Growers are being asked to hold yield and quality while the two biggest variable costs, fertiliser and water, get more expensive and less certain to obtain.
Farm input costs are up 44% since 2019, and the UK has no domestic buffer on nitrogen fertiliser, so the bill, running at GBP 1.4 to 2.0bn a year, tracks the gas price with nowhere to hide. Margin is the first casualty.
Water is becoming a hard constraint, not just a cost. The Environment Agency projects a national shortfall of around 5 billion litres a day by 2055, recent droughts cost arable farmers roughly GBP 800m in lost production, and from 2028 abstraction licences convert to environmental permits that can be reduced or revoked.
On top of the cost, nutrient and water rules (the Farming Rules for Water, nitrate vulnerable zones, abstraction reform) tighten what you can apply and when. Doing more with less is now the baseline, not the ambition.
We improve the biology of the root zone and the efficiency of every drop and every kilogram of nutrient, so you can lower water and fertiliser inputs while protecting yield.
Healthier root-zone biology and better water distribution mean the crop takes up more of what you apply, so the same yield needs fewer inputs, and stressed or high-response crops can yield more. It works with your existing irrigation and spray programme rather than adding a separate system to manage.
Because the gains are agronomic rather than chemical, they also build soil health and support your water-stewardship and nutrient obligations over time. The results are documented in independent university and third-party field trials, not just claimed.
Cut irrigation demand through better distribution and root-zone biology, with around 26% less water recorded in independent university trials and no loss of yield.
Improve nutrient-use efficiency so the crop takes up more of what you apply, enabling a substantial reduction in fertiliser and nitrogen inputs while holding yield.
Stronger roots and better uptake protect yield, with a typical uplift of 10 to 25%, and up to around 90% in stressed or high-response crops in independent trials.
Reduce scale and biofouling in irrigation and fertigation lines without harsh acids or biocides, protecting flow, uniformity and maintenance budgets.
Lower nutrient loss and water use in line with the Farming Rules for Water, nitrate vulnerable zones and abstraction reform, with measurable, certifiable results.
Substantially increase soil fungal and bacterial activity, the foundation of long-term productivity and resilience to drought and stress.
Third-party measured, not vendor-claimed.
The first question every grower asks is the right one: will it cost me yield? Followed closely by, is it one more thing to manage?
So we answer both on your ground. The results are drawn from independent university and third-party field trials, not vendor brochures, and they protect yield while inputs fall. It fits your existing irrigation and spray programme rather than adding a separate system, and we start with a field trial on your crop so you see the outcome on your soil before you commit across the farm.
No. The approach protects yield while inputs fall, and in independent university trials it raised yield, by a typical 10 to 25% and more in stressed or high-response crops, alongside around 26% less irrigation water.
No. It is designed to fit your existing irrigation and spray programme rather than adding a separate system, so it works within the operation you already run.
Independent trials show around 26% less irrigation water with no yield loss, and a substantial reduction in fertiliser and nitrogen inputs through better nutrient-use efficiency. The exact figure is crop, soil and season dependent, which is why we start with a trial on your ground.
Yes. Lower nutrient loss and reduced water use support compliance with the Farming Rules for Water, nitrate vulnerable zones and the move of abstraction licences to environmental permits by 2028, with measurable, certifiable results.
Yes. The headline results come from independent university research (UC Davis) and third-party laboratory-verified field trials, not manufacturer claims.
Tell us the input cost or water constraint you are facing. We will design a field trial on your crop and show you the result before you commit across the farm.
Tell us the cost, the risk or the obligation you are facing. A senior member of our team will respond, in confidence, with how we would help.
