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AI-driven Phosphorus Management

AgAPP-e is a European project dedicated to transforming phosphorus use in agriculture.

By combining advanced technologies like AI, remote sensing, and IoT with sustainable farming practices we aim to improve nutrient management, reduce environmental impact, and support a resilient agricultural sector.

The issue

Phosphorus is a non-renewable resource, essential for global food production and widely used as fertiliser. Yet, its inefficient use causes environmental damage — especially through soil accumulation and runoff, which pollute water bodies.

In agriculture, repeated fertiliser applications and poor distribution lead to phosphorus imbalances, while a lack of governance, farmer engagement, and practical digital tools makes sustainable management difficult to implement.

AgAPP-e was launched to tackle this challenge, combining innovation, science, and digital technology to transform phosphorus management from the ground up — at both farm and national levels.

The approach

AgAPP-e is all about creating a new generation of tools to help farmers and policymakers take control of phosphorus use. At the heart of the project is a digital system that brings together data from satellites, sensors, and national databases — all processed using AI and machine learning.

The project is developing both a mobile app for farmers and a web platform for national authorities, making it easy to estimate, simulate, and improve phosphorus flows at any scale. These tools can offer clear recommendations, visual dashboards, and custom calculations that adapt to different needs.

What we aim to achieve

Automate phosphorus accounting
Automate phosphorus accounting
Simplify the calculation of phosphorus flows at both farm and national levels.
Develop farmer-friendly digital tools
Develop farmer-friendly digital tools
Create a mobile app to support on-the-ground fertiliser decisions.
Build a national phosphorus dashboard
Build a national phosphorus dashboard
Design a web platform to monitor nutrient use across regions and countries.
Use AI for smarter recommendations
Use AI for smarter recommendations
Apply AI, remote sensing, and IoT to predict, simulate, and optimise phosphorus use.
Improve fertiliser efficiency
Improve fertiliser efficiency
Reduce waste, cut costs, and increase yields with better nutrient strategies.
Connect macro and micro levels
Connect macro and micro levels
Bridge field-level data with national policy through an integrated system model.
Make phosphorus data accessible
Make phosphorus data accessible
Transform complex datasets into clear visual dashboards and performance indicators.
Test solutions across contexts
Test solutions across contexts
Pilot tools in Portugal and Turkey to ensure scalability and adaptability across Europe.

Meet the project partners

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