Human civilisation rests on a simple foundation: the ability to grow healthy and nutritious food reliably.
That foundation is now under growing strain.
A disruption in energy or fertilizer markets can ripple through food systems faster than policy can respond.
Modern agriculture is tightly linked to fossil fuels, global supply chains and ecological services — and when these links weaken, livelihoods and health suffer first.
The Fuel to Fork analysis by IPES-Food [2024/25] estimates that food systems consume nearly 40 per cent of petrochemicals and about 15 per cent of fossil fuels globally, tying every plate to volatile energy markets.
The world is beginning to acknowledge this reality and must now find a way forward.
The system’s industrial dependence compounds the risk.
Analyses by Vaclav Smil and FAO suggest that about 40 per cent of global dietary protein intake depends on synthetic nitrogen fertilizer made via the energy intensive Haber-Bosch process.
When energy tightens, fertilizer costs rise — and food prices follow.
Current urea prices are already elevated (around $585/tonne), with analysts warning of $650-700/tonne under extended stress.
Trade concentration amplifies this.
According to Kpler’s trade data (2024), over two-thirds of India’s ammonia and sulphur imports originate in the Gulf region.
So regional shocks quickly tighten global availability.
The scientific picture is also plain.
The IPCC warns that, intensifying heat and shifting rainfall are already shortening growing windows.
In India this is tangible: recent temperature spikes have lowered wheat yields in affected districts, and higher night-time temperatures reduce rice grain filling — material threats where wheat and rice anchor food security.
Given these multiple uncertainties, India’s cropping patterns will need gradual diversification.
