Words by Hugh Killen, MD & CEO
Dry spells have a way of clarifying things in agriculture. Across the New England right now, there are farm businesses set up for winter production: paddocks sprayed, fallowed, limed…waiting for rain that hasn’t come. We’re not alone. The dry is biting beyond northeast NSW, and the impacts won’t be short-lived.
When the season behaves as hoped, these systems perform well. When it doesn’t, farmers are left bearing the cost – without production, and with limited room to move.
This isn’t a failure of individual management. It reflects how Australian agriculture has been designed over time: reliant on intervention and predicated on the ‘right’ seasonal conditions. When things go wrong, we ride out the bad patch and are deemed “resilient.” And so the cycle starts again.
What’s less clear is why, at a system level, we keep designing for that cycle.
Seasons like this expose a growing divergence. Operators running more adaptive, system-led grazing approaches have already destocked, preserving their groundcover and positioning themselves to re-enter the production cycle much earlier than those who held on.
But labels like ‘conventional’ and ‘regenerative’ don’t help much here. The more relevant question is:
How much of a farm’s performance sits outside the operator’s control, and how exposed is the business when conditions tighten?
Why the “do nothing” critique fails
Recent commentary in Australia’s rural press has characterised regenerative agriculture as a “do nothing” strategy – one that leads to declining fertility, lower stocking rates, and long-term value loss. It’s a claim that fundamentally misunderstands how these systems work.
If we really “did nothing”, of course we’d expect to see those outcomes. No system that ignores nutrient balance, soil constraints, or pasture composition will remain productive. Allowing assets to run down is not regeneration. It’s value destruction.
But high‑performing regenerative systems aren’t defined by the absence of management. They’re defined by a different source of performance. They focus on improving the efficiency of nutrient cycling, maintaining groundcover, supporting soil biology, and building capacity in the production base.
Management intensity doesn’t decrease. It changes. Decisions are made earlier. Grazing pressure is actively controlled. Species composition is shaped, not left to drift. Soil chemistry is monitored and addressed where required, but selectively, precisely.
Inputs don’t disappear; they change. In regenerative grazing systems, urea-based fertilisers are replaced with a more targeted mix of amendments – lime, trace elements, and biologicals – applied where they support system function rather than substitute for it.
The question is not whether inputs are used, but how reliant the system is on their continued use.
From maximising output to optimising performance
The commercial distinction becomes clear when viewed through a risk and margin lens.
Input‑led systems are typically designed to maximise output under the right conditions. They can deliver strong results in good seasons, but they also carry higher fixed costs and greater exposure when markets or seasons turn.
System-led approaches start from a different premise: lower the cost of production, improve margin stability, and reduce downside risk. That may mean forgoing some peak output in favourable years, but it materially changes the risk profile of the business over time.
Maintained groundcover improves moisture retention and reduces erosion risk. Living roots support soil structure and biological activity. More flexible stocking decisions allow managers to respond earlier to seasonal signals, rather than holding firm and hoping conditions improve.
For land managers and investors, this translates into reduced earnings volatility and more predictable cash flows. For policymakers, it aligns with objectives around land condition, water use efficiency, and long‑term food security.
The trade‑off is not productivity. It’s resilience.
Regeneration is both a capital and food security lever
Australia is operating in an environment of unprecedented uncertainty: unreliable seasons and volatile input markets, alongside evolving disclosure frameworks and scrutiny of natural capital outcomes.
Farming systems that increase exposure to volatility simply can’t remain the foundation of a resilient agricultural sector. We can’t build a sector on the hope of good seasonal conditions and cheap inputs. We need operational models that are managed intently, grounded in biology, and economically disciplined.
Regenerative agriculture, when practiced at scale and with intent, fits that description: systems that perform across a wider range of conditions, protect the productive base, and lower long‑term risk for both private capital and public good.
That is the farm of the future. And it’s very different to “doing nothing.”
A broader system opportunity
Moments like this surface a wider question for Australian agriculture and energy systems.
There is increasing recognition – including from the more ag-aligned politicians – that Australia’s exposure to global fuel markets is not just a supply issue. Biofuels are part of that conversation: a domestic opportunity sitting within our existing agricultural production base, but still underdeveloped. And we have more to say on that in our From our side of the fence segment, below.
But the bigger issue is the absence of a genuine nation-building conversation. Australia is uniquely positioned: we produce food and fibre at scale, and we have the resource base to contribute to fuel and energy security. Few countries have both. Yet we remain exposed to external shocks across our key inputs.
What’s required is not incremental adjustment, but deliberate system design, opening up these opportunities in a way that works environmentally, regionally, and commercially. That means making clear, confident decisions on how land, energy, and capital are deployed, and setting systems up properly to deliver over the long term.
Out of adversity comes a clearer view of what matters. The question is whether we act on it – or lock ourselves in to accept the next shock.
Agriculture has a bright future – a generational opportunity to feed, clothe, and power the country, and sequester its carbon. The challenge will be in getting the right people around the table to unpack how we get there.
A note on data
Impact Ag Australia manages institutional capital on behalf of investors. That mandate carries not only a requirement for strong, long‑term performance, but data confidentiality.
This piece therefore focuses on system logic, risk exposure, and performance drivers – dynamics observable across the sector both here and globally. Where readers wish to explore the evidence base, or how regenerative practices can add value to their business, please contact us and a member of our Advisory team will be in touch.
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