Christine Mushrush
Beef rancher
•
Kansas, United States
Farming Sustainably with Halter
Enabling operations that are productive and sustainable
Halter enables farmers to become both more productive and more sustainable. Historically, manual labour and physical infrastructure have made it hard to focus on both of these at the same time. Halter removes this constraint, giving farmers the choice to do both.
With precise, real-time control over where and how animals graze, farmerscan optimise grazing management for pasture recovery, plan targeted forage management, protect waterways and riparian zones, improve soil health, and more. Halter also captures the data behind these herd management decisions, so farmers can measure and verify the outcomes.
Halter’s four pillars of sustainability
Ways farmers achieve environmental benefits with Halter
Land
Manage sensitive land areas and exclusion zones
Graze for fire prevention and response
Rest, recover, and regenerate land & soil
Water
Keep stock out of waterways
Reduce runoff and nutrient leaching
Protect riparian zones in any terrain
Emissions
Lift emissions efficiency through optimised grazing productivity
Less fertiliser, fuel, and brought-in feed
Reproductive efficiency, through breeding from a herd’s best animals
Ecosystems
Biodiversity preservation
Habitat restoration
Wildlife migration
pillar 1
Land
Virtual fencing gives farmers precise control over where their animals can and can't go, and the boundaries are changeable in minutes. That precision extends directly to land management: farmers can protect sensitive areas, respond to changing conditions, and let land recover, all through virtual fencing.
Farmers can manage every part of their land, not just the part that's easiest to fence.
Exclusion Zones
Farmers can fence off waterways, wetlands, erosion-prone slopes, or native bush instantly, without the capital cost of permanent fencing. This is especially beneficial for remote areas, or operations in hard-to-fence areas like steep hill country.
Sensitive land areas
Dynamically manage exclusion zones across the property. Farmers can adjust them in real time as conditions change, for example keeping stock off wet or vulnerable ground until it's ready to be grazed again.
Fire mitigation and response
Farmers can use grazing to manage fuel load and create fire breaks ahead of fire season, and move stock to safety instantly during a fire event, without worrying about animals stuck behind physical fencing.
Improved soil health
Controlled grazing pressure and rest periods prevent overgrazing and compaction, allowing pasture and soil biology to fully recover between grazings.
Land regeneration
Farmers can retire and revegetate marginal or damaged land without losing grazing area elsewhere, because Halter lets them fully utilise the rest of the farm.
“What Halter gives us the ability to do is to appropriately manage each of the different ecosystems on our ranch, the microclimates that need different treatment. We can personalise our grazing strategy around giving these different soil types, soil structures, and ecosystems and species exactly what they need.”
Beef rancher • Oklahoma, United States
“Our soil, being heavy clay, is really really difficult to get through even a dry winter. And that’s a really important focus for us, to minimise soil the damage and to keep the pasture quality and growing. With Halter, the rate we’ve been able to minimise damaged pastures over winter has been just mindblowing for myself and my dad.”
Dairy farmer • Waikato, New Zealand
pillar 2
Water
Some of the most sensitive areas on the farm - steep hill country, remote gullies, and hard-to-reach corners - are often impossible to physically fence, making it harder to maintain water quality. Virtual fencing removes that constraint, giving farmers the ability to protect water quality across the whole farm, not just the parts that are accessible for physical fencing.
Farmers can protect and preserve water quality anywhere on the farm, no matter how challenging the terrain.
Improved water quality
Excluding stock from waterways prevents direct contamination and streambank erosion. With the touch of a button, farmers can keep stock out of steep or remote terrain that was previously unfenceable.
Reduced nutrient leaching
Grazing at the right stage of grass growth and avoiding pugging in wet conditions reduces bare soil and runoff, lowering the risk of nutrients leaching into waterways.
Protecting riparian zones and sensitive waterways
Exclusion zones can be placed directly along waterway margins, including in areas too steep or remote for permanent fencing, and adjusted according to the seasons and rainfall.
“There’s a paddock along the river that we could never strip graze because we couldn’t get a fence there. Halter has allowed us to strip graze that absolutely precisely.”
Beef producer • Tasmania, Australia
“Not only are we able to farm way more intensively, we can do that while we exclude cattle out of the waterways. And that’s something I never thought I’d be able to do on our hard hill country, and it’s great to see the regeneration happening in those gullies and riparian areas.”
Beef farmers • Waikato, New Zealand
pillar 3
Emissions
Growing grass, and grazing it well, is at the heart of farm sustainability and productivity. Farmers who optimise their pasture management grow more feed and lift their profitability, while lowering the emissions intensity of their production.
Halter puts better data behind every pasture and herd decision, and gives farmers the flexibility to act on it. When farmers optimise their pasture management, they lift their productivity, which lifts their profitability and lowers the emissions intensity of their production. This lowers the CO2-equivalent embedded per kilogram of beef or milk solids produced.
Emissions efficiency is key for a sustainable beef and dairy industry. If farmers cut total emissions by cutting production, that lost production doesn't disappear from global food demand, it has to be replaced by production elsewhere. With the right tools to drive emissions efficiency, farmers are the key to livestock's climate goals.
Less fertiliser
By consistently growing and grazing grass at the right leaf stage, farmers maximise their utilisation of organic fertiliser and minimise surplus synthetic fertiliser application. This reduces emissions by lowering purchased nitrogen surplus.
Less bought-in feed
Maximising homegrown feed reduces or eliminates the need to import feed with high embedded emissions, such as palm kernel expeller (PKE).
Less fuel
Virtual fencing and herding save farmers from driving out to back paddocks to put up fences and herd cattle.
Breeding from the best
With better heat detection and health data, farmers can breed replacements from their top-performing animals - improving the herd generation on generation. A more efficient herd needs fewer replacements, lowering the embedded emissions of rearing them.
"Our system has got to be resilient. If the main driver is the amount of feed you actually grow and utilise within your farm system, it’s just a no-brainer to make your farm more efficient. By getting good data on where cows are spending their time, you can make sure you’re distributing nutrients in the right areas. Not leaching nutrients has an economic and also environmental impact in terms of water quality and emissions."
Beef farmer • Waikato, United States
“Our ability to accurately allocate paddock and feed has just changed everything, without any effort. We’re growing more grass, better grass, and we have more control over our grass.”
Beef farmer • Tasmania, Australia
pillar 4
Ecosystems
Farmers know the relationship between their farm, and the natural systems on their land. Virtual fencing gives them a direct tool to act on the ecological goals they already have, and to prove the positive outcomes of their sustainable farming practices.
Farmers are running productive farms, in harmony with the ecosystems around them.
Biodiversity preservation
Exclusion zones protect native bush, wetlands, and other high-value habitats from grazing pressure.
Habitat restoration
Farmers can retire and revegetate marginal land, then bring it back into rotation once it's established, without the expense of temporary physical infrastructure.
Wildlife migration
Cows are contained within their breaks, while wildlife can travel through their migration corridors, without breaking fences and causing stock to escape.
Grazing pressure on invasive species
Farmers can apply targeted, high-intensity grazing to suppress invasive weeds and forage species, using the herd itself as a management tool.
Increased soil health
Optimising grazing management supports the soil biology that underpins a healthy ecosystem, on top of the farm's productivity.
“When we discovered that we had an invasive species, we were able to then concentrate the cattle on a very small plot of barbed goat grass, so we could have great animal impact on that invasive species.”
Beef rancher • California, United States
“A herd of elk has made this ranch home. And they don’t really care about polywire, so they take it out every night. So that’s been one of our favourite uses of Halter, being able to have invisible fences that the cattle respect, and the elk don’t need to worry about.”
Beef rancher • California, United States
“We are custodians of this land and we are the third generation farming on this land. We want to pass this land onto our kids in a better state than we got it. So it’s our role as farmers to look after the land and enhance its natural beauty. Before Halter, we never thought we’d be able to look after the environment and have the production that we’re having to the level that we’re having.”
Beef farmer • Waikato, New Zealand
Research
We’re committed to ensuring that any sustainability claim we make is held to a rigorous standard. Industry-leading research measures what farmers are achieving with Halter - and because those benefits compound over time, we keep measuring, working with leading universities and research institutions around the world.
Report: New Zealand beef emissions efficiency
Halter farmers are lowering the emissions embedded in the beef they produce - optimising their grazing while using less feed, fuel, and fertiliser. Those emissions efficiency improvements are driven by:
Increased average daily gain
Increased weaning weights of calves
Reduced input requirements
Report: ROI of Halter on New Zealand dairy farms
Halter farmers are lowering the emissions embedded in the beef they produce - optimising their grazing while using less feed, fuel, and fertiliser. Those emissions efficiency improvements are driven by:
Increased pasture harvested and milk solids produced, with lower nitrogen fertiliser use.
Targeted exclusion of vulnerable paddock areas, reducing nutrient runoff risks.
Minimised pugging through easily setting up multiple shifts in wet conditions.
Research: Grazing strategies to maintain soil health
At Kansas State University, researchers are exploring grazing strategies on corn stalks and cover crops with the goal of improving nutritional quality, consistency, and utilisation efficiency. Enabled by Halter’s grazing data, the study quantifies how grazing strategies can be adapted to maintain soil health while reducing the need for supplemental feeding.
Research: Research: Safeguarding sensitive riparian zones
Montana State University is investigating how virtual fencing can safeguard sensitive riparian zones while sustaining forage productivity and animal performance. Riparian corridors filter water, stabilise streambanks and support rangeland biodiversity. This study investigates how virtual fencing protects ecologically sensitive ground and enables adaptive grazing as conditions change, without needing to build and maintain permanent fencing in the most difficult terrain on the ranch.
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