Regeneration at Scale: Clean Water, Adaptive Grazing, and Practical Efficiency at Tomahawk

Tomahawk | Regenerative Alberta Living Lab

Near Tomahawk, Alberta, the scale of Grant Taillieu's operation becomes clear quickly. Managing more than 16,000 acres, much of it rented and spread across more than 100 kilometres, Grant and his team run roughly 3,000 head of cattle across a landscape that demands constant planning, adaptation, and efficiency.

What stands out is not just the size of the operation, but how decisions are made. Grant started with 100 cows on rented land in 2012, built incrementally without taking on large debt, and now manages close to 3,000 head spread across roughly 100 kilometres of varied terrain. The operation grew by making the cows pay for the cows, and that same discipline carries through to how the land is managed.

Clean Water as a Performance Driver

On a spread-out operation with variable rainfall and soil types, Grant says water is the first thing he tries to get right. Nothing else performs the way it should if animals aren't drinking clean water consistently.

By tracking performance on yearlings, Grant has calculated that cattle with consistent access to clean water gain between half a pound and three quarters of a pound more per day than cattle without clean water access. At this scale, that difference matters both economically and biologically.

As a result, the operation has invested heavily in alternative watering systems. Among the most successful is a winter solar watering system on a well, using a CAP Solar Pumps system. The system has proven reliable through cold conditions, delivers strong output, and consistently keeps water clean.

Similar to other producers experimenting with low-maintenance infrastructure, including Gerald Vandervalk, Grant has found that systems designed to reduce daily labour often reduce resource use at the same time. Solar watering cuts fossil fuel use, simplifies winter management, and reduces the daily demands of conventional winter water systems.

Adaptive Bale Grazing by Design, Not Habit

Bale grazing is another important part of the operation, but it is never done by default. Grant is deliberate about where and when it happens.

Bales are placed on the poorest-performing areas of the land, but those decisions are continually reassessed based on conditions. Soil moisture, weather patterns, and pasture recovery all factor into whether bale grazing makes sense in a given year or location.

That same adaptive mindset carries through to grazing intensity. At times, Grant will use higher stock density or mob grazing, but only when conditions allow. When soils are drier, higher animal impact can be beneficial, helping incorporate litter, stimulate biological activity, and improve ground cover without risking compaction.

Bringing Cropland Back to Productive Pasture at Low Cost

Another area where Grant's operation stands out is in how they have converted previously cropped land back into productive pasture.

Some fields had been in oats for many years, but rather than relying on expensive reseeding or heavy inputs, Grant took a low-cost, biological approach. A grass mix was broadcast seeded, along with red clover, which has proven to establish well in the local soils and climate.

Once seeded, they feed cattle in the winter, with bales unrolled across the land. This provided both nutrient distribution and soil cover while protecting young plants. Over several years, with solid spring moisture, the pasture gradually established and strengthened.

The result was a healthy, productive pasture created at a seed cost of roughly four dollars per acre. It is a practical example of how livestock, time, and favourable conditions can work together to rebuild perennial systems without high financial risk.

Finding Efficiency Beyond Infrastructure

Efficiency on an operation this size is not only about infrastructure. It is also about timing and understanding animal behaviour.

One of Grant's most effective management insights relates to when cattle are handled. By starting sorting and handling at first light, cows and calves are calmer and naturally grouped after bedding down together overnight.

Grant has found that more work can be accomplished in the first two hours of daylight than in the following eight hours spent trying to sort cattle later in the day. The approach saves time, reduces stress on animals and people, and improves overall efficiency across the operation.

Managing at Scale

With more than 16,000 acres across varied terrain, Grant's operation offers a useful reference point for what thoughtful land management looks like at commercial scale.

Soil health is central to how Grant frames what he's building. Soil organic matter on some parcels has increased by several percentages over a short period. Grant attributes that to rainfall, cattle numbers, and the ability to feed across the land and make an impact, but the direction of change is visible in the data.

Grant is also deliberate about how he structures responsibility across the team. Each group of cattle has a primary person accountable for it. That accountability, he says, is what keeps a large, spread-out operation from becoming chaotic. Grant's advice for others thinking about scale: start small, control your variables, and resist the urge to change everything at once. The learning comes from doing it in pieces.

Through the Regenerative Alberta Living Lab, Grant's operation is one of several being tracked over time for soil organic matter, carbon sequestration, and the cumulative effect of adaptive decisions across a large landscape. At commercial scale, the data starts to show what those decisions actually add up to.