Opinion piece by AgResearch senior scientist Robyn Dynes: A recent commentary on social media created quite a stir by claiming that a future for conventional livestock farmers could be to incorporate “cultivated meat” production into their operations.

R&D consultant and ‘innovation analyst’ Maya Benami argued on LinkedIn that such an approach — incorporating meat grown from cultivated animal cells, rather than from the animals themselves — had potential to address big issues of economic viability, sustainability and labour facing farmers.

She pointed to the example of RESPECTfarms in the Netherlands, which has adapted its business model from a decades-old conventional family farm, to a producer of cultivated meat which takes tissue from its cows and grows the animal cells in a bioreactor.

Among those to criticise her thesis were farmers and rural professionals (including some from New Zealand) who pointed to the many fundamental obstacles to such an approach, including energy usage and availability of necessary expertise. And of course, people argued, the concept is predicated on there being sufficient consumer demand for this cultivated or cultured meat in the first place.

It is easy to see why radical new thinking like this is surfacing when the challenges to conventional livestock farming are so becoming so numerous and intractable.

If you have been following the news even occasionally in New Zealand, you will know how much pressure farming industries are under, particularly sheep farmers. On top of rising costs and poor prices for sheep meat (and wool already being unviable economically), sheep farmers have faced challenges around weather/drought, managing environmental impacts and changing consumer trends. As New Zealand’s sheep numbers continue to decline, major meat producer Alliance Group recently confirmed it will close its Smithfield meat processing plant, affecting about 600 staff.

Rather than contemplating cultivated meat production, which can be set up anywhere in the world and much closer to markets, the more immediate lure for New Zealand’s sheep farmers has been turning over grazing land to more lucrative forestry.

There are no easy answers to the situation facing our livestock farmers. We can’t control the dynamics that exist in our export markets. Our power is in driving the appeal of our product to highly discerning customers. What we can control is what we do in New Zealand and the value proposition we present to the world. To get better market outcomes we need to show we are best in class; standing still and defending is insufficient in a rapidly evolving world.

AgResearch senior scientist Robyn Dynes

It is important not to lose sight of the many natural advantages New Zealand enjoys. Our nature-positive starting point should be the envy of the rest of the world, on top of the innovation that has built our highly successful livestock industries over the decades. We are good at grazing animals on pasture and producing quality, grass-fed ‘free range’ product for export. We can ship that product to the world at carbon costs similar to, or less than, product in those markets. As food safety and security concerns mount around the world, New Zealand and its highly regarded reputation will be increasingly valuable.

It is also within our power how we evolve our farming in New Zealand. This means taking meaningful action on everything from enhancing animal welfare to looking after our freshwater and natural biodiversity, to doing our part on methane and climate change. It means embracing technologies that help us to achieve these things.

New Zealand has built up quality in its livestock through genetics, but there is opportunity to do more within our systems to deliver products with even higher eating quality and tailored nutritional benefit for targeted customers. Our research has shown that overseas consumers have a strong interest in improving their wellbeing through eating red meat, and there is opportunity to achieve a premium for products with proven health benefits.

Aside from productivity and meat quality, we have shown that we can breed sheep with a reduced environmental impact. My research colleagues and sheep breeders have demonstrated this trait of lower methane emissions can be achieved without sacrificing productivity.

Success from elite genetics will come with the right systems that sit around the sheep. From the types of feed to the management interventions, these can lift the success of our product when we get them right. The power is in the hands of these farmers and their story.

It may be that in the future, facilities with bioreactors and vats to grow animal protein will outnumber conventional farms in some places. But that seems a long way away, and New Zealand still has a lot going for it when it comes to the production of safe, natural protein produced in an ethical and sustainable way. 

We must invest to meet customer demands. We must keep our eye firmly on the horizon and be nimble about how we tell our story and deliver our products, so that we continue to offer a product of first choice.

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