Nutrient Planning & Fertilisers
Money can be saved by more efficient nutrient budgeting, especially linked to pH levels.
Efficient nutrient management is the process of ensuring the right amount of nutrients are present at the right time across the entire rotation and growing season. It is linked to soil pH since this impacts the plant availability of the P and K fertilisers that you apply and has a role in determining the N use efficiency.
Manures, slurries and other organic inputs should be understood and treated as fertiliser input - testing these resources to know their nutrient values is important.
With Scotland aiming to reduce its greenhouse gas (GHG) emissions by 75% by 2030 and aiming for net zero by 2045, should we could consider Ireland’s approach to meeting similar targets? They have focussed on getting their farmers to switch a proportion of their straight nitrogen fertiliser to using protected urea. Find out more on our Protected Urea - Frequently Asked Questions webpage.
PLANET (Nutrient Management Software)
PLANET Scotland (Planning Land Applications of Nutrients for Efficiency and the environmenT) is a nutrient management decision support tool for use by farmers and advisers in England/Wales and Scotland for field level nutrient planning and for assessing and demonstrating compliance with the Nitrate Vulnerable Zone (NVZ) rules.
Use the link below to access the PLANET webpage from where you can download the software.
Technical Notes
- Technical Note (TN656): Soils information, texture and liming recommendations.
- Technical Note (TN714): Liming materials and recommendations
- Technical Note (TN715): Phosphate and potash recommendations for crops grown in Highland and Islands
- Technical Note (TN716): Phosphate and potash recommendations for crops grown in South West Scotland
- Technical Note (TN717): Phosphate and potash recommendations for crops grown in North East Scotland and Tayside
- Technical Note (TN718): Phosphate and potash recommendations for crops grown in Fife, Lothian and Scottish Borders
- Technical Note (TN668): Managing soil phosphorus
- Technical Note (TN699): Agricultural use of biosolids composts anaerobic digestates and other industrial organic fertilisers
- Technical Note (TN650): Optimising the application of bulky organic fertilisers
- Technical Note (TN726): Fertiliser recommendations for grassland
- Technical Note (TN731): Nitrogen Recommendations for Cereals, Oilseed Rape and Potatoes
- Technical Note (TN685): Sulphur Recommendations for Crops
- Technical Note (TN671): Management of boron in soils for crops
- Technical Note (TN664): Management of cobalt in grassland soils
- Technical Note (TN657): Management of copper in soils for cereals
- Technical Note (TN655): Fertiliser recommendations for soft fruit and rhubarb crops
Further Information
- RAMS - How to complete a Risk Assessment for Manure and Slurry map
- Practical Guide: Soil Sampling I - How to take a soil sample
- Practical Guide: Soil Sampling II - Benefits to your business
- Practical Guide: Nutrient Budgeting I - The benefits to your business
- Practical Guide: Nutrient Budgeting II - Getting started
- Farmer’s guide to sourcing and using digestate and compost
- RPID Inspector guidance brief for NVZ's
For more information about slurry storage, see our Slurry Lagoons webpage.
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