pooling after rain. Frequency: Typically reapplied every 30 days or after significant rain events wash away the product. What Camo Pest Control Recommends for New Braunfels Properties Every property is different, and the right treatment depends on the size of your yard, your proximity to natural water sources, how you use your outdoor space, and your goals for the season. That said, here is what we typically recommend for different situations in the Comal County area: Most suburban yards in New Braunfels: A recurring barrier spray program, applied every 21 to 30 days from May through October. This is the most cost-effective option for typical residential properties and delivers consistent season-long results. Properties near the Guadalupe or Comal

Nobody wants to spend a Texas summer trapped indoors because the backyard is unbearable. The good news is that a little preparation goes a long way — and most of it costs nothing but time. Whether you plan to handle mosquito control yourself or bring in a professional, the steps you take before peak season can make a real difference in how bad your yard gets. This guide walks you through exactly what to do to get your property ready, what the pros look for that most homeowners miss, and how to know when it is time to move beyond DIY. Step 1: Eliminate Every Source of Standing Water If there is one thing every mosquito expert will tell you, it is this: eliminate standing water. Nothing else you do will matter as much as this single step. Female mosquitoes lay their eggs in standing water, and they do not need much of it. A bottle cap of water can support a batch of eggs. A clogged gutter can produce hundreds of adult mosquitoes over the course of a single season. The more breeding sites you eliminate around your home, the fewer mosquitoes you will have — it is that direct. Walk your entire property once a week during mosquito season and address the following: Gutters: Clogged gutters are one of the single most productive mosquito breeding sites on any residential property. Water held in packed leaves and debris can sit for days after a rain. Clean your gutters before the season starts and check them after every major storm. Containers: Any container that can hold water is a potential breeding site. Flowerpots and their saucers, buckets, recycling bins, old tires, wheelbarrows, and kids’ toys all qualify. Either empty and turn them upside down or bring them indoors. Birdbaths: These are commonly overlooked because they seem intentional and harmless. A birdbath that is not refreshed at least twice a week becomes a mosquito nursery. Consider adding an agitator or fountain feature — mosquitoes need still water to lay eggs. Low spots in the lawn: Grading issues that cause water to pool after rain are more than a lawn care problem. If your yard has spots that stay wet for several days after a storm, those are active breeding sites. Improving drainage in those areas is a worthwhile long-term investment. Water features: Ornamental ponds and water gardens can be treated with mosquito larvicides (like Bti dunks) that are safe for fish and wildlife but kill mosquito larvae before they mature. Step 2: Tackle Your Landscaping Mosquitoes are not just a breeding problem — they are also a resting problem. Adult mosquitoes spend most of their time resting in cool, shaded, humid spots: tall grass, dense shrubs, under decks, along fence lines, and in areas of overgrown vegetation. Reducing these resting habitats gives mosquitoes fewer places to shelter between feedings and can noticeably reduce how many you encounter in your yard. Before mosquito season peaks, take care of the following: None of this will eliminate mosquitoes entirely, but combined with standing water removal, it significantly reduces the population that can establish itself on your property. Step 3: Protect Your Home’s Entry Points Culex mosquitoes — the primary carriers of West Nile virus in Texas — are most active from dusk through dawn. That means evenings are when they are most likely to find their way inside your home if you give them the opportunity. Walk the exterior of your home and check every screen on every window and door. Even a small tear or gap can let mosquitoes in. Replace or repair any damaged screens before summer arrives. If you use a swamp cooler or have any other ventilation openings to the exterior, make sure they have screens installed and in good condition. Check around door frames and window frames for gaps where weatherstripping has worn away. Step 4: Know What Actually Works and What Does Not There is no shortage of mosquito control products on the market, and many of them are heavily marketed without delivering meaningful results. Here is an honest breakdown: What works: Mosquito dunks and larvicide products for standing water you cannot drain. These are genuinely effective and safe for use around pets, children, and wildlife when used as directed. What works with limitations: Oscillating fans outdoors. Mosquitoes are weak flyers and a fan blowing across a patio or seating area disrupts their ability to land. It will not keep them away completely, but it helps. What is overstated: Citronella candles and torches. These create a small zone of mild deterrence — maybe a couple of feet in calm air. Outdoors in Texas heat, they are largely symbolic. What does not work on mosquitoes: Bug zappers. They attract and kill moths, beetles, and other insects that are far less of a nuisance, while doing almost nothing to reduce mosquito populations. Mosquitoes are not attracted to UV light the way other insects are. What delivers the best results: A professionally applied barrier spray that treats the vegetation and resting spots around your property. When combined with the standing water elimination steps above, a professional treatment program is the most effective approach available for most residential properties in Central Texas. Read more about what different professional treatment methods involve and which one is right for your yard. Step 5: Decide When to Call a Professional There is no shame in handling mosquito prep yourself — and the steps above will genuinely help. But there are situations where professional mosquito control is the right call, and knowing where that line is will save you time, money, and frustration. Consider calling a professional if: Camo Pest Control serves New Braunfels, Seguin, San Marcos, Canyon Lake, Garden Ridge, Cibolo, La Vernia, and the surrounding Comal County area. We provide yard assessments, one-time treatments, and full-season mosquito programs customized to your property and schedule. Call today for pest control in New Braunfels to get your yard ready before peak season arrives. You can

Most people assume mosquito season starts sometime around Memorial Day and ends when school starts back up. In Texas, that assumption will get you bitten — repeatedly, and starting much earlier than you expect. Texas has one of the longest mosquito seasons in the country. In much of the state, mosquitoes become active as early as February and stay active through November. In some areas of Central Texas, they never fully disappear. If you live in New Braunfels, Seguin, or San Marcos, understanding the actual mosquito season timeline is the first step toward protecting your family and your yard all year long. The Texas Mosquito Season Timeline Mosquitoes do not follow a calendar. They follow temperature. Once the weather consistently stays above 50 degrees Fahrenheit, mosquitoes wake up and begin feeding and breeding. In most of Texas, that threshold arrives well before spring officially begins. Here is what a typical Texas mosquito year looks like: February through May: Mosquito activity begins quietly. Populations are small, but they are building. This is the window when proactive homeowners get ahead of the season. Early barrier treatments applied in March or April can significantly suppress populations before they peak. June through September: This is peak season. Warm temperatures, regular afternoon rain, and high humidity create the perfect conditions for mosquito populations to explode. Biting pressure is highest in the early morning and around dusk, but some species will bite throughout the day, particularly on overcast or humid days. October and November: Activity begins to slow as temperatures drop, but mosquitoes remain active during warm stretches. A late-season rainstorm in October can temporarily spike populations again. December through January: Mosquito activity is minimal but not zero in Central Texas. Mild winters have extended the active season in recent years. The key takeaway is that peak mosquito season in Texas runs roughly five months — from June through September — with shoulders on either side that many homeowners ignore entirely. Why Central Texas Has It Worse Not all parts of Texas experience mosquito pressure equally. Central Texas — the region that includes New Braunfels, Seguin, San Marcos, Kyle, and Buda — sits in a particularly active zone for several reasons. The Guadalupe River and the Comal River run through the heart of Comal County. These waterways, along with their banks, flood zones, and adjacent vegetation, provide year-round moisture and shade for adult mosquitoes and consistent breeding habitat along the water’s edge. The area’s topography also plays a role. New Braunfels has more natural low-lying areas, drainage corridors, and creek beds than many similarly sized Central Texas cities. After any significant rain event, water pools in these areas and creates productive breeding grounds within a short distance of residential neighborhoods. Add to that the humidity that rolls in from the Gulf and the warm winters that have become more common in recent years, and you have conditions that allow mosquito populations to build earlier, peak harder, and stay active longer than most homeowners expect. How Weather Directly Affects Mosquito Populations The single most important weather factor for mosquito populations is rain. When it rains, water collects in every container, depression, and low spot on your property. Female mosquitoes lay eggs at the water’s edge or directly on the water’s surface, and those eggs hatch within days. The surge in mosquito biting you feel after a rain event typically arrives 7 to 10 days later — the time it takes for larvae to develop into adults. This is why mosquito pressure often feels worst in the week or two following a storm, not immediately after it. Drought conditions reduce mosquito populations by limiting breeding sites, but they do not eliminate them. Mosquitoes will find whatever moisture remains — air conditioning condensate drains, irrigation pooling, water features, and even the small amounts of water that collect under potted plants. In 2026, early and more frequent rainfall across Central Texas has accelerated the season. Combined with the confirmed West Nile virus case already on record in Texas, this year warrants more attention than most. If you want to understand the West Nile risk specific to New Braunfels, we covered it in detail in a separate post. When Should You Start Mosquito Treatments? The biggest mistake most homeowners make is waiting until they are already being bitten before doing something about it. By the time mosquitoes are unbearable in your backyard, you are already behind. The best time to start a mosquito treatment program is before peak season — ideally in March or April. An early barrier spray treatment suppresses the first generation of adults and disrupts the breeding cycle before populations reach their summer highs. That said, it is never too late to start. A professional mosquito yard spray service applied in June or July will still deliver significant results within a few days. The goal then becomes maintaining that protection with regularly scheduled retreatments every 21 to 30 days through September. Here are the moments that typically signal it is time to call a professional: Start Your Season Right Mosquito protection works best when it starts early. Whether you are looking for a one-time treatment before a backyard event or a full-season program that keeps your yard protected all the way through fall, Camo Pest Control has options for properties throughout New Braunfels, Seguin, San Marcos, and surrounding Comal County. Call today for pest control in New Braunfels to schedule your first mosquito yard treatment, or read about how to prepare your yard before your first service.