The food crisis isn't some distant future threat, it's already baked into the 2026 planting season. As highlighted in a Vigilant Fox piece and Chris Martenson's ongoing analysis (shared via his X profile and Peak Prosperity digests see links below), the warning signs are flashing red. A major new survey from the American Farm Bureau Federation reveals that 70% of U.S. farmers cannot afford all the fertiliser they need for this year's crops. The damage to yields is effectively locked in, and the ripple effects will hit dinner tables later this year and into 2027.

The Core Ingredient: A Fertiliser Affordability Shock

Spring planting is underway across the Northern Hemisphere right now. Farmers normally load up on nitrogen, urea, and other key inputs to maximise yields of corn, wheat, soybeans, and more. Not this year.

An American Farm Bureau Federation survey (conducted April 3–11, 2026, with over 5,700 respondents) found 70% of farmers across the U.S. say they cannot buy all the fertiliser required. The numbers are even worse in the South (80%), Northeast (69%), and West (66%).

Prices have surged dramatically since late February: nitrogen fertiliser up over 30%, urea specifically by 47%, with combined fuel + fertiliser costs rising 20–40% in many regions.

Why the sudden spike? The conflict involving Iran has disrupted the Strait of Hormuz, a narrow chokepoint that carries roughly one-third of global seaborne fertiliser trade, along with massive volumes of oil and natural gas used in fertiliser production.

The Energy-Fertiliser-Food Nexus (Martenson's "Poly Crisis")

Chris Martenson has been tracking this for years: modern agriculture is energy-intensive, and fertiliser is one of the biggest links. Natural gas is the primary feedstock for nitrogen fertiliser. When energy facilities face fires, force majeure declarations, or supply disruptions (as seen in recent global incidents), fertiliser production takes a direct hit.

Martenson describes it as a poly crisis, multiple systems (energy, supply chains, geopolitics) failing at once. It's not just one random event. Facilities "spontaneously combusting," shipping routes blocked, and prices skyrocketing all point to systemic strain. The timing couldn't be worse: we're past the point where extra fertiliser can be sourced or applied for the current season. Yield drops are now inevitable.

Global Knock-On Effects

This isn't just a U.S. story:

Developing countries in Africa, Asia, and Latin America (which import much of their fertiliser) face even tighter margins and could see sharper production cuts.

The UN's FAO has warned of "severe global food security risks" from the Hormuz disruptions, projecting 15–20% higher average fertiliser prices in the first half of 2026 if the situation persists.

Combined with other pressures (drought in some regions, prior supply chain issues), the stage is set for higher food prices and potential shortages later in 2026–2027.

What Comes Next? Resilience Over Panic

The shortages haven't emptied supermarket shelves yet — but the outcome for this year's harvest is already decided. Governments are talking about rationing before they've fixed production. Martenson's consistent message: build personal and community resilience now. Stock non-perishables, support local food systems, understand the energy-food connection, and don't assume "someone else" will solve it.

The ingredients are in place: fertiliser unaffordability + energy disruptions + critical chokepoints + poor timing. The question isn't whether yields will be impacted, it's how severe the downstream effects on food prices and availability will be.

https://www.vigilantfox.com/p/red-alert-the-food-crisis-is-already

https://peakprosperity.com/the-largest-energy-shock-on-record-is-worse-than-you-think/