Optimized Nitrogen Fertilization
Help farmers optimize nitrogen fertilizer applications with data-driven insights for more sustainable agriculture.
"Taking part in the flagship projects enabled us to carry out field trials and develop an innovative new technology."
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Contexte et défis
Contexte
Nitrogen fertilization plays a vital role in maintaining crop yields, but it also has significant environmental impacts, particularly on biodiversity and water quality.
Existing methods for fine-tuning nitrogen applications remain underused because they are often too complex, costly, or inaccessible for many farmers.
The challenge is to provide a simple, reliable, and accessible solution that enables farmers to optimize fertilizer applications at the field level.
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Objectifs et impacts
Objectifs et impacts
The project aims to develop a tool that accurately calculates crop nitrogen requirements using field data, soil analyses, and technologies such as drone imaging.
By enabling more precise fertilizer applications, it improves nitrogen use efficiency, reduces agricultural inputs and their environmental impact, while maintaining high crop yields.
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Résultats attendus
Résultats
Field trials were carried out on several farms to evaluate different fertilization strategies and integrate data from emerging technologies.
The results showed that nitrogen applications can be significantly reduced without compromising crop yields, while improving overall fertilizer efficiency.
These findings pave the way for data-driven decision support tools that help farmers optimize fertilization and support more sustainable agriculture.
