Moles in Oklahoma: Complete Identification, Risks & Control Guide

Field	Details
Scientific Name	Scalopus aquaticus (Eastern Mole)
Classification	Mammalia, Order Eulipotyphla, Family Talpidae
Size	5 to 8 inches long; 3 to 5 ounces
Color	Velvety dark gray to brown fur
Lifespan	3 to 6 years
Diet	Earthworms (primary), grubs, beetle larvae, ants, other soil invertebrates
Active Season	Year-round; two peak periods (spring and fall)
Threat Level	High lawn and landscape damage
Common in OKC Metro	Yes, especially Edmond and Norman

Moles are among the most frustrating lawn pests across the Oklahoma City metro. A single mole can tunnel through 18 feet of soil in one hour, leaving raised ridges and volcano-shaped mounds that destroy turf, uproot plants, and undermine sidewalks. Their tunnel networks expand day after day, turning a healthy lawn into a spongy mess of broken root zones. Homeowners in Edmond, Norman, Moore, Midwest City, and Yukon deal with mole damage every year, particularly in neighborhoods with mature trees, irrigated turf, and rich garden beds. If you have noticed raised ridges snaking across your yard or soft spots where the lawn collapses under your feet, moles are almost certainly the cause. Alpha Pest Solutions provides professional mole trapping and control throughout the OKC metro. Call us at (405) 977-0678 for an inspection and a treatment plan built around your property.

Identifying Moles in Oklahoma

Moles are not rodents. They belong to the insectivore family, and their entire body is designed for a life spent underground. Oklahoma homeowners often confuse them with gophers, voles, and shrews. That confusion leads to wasted money on the wrong treatments.

The Eastern mole (Scalopus aquaticus) is the species found in Oklahoma. Adults measure 5 to 8 inches from nose to tail and weigh between 3 and 5 ounces. Their fur is velvety, dense, and uniformly dark gray to brown. Unlike the fur on most mammals, mole fur has no natural grain or direction, meaning it lies flat whether brushed forward, backward, or sideways. This allows the mole to move through tight tunnels in any direction without resistance.

Their front feet are the most recognizable feature. Mole forelimbs are broad, flat, and paddle-shaped, with large claws angled outward. These powerful digging tools look oversized compared to the rest of the body. The hind feet are small and narrow, used mostly for bracing inside tunnels.

The snout is long, pointed, and hairless at the tip, loaded with sensory receptors called Eimer’s organs that detect vibrations and the electrical fields generated by earthworms moving through soil. Their eyes are tiny and covered by skin, making them essentially blind. External ears are absent entirely. Moles navigate through touch, vibration, and smell.

For size comparison, a mole is roughly the length of a dollar bill and about the weight of a deck of playing cards.

Mole vs. Gopher

Oklahoma homeowners regularly confuse these two because both create underground tunnels and push soil to the surface. However, they are completely different animals.

Moles are insectivores that eat earthworms, grubs, and soil invertebrates. They do not eat plants. Gophers are rodents that eat roots, tubers, and bulbs, pulling plants down into tunnels from below.

Mole mounds are volcano-shaped with a center plug. Gopher mounds are fan-shaped with a plugged hole off to one side. Moles create raised surface ridges; gophers rarely do because they work deeper.

Getting the identification right matters because control strategies differ completely. For a detailed breakdown, see our Mole vs. Gopher comparison page.

Mole vs. Vole

Voles are small rodents (sometimes called meadow mice) that create surface runways through grass. They eat plants, bark, roots, and bulbs. Moles are insectivores that tunnel underground and eat earthworms.

The confusion starts because voles use abandoned mole tunnels as ready-made highways. A homeowner sees mole tunnels plus chewed plant roots and assumes one animal is responsible. In reality, the mole created the tunnel and the vole moved in afterward to eat plant material.

If you see tunnels plus plant damage (gnawed bark, eaten bulbs, chewed root vegetables), you likely have both. Each requires a different control approach. Voles are small (3 to 5 inches), brown, with visible eyes and ears. Moles are larger, with no visible eyes or ears and paddle-shaped front feet.

Types Found in Oklahoma

Oklahoma is home to one mole species responsible for nearly all lawn and landscape damage: the Eastern mole (Scalopus aquaticus). This is the most widespread mole species in North America and the only one commonly found in residential settings across the OKC metro.

The Eastern mole thrives in the loamy, clay-heavy soils found throughout central Oklahoma. These soils hold moisture well (supporting large earthworm populations) and are firm enough to maintain tunnel structure without collapse. The combination of Oklahoma’s soil type, moderate rainfall, and irrigated residential turf creates near-ideal habitat.

The least shrew (Cryptotis parva) is occasionally found in Oklahoma and sometimes mistaken for a mole, but shrews are much smaller (3 to 4 inches), do not create tunnel systems, and are rarely responsible for lawn damage. If you have mole damage in the OKC metro, you are dealing with the Eastern mole.

Diet, Behavior, and Habitat

Understanding what moles eat and how they behave is essential for effective control. It also clears up one of the most persistent myths in lawn care: that moles are in your yard because of grubs.

Earthworms are the primary food source. Research consistently shows that earthworms make up 80% or more of the Eastern mole’s diet. Their tunnels intercept earthworms as the worms move through soil, and moles patrol their networks constantly. A single mole can eat 70 to 100% of its body weight in earthworms and insects every day. The remaining 20% of the diet includes white grubs, ants, centipedes, and other soil invertebrates. Grubs are a food source, but they are not the primary driver of mole activity.

Moles are solitary. Outside of breeding season, each mole maintains its own tunnel system and defends it against other moles. What looks like a massive infestation is often the work of just one or two individuals. A single mole can maintain a tunnel network covering a quarter acre or more.

Tunnel systems have two distinct types. Shallow feeding tunnels are the raised ridges you see on the surface, temporary runs pushed through just below the sod layer while hunting. Many are used once and abandoned. Deep permanent tunnels run 6 to 18 inches below the surface, connecting feeding areas, nesting chambers, and resting sites. Deep tunnels are used repeatedly over months or years and are the focus of professional trapping.

Digging speed is remarkable. An Eastern mole can excavate up to 18 feet of new tunnel per hour. In moist Oklahoma soil after a spring rain, they move even faster. This explains why tunnel damage can appear overnight.

Moles are active around the clock. They alternate between 4 to 5 hours of tunneling and feeding and 3 to 4 hours of sleep in a deep nest chamber, with no strict day/night cycle.

Habitat preference in Oklahoma. Moles favor moist, loamy soil with good earthworm populations. The most mole-prone OKC metro properties have mature shade trees, regular irrigation, moderate to heavy thatch, and rich garden beds. Heavily wooded neighborhoods in Edmond and parts of Norman provide textbook mole habitat.

Life Cycle and Reproduction

Moles breed once per year. In Oklahoma, the breeding season runs from late February through March. Males expand their tunnel networks during this period, pushing into new territory to find females.

After mating, the female constructs a nest chamber 12 to 18 inches below the surface, often beneath a sidewalk, driveway, or tree stump. The nest is lined with dry leaves and grass.

Gestation takes approximately 42 to 45 days. Litters of 2 to 5 young are born in late March through April. The young are born hairless, blind, and helpless. They grow rapidly, developing fur by three weeks and moving through tunnels independently by four to five weeks.

Young moles become independent at 30 to 45 days old, typically in May or June. This juvenile dispersal period is one of the most important events for Oklahoma homeowners. Juveniles push to the surface and travel overland (sometimes hundreds of yards) before finding a suitable spot to dig a brand new tunnel network.

This dispersal explains why new tunnel systems appear in previously undamaged yards every spring. A yard with no mole activity last year can suddenly develop extensive tunneling in May or June because a dispersing juvenile chose that property.

Adult moles may live 3 to 6 years, maintaining and expanding their tunnel systems throughout their lifespan.

What Attracts Moles to Oklahoma Properties

The single biggest factor driving mole activity in Oklahoma yards is earthworms. Not grubs. Not specific soil types. Earthworms.

This is worth emphasizing because the grub myth persists throughout the lawn care industry. Many homeowners assume that treating for grubs will solve a mole problem. It usually does not, because eliminating grubs removes only a small fraction of the food supply. As long as earthworms are present, moles will continue tunneling.

Earthworm populations are highest in soil that is consistently moist, rich in organic matter, and protected from temperature extremes. In the OKC metro, properties that attract the most moles share several features:

Irrigated lawns. Regular watering keeps the top 6 to 12 inches of soil moist, exactly the zone where earthworms are most active. Properties with in-ground sprinkler systems that water heavily and frequently tend to have the worst mole problems.

Shade from mature trees. Shaded soil stays cooler and retains moisture longer. This is a primary reason Edmond and Norman see heavy mole activity; both communities have well-established neighborhoods with significant tree canopy.

Heavy thatch layers. Thatch insulates the soil surface, keeping it moist and warm. Lawns with thick thatch harbor more earthworms per square foot than thin, well-aerated turf.

Rich, organic soil. Garden beds amended with compost, mulched areas, and established lawns with years of organic buildup all support denser earthworm populations.

Loose, workable soil. The loamy, clay-mixed soils common in central Oklahoma are firm enough to hold tunnel shape but soft enough to dig through efficiently, especially when moistened by rain or irrigation.

Where Found in OKC Metro

Mole activity occurs across the entire Oklahoma City metro, but certain areas consistently see heavier damage than others.

Edmond ranks as one of the worst areas for mole activity in the OKC metro. Established neighborhoods in Edmond feature mature trees, large irrigated lawns, and well-maintained landscapes. These properties provide everything a mole needs: shaded soil, consistent moisture, and abundant earthworms. Neighborhoods around Hafer Park, along Coffee Creek, and throughout the older sections of central Edmond report heavy mole damage year after year.

Norman is the other hot spot. Heavily wooded residential areas, particularly neighborhoods near the university campus and along the Canadian River corridor, combine shade, irrigation, and rich soil to create prime mole habitat. Norman’s clay-loam soils hold moisture well, and mature pecan and oak trees provide extensive canopy cover.

Moore, Midwest City, and Del City see moderate mole activity, particularly in neighborhoods with older, established landscaping.

Yukon, Mustang, and Tuttle experience mole problems primarily in irrigated properties surrounded by agricultural land, where moles move freely between farm fields and residential turf.

Nichols Hills and The Village have some of the most mole-prone properties in the metro due to dense mature tree canopy, heavy irrigation, and rich, well-maintained landscapes.

Newer subdivisions with young trees, minimal shade, and compacted construction fill tend to see less mole activity in their first few years. As trees mature and landscapes establish over 5 to 10 years, mole pressure increases.

Where Found on Properties

Once a mole has chosen your property, its tunnel system will follow the food. Understanding where moles tunnel on a typical Oklahoma property helps with inspection and treatment.

Across open lawn areas. Surface feeding tunnels create the familiar raised ridges that zigzag across the turf. These shallow tunnels follow no predictable pattern because the mole is chasing earthworms wherever they are most concentrated. After a rain, surface tunneling intensifies as earthworms move closer to the surface.

Along foundations, sidewalks, and driveways. Moles frequently run deep permanent tunnels along the edges of hard surfaces. These structures provide a firm wall that the mole can push against while tunneling, making digging easier. Permanent tunnels along foundations and walkways are high-value targets for trapping because moles use them repeatedly.

Through garden beds and mulched areas. Loose, organically rich soil in flower beds, vegetable gardens, and mulched landscape areas is easy to tunnel through and loaded with earthworms. Garden bed damage from moles can be severe, with plants heaved out of the ground and root systems disrupted.

Under shrubs and ground cover. The moist, sheltered soil beneath dense plantings provides protected tunneling zones. Moles often establish deep nest chambers beneath large shrubs or hedgerows.

Along fence lines and near irrigation. Fence lines have slightly different soil conditions (more moisture, less compaction) that make them natural travel corridors. Mole tunnels also frequently run parallel to irrigation lines, where consistently moist soil attracts earthworms.

Signs of Infestation

Mole activity produces distinctive signs that are easy to recognize once you know what to look for.

Raised surface ridges. The most common sign. Shallow feeding tunnels pushed up just below the sod layer create soft, raised ridges that snake across the lawn. Walking across active tunnels produces a spongy, sinking feeling underfoot.

Volcano-shaped mounds. When excavating deep tunnels, moles push displaced soil to the surface through vertical shafts. This creates symmetrical, cone-shaped mounds (6 to 12 inches in diameter, 2 to 6 inches tall) with a visible center plug. These differ from fan-shaped gopher mounds.

Soft, spongy lawn. Even where ridges are not visible, shallow tunnel networks can make the lawn feel unstable. If sections compress noticeably when you walk across them, moles are likely present.

Damaged plant roots. Moles do not eat roots, but tunneling severs root systems and creates air pockets that cause drying. Plants may wilt, lean, or die despite adequate watering.

Increased bird activity. Crows, grackles, and robins sometimes tear at surface tunnels to reach exposed earthworms. Check for tunnels beneath areas where birds are aggressively pecking.

Dead grass strips. Surface tunnels that dry out in summer heat kill the turf above them, creating brown strips that trace the tunnel path.

How to Tell If Tunnels Are Active

Many surface tunnels are exploratory runs used once and abandoned. Before attempting control, you need to determine which tunnels are active. The poke test is the standard method.

The Poke Test:

1. Identify several surface ridges in different areas of the yard.
2. Press down a short section (about 12 inches) of each tunnel flat with the surrounding soil.
3. Mark each section with a small flag or spray paint.
4. Wait 24 to 48 hours.
5. If the tunnel is raised again, that is an active travel route. If it remains flat, the tunnel is likely abandoned.

Active travel tunnels are the best locations for trapping. Setting a trap in an abandoned tunnel is a waste of time.

Deep tunnel identification. Look for consistent lines of raised soil or small mounds following the edge of foundations, sidewalks, or driveways. These deep runs are almost always active.

Timing the test. Conduct the poke test during spring or fall for the most reliable results. During summer heat or winter freezes, moles retreat to deeper tunnels and surface activity drops.

Mole Season in Oklahoma

Moles are active year-round in Oklahoma, but their surface activity follows a seasonal pattern tied to soil moisture and earthworm depth. Understanding this pattern helps homeowners time their control efforts for maximum effectiveness.

Spring Peak (March through April). The most intense period of surface activity. Spring rains saturate the soil, bringing earthworms near the surface. Breeding activity (February through March) drives males to expand tunnel networks. The combination of earthworm availability and breeding makes spring the worst season for new damage.

Late Spring and Early Summer (May through June). Juvenile moles leave their mother’s territory and establish new tunnel systems, often bringing mole activity to previously undamaged properties.

Summer (July through August). Surface activity drops significantly. Summer heat bakes the top soil dry, pushing earthworms deeper. Moles follow their food source down to deeper tunnels. New surface tunneling slows considerably.

Fall Peak (September through October). When fall rains return and soil temperatures moderate, earthworms move back toward the surface. A second wave of tunneling occurs, nearly as intense as the spring peak. This is the second-best window for trapping.

Winter (November through February). Surface activity is lowest, particularly during hard freezes. Moles remain active in deep tunnel networks but rarely push new surface tunnels.

Best time to call for treatment. Spring and fall peaks are ideal windows, but mole control can be effective at any time of year with proper technique.

Health Risks

Moles pose minimal direct health risk to humans and pets. They are not aggressive, rarely bite, and do not enter homes. Oklahoma moles are not significant carriers of diseases that affect humans.

Mole tunnels can harbor fleas and ticks (particularly lone star ticks common in Oklahoma), but this risk is no greater than exposure from other wildlife. Tunnels that cross walkways can create tripping hazards, and soft lawn sections over collapsed tunnels are an ankle-rolling risk. The primary problem with moles is property damage, not health danger.

Property Damage

Mole damage in Oklahoma ranges from cosmetically annoying to structurally significant. The cost of repairing mole damage often far exceeds the cost of professional control, which is why early intervention saves money over time.

Lawn surface damage. Surface feeding tunnels break the root connection between turf and soil, creating ridges that brown and die. A single mole can create 100+ feet of surface tunnels in a single day.

Root damage. Tunneling severs root systems and creates air pockets that cause roots to dry out. Young transplants and shallow-rooted plants are most vulnerable.

Hardscape undermining. Deep tunnels along foundations, sidewalks, and driveways can remove soil from beneath these structures, causing concrete to crack or settle unevenly. Repairs often require professional mudjacking or slab replacement.

Landscape bed destruction. Garden beds with loose, amended soil suffer the worst damage. Plants are heaved out of position and mulch is churned up. Moles can destroy a newly planted bed in a single night.

Erosion and drainage problems. Tunnels can channel water underground in unintended directions during heavy Oklahoma rains, creating erosion pockets and redirecting water toward foundations.

Secondary pest access. Mole tunnels provide ready-made highways for voles (which eat plant roots) and other pests. A mole infestation can lead to secondary problems that persist after the moles are controlled.

Prevention

While no prevention method is 100% effective against moles (you cannot eliminate earthworms, and moles are persistent diggers), the following steps can reduce the attractiveness of your property and lower the likelihood of mole colonization.

1. Reduce excessive irrigation. Water deeply but less frequently. Overwatering keeps the top soil layer consistently moist, supporting high earthworm density near the surface.
2. Manage thatch buildup. Core aerate annually and dethatch when the thatch layer exceeds half an inch. Thick thatch insulates the soil, keeping it moist and warm for earthworms.
3. Thin dense ground cover. Dense ivy, ground cover, and low shrubs create sheltered, moist conditions that moles prefer.
4. Compact soil along borders. When installing walkways or landscape borders, compact the soil along edges. Compacted soil is harder for moles to push through.
5. Limit mulch depth. Keep mulch at 2 to 3 inches maximum. Deeper layers create ideal earthworm habitat at the surface.
6. Manage shade. Reducing canopy density allows more sunlight to reach the soil, drying it faster after rain or irrigation.
7. Monitor after rain. Check for new tunnel activity within 24 to 48 hours after significant rainfall. Early detection allows early treatment.
8. Address drainage issues. Correct grading problems and redirect downspouts to reduce chronic moisture that attracts moles.
9. Protect high-value beds with hardware cloth. Install 1/4-inch hardware cloth at the bottom of raised beds or 12 to 18 inches below ground in in-ground beds.
10. Schedule professional monitoring during peak seasons. Inspections in March through April and September through October catch new activity before it becomes widespread.

Treatment Process

Professional mole control is methodical. Effective treatment requires understanding mole behavior, identifying active tunnel routes, and using proven techniques to remove the animal. Here is how Alpha Pest Solutions approaches mole control on Oklahoma properties.

Step 1: Property Inspection. Our technician maps all visible tunnel activity, mound locations, and lawn damage. We note soil conditions, moisture levels, shade patterns, and landscape features that influence mole behavior.

Step 2: Active Tunnel Identification. Using the poke test and professional experience, we identify the active travel routes the mole uses consistently, particularly deep tunnels along foundations, sidewalks, and driveways.

Step 3: Trapping. Trapping is the most effective and reliable method for mole control. It is the only method that provides confirmed results. Our technicians set professional-grade traps in identified active tunnels with minimal soil disturbance to avoid alerting the mole.

Step 4: Monitoring and Reset. Traps are checked regularly. If a trap has not produced a catch within 48 to 72 hours, it may be repositioned to a different active tunnel.

Step 5: Follow-Up and Assessment. After the mole is removed, we reassess for any remaining activity. Because moles are solitary, removing one individual often resolves the problem. We discuss ongoing monitoring options to catch any recolonization early.

Step 6: Property Guidance. We provide recommendations for reducing future mole attractiveness, including irrigation adjustments, thatch management, and landscape modifications.

Treatment Timeline and Expectations

Mole control requires patience. Unlike insect treatments where results are visible within hours, mole trapping unfolds over days or weeks.

Initial setup: Day 1. The first visit includes inspection, active tunnel identification, and trap placement.

Active trapping period: Days 2 through 14. Traps are checked on a regular schedule. Most moles are caught within 7 to 10 days. Some older, trap-shy individuals take longer.

Multiple visits are typically needed. Expect 2 to 4 service visits during the active trapping period for checking traps, assessing activity, and repositioning equipment.

Confirmation of success. Success is confirmed when trapping produces a catch and no new tunnel activity appears for 2 to 4 weeks following removal.

Recolonization is possible. Removing one mole does not prevent another from moving in later. Properties in Edmond and Norman with ideal habitat often benefit from ongoing seasonal monitoring.

What about other treatment methods?

• Grub treatments rarely solve a mole problem because moles eat primarily earthworms (see FAQ).
• Repellents (castor oil products, vibrating stakes, ultrasonic devices) have limited to no proven effectiveness in university studies.
• Poison baits shaped like earthworms exist on the market, but effectiveness is inconsistent. Moles often push unfamiliar objects aside.
• Flooding tunnels is ineffective. Moles retreat to dry sections and return later.
• Trapping remains the gold standard and is the primary method used by Alpha Pest Solutions.

Frequently Asked Questions

Do grub treatments get rid of moles?

Usually no. The logic seems sound: moles eat grubs, so eliminating grubs should make moles leave. But grubs make up only a small fraction of the Eastern mole’s diet. Earthworms comprise 80% or more of what Oklahoma moles eat. Eliminating grubs removes one food source, but the mole will continue tunneling for the earthworms that remain. University extension research across multiple states has concluded that grub treatments are not a reliable mole control strategy. You may still want to treat for grubs if they are damaging your turf (grub damage is a separate issue), but do not expect it to solve your mole problem.

How many moles are in my yard?

Probably fewer than you think. Because a single mole can create extensive tunnel networks and dig up to 18 feet of new tunnel per hour, what looks like the work of a dozen moles is often caused by one or two individuals. The solitary nature of moles means residential properties rarely have more than 2 to 3 moles active at any given time, and many yards have just one.

Are moles dangerous to pets or children?

Moles are not aggressive and pose no direct danger to pets or children. They will not bite unless physically handled and cornered. Dogs and cats sometimes dig up moles, and while this can be messy, the mole is not a threat to the pet. The primary risk to children is tripping on raised tunnel ridges or stepping into soft, collapsed tunnel sections.

Why do I have moles but my neighbor does not?

Mole activity is driven by food availability and soil conditions, both of which can vary significantly between adjacent properties. If your lawn is irrigated, shaded, and has rich organic soil, it will support more earthworms than a dry, sun-exposed yard next door. Other factors include thatch thickness, soil compaction, and drainage patterns.

Will moles damage my foundation?

Moles do not directly attack foundations, but tunnels along foundation walls can remove soil from beneath footings over time and channel water in unintended directions during heavy rain. If you notice extensive tunneling along your foundation, professional removal is recommended.

Can I just ignore moles and let them go away on their own?

Moles do not voluntarily leave a property with good habitat. Once established, a mole expands its tunnel system indefinitely, and established tunnels attract other moles during breeding season. Early treatment prevents small problems from becoming large ones.

Do ultrasonic or vibrating mole repellents work?

Independent university studies have consistently found these devices do not effectively repel moles. Moles may temporarily avoid the area around a device but simply redirect tunneling elsewhere. These products are not recommended as a control method.

What time of year is best for mole treatment?

The spring peak (March through April) and fall peak (September through October) are the best windows for mole trapping in Oklahoma. During these periods, moles are actively using surface and mid-depth tunnels, making them easier to locate and intercept. However, effective treatment is possible at any time of year with proper technique.

How long does it take to get rid of moles?

Most mole trapping programs resolve the problem within 7 to 14 days of active trapping. Some situations take longer, particularly on large properties, properties with multiple moles, or cases involving experienced, trap-shy individuals. Expect 2 to 4 service visits during the trapping period.

Do moles hibernate in winter?

No. Moles are active year-round in Oklahoma. During winter, they shift their activity to deeper tunnels below the frost line where soil remains unfrozen and earthworms are still available. Surface activity drops during cold snaps but resumes whenever the top soil layer thaws.

Will killing all the grubs in my lawn make moles leave?

Even if you could eliminate every grub (unlikely with any single treatment), the earthworms would remain. Earthworms are the mole’s primary food source and cannot be eliminated from a healthy lawn. Attempting to kill all soil invertebrates would destroy your lawn’s ecosystem long before it affected the mole.

Can I flood mole tunnels to drive them out?

Flooding is ineffective. Moles simply retreat to deeper chambers and wait for conditions to improve. Flooding also causes soil erosion, damages plant roots, and wastes water.

Do coffee grounds, castor oil, or mothballs repel moles?

These home remedies have no proven effectiveness. Castor oil products may temporarily reduce surface activity in small areas but do not remove the mole. Mothballs should never be used in soil; they contain chemicals that contaminate groundwater and are toxic to children and pets.

How deep do mole tunnels go?

Surface feeding tunnels are just 1 to 3 inches below the sod layer. Deep permanent tunnels typically run 6 to 18 inches below the surface. Nesting chambers and deep resting sites may be located 18 to 24 inches underground, often beneath protective structures like sidewalks, driveways, or large tree roots.

Why do new tunnels appear right after I flatten the old ones?

Flattening a surface tunnel does not affect the mole or its deeper network. The mole continues patrolling and will push up new tunnels as it hunts earthworms. The only way to stop new tunnels is to remove the mole. Flattening is useful as a diagnostic tool (the poke test) but does not constitute treatment.

Can moles swim?

Yes. Eastern moles are capable swimmers and will cross small streams, ditches, and flooded areas when dispersing to new territory. This is another reason why flooding tunnels is ineffective; moles are not bothered by water.

Do moles carry rabies?

Moles are not considered a rabies risk. Their underground, solitary lifestyle gives them very little exposure to rabid animals. A mole found on the surface behaving erratically is far more likely disoriented or injured than rabid.

Should I remove earthworms from my lawn to prevent moles?

Absolutely not. Earthworms are essential to soil health, aerating the soil, breaking down organic matter, and improving nutrient cycling. The solution to moles is removing the mole, not destroying the ecosystem that supports a healthy lawn.

How do I know if I have moles or gophers?

Look at the mounds. Mole mounds are volcano-shaped with a central plug. Gopher mounds are fan-shaped with a plugged hole off to one side. Moles create raised surface ridges; gophers rarely do. Moles do not eat plants; gophers consume roots and pull plants underground. See our Mole vs. Gopher page for a detailed comparison.

Related Services and Pests

• Gopher and Mole Treatment
• Gophers in Oklahoma
• Mole vs. Gopher
• Armadillos in Oklahoma (commonly confused with moles due to similar digging damage)
• Edmond Service Area
• Norman Service Area

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Moles are persistent, but so are we. If raised ridges and volcano mounds are tearing up your Oklahoma lawn, Alpha Pest Solutions can help. We use proven trapping methods backed by a thorough understanding of mole biology and behavior. Our service covers Edmond, Norman, Moore, Midwest City, Yukon, and the entire OKC metro. Call (405) 977-0678 today to schedule your mole inspection, or request a free quote online. Small town relational feel. Big company solutions.