Do Gophers Dig Holes? Why They Make Mounds

If you are seeing fresh soil popping up in your yard, you are probably asking, “do gophers dig holes?” The short answer is yes. Gophers dig underground tunnels, and the “holes” you notice are openings or plugged entrances, while the mounds are the soil pushed to the surface. Once you understand how their tunnels work, the pattern in your yard makes a lot more sense.

For more help, see our Gophers 101: Identify Activity, Tunnels, and Habitats guide.

How gophers dig and why their holes look different from other animals

Gophers are built for underground digging. They excavate tunnels with strong front claws, then push excavated soil upward so it shows as a mound near an active entrance. Their tunnel system can include feeding areas, travel routes, and multiple entrances connected to the same network.

What a gopher tunnel system looks like underground

A gopher tunnel system is not a single straight hole. It is a network of tunnels that connects feeding areas to deeper travel routes and one or more surface entrances. Tunnels can run beneath turf and into garden beds, then turn toward roots and tubers the gopher is targeting.

How to tell gopher holes from mole tunnels, vole runs, and ground squirrel burrows

Use the surface clues. Gopher activity typically shows as a raised mound with a plugged opening, while moles leave raised ridges from shallow tunneling. Voles leave narrow, grass-covered runways and small droppings along the ground, not fresh soil piles. Ground squirrels usually create larger, more open burrow entrances and may show scatter near the entrance instead of neat plugged holes.

Why gopher holes often appear as plugged openings with fresh soil nearby

Gophers plug tunnel entrances to reduce collapse, limit predator access, and control airflow inside their burrows. When the gopher is actively digging or maintaining tunnels, fresh soil gets pushed up and mixed on top of the mound area. Look for loose, new soil and a recent opening that looks closed with a fresh plug rather than an older, settled pile.

Why gophers make mounds in the first place

Mounds are the visible side effect of digging. When a gopher breaks up soil underground, it pushes that soil to the surface through the tunnel openings. The result is a mound, plus one or more entrances that get plugged when the gopher is away feeding.

Mounds as a byproduct of digging and pushing soil out of tunnels

Digging creates material that has to go somewhere. As gophers excavate, they push soil upward through their tunnel system, and the soil settles into a mound at the surface. Over time, repeated excavation at the same spot builds a bigger pile.

How mounds help protect tunnel entrances from collapse

A mound acts like a buffer around the entrance area. By keeping the opening plugged and surrounded by displaced soil, the gopher reduces erosion and helps keep the tunnel mouth from collapsing during rain, watering cycles, or foot traffic.

Why fresh mounds usually mean active feeding or burrowing

Fresh soil looks loose, bright, and less compacted than older mounds. If you see new soil pushed up days in a row, the gopher is either expanding the tunnel network or digging directly to reach roots and tubers. Fresh plugs or newly formed openings signal current activity.

What gopher activity can tell you about your yard

Gopher signs tell you where their tunnels run and what they are going after. Mounds near lawn edges, garden beds, and under shrubs point to active routes that connect feeding sites to safe travel tunnels.

Signs a burrow is active versus abandoned

Active gopher entrances show fresh soil, a new plug, and soil that looks slightly raised above surrounding ground. Abandoned tunnels tend to settle, with mounds that look compacted and older, plus no additional soil appearing nearby. If the soil remains undisturbed while new mounds show up elsewhere, the original spot likely quieted down.

Why one gopher can create many mounds over a wide area

A single gopher maintains a tunnel system with multiple entrances. It may dig new openings as travel paths shift, or open and plug different entrances to move between feeding zones while minimizing risk at the surface. That is why you can see scattered mounds across a yard without multiple separate animals being responsible.

How lawn damage, plant dieback, and raised ridges relate to tunneling

Tunneling disrupts root systems and can lead to dead patches in turf, especially where tunnels cut through dense grass roots. In gardens, feeding tunnels can damage bulbs and roots, leading to wilting, yellowing, and dieback. Raised ridges and uneven ground can appear when soil is displaced and settles repeatedly along travel routes.

What attracts gophers to a property

Gophers choose properties where underground food is available and digging is easy. If the soil stays soft and plants are accessible below the surface, your yard becomes a steady feeding ground.

Soft soil, irrigated lawns, and easy roots

Looser soil is easier to excavate, and irrigation keeps ground soft and workable. Lawns with consistent watering often become prime habitat because tunnels can be maintained with less effort and roots are abundant in moist turf.

Food sources below ground, including roots and tubers

Gophers feed on roots, tubers, bulbs, and the underground parts of many garden plants. If you have ornamental beds, veggie patches, or lush lawn roots, that food source is hidden but still predictable for the gopher.

Shelter from predators and the benefits of hidden tunnel networks

Underground tunnels provide safety from hawks, owls, foxes, and domestic predators. A connected tunnel network lets a gopher feed and travel while staying hidden, which is why they keep investing in entrances and plugged access points.

How to reduce digging and mound building around the yard

You can reduce gopher pressure by changing what the yard offers and blocking access where damage starts. Focus on prevention around high-value areas, because mounds often appear where tunnels connect to food sources.

Make the area less appealing without relying on myths

Start by removing attractive cover near vulnerable areas. Keep grass trimmed close along fences and bed edges, remove weeds and dense ground cover, and reduce water where possible without harming necessary plants. Reduce clutter and keep mulch from piling against foundation plantings, since gophers use protected edges as travel routes.

Protect plants and irrigation lines before damage spreads

Use physical barriers where you cannot afford damage. For plant beds, install 1/2- to 1-inch hardware cloth (galvanized) buried 10 to 12 inches deep, with an apron that extends 8 to 12 inches outward under the soil. For irrigation lines, check routing and trenching points, then shield vulnerable runs so tunneling cannot cut into them.

When trapping, barriers, or professional control may be needed

If you already see active mounds, prevention alone usually will not stop the current digging. Trap along active entrances and fresh mound plugs, then manage remaining entrances in the same area. If infestations spread across multiple spots, repeated mound formation continues, or damage is hitting key landscaping, professional control can be the fastest way to stop new tunneling.

Common mistakes people make when dealing with gophers

Many control attempts fail because they miss how gophers actually use tunnels. Mounds are a symptom, and the real issue is the active network underground.

Why filling holes alone usually does not solve the problem

Filling a hole only covers the surface opening. The gopher still has tunnels and will reopen or create a new plugged entrance nearby. Soil can also shift as the gopher moves below, making the problem return quickly.

Why repellent claims often fall short

Most repellents do not reach the tunnel where the gopher is feeding. Some products rely on strong odors or taste deterrents that can fade after watering or rain. If you apply repellent without addressing active entrances and the underground food source, gophers can keep digging with little interruption.

How to avoid confusing gopher damage with mole control strategies

Gophers and moles both cause tunneling, but the surface signs differ. If you treat gopher damage like mole activity, you may miss the mounds and plugged entrances and target the wrong depth and area. Mole control typically focuses on shallow ridges and surface activity, while gophers require attention to plugged entrances, fresh mounds, and deeper underground routes.

When to call a pest control professional

Professional help is worth it when the damage is expanding or the situation is hard to manage safely. Some yards require multiple control methods because tunnels connect across beds and lawn areas.

Large infestations or repeated mound formation

Call a professional when mounds keep appearing across a wide area or when new soil shows up repeatedly despite basic measures. A persistent pattern usually means an active tunnel network remains in place.

Damage near foundations, hardscapes, or valuable landscaping

If tunnels are affecting areas close to foundations, patios, retaining walls, driveways, or high-value plants, control should be prioritized. Structural damage risk increases when undermining continues near hardscape features.

When humane or legal considerations affect control methods

Some states and municipalities have rules around trapping, relocating, or using certain control methods. If legal requirements or humane considerations limit what you can do, a licensed professional can recommend options that comply with local regulations.

Frequently Asked Questions

Do gophers really dig holes, or do they just push up mounds?

Yes, gophers dig extensive underground tunnels. The mounds are the visible result of soil being pushed to the surface as they excavate and maintain those tunnels.

Why do gophers make mounds instead of leaving open holes?

Their tunnels are usually kept closed or plugged to reduce collapse, block predators, and control airflow. The soil they remove has to go somewhere, so it ends up as a mound.

How can I tell if a gopher mound is active?

Fresh, loose soil and a newly plugged opening are common signs of activity. If the mound stays undisturbed and no new soil appears nearby, it may be inactive.

Are gopher mounds the same as molehills?

No. Gophers usually create fan- or crescent-shaped mounds with a plugged hole, while moles typically leave raised ridges and rounder soil piles from shallow tunnel excavation.

Can one gopher create many holes in a yard?

Yes. A single gopher can maintain a large tunnel system with multiple entrances, feeding tunnels, and new excavations over time.