The unplanned war and obvious escalation of the Iran conflict is unfolding thousands of kilometres away from the UK. Tehran sits approximately 4,430 km from London, and the Strait of Hormuz is more than 5,400 km away. Yet events there are already starting to affect us here.
Fuel prices are expected to rise. Strategic reserves are being opened. Governments are once again being reminded how fragile global supply chains can be when key chokepoints are disrupted.
The Strait of Hormuz is one of the most important energy corridors in the world. When instability threatens this route, markets react immediately. The ripple effects move quickly through fuel, fertiliser, plastics, shipping and food systems.
For agriculture, the consequences can be significant.
Fuel: The Immediate Unsurprising Shock
The most immediate impact will be fuel prices. For someone commuting to an office, higher fuel prices mean more expensive trips to work. For a grower, fuel costs affect almost every aspect of production, from production (tractors and field machinery) to sales (Storage, logistics and distribution). Energy underpins modern farming. When fuel prices rise, the entire cost structure of crop production rises with it.
Fertiliser, Plastics and Packaging Will Follow
Petrochemicals are also used heavily in agricultural plastics and packaging. That includes, polytunnel, greenhouse materials and films, packaging materials and even irrigation materials. Any disruption to energy markets typically pushes plastic prices higher. Whether that cost is absorbed by growers, retailers, or consumers remains uncertain, but someone in the chain will take the hit.
Fertiliser Supply Is Another Major Concern, One of the less discussed but potentially serious consequences involves fertiliser markets. The Strait of Hormuz is a key exit route for several major fertiliser exporters in the Middle East. Disruption to shipping routes can quickly affect global supply.
In some markets urea prices have already increased by around 3%, and there is concern that shortages could follow if trade routes are disrupted.
Farmers across the Northern Hemisphere are currently planning fertiliser strategies for the coming season. If nitrogen fertiliser becomes more expensive or harder to access, growers may be forced to pay extra, alter their fertiliser purchase timings, which disrupts the whole operations.
Each of these decisions carries consequences. Lower fertiliser use often translates directly into lower yields later in the season.
The Push Toward localization
One response we are already seeing from governments is a renewed interest in energy resilience. Countries are increasingly looking toward, solar and wind, towards more localised power generation to reducing dependence on imported fuel. This is becoming a strategic priority. Renewables will likely become a larger part of agricultural infrastructure over the coming decade. But self-sufficiency has limits, There is growing political discussion about “local production” and food security.
Initiatives such as “Grown in Britain” aim to increase domestic food production. While the goal is understandable, the reality is more complex.
Growing food locally does not necessarily mean the entire system is local. Agriculture still depends on globally sourced inputs.
For example:
True self-sufficiency in agriculture is extremely difficult to achieve.
What About Pollination
A lesser-known example is pollination. Commercial pollination relies heavily on managed bee colonies, particularly bumblebees used in greenhouse and soft fruit production. Millions of bumblebee colonies are traded globally every year, with a market value exceeding $275 million in 2023.
The UK imports commercial colonies to support pollination in sectors such as: soft fruits (strawberry, blueberry, blackberry, raspberry) , tomatoes, top fruits and even field crops in some cases. These colonies help support a fruit and vegetable industry worth around £630 million in the UK. But we forget that creating and maintaining a localised population of bees can be helpful and profitable for growers
What Should Growers Be Thinking About Now?
While individual growers cannot control wider geopolitical pressures, pollination is one area firmly within their influence. By taking a more precise, data-led approach, growers can reduce waste caused by suboptimal pollination, minimise avoidable mistakes, and increase productivity using the same inputs. Ensuring that a higher proportion of flowers convert into premium-grade fruit allows production areas to operate at their full potential, maximising both yield and quality. This is not just by using commercially available bee boxes but by also creating a farm level localised resilience.
At AgriSound, we support this shift by providing a simple, practical way to monitor and optimise pollination, helping growers make more informed decisions during the most critical stage of crop production.
As global supply chains become more complex, resilience - not just productivity - will increasingly define the farms that survive these situations.
If you want to discuss how to hedge against increasing fuel costs using precision pollination, book a call with one of our specialists.