Wombat Gates: Rather Than Trying to Keep Them Out, Farmers are Now Letting Them In

The post Wombat Gates: Rather Than Trying to Keep Them Out, Farmers are Now Letting Them In appeared first on A-Z Animals.

Quick Take

• Wombats frequently damage livestock fencing because they follow established travel routes and push through barriers rather than going around them.

• Specially designed wombat gates allow wombats to pass through fences without harming infrastructure or releasing livestock.

• By accommodating natural animal behavior instead of fighting it, landowners are reducing costs while supporting native ecosystem health.

If you’ve ever tried to keep something out with a fence, you know one determined animal can often thwart your best efforts. In parts of Australia, that animal is the wombat. Stocky, stubborn, and shockingly strong for their size, wombats have a habit of plowing straight through livestock fencing to reach their favorite feeding grounds.

For landowners, that can mean costly repairs and lost animals. However, a simple innovation known as the wombat gate is helping change that. But not in the way you might think. Instead of trying to keep these burrowing mammals out, many farmers are now building fences specifically designed to allow wombats to pass through.

Why Wombats Wreck Fences

The common wombat is often described as a “bulldozer of the bush”—and for good reason. Adults can weigh more than 70 pounds, with compact, muscular bodies built for digging. Their powerful claws and sturdy shoulders allow them to excavate extensive burrow systems. They also have thick skin and a tough, cartilage-reinforced rump that helps them defend themselves inside tunnels.

When a fence cuts across a wombat’s established path, the wombat doesn’t see a boundary—just an obstacle. Wombats tend to use the same trails repeatedly to travel between burrows and feeding areas. Rather than walking long distances around a barrier, they’ll attempt to go under or through it. That’s when fences take a beating. Wire can be bent, stretched, or torn loose from posts. In some cases, the resulting gaps allow livestock to escape or unwanted animals to enter.

From a farmer’s perspective, that’s more than an inconvenience. Livestock fencing is expensive to install and maintain. Repairs cost time and money, and loose animals can create safety risks.

For years, wombats were thought of as destructive pests in agricultural areas. But that label ignores a bigger ecological picture.

The Ecological Role of a “Pest”

As digging mammals, wombats play a role that ecologists sometimes call “ecosystem engineering.” When they excavate burrows, they move and mix soil. That process helps incorporate leaf litter, fungi, and animal waste into the ground. Over time, this mixing can improve soil structure and nutrient cycling.

Their burrows also create shelter for other animals. Numerous species use wombat burrows, especially during extreme heat or after wildfires. In a landscape that’s increasingly fragmented and affected by drought and fire, those underground refuges can be life-saving.

The same digging behavior that damages fences also contributes to healthier soils and wildlife habitat.

That doesn’t mean landowners should just accept damaged fences as the price of biodiversity. But it does mean solutions should aim for coexistence, not conflict.

A Gate Built for a Bulldozer

The wombat gate concept grew out of that coexistence mindset. The basic design is a sturdy, metal-framed flap installed at ground level within an existing livestock fence. It’s positioned at a spot where wombats are already breaching the fence.

The key detail is placement: for a gate to work, it should be installed at a location where wombats have already breached the fence. This may seem counterintuitive, but it aligns with wombat behavior. Since wombats stick to established routes, the most reliable crossing points are the ones they’re already using.

Landowners are advised to repair other holes in the fence within a few hundred yards of the chosen site. Over several weeks, wombats typically settle into using one or two preferred openings. Once these routes are established, the gate is installed at the selected crossing point.

Installation involves cutting the wire to fit the gate frame, securing it with steel posts driven into the ground, and wiring the frame to the existing fence. The opening shouldn’t be oversized. The goal is to create just enough space for a wombat to pass through comfortably while preventing livestock from following.

Field experience has shown that wombats are willing to travel several hundred yards to reach an established gate. That’s important because it means a single well-placed gate can protect a significant stretch of fencing.

For landowners, the benefits are immediate and measurable. Fewer repairs. Less frustration. Reduced risk of livestock escaping. Over time, that can translate into real savings.

For wombats, the benefits are equally clear: they can continue using their established routes without risk of injury or conflict with humans.

Understanding Wombat Behavior

To appreciate why wombat gates work, it helps to understand a bit more about the animals themselves.

The common wombat is primarily nocturnal. It spends daylight hours in burrows and emerges at night to graze on grasses and other vegetation. They’re not fast, but they’re persistent. Once they’ve established a route between a burrow and a feeding area, they’ll use it repeatedly.

Attempting to move wombats by destroying their burrows can backfire. If a burrow is collapsed, a wombat will often dig a new one nearby—sometimes in a more inconvenient location, such as near a driveway or under a building.

Marking burrow entrances to prevent accidental damage by vehicles and keeping livestock from trampling them can reduce unintended conflicts. Simple measures, such as placing small protective barriers around known burrows, can prevent collapse and discourage livestock from crowding the area.

Electric fencing has also been used in certain situations, though it requires careful placement. Improperly designed low wires can pose risks to other wildlife.

Compared to these options, a passive swing gate is relatively low maintenance. It doesn’t require electricity. It doesn’t rely on constant monitoring. It simply takes advantage of the wombat’s natural tendency to follow established paths.

A Model for Coexistence

Could similar designs work for other species? In some cases, they already do. Wildlife-friendly fencing projects in various countries have experimented with raised bottom wires to allow small mammals to pass. We’ve also seen dedicated wildlife crossings over or under busy roads to reduce vehicle collisions.

The principle is consistent. Identify how animals move through the landscape, then design infrastructure that accommodates those movements whenever possible. In the case of wombats, the answer turned out to be a metal flap at ground level.

It’s not flashy. It won’t make headlines the way high-tech tracking collars or drone surveys might. But on a working farm, practicality wins. Conservation doesn’t always require grand gestures. Sometimes it just requires paying attention to where the holes in the fence keep appearing.

Wombats haven’t changed. They’re still strong, stubborn diggers with a talent for turning soil and a knack for finding the weakest point in a fence. What’s changed is how people respond to them.

By installing wombat gates at established crossing points, Australian landowners are transforming a long-standing source of frustration into an opportunity for coexistence. Livestock remain contained, fences stay intact, and wombats continue doing what they’ve always done, shaping the land in quiet, important ways.

It’s a small adjustment with a big impact. Sometimes, the path to peaceful coexistence isn’t about building a stronger barrier; it’s about opening the right door.

The post Wombat Gates: Rather Than Trying to Keep Them Out, Farmers are Now Letting Them In appeared first on A-Z Animals.