Research estimates climate-related shocks could add 0.9 to 3.2 percentage points annually to global food inflation by 2035; a long-duration structural driver of consumer prices with implications for real rates and central bank policy into the next decade.
What moved
Research estimates climate-related shocks could add 0.9 to 3.2 percentage points annually to global food inflation by 2035; a long-duration structural driver of consumer prices with implications for real rates and central bank policy into the next decade.
The market transmission
The signal is a projection, not a current repricing, and the 2035 horizon places it beyond immediate market repricing. The mechanism is real: agricultural yield volatility and input cost pressure from climate stress do feed consumer inflation over time, which bears on central bank reaction functions and the path of real rates. The range itself (90bp to 320bp) is wide enough to suggest meaningful forecast uncertainty. This informs narratives around long-term inflation expectations and potential stagflation scenarios, but moves no prices today.
What would change this
This is a forecast nine years forward with a wide band of outcomes, not a current shock. Climate stress on agriculture is real and cumulative, but projections this far ahead are subject to enormous revisions as adaptation and policy responses emerge. The signal does not anchor a near-term trade.