Could the War in Iran Make Grass-Fed Meat More Competitive?

Could the War in Iran Make Grass-Fed Meat More Competitive?
by Laurent Glatz – for Athletic Carnivore

A war breaks out thousands of kilometers away. Yet, it could change something extremely tangible on your plate.

The relative price of your steak.

Not just because energy prices might rise. But because the dominant agricultural model heavily depends on fertilizers and grains. And this is precisely where geopolitical tensions hit first.

The Industrial Model Relies on Nitrogen

For decades, industrial agriculture has been built on a simple equation: produce large quantities of grains using nitrogen fertilizers, convert these grains into animal feed, then produce meat quickly.

This model is extraordinarily productive. But it depends on a key input: industrial nitrogen.

This nitrogen is produced through an extremely energy-intensive chemical process, the Haber-Bosch method, which primarily uses natural gas.

When the price of gas or raw materials rises, fertilizer costs almost mechanically follow.

And when fertilizers become more expensive, the entire grain-livestock system becomes costlier.

When Geopolitics Enters the Plate

Iran is at the heart of a strategic region for global energy. Military tensions in this area immediately disrupt oil and gas markets.

When these markets become unstable, energy-dependent industries—such as fertilizer production—feel the pressure.

This phenomenon has been observed multiple times in recent history.

When fertilizer prices surge, crop production costs increase. Producing corn, wheat, or soy becomes more expensive. These crops form the basis of feed for much of intensive livestock farming.

In other words, feeding animals with grains becomes more costly.

The consequence is simple but rarely mentioned: meat from grain-fed animals becomes mechanically more expensive to produce.

Why Grass Changes the Equation

In a grass-based livestock system—permanent pastures, extensive grazing—the dependence on chemical fertilizers and grains is much lower.

Ruminants convert grass directly into animal protein. The main energy source comes from sunlight captured by pastures, not industrial fertilizers or concentrated feed.

This means that when agricultural inputs skyrocket, grass-based systems can become relatively more competitive.

For a long time, organic or grass-fed meat has been more expensive mainly because it is produced more slowly and in smaller quantities.

But if production costs for intensive farming rise sharply—through grains, fertilizers, and energy—the price gap can narrow.

In some scenarios, it may even reverse in certain local markets.

The Fragility of a Highly Dependent Model

This phenomenon remains marginal for now, but several agricultural economists already observe this dynamic during periods of input price spikes.

When grain costs rise sharply, the farms most dependent on concentrates are the first affected. Conversely, operations based on natural pastures can absorb these fluctuations more easily.

This does not mean organic meat will suddenly become cheap.

Grass-based production remains limited by available pasture area, natural animal growth, and seasonality.

But the idea that industrial meat will always be the cheapest relies on an implicit assumption: that energy and agricultural inputs will remain abundant and inexpensive.

Recent history shows this assumption is increasingly fragile.

Energy crises, geopolitical tensions, and agricultural market volatility are gradually shifting economic balances.

In this context, some agricultural models once thought doomed could regain competitiveness—not because they are subsidized, but because they depend less on an extremely energy-intensive industrial system.

If energy becomes more expensive and fertilizers scarcer, which meat will truly remain the least costly to produce?