Optimising Fertiliser Use in Horticultural Systems
How integrated soil, foliar, and fertiliser analysis improved crop quality and reduced micronutrient deficiencies by over 50% in commercial horticultural farms.
Case Study: Optimising Fertiliser Use in Horticultural Systems
Location: Commercial horticultural farms
Approach: Integrated soil, foliar, and fertiliser analysis
Outcome
- Crop quality improvements, including better uniformity and market grading
- Reduction in micronutrient deficiencies by over 50% within one production cycle
- More consistent yields across seasons
Impact
Enhanced market value of produce and improved predictability for commercial growers.
Approach Details
By combining soil testing with foliar analysis and fertiliser quality assessment, we were able to develop a comprehensive nutrient management plan tailored to each farm's specific conditions. This integrated approach allowed growers to identify and correct micronutrient deficiencies rapidly, leading to measurable improvements in crop uniformity and market value within a single production cycle.
Tags
Subscribe to our newsletter for the latest articles and resources.
SubscribeRelated Articles
Eagrochels has a long and established track record in soil health and fertiliser research, delivering innovative, collaborative, and interdisciplinary programmes that inform practice and support farmers.
Read MoreUnderstanding why soil is one of the most valuable natural resources and how soil testing and monitoring are central to sustainable productive farming.
Read MoreKey impact highlights from Eagrochels research programmes including yield improvements, fertiliser efficiency gains, and environmental protection outcomes.
Read MoreA case study from Central Malawi demonstrating how soil chemical analysis combined with site-specific fertiliser recommendations increased maize yields by 28% while reducing input costs.
Read MoreHow Eagrochels maintains high analytical quality through Standard Operating Procedures, internal quality control, and proficiency testing.
Read MoreMulti-site monitoring across Malawi using long-term soil datasets to identify declining soil carbon trends and develop management strategies that increased soil carbon stocks.
Read More