
Fertiliser prices, driven by global events, are squeezing farm profits across the UK.
Finding natural, cost-effective ways to manage soil nutrients is more vital than ever.
France recently launched a €145 million aid package for farmers facing high fertiliser cos
Their strategy emphasizes 'field-level nitrogen balance tools' for better application.
Smart crop rotation is a proven, sustainable method to improve soil health and nutrient cy
It can significantly reduce reliance on synthetic nitrogen fertilisers.
Nitrogen credits are the residual nitrogen left in the soil by certain crops, especially l
This 'free' nitrogen becomes available for subsequent crops, reducing fertiliser needs.
Legumes are excellent nitrogen fixers.
They form a symbiotic relationship with bacteria to convert atmospheric nitrogen into usab
Credits vary by legume type, yield, soil conditions, and how residues are managed.
The tool calculates nitrogen credit in kg N/ha, which varies by crop and conditions.
Ben manages a 100-hectare arable farm in East Anglia, aiming to cut input costs.
He wants to use nitrogen credits from legumes to reduce fertiliser spend on his cereals.
In Field A, Ben plants a known N-fixing legume.
The beans grow well, improving soil structure and fixing atmospheric nitrogen.
The following year, Ben plants winter wheat in Field A.
The previous legume crop leaves an estimated nitrogen credit in the soil.
By offsetting fertiliser needs, farmers can achieve significant savings per hectare.
For example, a 10-hectare field could see substantial direct savings on just one crop!
Next, Ben continues his rotation. Some residual N credit may still be available, though less.
The tool helps track how these credits diminish over a multi-year rotation.
Real-world crop rotations involve many factors: soil type, weather, crop requirements, and
Guessing can lead to over or under-fertilisation, impacting yield or profit.
It naturally enriches soil with nitrogen, reducing the need for synthetic inputs.
It also contributes to overall farm resilience and soil health.
Savings depend on the rotation, crop type, and current fertiliser prices.
Significant nitrogen credits can lead to substantial savings per hectare on fertiliser costs.
Effective management practices can help maximise the release of fixed nitrogen.
Careful planning is needed to prevent nitrogen loss after legumes.
The tool helps match subsequent crop nitrogen demands to available credits for optimal yield.
Accurate measurement of residual nitrogen levels is important for effective planning.
Diversify your rotation to break pest and disease cycles, enhancing overall farm resilienc
A varied rotation also contributes to overall farm health and resilience.
Yes! Planning smart rotations and tracking nitrogen credits can be complex.
A dedicated online tool can simplify the process and reveal hidden savings.
Meet the Multi-Crop Rotation Nitrogen Credit Planner, designed for UK farmers.
It's a free online tool to help you optimise your farm's potential.
Build 3 or 5-year crop sequences and the tool calculates nitrogen credits.
It rolls each legume and previous-crop N credit forward into next year's offset.
The planner shows your projected fertiliser offset in kg N/ha and the cost savings.
Understand the tangible financial benefits of your rotation choices.
The tool scores rotation diversity and pest-break value for healthier fields.
It also flags risky back-to-back pairings, like planting corn after corn.
Stop guessing and start planning with precision to boost your farm's profitability.
Unlock the full potential of your soil and naturally reduce input costs.
Ready to optimise your crop rotation and save on fertiliser?